CN102177633A - Cable management accessories - Google Patents
Cable management accessories Download PDFInfo
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- CN102177633A CN102177633A CN2009801017168A CN200980101716A CN102177633A CN 102177633 A CN102177633 A CN 102177633A CN 2009801017168 A CN2009801017168 A CN 2009801017168A CN 200980101716 A CN200980101716 A CN 200980101716A CN 102177633 A CN102177633 A CN 102177633A
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- column assembly
- vertical cord
- cord organizer
- assembly
- part member
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Abstract
A vertical cable manager includes a base, an interconnected double-spine assembly topped by a top frame, and a pair of doors. The double-spine assembly is supported by the base. Each door is removably coupled at each lower corner to the base and at each upper corner to the top frame, thus permitting each door to be opened or hinged along either of its lateral sides or removed entirely. The double-spine assembly may support selectively repositionable mounting members, which may in turn support a large cable spool, a selectively repositionable shelf-mounted handle spool assembly, and various other cable management accessories.
Description
The application is the non-temporary patent application of the U.S. of following patent application, and requires the priority of following patent application according to 35U.S.C. § 119 (e), and described patent application is respectively:
The U.S. Patent application No.61/019599 that Garza submitted on January 7th, 2008;
The U.S. Patent application No.61/019592 that Hathcock submitted on January 7th, 2008;
The U.S. Patent application No.61/020741 that Hathcock submitted on January 1st 3,2008;
The U.S. Patent application No.61/020745 that Garza submitted on January 14th, 2008; With
The U.S. Patent application No.61/095308 that Donowho submitted on September 8th, 2008.In the aforesaid U.S. Patent application each all is incorporated in this by reference.
Below each full content in the commonly assigned patent application all be incorporated in this by reference:
The U.S. design patent application No.29/299950 that people such as Alaniz submitted on January 7th, 2008;
The U.S. design patent application No.29/302236 that people such as Donowho submitted on January 14th, 2008;
The U.S. design patent application No.29/302304 that people such as Donowho submitted on January 14th, 2008;
The U.S. design patent application No.29/302305 that people such as Lawrence submitted on January 14th, 2008;
The U.S. design patent application No.29/302309 that people such as Lewis II submitted on January 14th, 2008; With
The U.S. Patent application No.61/019596 that people such as Donowho submitted to January 7 in 2008.
Copyright statement
All material in this patent file is all protected by copyright according to the U.S. and other national Copyright Law.The copyright holder has no objection to duplicating of patent document or patent disclosure to anyone, because it can find in the patent file of patent and trademark office or patent records, but in addition keeps all copyrights.
Technical field
The present invention relates to the cable management system that is used for the communications cable on the whole, particularly, relates to and has the vertical cord organizer that can be used in the scalable internal part that carries out cable-management better.
Background technology
Become known for supporting the stand, framework, cupboard of computer and other electronic equipment etc.Similarly, also become known for guiding cable and electric wire to guide the cable tube of cable and distribution to equipment and slave unit.Especially, proposed to utilize a plurality of cable tubes that cable, distribution etc. (following general designation is made " cable ") are guided by equipment stand, framework, cupboard etc. (following general designation is made " mounting fixing parts ") or near mounting fixing parts along vertical.These cable tubes can be used for from the miscellaneous equipment on the mounting fixing parts, from the cable of overhead or underground cables pipe etc. along vertically being directed to the equipment that is installed in or otherwise is bearing on the mounting fixing parts.These cables are usually along vertically being directed near the position of expectation equipment and being directed into expectation equipment along horizontal direction subsequently.
A key character of these cable tubes is to be provided with a plurality of openings in the side of cable tube, and cable can pass opening and be directed, and helps thus connecting more easily between the inside of equipment and cable tube.For example, people's such as people's such as the U.S. Patent No. 2921607 of Caveney, the U.S. Patent No. 3705949 of Weiss, Krietzman commonly assigned U.S. Patent No. 7119282 and McGrath U.S. Patent No. 7285027 all discloses a kind of dark installation pipe or conduit, and it comprises the sidewall with the series of finger-like projection that is separated by opening.By cable can be allowed accurately to guide cable relatively and prevent that cable slack ground from hanging the face that strides across stand with the cable guiding by opening thus around convex curved.Each gap to the far-end of adjacent protrusion allows cable to be inserted in each corresponding opening.The gap ratio open is narrow, assists thus cable is remained in the opening.Then, all protruding far-ends can be covered by cover, and the maintenance function further is provided thus.
Usually advantageously, provide cable tube, wherein, set up two independently passages with front and rear.In this cable tube, independently passage is set up by spacer or " middle part member " usually, has the opening of perforation in this spacer or " the middle part member " usually.Known product utilization only is attached to the fixedly middle part member of vertical siding track in position, a place.Fixing middle part member provides strength and stiffness for total structure.A shortcoming of fixing middle part member is to have reduced the cable capacity.In addition, the location cable was difficult before and after setter was found, and tied up bar and spool is not available flexibly.For example, people's such as Follingstad U.S. Patent No. 7220150 discloses the use of spool, but the reel spool position relative fixed.
Therefore, need a kind of vertical cord organizer of rigidity that helps movable middle part member.This structure must design to be stand alone type and/or to be fixed to the mode that has or do not have the stand of movable middle part member between vertical siding track.Therefore, this structure must be rigidity and structure on reliably to prevent any motion (structure flexible).Need in addition movable middle part member is installed in a plurality of vertical positions and a plurality of front and back position between the vertical siding track, so that the stronger cable-management that runs through cable ability and enhancing to be provided.In addition, need to use spacer or middle part member that other selection and flexibility is provided when bar and spool are tied up in use.
The zone of the cable-management feature portion in the vertical cord organizer also needs to improve.Conventional fixed feature portion comprises that these devices comprise back " wall " in cable-management space as the devices such as stamped groove in bridge seam (bridge lance) or the metallic plate.The use of these features need be carried out heavier " threading " to Velcro (Velcro) band.In addition, method before almost as one man needs Velcro band volume to pass the bridge seam in the metallic plate or passes through stamped groove, and this need enter into the front and rear of manager usually.Therefore, in vertical cord organizer, need improved cable-management feature.
Summary of the invention
The present invention according to first aspect is a kind of vertical cord organizer, and it comprises: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; Top frame, its top with described first column assembly is connected to the top of described second column assembly; And base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly; Wherein, described top frame and described base portion structurally are enough to support described second column assembly with respect to described first column assembly, and do not need other structure support member.
In the feature aspect this, do not provide the door of additional structural support to described second column assembly basically with respect to described first column assembly, hingedly be connected to described top frame and described base portion, and by the supporting of described top frame and described base portion.
In the another feature aspect this, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly.In further feature, described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage, and described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
In the another feature aspect this, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in this group installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in this group installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
In the further feature aspect this, described base portion can be placed on the floor in room, and by this floor-supporting, and described base portion can support described column assembly and top frame with separate state.
The present invention according to second aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; Top frame, its top with described first column assembly is connected to the top of described second column assembly; And base portion, it can be placed on the floor in room and by this floor-supporting, and the bottom of described first column assembly is connected to the bottom of described second column assembly; Wherein, described column assembly, described top frame and described base portion limit at least one the wiring passage with top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage; And wherein, there is not solid transverse wall between two sidepieces of described wiring passage, to extend.
In the feature aspect this, do not provide the door of additional structural support to described second column assembly basically with respect to described first column assembly, hingedly be connected to described top frame and described base portion, and by the supporting of described top frame and described base portion.
In the further feature aspect this, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly; Described removable middle part member also limits the wiring passage; And described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
In the another feature aspect this, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, each installing component of this group can support first end of removable middle part member, described second column assembly comprises second group of installing component, each installing component of this group can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
In the another feature aspect this, described base portion can support described column assembly and top frame with separate state.
The present invention according to the third aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; Top frame, comprise: the first side direction assembly, it has from protruding forward or backward end, the top of described first column assembly, the second side direction assembly, it has the mode forward or backward protruding end of top to be similar to the described first side direction assembly from described second column assembly, and single cross member, it is connected to the described second side direction assembly with the described first side direction assembly; And base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly; Wherein, the bottom to described first column assembly and described second column assembly limits open space under the described single cross member of described top frame.
In the feature aspect this, do not provide the door of additional structural support to described second column assembly basically with respect to described first column assembly, hingedly be connected to described top frame and described base portion, and by the supporting of described top frame and described base portion.
In the another feature aspect this, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly; Described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage; And described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
In the other feature aspect this, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, each installing component of this group can support first end of removable middle part member, described second column assembly comprises second group of installing component, each installing component of this group can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
In the other feature aspect this, described base portion can be placed on the floor in room, and by this floor-supporting, and described base portion can support described column assembly and top frame with separate state.
The present invention according to fourth aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; Top frame, its top with described first column assembly is connected to the top of described second column assembly; And base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly; Wherein, at least one in described top frame and the described base portion comprises and utilizes tubular structure so that the member of structural rigidity to be provided between described first column assembly and described second column assembly.
In the feature aspect this, described top frame and described base portion include and utilize the member of tubular structure with the structural rigidity between described first column assembly and described second column assembly.
In the another feature aspect this, described top frame comprises utilizes tubular structure so that the cross member of structural rigidity to be provided between described first column assembly and described second column assembly.
In the other feature aspect this, described top frame comprises: the first side direction assembly, and it is connected to the top of described first column assembly; The second side direction assembly, it is connected to the top of described second column assembly; And cross member, it is with described first side direction assembly and the described second side direction assembly interconnect; And the described first side direction assembly, the second side direction assembly and cross member all utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly.
In the other feature aspect this, described base portion comprises rectangular frame, and described rectangular frame comprises two lateral elements and two cross members; Described rectangular frame is bearing in described vertical cord organizer on the floor in room; Described two lateral elements utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly; And described first side direction assembly and the described second side direction assembly are installed on the top of respective lateral member of described base portion, and by the respective lateral member supporting of described base portion.
In the another feature aspect this, described first column assembly and described second column assembly include: first member, and it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And first support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
The present invention according to the 5th aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; Top frame, its top with described first column assembly is connected to the top of described second column assembly; And base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly; Wherein, described first column assembly and described second column assembly include: first member, and it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And first support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
In the feature aspect this, described first support and second support are welded on described first member.
In the other feature aspect this, each support comprises at least two plane institution movements, and the relative to each other quadrature setting of described plane institution movement makes the plane institution movement of winning with respect to the setting of described side plate quadrature, and second plane institution movement is parallel to described side plate, but separates with described side sheet room.
In the other feature aspect this, described first member of each column assembly comprises first flange and second flange that is provided with respect to described side plate quadrature, and wherein said first support and second support all are connected in described first flange and second flange corresponding one rigidly; And equidistant hole of installing be listed as along the described first support setting and penetrate this support and described first flange and second flange in corresponding one.
In the other feature aspect this, each column assembly comprises a plurality of finger tabs of extending forward or backward from described first support; Described finger tabs is the part of the finger-like cable guide member on corresponding that is installed in described first support.
In the other feature aspect this, the described side plate of described first column assembly comprises the first row installing component, in the first row installing component each can support first end of removable middle part member, described second column assembly comprises the secondary series installing component, in the secondary series installing component each can support second end of described removable middle part member, and the described first row installing component is aimed at described secondary series installing component, makes described removable middle part member can be supported in the arbitrary height place in the various height in described vertical cord organizer.
In the other feature aspect this, the described side plate of described first column assembly comprises first row's installing component, in first row's installing component each can support first end of removable middle part member, described second column assembly comprises second row's installing component, in second row's installing component each can support second end of described removable middle part member, and described first row's installing component is aimed at described second row's installing component, makes described removable middle part member can be supported in any degree of depth place in the various degree of depth in described vertical cord organizer.
The present invention according to the 6th aspect is a kind of vertical cord organizer, comprise: a pair of column assembly, in the described column assembly each has the general plane part, described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And removable middle part member, it is connected between the described column assembly at described installed position; Wherein, described middle part member can be reorientated with respect to described column assembly.
In the feature aspect this, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column; Described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines; Described middle part element cross-section is roughly C shape.
In the other feature aspect this, described installation site is the hole; Described middle part member comprises static fin in its end, is used to extend through the hole of described planar section; And described vertical cord organizer comprises locking key, and this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
In the other feature aspect this, described middle part member comprises two flexible sections, and a section is nested in another section, is used to allow to regulate the length of described middle part member.
In the other feature aspect this, described middle part member comprises and is used for annex is installed to one or more holes on it; Big cable spool can be installed to described middle part member; Tie up bar assembly and can be installed to described middle part member; And the subchannel unit can be installed to described middle part member.
The present invention according to the 7th aspect is a kind of vertical cord organizer, comprise: a pair of column assembly, in the described column assembly each has the general plane part, described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And removable C shape middle part member, it is connected between the described column assembly at described installed position, and described middle part member comprises two flexible sections, and a section is nested in another section, is used to allow to regulate the length of described middle part member; Wherein, described middle part member can be reorientated with respect to described column assembly.
In the feature aspect this, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column; Perhaps described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines.
In the other feature aspect this, described installation site is the hole; Described middle part member comprises static fin in its end, is used to extend through the hole of described planar section; And/or described vertical cord organizer comprises locking key, and this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
In the other feature aspect this, described middle part member comprises and is used for annex is installed to one or more holes on it; Each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated; Big cable spool can be installed to described middle part member; Tie up bar assembly and can be installed to described middle part member; And/or the subchannel unit can be installed to described middle part member.
The present invention according to eight aspect is the removable middle part member that the vertical cord organizer of a kind of combination uses, comprise: two flexible sections, a flexible section is nested in another flexible section, is used for regulating between a pair of column assembly of described vertical cord organizer the length of described middle part member; And, be used to extend through and be arranged in corresponding column assembly place installing hole roughly aligned with each other at the static fin at the place, each end of described middle part member; Wherein, described middle part member can be repositioned onto the arbitrary height or the degree of depth in the various height or the degree of depth with respect to described column assembly.
In the feature aspect this, the cross section of described flexible section is roughly C shape; Perhaps described vertical cord organizer also comprises locking key, and this locking key can be connected the outermost end place of described flexible section and can extend through the hole of corresponding column assembly, is used for providing steadiness to described middle part member.
In the other feature aspect this, each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated; Big cable spool can be installed to described flexible section; Tie up bar assembly and can be installed to described flexible section; And/or the subchannel unit can be installed to described flexible section.
The present invention according to the 9th aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; And a plurality of middle parts member, it is separate and be spaced apart from each other, and each middle part member has first end that is connected to described first column assembly and second end that is connected to described second column assembly.
In the feature aspect this, described a plurality of middle parts member comprises at least three middle part members; The described middle part member of perhaps described a plurality of middle parts member distributes along the height of described first column assembly and described second column assembly.
In the other feature aspect this, described vertical cord organizer comprises at least one cable-management annex, one end of described cable-management annex is connected to the first middle part member of described a plurality of middle parts member, and the opposite end is connected to the second middle part member of described a plurality of middle parts member, and the described second middle part member is arranged under the described first middle part member.In other feature, the 3rd middle part member is arranged between described first middle part member and the described second middle part member; The middle part member is not set between described first middle part member and the described second middle part member; At least one cable-management annex comprises ties up bar; At least one cable-management annex comprises the subchannel unit, and this subchannel unit has the cable spool that is connected thereto; Described cable spool comprises the door knob that extends orthogonally from the axle that is connected to described subchannel unit, and described at least door knob can be reorientated rotationally with respect to described subchannel unit; And/or described at least one cable-management annex is the first cable-management annex of the first kind, and described vertical cord organizer also comprises the second cable-management annex of second type of the first middle part member that is connected to described a plurality of middle parts member.
In the other feature aspect this, described vertical cord organizer comprises first cable-management annex of the first kind and the second cable-management annex of second type.In other feature, the described first cable-management annex is the cable spool, and the described second cable-management annex is to tie up bar; The described first cable-management annex is the cable spool, and the described second cable-management annex is the subchannel unit, and described subchannel unit has cable spool mounted thereto; The described first cable-management annex is the cable spool of the first kind, and the described second cable-management annex is the cable spool of second type; And/or the described first cable spool has the cylindrical shaft of first diameter, and the described second cable spool has the cylindrical shaft of second diameter.
In the other feature aspect this, each middle part member and the next contiguous spaced apart distance that is at least the height of described middle part member of middle part member.
In the other feature aspect this, described vertical cord organizer comprises base portion, and described base portion is connected to the bottom of described first column assembly bottom of described second column assembly; Top frame is connected to the top of described first column assembly on the top of described second column assembly; And/or door hingedly is connected to described top frame and described base portion and by described top frame and the supporting of described base portion.
In the other feature aspect this, described vertical cord organizer comprises top frame, and described top frame is connected to the top of described first column assembly on the top of described second column assembly.
The present invention according to the tenth aspect is a kind of vertical cord organizer, comprising: first column assembly; Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; A plurality of middle parts member, it has first end that is connected to described first column assembly and second end that is connected to described second column assembly; And the cable spool, the door knob that its axle quadrature with book middle part member from being connected to extends, wherein, the part of described cable spool comprises described at least door knob, can reorientate rotationally with respect to described middle part member.
In the feature aspect this, described door knob and axle are relative to each other fixing; The part that can reorientate rotationally of described cable spool comprises described door knob and described axle; And/or the longitudinal axis quadrature of the longitudinal axis of described door knob and described axle.
In the other feature aspect this, described axle is columniform; Perhaps described cable spool is the first cable spool, and described vertical cord organizer also comprises the second cable spool with cylindrical shaft, the diameter of the described first cable spool much larger than or less than the diameter of the described second cable spool.
In the other feature aspect this, described door knob is along extending much larger than described door knob away from a direction of described axle along the distance of extending away from any other direction of described axle; The part that can reorientate rotationally of described cable spool can remove and rotate 90 orientations of spending with the longitudinal axis that can center on described axle and reconnect to described middle part member from described middle part member; The part that can reorientate rotationally of described cable spool can be from least two other orientations that described middle part member removes and can rotate with the longitudinal axis around described axle any reconnect to described middle part member; And/or the part that can reorientate rotationally of described cable spool can remove and can reconnect to described middle part member with around three other orientations of the rotation of the longitudinal axis of described axle any from described middle part member.
The present invention according to the tenth one side is a kind of bar assembly of tying up that is used for vertical cord organizer, comprising: base portion, and it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises a plurality of holes; And tie up bar, described each end of tying up bar can be formed at least one circle of cable-management thus with respect to an installation in described a plurality of holes.
In the feature aspect this, described a plurality of holes are slit openings; Each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component; Described base portion extends across other installation component, and is free of attachment on it; The described bar of tying up forms a plurality of circles that are used for cable-management; Described a plurality of circle is subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements; The described bar of tying up can make the end of described bar can be coupled in the corresponding hole and installs with respect to described base portion by the end of described bar is pushed toward each other; Described base portion and the described bar of tying up are made by metal material; And the described bar assembly of tying up comprises a plurality of bars of tying up.
The present invention according to the 12 aspect is a kind of bar assembly of tying up that is used for vertical cord organizer, comprising: base portion, and it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises the marginal portion with a plurality of recesses; And tie up bar, and described each end of tying up bar can be with respect to an installation in described a plurality of recesses, and the described thus bar of tying up forms the circle that is used for cable-management.
In the feature aspect this, described a plurality of recesses are slotted recess; Each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component; Described base portion extends across other installation component, and is free of attachment on it; The described bar of tying up can make the end of described bar can be coupled in the corresponding recess and installs with respect to described base portion by the end of described bar is pushed toward each other; Described base portion and the described bar of tying up are made by metal material; The described bar assembly of tying up comprises a plurality of bars of tying up, and each is tied up bar and forms the circle that is used for cable-management; And described a plurality of bar of tying up is subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
The present invention according to the 13 aspect is a kind of vertical cord organizer, comprising: a pair of lateral elements; Be connected the two or more middle parts member between the described a pair of lateral elements; And be connected at least two middle parts and tie up bar assembly between the members, the described bar assembly of tying up comprises base portion and can tie up bar with respect to what described base portion was installed, be formed at least one circle of cable-management thus.
In the feature aspect this, the described bar of tying up forms a plurality of circles that are used for cable-management; And described a plurality of circle is subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
Other application of the present invention will become clear by detailed description provided below.Should be understood that, detailed description of being done and object lesson, though pointed out preferred implementation of the present invention, being intended to only is that the purpose of example and being not meant to limits the scope of the invention.
Description of drawings
The detailed description of the accompanying drawing that might not draw in proportion by following reference, it is clear that additional features of the present invention, execution mode and advantage will become, wherein:
Fig. 1 is the normal axomometric drawing that utilizes the system that installs and fixes of vertical cord organizer according to the first preferred embodiment of the present invention;
Fig. 2 is the normal axomometric drawing that the vertical cord organizer among Fig. 1 is shown separately;
Fig. 3 is that vertical cord organizer among Fig. 2 is at the normal axomometric drawing that removes behind the door;
Fig. 4 is the axonometric exploded view such as grade of the vertical cord organizer of Fig. 3;
Fig. 5 is the front view of the vertical cord organizer of Fig. 3;
Fig. 6 is the end view of the vertical cord organizer of Fig. 3;
Fig. 7 is the vertical view of the vertical cord organizer of Fig. 3;
Fig. 7 A is one a normal axomometric drawing in the cable miter guide of Fig. 4;
Fig. 7 B be Fig. 2 the door in one planar rear view;
Fig. 7 C is the incomplete backsight orthogonal view of a part of one in the door of Fig. 2;
Fig. 7 D is the incomplete backsight orthogonal view of another part of one in the door of Fig. 2;
Fig. 8 is the front view of the vertical cord organizer among Fig. 3, a plurality of middle parts member has been shown has been installed in wherein;
Fig. 9 is the normal axomometric drawing of middle part member of the vertical cord organizer of Fig. 8;
Figure 10 is the axonometric exploded view such as grade of the middle part member of Fig. 8;
Figure 11 is the normal axomometric drawing according to the vertical cord organizer of second preferred implementation of the present invention;
Figure 12 is the normal axomometric drawing of a kind of alternative middle part member that is used for the vertical cord organizer of Figure 11;
Figure 13 is the normal axomometric drawing of the vertical cord organizer among Fig. 8, a plurality of annexes has been shown has installed therebetween on the member;
Figure 14 is the axonometric exploded view such as grade of the vertical cord organizer of Figure 13;
Figure 15 is the front view of the vertical cord organizer of Figure 13;
Figure 16 is the end view of the vertical cord organizer of Figure 13;
Figure 17 is the vertical view of the vertical cord organizer of Figure 13;
Figure 18 is the side sectional view of the vertical cord organizer of Figure 13;
Figure 19 is the normal axomometric drawing about one of the big cable spool of the Figure 13 shown in the middle part member of Fig. 9;
Figure 20 is the big cable spool of Figure 19 and the left side view of middle part member;
Figure 21 is the big cable spool of Figure 19 and the rearview of middle part member;
Figure 22 is the big cable spool of Figure 19 and the front view of middle part member;
Figure 23 is two a front view in the subchannel unit of Figure 13 and the middle part member;
Figure 24 is the axonometric exploded views such as part of the subchannel unit of Figure 23;
Figure 25 is the left side view of the subchannel unit of Figure 23;
Figure 26 is the right side view of the subchannel unit of Figure 23;
Figure 27 is the vertical view of the subchannel unit of Figure 23;
Figure 28 is the side sectional view of the vertical cord organizer among Figure 13, and the annex that is provided with first alternative arrangement is shown;
Figure 29 is the side sectional view of the vertical cord organizer among Figure 13, and the annex that is provided with second alternative arrangement is shown;
Figure 30 is the normal axomometric drawing according to the vertical cord organizer of the 3rd preferred implementation of the present invention;
Figure 31 be similar to vertical cord organizer among Figure 13 front view, illustrated first and substituted and tie up bar assembly;
Figure 32 is the front view of tying up bar assembly of Figure 31;
Figure 33 is the normal axomometric drawing of tying up bar assembly of Figure 31;
Figure 34 is second normal axomometric drawing that substitutes the base portion of tying up bar assembly of vertical cord organizer that is used to be similar to the vertical cord organizer of Figure 13;
Figure 35 is the 3rd normal axomometric drawing that substitutes the base portion of tying up bar assembly of vertical cord organizer that is used to be similar to the vertical cord organizer of Figure 13; And
Figure 36 is the 4th normal axomometric drawing that substitutes the base portion of tying up bar assembly of vertical cord organizer that is used to be similar to the vertical cord organizer of Figure 13.
Embodiment
At first, the personnel's (" those of ordinary skill ") with association area common skill understand the present invention easily and have wider practicality and application.It is in addition, any that to come into question and be determined be that the execution mode of " preferably " all is considered to imagine a part that is used to carry out optimal mode of the present invention.For annotated purpose, other execution mode also open to discussion, thus provide complete and disclosing of can realizing of the present invention.In addition, the many execution modes such as modification, change, modification and equivalent arrangements will impliedly be disclosed and be fallen within the scope of the present invention by execution mode described herein.
Therefore, though described the present invention in detail at one or more execution modes here, but should be understood that, this open is illustrative and exemplary for the present invention, and only for the complete and disclosed purpose that can realize of the present invention is provided.Here at one or more execution modes in detail openly be not intended to be not interpreted as limiting scope of patent protection of the present invention yet, this scope is limited by claims and equivalent thereof.Scope of patent protection of the present invention also be not meant to by will find here not clearly in the claims restriction of record read in any claim and limit.
Therefore, any order and/or the sequential of the step of various processes of for example here describing or method all are exemplary and are not restrictive.Correspondingly, should be understood that even the step of various process or method can illustrate and describe with a definite sequence or sequential, but the step of any of these process or method is not restricted to any specific order or order and carries out, except as otherwise noted.Certainly, the step of these processes or method can be carried out with various order and sequential usually, also falls within the scope of the present invention simultaneously.Therefore, scope of patent protection of the present invention by claims but not the specification of mentioning here limit.
In addition, it is noted that importantly each term used herein is meant that those of ordinary skill can use and the meaning understood based on the context of this term.Use the term meaning understood and this term based on the context of term used herein with regard to any specific definitions in the dictionary is different by any way with regard to those of ordinary skill, the meaning of this term that those of ordinary skill is understood is preferential.
In addition, what pay particular attention to is, quantifier-free situation as used herein or " one " typically refer to " at least one ", do not get rid of a plurality of, unless in context is used, indicate in addition.Therefore, with reference to " travelling basket of apple is housed " " travelling basket of at least one apple is housed " and " travelling basket of a plurality of apples is housed " described.On the contrary, with reference to " travelling basket of single apple is housed " " travelling basket of an apple only is housed " described.
When connecting a series of project here, " or " expression " at least one in the project ", a plurality of projects in the described series do not got rid of." cheese is housed but the travelling basket of biscuit is not housed ", " biscuit is housed but the travelling basket of cheese is not housed " and " travelling basket of cheese and biscuit is housed " therefore, have been described with reference to " travelling basket of cheese or biscuit is housed ".At last, when when connecting a series of project here, " with " expression " all items in the described series ".Therefore, described " travelling basket of cheese is housed, and wherein, this travelling basket also is equipped with biscuit " with reference to " travelling basket of cheese and biscuit is housed ", and described " travelling basket of biscuit is housed, and wherein, this travelling basket also is equipped with cheese ".
Referring now to accompanying drawing, identical Reference numeral is represented identical parts in some accompanying drawings, below will describe preferred implementation of the present invention.Below only be exemplary to the explanation of preferred implementation in nature, therefore do not limit the present invention in any way and use or use.
Fig. 1 is the normal axomometric drawing that utilizes the system that installs and fixes 10 of vertical cord organizer 30 according to the first preferred embodiment of the present invention.As shown in the figure, system 10 comprises two traditional two column installation frames 20, is provided with vertical cord organizer 30 between two two column installation frames 20.Each two column installation frame 20 comprises a pair of vertical support member 12,14, and this upper end to vertical support member 12,14 connects by a pair of upper cross member 16, and the lower end connects by a pair of lower cross member 18. Column 12,14 is set for the known various electronic of supporting, annex etc.
What those of ordinary skill can be expected is, the layout shown in Fig. 1 can be describe here with illustrated vertical cord organizer in one or more preferred executive modes.But, be appreciated that, vertical cord organizer of the present invention can utilize with various mounting fixing parts, for example comprise by four supporting upright posts that covered or do not covered by plate and making to form the mounting fixing parts of obturator by plate, and mounting fixing parts can alternatively be positioned at a side or two sidepieces of cord organizer 30, perhaps alternatively, as described below can the use separately.
Fig. 2 is the normal axomometric drawing of the vertical cord organizer 30 among the Fig. 1 that illustrates separately.As shown here, vertical cord organizer 30 comprise base portion 32, by top frame 50 as two ridge assemblies 40 of the interconnection at top and an opposite house 38.Two ridge assemblies 40 are by base portion 32 supporting, have avoided thus equipment 30 is bearing in needs on the mounting fixing parts of adjacency.Each each lower corner of 38 is connected to base portion 32 removedly, and each upper corner is connected to top frame 50 removedly, allows each door 38 along its arbitrary lateral opening or hinged thus, and perhaps integral body removes.Here will be described in more details in these parts each.
Fig. 3 and 4 be respectively the vertical cord organizer 30 of Fig. 2 remove door after 38 normal axomometric drawing and etc. axonometric exploded view, and Fig. 5-the 7th, front view, end view and the vertical view of the vertical cord organizer 30 of Fig. 3.As among Fig. 4 shown in the most clearly, base portion 32 comprises the framework with two lateral elements 34 and two cross members 36, and the length of the length of lateral elements 34 and cross member 36 limits the degree of depth and the width of vertical cord organizer 30 respectively.In at least a execution mode, lateral elements 34 is rectangular tubes.In at least a execution mode, lateral elements 34 is formed by metal plate.Base portion 32 is used for two ridge assemblies 40 of supporting interconnection and door 38, but the separate part that for example is used for various functions by use can separate these functions. Base frame member 34,36 uses any suitable connector interconnection that comprises the securing member shown in Fig. 4.In at least a execution mode, cross member 36 is riveted to lateral elements 34.
The two ridge assemblies 40 of interconnection comprise two ridge assemblies 42, a plurality of rib shapes or finger-like cable guide member 44,45 that each ridge assembly 42 has a plurality of rib shapes of extending forward from vertical support post 46 or finger-like cable guide member 44,45 and extends back from vertical support post 46.The lower end of ridge assembly 42 is by base portion 32 interconnection, and the upper end is by top frame 50 interconnection.In at least a execution mode, ridge assembly 42 is welded on the lateral elements 34 of base portion 32.In at least a execution mode, each support column 46 comprises two supports 60,61, and these two supports, 60,61 resistance welded are on dull and stereotyped 59, to form the unit with C shape cross section that is clearly shown that among Fig. 4.When manager is in load following time, the combination of the pipe of support 60,61, sidepiece 59 and base portion lateral elements 34 provides the tension force resistance.In at least a other execution mode, each support column 46 can be formed by the metal of C tee section, produces sidepiece 59, fore-stock 60 and after-poppet 61.A series of be preferably evenly spaced square opening 48 and be dispersed in a plurality of small sircle holes 49 between the square opening 48 run through in fore-stock 60 and the after-poppet 61 each.Fore-stock 60, after-poppet 61 and the hole 48,49 of running through it are set for specific purpose, in these purposes at least some will be described below, but be to be understood that, these identical purposes can utilize design and the structure ridge assembly different with ridge assembly described herein to realize that all do not depart from the scope of the present invention.
Each side direction assembly 52 comprises the part and the horizontal rail at the top that is used to be installed to corresponding support column 46.Comprise that the hinged/breech lock junction surface 56 of hinge cotter way 57 is arranged on each far-end of horizontal rail, for each each side of 38 provides hinged and the breech lock function, such as described further below thus.Cross member 54 makes the upper end of ridge assembly 42 firm, and makes fixed distance therebetween.Alternatively, the additional interconnection between the ridge assembly 42 can be provided by middle part member 80, below this is described.
Fig. 7 A is the normal axomometric drawing of one of cable guide member 44 of Fig. 4.Can have that in the finger-like cable guide member 44,45 of different length each comprises linear protrusion supporting bracket 62 and from a plurality of T shape projectioies 63 of its extension.Evenly spaced snap-fittings 64 is extended along the direction opposite with T shape projection 63 from protruding supporting bracket 62, is used for cooperating with the fore-stock 60 of support column 46 and the rectangular opening 48 of after-poppet 61.
Each T shape projection 63 comprises strengthens base portion 65, axle 66 and crosspiece 67.The every pair of adjacent T shape projection 63 limits the cable circle 68 that the main body by corresponding base portion 65, axle 66 and the crosspiece 67 and the protruding supporting bracket 62 of projection 63 forms.The opening that leads to each cable circle 68 is provided by the gap 69 between the end of the crosspiece 67 of every pair of adjacent protrusion 63.This gap 69 allows cables to pass gap 69 by side direction to be inserted in the circle 68, as described above U.S. Patent No. 7119282 further describe like that, this United States Patent (USP) integral body is incorporated in this by reference.
Each projection 63 along the length of cable guide member 44,45 with the even interval of normal pitch.Shown in and in the execution mode described, the spacing between each projection 63 equals single standard frame installation unit (" RMU "), but should be understood that and can use other normal pitch, the spacing of for example measuring in substituting unit or be the spacing of RMU multiple.By utilizing this normal pitch, guarantee that cable circle 68 is arranged on each RMU place and is exclusively used in each RMU along the height of frame 20.Its advantage further describes in aforesaid U.S. Patent No.7119282.
Form and be attached on the support column subsequently because each cable guide member 44,45 is independent of support column 46, but not integrally formed with support column 46, therefore, each cable guide member 44,45 can be formed by the material different with support column 46.Therefore, though support column 46 can preferably be formed by metal, each cable guide member 44,45 can be by injection molding, so that form the edge of sphering or bevel along the edge of T shape projection 63.The various advantages of this layout are described in aforesaid U.S. Patent No.7119282 to some extent.
Fig. 7 B-7D is respectively planar rear view and two local backsight orthogonal views of one of door of Fig. 2.Each door 38 comprises plate 70, two handles 71 (perhaps being clearly shown that), two bar junction surfaces 72, two upper bar 73 and two lower poles 74 in Fig. 2, and reinforcement 75 up and down.Each bar 73,74 has bar end 76, and it is as joint pin, and the helical spring 77 that is connected to bar end 76 by an end is biased to extended position (perhaps being clearly shown that) in Fig. 7 C, and its end is held in place by the surface on one of reinforcement 75.Each handle 71 is connected to each bar junction surface 72 by plate 70.With reference to Fig. 7 C, each bar junction surface 72 is pivotally connected to the near-end of upper bar 73 and lower pole 74, make when handle 71 and when bar junction surface 72 is rotated by the user thus, be connected to bar 73,74 on this bar junction surface 72 and be pulled inward movingly, bar end 76 is retracted in each end of door 38.On the other hand, when handle 71 was released, spring 77 was driven to its extended position from its advanced position to returning with bar end 76, and its initial state is got back at outwards pull lever 73,74 and dwang junction surface 72, and swing handle 71 thus.
As perhaps being clearly shown that among Fig. 7 B, each bar terminal 76 is provided with near the bight of door-plate 70, and is suitable, directly above or below handle 71 and bar junction surface 72.Shown in Fig. 7 C, each upper bar 73 comprises Offset portion 79, so that upper bar terminal 76 is aimed at lower pole terminal 76, each side along door 38 limits hinge axes thus.In this position, each bar end 76 is configured to extend in the hinge cotter way 57 (as shown in Figure 7) at the respective hinge/breech lock junction surface 56 in the top frame 50.Each hinged/breech lock junction surface 56 is placed in again in the local guard shield 78 (shown in Fig. 7 D).
In use, each bar end 76 is biased to its extended position and enters in the respective hinge cotter way 57 in the top frame 50, thus along each side closure door 38, as shown in Figure 2.In order to open door 38 along either side, can rotate the handle 71 on this side, thus the bar end 76 on the bar 73,74 that is connected thereto of dwang junction surface and retraction.Then, door 38 can be used as on the bar end 76 of joint pin along its opposition side swing open.In case discharge, handle 71 can also turn back to its original position by bar 73,74 bias action to bar junction surface 72 to bar terminal 76 thus by spring.The door 38 can by swing handle 71 with the retraction joint pin 76, make the door 38 the swing get back to position as shown in Figure 2 and close once more and fasten the lock close, wherein, each hinged/breech lock junction surface 56 is placed in its corresponding guard shield 78.In this layout, joint pin 76 is aimed at hinge cotter way 57 thus, and release handle 71 thus, allows it to extend to once more in its groove 57 along with joint pin 76 and turns to its original position.If door 38 wants integral body to remove, as shown in Figure 3, rotate the handle 71 of both sides so, all four bar ends 76 that bounce back, door 38 can remove from hinged/breech lock junction surface lifting and integral body then.
As previously mentioned, middle part member 80 can optionally provide other interconnection between ridge assembly 42.Fig. 8 is the front view of the vertical cord organizer 30 of Fig. 3, and a plurality of middle parts member 80 that is installed in wherein is shown.In illustrated embodiment, five middle part members 80 are utilized and they are basically along the even interval of whole height of cord organizer 30.But, those of ordinary skill is clear that, in at least some execution modes, can use the middle part member 80 of varying number, their spacing can be greater than or less than shown in the figure, and they can alternatively be provided with irregular interval, certainly as long as be provided with suitable erecting device and position on the post 46.
Fig. 9 and 10 be respectively Fig. 8 vertical cord organizer 30 middle part member 80 normal axomometric drawing and etc. axonometric exploded view.Each middle part member 80 comprises two flexible sections that nest together 82,83 and pair of locking key 84.The cross section of each section 82,83 is roughly C shape, has each the static fin 86 that extends from upper distal end and distal lower end downwards.The major part of each section 82,83 is preferably run through by a plurality of construction openings that can comprise paired groove 87, hole 88,89 in groups, independent hole 101 etc.In the illustrated embodiment, two pairs of grooves 87 are arranged near the far-end of each flexible section 82,83, and one group of circular hole 88 is arranged near the near-end of first section, simultaneously, the slotted hole 89 of respective sets is arranged near the near-end of second section, make that two groups of holes 88,89 are aligned with each other for one or more purposes described below when normal mounting.
In at least some execution modes, comprise that these are illustrated, simple relatively installing mechanism is preferred, installs and regulates so that simplify.More particularly, fin 86 is configured to square opening 58 handing-over in the sidepiece 59 with the support column 46 of ridge assembly 42.These holes 58 preferably along the height of support column 46 with the regular spaces setting, this regular spaces be selected to and the static fin 86 at the place, top and bottom of each section 82,83 between vertical distance be complementary.For middle part one of member 80 is installed, two sections 82,83 are combined together and are flexible to roughly suitable distance between two support columns 46.Then, middle part member 80 is positioned, and makes static fin 86 be arranged near the square opening 58 of the expectation group in the support column 46 and operates to handle the mode that static fin 86 passes selected hole 58.In case pass, member 80 is lowered, be suspended from the bottom margin in its corresponding hole up to each static fin 86 till, shown in Figure 15 and 16.In this arrangement, middle part member 80 provides some side direction steadinesss between two support columns 46.
Steadiness can further be strengthened by using locking key 84.Each locking key 84 is connected on the end in the central section 80 via the securing member 85 that passes slotted hole 81 (perhaps being clearly shown that) in Figure 10.Locking key 84 can be arranged on the state of stretching out (at the right-hand member place of the middle part of Fig. 9 member 80 as seen) or retracted state (at the left end place of the middle part of Fig. 9 member 80 as seen) thus.In stretching out state, locking key 84 is by providing additional steadiness with the leading edge of its square opening that extends through 58 or antemarginal the contact and for the middle part member of installing 80.In retracted state, locking key 84 58 is regained from the hole, makes thus and middle part member 80 is installed or is removed middle part member 80 from support column 46, and is more specifically easier for removing each static fin 86.Each locking key 84 can be via securing member 85 fix in position.
In not illustrated here replacement scheme, the middle part member of regular length can substitute section middle part, illustrated two-region member 80 here.In addition, middle part member 80 can spiral or is welded on the support column 46.
Be clear that as those of ordinary skill description and illustrated vertical cord organizer can provide with various sizes and ratio, and do not depart from the scope of the present invention here.For example, Figure 11 is the normal axomometric drawing according to the vertical cord organizer 130 of second preferred implementation of the present invention.Vertical cord organizer 130 among Figure 11 is than the vertical cord organizer height among Fig. 1 to 8 (and having correspondingly more T shape projection 63 and square opening 58) and narrower than the vertical cord organizer among Fig. 1 to 8.Certainly, other vertical cord organizer can higher, shorter, wideer, narrower or its displacement.
As shown here, the vertical cord organizer 130 of Figure 11 comprises base portion 132, the two ridge assemblies 140 of interconnection and an opposite house (not shown).Base portion 132 comprises the framework with two lateral elements 34 and two cross members 136, and the length of the length of lateral elements 34 and cross member 136 limits the degree of depth and the width of vertical cord organizer 130 once more respectively.The two ridge assemblies 140 of interconnection comprise two ridge assemblies 142, and each ridge assembly 142 has a plurality of finger-like cable guide member 44,45 of extending from vertical support post 146.The lower end of ridge assembly 142 is by base portion 132 interconnection, and the upper end is by top frame 150 interconnection, and top frame 150 comprises cross member 154 and two side direction assemblies 52.
Except size and ratio, the design of the vertical cord organizer 130 of Figure 11 and the vertical cord organizer of Fig. 1 to 8 are roughly similar, the different middle part members 90 that substitute that have been to use, and its normal axomometric drawing is shown in Figure 12.The middle part member 90 that substitutes comprises two flexible sections 92,93 and the pair of locking key 84 that nests together.Be similar to Fig. 9 and 10, the cross section of each section 92,93 is roughly C shape, has each the static fin 86 that extends from upper distal end and distal lower end downwards.The major part of each section 92,93 is preferably run through by a plurality of construction openings that can comprise paired groove 87 etc.; But, in section 92,93, may not have enough spaces to be used for being provided with the opening so much as the member 80 of Fig. 9 and 10.In the illustrated embodiment, two pairs of grooves 87 are arranged near the far-end of each flexible section 92,93.Identical in design, structure and the operation of locking key 84 and static fin 86 and Fig. 9 and 10.
Figure 13-18 be respectively the vertical cord organizer 30 of Fig. 8 normal axomometric drawing, etc. axonometric exploded view, front view, end view, vertical view and side sectional view, a plurality of annexes of installing on the member 80 in the middle are shown.In illustrated executive mode, annex comprises that two big cable spools 94, three tie up bar 98 and two sub-channel units 100.Certainly, scheme can be used more or less annex as an alternative, and needn't use the annex of all illustrated type.Below will every type annex be described.
Figure 19-22 is respectively with respect to one normal axomometric drawing, left hand view, rearview and front view in the big cable spool 94 of the Figure 13 shown in the middle part member 80 of Fig. 9.As shown here, cable spool 94 comprises the oval spool head of installing perpendicular to half cone oblique crank Z 96 95, and this half cone oblique crank Z 96 slightly inwardly attenuates along its length from spool head 95, perhaps is clearly shown that among Figure 20.Axle 96 length preferably is chosen to make on being installed in middle part member 80 and when being in forward facing position (following describe more fully), spool 94 extensions but be not the far-end that extends to T shape projection 63 fully at most.In illustrated executive mode, this allows spool 94 to be used to be guided through most of cable (not shown) of the front portion of cord organizer 30, but also allows the part of these cables to be directed into the front portion of spool 94 if necessary.
In the illustrated embodiment, spool 94 is a hollow, but can be half hollow or solid if desired alternatively, and does not depart from the scope of the present invention.The far-end of spool 94 is preferably solid, but on arranging, passed, allow to use the securing member (not shown) to be connected on the member 80 of middle part thus corresponding to one or more (being two the in the illustrated embodiment) installing hole 97 in the hole in groups in the middle part member 80 88,89.
In use, before the cross member 54 of top frame 50 and middle part member 80 limit and back wiring passage or path 27,28, as shown in figure 13.Cable can be guided by these passages 27,28 up or down to expecting height and being directed subsequently.In use, distribution, optical fiber and other cable (not shown) by guiding up or down by these passages 27,28 to the expectation height, and the projection 63 that is conducted through cable guide member 44,45 subsequently arrives adjacent mounting fixing parts 20 etc.In these passages 27,28 any or the two can further separate effectively by using one or more spools 94.As an example, this is by 94 diagrams of the spool in the front channel 27 in the layout shown in Figure 17.The radius of curvature of the axle 96 of each spool is corresponding to the one or more standards that for example are used for fiber cable.In addition, the cable that each spool head 95 prevents to be installed between spool head 95 and the middle part member 80 travels forward away from middle part member 80, perhaps can understand this feature best with reference to Figure 17.Big spool 94 can be installed in two orientations any by selecting suitable installing hole in the hole in groups on middle part member 80 88,89.Alternatively, littler hole in groups 88,89 can be arranged on the member 80 of middle part, and other installing hole 97 can be arranged on the spool 94, finishes identical functions thus.When the stator pack of selecting of utilizing hole 88,89 in groups is installed in one when directed, oval spool head 95 vertical non-alignment (as shown in each diagram), and when utilizing that the difference in hole 88,89 selects stator pack to be installed in another directed (not shown) in groups, oval spool head 95 horizontal alignments.
Here the guiding cable is easier before and after between also feasible wiring passage 27 forwardly of the middle part member 80 of Li Yonging and the back wire passage 28.More particularly, wide vertical gap 26 is arranged between the member 80 of middle part, each gap is all high and wide a lot of than opening of the prior art, and these openings of the prior art are from being contained in the wall that extends along the whole vertical extension of each bilateral cord organizer of the prior art.Bigger gap 26 can be set up by omitting all middle middle part members 80.This system provides sizable flexibility for the front and back wiring, and the flexible system of cable-management feature and structure also is provided simultaneously.
As being clearly shown that among Figure 15, tying up bar 98 and be installed into roughly and extend abreast with anterior wiring passage 27.Each ties up bar 98 can be connected to a pair of middle part member 80 via the securing member such as bolt that extend in the hole of passing in the member 80 of middle part 101.As shown in Figure 15, they can extend across another middle part member 80, and are free of attachment on it.Though what a kind of length only had been shown among Figure 15 ties up bar 98, is clear that, also can use other length similarly.Each is tied up bar and is provided for stoping cable to move in wiring passage 27 thus everywhere the convenient structure of cable bundle ligation on it.
Figure 31 is the front view that is similar to the vertical cord organizer 330 of the vertical cord organizer among Figure 13, and the first alternative bar assembly 199 of tying up has been shown, and Figure 32 and 33 is respectively the front view of tying up bar assembly 199 and the normal axomometric drawing of Figure 31 simultaneously.As shown here, first substitute and to tie up bar assembly 199 and comprise via wherein opening 211 and be installed in a plurality of bars 198 of independently tying up on the base portion 203 that each bar forms independent circle or the protuberance that is used for cable-management.Each end of base portion 203 comprises installs fin 213, makes it to be connected to a pair of middle part member 80 via the securing member such as bolt that extend in the hole of passing in the member 80 of middle part 101.As shown in figure 31, they can extend across another middle part member 80, and are free of attachment on it.Though what a length only had been shown among Figure 31 ties up bar 198, is clear that, can use other length similarly.In the assembly 199 each tied up bar 198 and is provided for the convenient structure of cable bundle ligation on it, prevents that thus cable from moving in the wiring passage that is limited by vertical cord organizer 330 everywhere.
Figure 34 be used in Figure 13 in the similarly vertical cord organizer of vertical cord organizer in second normal axomometric drawing that substitutes the base portion 303 of tying up bar assembly.As shown here, base portion 303 has a plurality of slit openings 311, one or morely independent tie up the bar (not shown) and can be installed in wherein.Each bar can be formed for the independent circle or the protuberance of cable-management, is similar to the layout shown in Figure 33.Base portion 303 comprises at each place, end installs fin 313, makes it to be connected to a pair of middle part member 80 via the securing member such as bolt that extend in the hole of passing in the central structure 80 101.Base portion 303 can extend across another middle part member 80, and is free of attachment on it.Though the only base portion 303 of a length has been shown among Figure 34, be clear that, can use other length similarly.In the assembly each tied up bar and is provided for the convenient structure of cable bundle ligation on it, prevents that thus cable from moving in the wiring passage that is limited by vertical cord organizer everywhere.
Figure 35 be used in Figure 13 in the similarly vertical cord organizer of vertical cord organizer in the 3rd normal axomometric drawing that substitutes the base portion 403 of tying up bar assembly.As shown here, base portion 403 has a plurality of slotted recess 411 along its each edge, one or morely independent tie up the bar (not shown) and can be installed in wherein.Each bar can be formed for the independent circle or the protuberance of cable-management, is similar to the layout among Figure 33.Be understandable that, tie up on the arbitrary edge or two edges that bar can be installed in base portion 403.Base portion 403 comprises in each end installs fin 413, makes it to be connected to a pair of middle part member 80 via the securing member such as bolt that extend in the hole of passing in the member 80 of middle part 101.Base portion 403 can extend across another middle part member 80, and is free of attachment on it.Though the only base portion 403 of a length has been shown among Figure 34, be understandable that, can use other length similarly.In the assembly each tied up bar and is provided for the convenient structure of cable bundle ligation on it, prevents that thus cable from moving in the wiring passage that is limited by vertical cord organizer everywhere.
Figure 36 be used in the similarly vertical cord organizer of the vertical cord organizer of Figure 13 in the 4th normal axomometric drawing that substitutes the base portion of tying up bar assembly 499.As shown here, the 4th substitute and to tie up bar assembly 499 and comprise via the opening in the base portion 503 511,515 and be installed in the single bar 498 of tying up on the base portion 503 with a plurality of circles or protuberance.Base portion 503 comprises at each place, end installs fin 513, makes it to be connected to a pair of middle part member 80 via the securing member such as bolt that extend in the hole of passing in the member 80 of middle part 101.Assembly 499 can extend across another middle part member 80, and is free of attachment on it.Though what a length only had been shown among Figure 36 ties up bar assembly 499, is clear that, can utilize other length similarly.Tie up each circle in the bar 498 or protuberance in the assembly 499 are provided for the convenient structure of cable bundle ligation on it prevented that thus cable from moving everywhere in the wiring passage that is limited by vertical cord organizer.Tie up bar 498 can by with the end of bar 498 inwardly extruding be installed on the base portion 503, allow the end of bar 498 to insert in the key hole slot 515 in the base portion thus.Bar 498 parts between circle or the protuberance can be inserted into the channel opening 511 that correspondingly is arranged in the base portion 503.
Every type the bar assembly of tying up provides circle or protuberance in the inside of vertical cord organizer, allow the cable bundle of vertical cord organizer inboard to be anchored near the rear portion in cable-management space, increased thus and utilized vertical cord organizer to hold and to guide the ability of cable.
As previously mentioned, conventional fixed feature portion comprises as devices such as stamped groove in the metallic plate or bridge seams, comprises back " wall " in cable-management space.The use of these features need be carried out heavier " threading " to the Velcro band.In addition, stamped groove or bridge that method before almost as one man needs the Velcro band to pass in the metallic plate stitch, and this need enter into the front and rear of manager usually.
Here describe or the illustrated various bar of tying up all allows single people to stay vertical manager one side, and easily around cable bundle with tie up bar coiling Velcro band volume, fastening cable bundle and with it to the rear portion of pulling back into cable management space.Various substitute cable bundle that " circles " or " protuberance " tie up bar assembly be provided for guaranteeing anchoring not can from its by the position of anchoring along vertical added security of sliding, and also be provided in vertical cord organizer along the parts that vertically segment the cable-management space.
Each bar assembly provides buckstay, and flexible but common solid data/communications cable bundle can anchor on this buckstay.Each bar assembly use Velcro or other band are easier than this band being passed little metallic plate feature.Fixing point easier and that be not limited to limited quantity has formed to have more and has added flexibly the cable-management space and allow vertical cord organizer to have the bigger potential that utilizes in the use." circle " provides in order to vertical cable-management space is subdivided into the parts of two or more vertical passageways, for the cable in manager provides guide space more specifically.
Each ties up bar and/or the bar assembly can be by solid, circular metal bar blank, the metallic plate of moulding, extrusion metal (such as aluminium) or synthetic, or various other material is made.As shown in the figure, the bar assembly can be arranged to simple straight section, can have or not have perforation, have or do not have the repetitive strain releasing parts along its length along its length, perhaps can comprise one or more " circle " parts that are fixed to bar.
Will be appreciated that in some cases Figure 13 single tied up bar 98 and can be called as and tie up bar assembly.
Figure 23 is two a front view in the subchannel unit 100 of Figure 13 and the middle part member 80.As shown here, subchannel unit 100 can insert the middle part member 80 that is installed to two appropriate intervals by the corresponding hole 101 (perhaps being clear that) in the section 82,83 that the securing member (not shown) is passed hole 102 in the subchannel unit 100 and middle part member 80 in Fig. 9.Installing hole 102 in the subchannel unit 100 can be a flute profile, so that help regulating by a small margin, to adapt to the minor variations of distance between the member 80 of middle part.
Figure 24-27 is respectively exploded normal axomometric drawing, left side view, right side view and the vertical view of the subchannel unit 100 of Figure 23.Each subchannel unit 100 comprises back plate 104 and one or more repositionable handle spool 110.In the embodiment shown, four repositionable handle spools 110 are aimed at along back plate 104, but are appreciated that and can use more or less spool 110.In addition, at least some execution modes, handle spool 110 can not rotate; In at least some execution modes, handle spool 110 is installed on a plurality of independent back plate (not shown) of aligning; In at least some execution modes, illustrated handle spool 110 is substituted by the spool of at least one other shape; In at least some execution modes, handle spool 110 along continuous straight runs but not vertical the setting; And at least some execution modes, handle spool 110 is set at more than among row or the row.
Each handle spool 110 comprises the door knob of installing perpendicular to the cylindrical shaft 114 that extends from repositionable base portion 116 112.Door knob 112, axle 114 and base portion 116 can be integrally formed via injection molding etc.In the illustrated embodiment, at least some parts of spool 110 are hollow, but if desired, scheme as an alternative, and at least some parts of spool 110 can be half hollow or solid, and do not depart from the scope of the present invention.It equally also is the end that the lid 117 of casting can be used to cover axle 114.
In the illustrated embodiment, repositionable base portion 116 comprises substantial cylindrical axle head 118, is provided with four elastic bumps portions 120 and the coaxial holding flange 122 that can radially inwardly depress with respect to axle head 118 around this axle head 118.In the illustrated embodiment, lug boss 120 evenly is provided with around cylindrical axle head 118 at interval with 90 degree, but is appreciated that this interval needn't be uniformly, and can utilize the lug boss 120 of other quantity.As perhaps being clearly shown that among Figure 27, each lug boss 120 is connected to the end of axle head 118, and extend the end away from axle head 118 in depression that the sidepiece by axle head 118 limits or opening.Each lug boss 120 comprises that the deflection plane 124 and the rank shape that are the inclined-plane keep face 126.
The back plate 104 of subchannel unit 100 comprises main mounting panel 105 and handle scroll rack 106.Main mounting panel 105 is run through by a plurality of installing holes 107 that are configured to aim at the independent hole 101 on the middle part member 80, and can utilize the securing member (not shown) that passes its insertion to be connected to middle part member 80.If necessary, main mounting panel 105 also enters opening and breach runs through by a plurality of, to be provided to other securing member on each the middle part member 80 that is installed in thereafter and the inlet of installing hole.
Frame 106 comprises a plurality of spool openings 108 of the installation axle head 118 that is used to receive each handle spool 110.In the illustrated embodiment, four spool openings 108 are arranged in each subchannel unit 100,, but be to be understood that corresponding to four handle spools 110 mounted thereto, more or less opening 108 can be provided, and be not that all openings 108 all need to be used.It is circular that each opening 108 is generally, but around its periphery a plurality of little recesses 109 are set.In the illustrated embodiment, recess 109 evenly is provided with around each opening 108 with the interval of 90 degree, but is appreciated that this interval needn't be uniform, can utilize the recess 109 of other quantity, as long as keep corresponding to the lug boss 120 on the handle spool axle head 118.But, be appreciated that can be provided with that as long as at least one is arranged and be preferably a plurality of different layouts, in these were arranged, axle head 118 can be installed in the opening 108 than lug boss 120 more recesses 109.
For axle head 118 is inserted in the opening 108, the lug boss 120 on the axle head 118 must with aim at around the recess 109 of opening 108 peripheries.Because each in lug boss 120 and the recess 109 is provided with at interval with 90 degree, can utilize any the handle spool 110 that is in four rotational orientation to realize aiming at.More particularly, door knob 112 can turn to any the layout in four different orientations, and this orientation relative to each other with 90 degree at interval.Preferably, four orientations comprise be horizontally disposed with right side (when when the place ahead is seen, shown in Figure 15 and 23), along vertically making progress, be horizontally disposed with the left side and along downwards vertical.
The length that each recess 109 extends from the sidepiece of its corresponding axle head 118 corresponding to each lug boss 120 with respect to the degree of depth at the edge of its corresponding opening 108.More particularly, the degree of depth of recess 109 is selected such that along with axle head 118 is pushed through opening 108, the edge of each recess 109 holds the deflection plane that is the inclined-plane 124 on one of lug boss 120, makes it radially to intrinsic deflection, up to keeping face 126 by the wideest part and arrival rank shape.Because rank shapes keeps face 126 narrower than the wideest part of lug boss 120, each lug boss 120 " buckle " is in place and be held in place by the suitable end difference on the maintenance face 126 or protuberance (among Figure 27 as seen).
In use, distribution, optical fiber and other cable (not shown) by along or around one or more spools 110 guiding.Axle 114 the radius of curvature of each spool is corresponding to such as the one or more standards that are used for fiber cable.In addition, each door knob 112 prevents that cable from travelling forward, and away from middle part member 80, perhaps can understand this feature best with reference to Figure 17.As previously noted, each handle spool 110 can be installed in any that is installed in which recess 109 in four orientations by selecting which lug boss 120.Easily, in case handle spool 110 is mounted, can handle spool 110 be rotated by grasping door knob 112 simply and door knob 112 travel directions being applied relative to little pressure along expectation.Recess 109 gently is pressed into the lug boss 120 of handle spool 110 in its opening, makes handle spool 110 have guidance feature thus.Along with spool rotates, lug boss 120 bendings enter in the recess 109 and leave recess 109, so that the rolling brake sensation to be provided.Handle spool 110 can by arrive between main mounting panel 105 and the handle scroll rack 106 and with lug boss 120 inwardly fully extruding remove axle head 118 and remove by being reversed aforesaid insertion process integral body allowing.Lug boss 120 can push by user's finger or via instrument.
Advantageously, the operation of repositionable handle spool allows cable to install and door knob 112 by each handle spool 110 mounted thereto is held in place along the length of subchannel unit 100.In conjunction with the cylindrical shaft 114 of spool 110, so just be able to keep these cables along at least three borders that limit by main mounting panel 105, cylindrical shaft 114 and door knob 112.In addition, if unit 100 is installed near the wall of cable guide member 44,45, as shown in figure 17, so four sides of all of Bi He passage or wiring path 29 are limited by the border.Can be by removing or turning handle spool 110 and cable being loaded in the passage 29 of three sides or four sides, make door knob 112 can not stop the preceding inlet of passage 29, therefore do not stop and insert or rotating scroll 110, to seal this inlet and cable is remained in the passage 29.Certainly, if desired, can guide cables around any cylindrical shaft 114, and cable is directed to outside the passage 29, the radius of curvature of axle 114 is guaranteed to keep the minimum radius of gyration with respect to each this cable.
Notice that the length of each door knob 112 can be selected to the auxiliary described cable that keeps.In at least a execution mode, the length of door knob 112 is selected to the width of the main mounting panel 105 of coupling, as shown in figure 23, allow the far-end next-door neighbour of door knob 112 cable guide member 44,45 or other structural configuration thus along the lateral edges setting of cord organizer 30.In at least a other execution mode, the length of door knob 112 is selected to the width less than main mounting panel 105, makes to keep the gap between the far-end of door knob 112 and contiguous cable guide member 44,45 or other structure.In at least some execution modes, unit 100 is installed near contiguous cable guide member 44,45 or other structure, and in other embodiments, unit 100 is opened with contiguous cable guide member 44,45 or other spacing structure.
In at least some execution modes, utilize to have the different repositionable handle spools of arranging or the subchannel unit of other spool, for example by U.S. Patent No. 6600107 instructions or enlightenment, this United States Patent (USP) integral body is incorporated herein by reference.More particularly, at least some execution modes, each spool comprises door knob, and it is perpendicular to extending with respect to the repositionable cylindrical shaft of axle.The subchannel unit can be by the one or more this spool structure that is installed on the plate of back, and all these do not break away from the scope of one or more execution modes of the present invention.
As previously mentioned, middle part member 80 preferably can be installed in apart from cord organizer 30 front portions more than a distance.This becomes easy by comprise multiple row square opening 58 in the sidepiece 59 of support column 46.In the illustrated embodiment, have this hole of three row 58, one row to be positioned at the center of support column, in addition two row be positioned at from central series forward with identical backward distance.But, be appreciated that scheme as an alternative, more or less this Cheng Liekong 58 can be provided.
In Figure 13-18, middle part member 80 and be installed in forward location in the cord organizer 30 by the annex of its supporting.But Figure 28 and 29 is respectively the side sectional view of the vertical cord organizer 30 of Figure 13, has by first to substitute the setting and the second alternative annex that arrangement is set.More particularly, in Figure 28, middle part member 80 and be installed in center in the cord organizer 30, and in Figure 29 by the annex of its supporting, middle part member 80 and by the annex of its supporting be installed in the cord organizer 30 at last to the position.Certainly, " forward direction " as used herein is relative term with " back to ", those of ordinary skill is clear, being provided with arbitrarily during these are provided with can be reverse, make middle part member 80 and by any annex of its supporting directed in opposite direction or some middle part members 80 and annex towards preceding and other towards after.In addition, though not shown, be appreciated that also the combination of these settings also can be finished similarly.For example, the annex that member 80 reaches by its supporting in the middle part of in the of one group can be installed in the row hole 58, annex on it extends along a direction, and the annex that another group middle part member 80 reaches by its supporting can be installed in another row hole 58, and the annex on it extends along opposite direction.Those of ordinary skill also can be expected other displacement similarly.
Figure 30 is the normal axomometric drawing according to the vertical cord organizer 230 of the single channel of the 3rd preferred implementation of the present invention.As shown here, this vertical cord organizer 230 comprise single channel base portion 232, by single channel top frame 250 as two half ridge assemblies 240 of the interconnection at top and Qianmen (not shown).Can be provided with or not be provided with the back door is installed to device on the back side of cord organizer 230.Two half ridge assemblies 240 are by base portion 232 supportings.Class is similar to the door 38 of the cord organizer 30 of Fig. 2, and use like that at the Qianmen 38 that particularly is similar to cord organizer 30.Base portion 232 comprises the lateral elements 234 with two brachymemmas and the framework of two cross members 36, and the length of the lateral elements 234 of brachymemma and the length of cross member 36 limit the degree of depth and the width of vertical cord organizer 230 respectively.
The two half ridge assemblies 240 of interconnection comprise two and half ridge assemblies 242, and each has a plurality of rib shapes or the finger-like cable guide member 44,45 of only extending forward from single channel vertical support post 246.The lower end of half ridge assembly 242 is by base portion 232 interconnection, and the upper end is by top frame 250 interconnection.Each support column 246 can be formed by the metal of C tee section roughly, produces the after-poppet 261 of sidepiece 59, fore-stock 60 peace.A series of preferred evenly spaced square openings (being similar to the square opening 48 of Fig. 4) and a plurality of small sircle holes (being similar to the circular hole 49 of Fig. 4) that are dispersed in therebetween run through fore-stock 60, but preferably do not run through after-poppet 261.Finger-like cable guide member 44,45 is connected to the fore-stock 60 of support column 246 via hole wherein.
Variation except each base portion 32,232, top frame 50,250 and support column 46,246, wherein, each element only limits the single passage that is used to guide cable, and design, structure and the operation of the vertical cord organizer 230 of single channel is similar to design, structure and the operation of the vertical cord organizer 30 of binary channels of Fig. 2 substantially.Those of ordinary skill is appreciated that other difference.
Here the critical function of description and illustrated each side of the present invention is the various selection that is provided for the cable-management in the vertical cord organizer to setter.Therefore, the various combinations and the displacement of be appreciated that spool, member, tying up bar etc. all fall within the scope of the invention, and in fact this flexibility is considered to the present invention's self creative aspect.
Based on aforementioned information, those of ordinary skills understand practicality and the application that the present invention allows wide region easily.Of the present invention except the execution mode that here specifies with many execution modes and modification revising, and many changes, modification and be equal to and be provided with and become clear by the present invention and above stated specification thereof, perhaps be subjected to reasonable inspiration, do not break away from the spirit and scope of the invention.Therefore, though the present invention here has been described in detail at its preferred implementation,, be to be understood that, this open only is explanation of the present invention and example, and only for provide of the present invention comprehensively and the disclosed purpose that can realize make.Aforementioned openly being not intended to is construed as limiting the invention, and perhaps otherwise gets rid of any other execution mode, modification, change, modification or is equal to setting.The present invention is only limited by claims and equivalent thereof.Though used specific term here, they only use and are not used in the purpose of restriction on the meaning of general and explanation.
Claims (according to the modification of the 19th of treaty)
1. vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, described top frame and described base portion structurally are enough to support described second column assembly with respect to described first column assembly, and do not need other structure support member.
2. vertical cord organizer according to claim 1, wherein, basically do not provide the door of additional structural support hingedly to be connected to described top frame and described base portion to described second column assembly with respect to described first column assembly, and by described top frame and the supporting of described base portion.
3. vertical cord organizer according to claim 1, wherein, basically do not provide the removable middle part member of additional structural support to be connected to described first column assembly and second column assembly to described second column assembly with respect to described first column assembly, and by described first column assembly and the supporting of second column assembly.
4. vertical cord organizer according to claim 3, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage.
5. vertical cord organizer according to claim 4, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
6. vertical cord organizer according to claim 1, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
7. vertical cord organizer according to claim 1, wherein, described base portion can be placed on the floor in room, and by this floor-supporting.
8. vertical cord organizer according to claim 7, wherein, described base portion can support described column assembly and top frame at separate state.
9. vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, it can be placed on the floor in room and by this floor-supporting, and the bottom of described first column assembly is connected to the bottom of described second column assembly;
Wherein, described column assembly, described top frame and described base portion limit at least one the wiring passage with top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage; And
Wherein, there is not solid transverse wall between two sidepieces of described wiring passage, to extend.
10. vertical cord organizer according to claim 9, wherein, basically do not provide the door of additional structural support hingedly to be connected to described top frame and described base portion to described second column assembly with respect to described first column assembly, and by described top frame and the supporting of described base portion.
11. vertical cord organizer according to claim 9, wherein, basically do not provide the removable middle part member of additional structural support to be connected to described first column assembly and second column assembly to described second column assembly with respect to described first column assembly, and by described first column assembly and the supporting of second column assembly.
12. vertical cord organizer according to claim 11, wherein, described removable middle part member also limits the wiring passage.
13. vertical cord organizer according to claim 12, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
14. vertical cord organizer according to claim 9, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
15. vertical cord organizer according to claim 9, wherein, described base portion can support described column assembly and top frame at separate state.
16. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame comprises:
The first side direction assembly, it has from protruding forward or backward end, the top of described first column assembly,
The second side direction assembly, it has the mode forward or backward protruding end of top to be similar to the described first side direction assembly from described second column assembly, and
Single cross member, it is connected to the described second side direction assembly with the described first side direction assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, the bottom to described first column assembly and described second column assembly limits open space under the described single cross member of described top frame.
17. vertical cord organizer according to claim 16, wherein, basically do not provide the door of additional structural support hingedly to be connected to described top frame and described base portion to described second column assembly with respect to described first column assembly, and by described top frame and the supporting of described base portion.
18. vertical cord organizer according to claim 16, wherein, basically do not provide the removable middle part member of additional structural support to be connected to described first column assembly and second column assembly to described second column assembly with respect to described first column assembly, and by described first column assembly and the supporting of second column assembly.
19. vertical cord organizer according to claim 18, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage.
20. vertical cord organizer according to claim 19, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
21. vertical cord organizer according to claim 16, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
22. vertical cord organizer according to claim 16, wherein, described base portion can be placed on the floor in room, and by this floor-supporting.
23. vertical cord organizer according to claim 22, wherein, described base portion can support described column assembly and top frame with separate state.
24. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, at least one in described top frame and the described base portion comprises and utilizes tubular structure so that the member of structural rigidity to be provided between described first column assembly and described second column assembly.
25. vertical cord organizer according to claim 24, wherein, described top frame and described base portion include and utilize tubular structure so that the member of structural rigidity to be provided between described first column assembly and described second column assembly.
26. according to the described vertical cord organizer of claim 24, wherein, described top frame comprises utilizes tubular structure so that the cross member of structural rigidity to be provided between described first column assembly and described second column assembly.
27. according to the described vertical cord organizer of claim 24, wherein, described top frame comprises:
The first side direction assembly, it is connected to the top of described first column assembly;
The second side direction assembly, it is connected to the top of described second column assembly; And
Cross member, it is with described first side direction assembly and the described second side direction assembly interconnect.
28. according to the described vertical cord organizer of claim 27, wherein, the described first side direction assembly, the second side direction assembly and cross member all utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly.
29. according to the described vertical cord organizer of claim 24, wherein, described base portion comprises rectangular frame, described rectangular frame comprises two lateral elements and two cross members.
30. according to the described vertical cord organizer of claim 29, wherein, described rectangular frame is bearing in described vertical cord organizer on the floor in room.
31. according to the described vertical cord organizer of claim 29, wherein, described two lateral elements utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly.
32. according to the described vertical cord organizer of claim 29, wherein, described first side direction assembly and the described second side direction assembly are installed on the top of respective lateral member of described base portion, and by the respective lateral member supporting of described base portion.
33. vertical cord organizer according to claim 24, wherein, described first column assembly and described second column assembly include:
First member, it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And
First support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
34. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, described first column assembly and described second column assembly include:
First member, it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And
First support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
35. vertical cord organizer according to claim 34, wherein, described first support and second support are welded on described first member.
36. vertical cord organizer according to claim 34, wherein, each support comprises at least two plane institution movements, the relative to each other quadrature setting of described plane institution movement, make the plane institution movement of winning with respect to the setting of described side plate quadrature, and second plane institution movement is parallel to described side plate, but separates with described side sheet room.
37. vertical cord organizer according to claim 34, wherein, described first member of each column assembly comprises first flange and second flange that is provided with respect to described side direction plate quadrature, and wherein said first support and second support all are connected in described first flange and second flange corresponding one rigidly.
38. according to the described vertical cord organizer of claim 37, wherein, equidistant hole of installing be listed as along the described first support setting and penetrate this support and described first flange and second flange in corresponding one.
39. vertical cord organizer according to claim 34, wherein, each column assembly comprises a plurality of finger tabs of extending forward or backward from described first support.
40. according to the described vertical cord organizer of claim 39, wherein, described finger tabs is the part of the finger-like cable guide member on corresponding that is installed in described first support.
41. vertical cord organizer according to claim 34, wherein, the described side plate of described first column assembly comprises the first row installing component, in the first row installing component each can support first end of removable middle part member, described second column assembly comprises the secondary series installing component, in the secondary series installing component each can support second end of described removable middle part member, and the described first row installing component is aimed at described secondary series installing component, makes described removable middle part member can be supported in the arbitrary height place in the various height in described vertical cord organizer.
42. vertical cord organizer according to claim 34, wherein, the described side plate of described first column assembly comprises first row's installing component, in first row's installing component each can support first end of removable middle part member, described second column assembly comprises second row's installing component, in second row's installing component each can support second end of described removable middle part member, and described first row's installing component is aimed at described second row's installing component, makes described removable middle part member can be supported in any degree of depth place in the various degree of depth in described vertical cord organizer.
43. a vertical cord organizer comprises:
A pair of column assembly, each in the described column assembly has the general plane part, and described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And
Removable middle part member, it is connected between the described column assembly at described installed position;
Wherein, described middle part member can be reorientated with respect to described column assembly.
44. according to the described vertical cord organizer of claim 43, wherein, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column.
45. according to the described vertical cord organizer of claim 43, wherein, described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines.
46. according to the described vertical cord organizer of claim 43, wherein, described middle part element cross-section is roughly C shape.
47. according to the described vertical cord organizer of claim 43, wherein, described installation site is the hole.
48. according to the described vertical cord organizer of claim 47, wherein, described middle part member comprises static fin in its end, is used to extend through the hole of described planar section.
49. according to the described vertical cord organizer of claim 48, also comprise locking key, this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
50. according to the described vertical cord organizer of claim 43, wherein, described middle part member comprises two flexible sections, a section is nested in another section, is used to allow to regulate the length of described middle part member.
51. according to the described vertical cord organizer of claim 43, wherein, described middle part member comprises and is used for annex is installed to one or more holes on it.
52. according to the described vertical cord organizer of claim 51, wherein, big cable spool can be installed to described middle part member.
53., wherein, tie up bar assembly and can be installed to described middle part member according to the described vertical cord organizer of claim 51.
54. according to the described vertical cord organizer of claim 51, wherein, the subchannel unit can be installed to described middle part member.
55. a vertical cord organizer comprises:
A pair of column assembly, each in the described column assembly has the general plane part, and described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And
Middle part member removable, C shape, it is connected between the described column assembly at described installed position, and described middle part member comprises two flexible sections, and a section is nested in another section, is used to allow to regulate the length of described middle part member;
Wherein, described middle part member can be reorientated with respect to described column assembly.
56. according to the described vertical cord organizer of claim 55, wherein, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column.
57. according to the described vertical cord organizer of claim 55, wherein, described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines.
58. according to the described vertical cord organizer of claim 55, wherein, described installation site is the hole.
59. according to the described vertical cord organizer of claim 58, wherein, described middle part member comprises static fin in its end, is used to extend through the hole of described planar section.
60. according to the described vertical cord organizer of claim 59, also comprise locking key, this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
61. according to the described vertical cord organizer of claim 55, wherein, described middle part member comprises and is used for annex is installed to one or more holes on it.
62. according to the described vertical cord organizer of claim 61, wherein, each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated.
63. according to the described vertical cord organizer of claim 61, wherein, big cable spool can be installed to described middle part member.
64., wherein, tie up bar assembly and can be installed to described middle part member according to the described vertical cord organizer of claim 61.
65. according to the described vertical cord organizer of claim 61, wherein, the subchannel unit can be installed to described middle part member.
66. the removable middle part member that the vertical cord organizer of combination uses comprises:
Two flexible sections, a flexible section is nested in another flexible section, is used for regulating between a pair of column assembly of described vertical cord organizer the length of described middle part member; And
Static fin at the place, each end of described middle part member is used to extend through and is arranged in corresponding column assembly place installing hole roughly aligned with each other;
Wherein, described middle part member can be repositioned onto the arbitrary height or the degree of depth in the various height or the degree of depth with respect to described column assembly.
67. according to the described removable middle part of claim 66 member, wherein, the cross section of described flexible section is roughly C shape.
68. according to the described removable middle part of claim 66 member, also comprise locking key, this locking key can be connected the outermost end place of described flexible section and can extend through the hole of respective post assembly, is used for providing steadiness to described middle part member.
69. according to the described removable middle part of claim 66 member, wherein, each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated.
70. according to the described removable middle part of claim 69 member, wherein, big cable spool can be installed to described flexible section.
71., wherein, tie up bar assembly and can be installed to described flexible section according to the described removable middle part of claim 69 member.
72. according to the described removable middle part of claim 69 member, wherein, the subchannel unit can be installed to described flexible section.
73. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; And
A plurality of middle parts member, it is separate and be spaced apart from each other, and each middle part member has first end that is connected to described first column assembly and second end that is connected to described second column assembly.
74. according to the described vertical cord organizer of claim 73, wherein, described a plurality of middle parts member comprises at least three middle part members.
75. according to the described vertical cord organizer of claim 73, wherein, the middle part member of described a plurality of middle parts member distributes along the height of described first column assembly and described second column assembly.
76. according to the described vertical cord organizer of claim 73, also comprise at least one cable-management annex, one end of described cable-management annex is connected to the first middle part member of described a plurality of middle parts member, and the opposite end is connected to the second middle part member of described a plurality of middle parts member, and the described second middle part member is arranged under the described first middle part member.
77. according to the described vertical cord organizer of claim 76, wherein, the 3rd middle part member is arranged between described first middle part member and the described second middle part member.
78., wherein, the middle part member is not set between described first middle part member and the described second middle part member according to the described vertical cord organizer of claim 76.
79. according to the described vertical cord organizer of claim 76, wherein, at least one cable-management annex comprises ties up bar.
80. according to the described vertical cord organizer of claim 76, wherein, at least one cable-management annex comprises the subchannel unit, this subchannel unit has the cable spool that is connected thereto.
81. 0 described vertical cord organizer according to Claim 8, wherein, described cable spool comprises the door knob that extends orthogonally from the axle that is connected to described subchannel unit, and described at least door knob can be reorientated rotationally with respect to described subchannel unit.
82. according to the described vertical cord organizer of claim 76, wherein, described at least one cable-management annex is the first cable-management annex of the first kind, and described vertical cord organizer also comprises the second cable-management annex of the first middle part member of the described a plurality of middle parts of being connected to of second type member.
83., also comprise first cable-management annex of the first kind and the second cable-management annex of second type according to the described vertical cord organizer of claim 73.
84. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool, and the described second cable-management annex is to tie up bar.
85. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool, and the described second cable-management annex is the subchannel unit, and described subchannel unit has cable spool mounted thereto.
86. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool of the first kind, and the described second cable-management annex is the cable spool of second type.
87. 6 described vertical cord organizers according to Claim 8, wherein, the described first cable spool has the cylindrical shaft of first diameter, and the described second cable spool has the cylindrical shaft of second diameter.
88. according to the described vertical cord organizer of claim 73, wherein, each middle part member and the next contiguous spaced apart distance that is at least the height of described middle part member of middle part member.
89. according to the described vertical cord organizer of claim 73, also comprise base portion, this base portion is connected to the bottom of described first column assembly bottom of described second column assembly.
90. 9 described vertical cord organizers also comprise top frame according to Claim 8, this top frame is connected to the top of described first column assembly on the top of described second column assembly.
91. 9 described vertical cord organizers according to Claim 8 also comprise hingedly being connected to described top frame and described base portion and by the door of described top frame and the supporting of described base portion.
92. according to the described vertical cord organizer of claim 73, also comprise top frame, this top frame is connected to the top of described first column assembly on the top of described second column assembly.
93. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
The middle part member, it has first end that is connected to described first column assembly and second end that is connected to described second column assembly; And
The cable spool, the door knob that its axle quadrature with book middle part member from being connected to extends, wherein, the part of described cable spool comprises described at least door knob, can reorientate rotationally with respect to described middle part member.
94. according to the described vertical cord organizer of claim 93, wherein, described door knob and axle are relative to each other fixing.
95. according to the described vertical cord organizer of claim 94, wherein, the part that can reorientate rotationally of described cable spool comprises described door knob and described axle.
96. according to the described vertical cord organizer of claim 93, wherein, the longitudinal axis quadrature of the longitudinal axis of described door knob and described axle.
97. according to the described vertical cord organizer of claim 93, wherein, described axle is columniform.
98. according to the described vertical cord organizer of claim 97, wherein, described cable spool is the first cable spool, and described vertical cord organizer also comprises the second cable spool with cylindrical shaft, the diameter of the described first cable spool much larger than or less than the diameter of the described second cable spool.
99. according to the described vertical cord organizer of claim 93, wherein, described door knob is along extending much larger than described door knob along the distance of extending away from any other direction of described axle away from a direction of described axle.
100. according to the described vertical cord organizer of claim 93, wherein, the part that can reorientate rotationally of described cable spool can remove and can rotate with the longitudinal axis around described axle 90 orientations of spending from described middle part member and reconnect to described middle part member.
101. according to the described vertical cord organizer of claim 93, wherein, any that the part that can reorientate rotationally of described cable spool can be from least two other orientations that described middle part member removes and can rotate with the longitudinal axis around described axle reconnects to described middle part member.
102. according to the described vertical cord organizer of claim 101, wherein, any that the part that can reorientate rotationally of described cable spool can be from three other orientations that described middle part member removes and can rotate with the longitudinal axis around described axle reconnects to described middle part member.
103. the bar assembly of tying up that is used for vertical cord organizer comprises:
Base portion, it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises a plurality of holes; And
Tie up bar, described each end of tying up bar can be formed at least one circle of cable-management thus with respect to an installation in described a plurality of holes.
104. according to the described bar assembly of tying up of claim 103, wherein, described a plurality of holes are slit openings.
105. according to the described bar assembly of tying up of claim 103, wherein, each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component.
106. according to the described bar assembly of tying up of claim 103, wherein, described base portion extends across other installation component, and is free of attachment on it.
107. according to the described bar assembly of tying up of claim 103, wherein, the described bar of tying up forms a plurality of circles that are used for cable-management.
108. according to the described bar assembly of tying up of claim 107, wherein, described a plurality of circles are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
109. according to the described bar assembly of tying up of claim 103, wherein, the described bar of tying up can make the end of described bar can be coupled in the corresponding hole and installs with respect to described base portion by the end of described bar is pushed toward each other.
110. according to the described bar assembly of tying up of claim 103, wherein, described base portion and the described bar of tying up are made by metal material.
111., also comprise a plurality of bars of tying up according to the described bar assembly of tying up of claim 103.
112. the bar assembly of tying up that is used for vertical cord organizer comprises:
Base portion, it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises the marginal portion with a plurality of recesses; And
Tie up bar, described each end of tying up bar can be with respect to an installation in described a plurality of recesses, and the described thus bar of tying up forms the circle that is used for cable-management.
113. according to the described bar assembly of tying up of claim 112, wherein, described a plurality of recesses are slotted recess.
114. according to the described bar assembly of tying up of claim 112, wherein, each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component.
115. according to the described bar assembly of tying up of claim 112, wherein, described base portion extends across other installation component, and is free of attachment on it.
116. according to the described bar assembly of tying up of claim 112, wherein, the described bar of tying up can make the end of described bar can be coupled in the corresponding hole and installs with respect to described base portion by the end of described bar is pushed toward each other.
117. according to the described bar assembly of tying up of claim 112, wherein, described base portion and the described bar of tying up are made by metal material.
118. according to the described bar assembly of tying up of claim 112, also comprise a plurality of bars of tying up, each is tied up bar and forms the circle that is used for cable-management.
119. according to the described bar assembly of tying up of claim 118, wherein, described a plurality of bars of tying up are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
120. a vertical cord organizer comprises:
A pair of lateral elements;
Be connected the two or more middle parts member between the described a pair of lateral elements; And
Be connected the bar assembly of tying up between at least two middle part members, the described bar assembly of tying up comprises base portion and can be formed at least one circle of cable-management thus with respect to the bar of tying up of described base portion installation.
121. according to the described vertical cord organizer of claim 120, wherein, the described bar of tying up forms a plurality of circles that are used for cable-management.
122. according to the described vertical cord organizer of claim 121, wherein, described a plurality of circles are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
Claims (122)
1. vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, described top frame and described base portion structurally are enough to support described second column assembly with respect to described first column assembly, and do not need other structure support member.
2. vertical cord organizer according to claim 1, wherein, basically do not provide the door of additional structural support to described second column assembly, hingedly be connected to described top frame and described base portion with respect to described first column assembly, and by the supporting of described top frame and described base portion.
3. vertical cord organizer according to claim 1, wherein, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly.
4. vertical cord organizer according to claim 3, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage.
5. vertical cord organizer according to claim 4, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
6. vertical cord organizer according to claim 1, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
7. vertical cord organizer according to claim 1, wherein, described base portion can be placed on the floor in room, and by this floor-supporting.
8. vertical cord organizer according to claim 7, wherein, described base portion can support described column assembly and top frame with separate state.
9. vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, it can be placed on the floor in room and by this floor-supporting, and the bottom of described first column assembly is connected to the bottom of described second column assembly;
Wherein, described column assembly, described top frame and described base portion limit at least one the wiring passage with top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage; And
Wherein, there is not solid transverse wall between two sidepieces of described wiring passage, to extend.
10. vertical cord organizer according to claim 9, wherein, basically do not provide the door of additional structural support to described second column assembly, hingedly be connected to described top frame and described base portion with respect to described first column assembly, and by the supporting of described top frame and described base portion.
11. vertical cord organizer according to claim 9, wherein, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly.
12. vertical cord organizer according to claim 11, wherein, described removable middle part member further limits the wiring passage.
13. vertical cord organizer according to claim 12, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the corresponding sidepiece of described wiring passage.
14. vertical cord organizer according to claim 9, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
15. vertical cord organizer according to claim 9, wherein, described base portion can support described column assembly and top frame with separate state.
16. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame comprises:
The first side direction assembly, it has from protruding forward or backward end, the top of described first column assembly,
The second side direction assembly, it has the mode forward or backward protruding end of top to be similar to the described first side direction assembly from described second column assembly, and
Single cross member, it is connected to the described second side direction assembly with the described first side direction assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, the bottom to described first column assembly and described second column assembly limits open space under the described single cross member of described top frame.
17. vertical cord organizer according to claim 16, wherein, basically do not provide the door of additional structural support to described second column assembly, hingedly be connected to described top frame and described base portion with respect to described first column assembly, and by the supporting of described top frame and described base portion.
18. vertical cord organizer according to claim 16, wherein, the removable middle part member of additional structural support is not provided to described second column assembly with respect to described first column assembly basically, be connected to described first column assembly and second column assembly, and by described first column assembly and the supporting of second column assembly.
19. vertical cord organizer according to claim 18, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit the wiring passage.
20. vertical cord organizer according to claim 19, wherein, described removable middle part member, described column assembly, described top frame and described base portion limit at least two wiring passages, each wiring passage has top, bottom, front portion, rear portion and two sidepieces, and described column assembly is arranged on the respective side of described wiring passage.
21. vertical cord organizer according to claim 16, wherein, described first column assembly and second column assembly include corresponding side plate, wherein, the described side plate of described first column assembly comprises first group of installing component, in first group of installing component each can support first end of removable middle part member, described second column assembly comprises second group of installing component, in second group of installing component each can support second end of described removable middle part member, and described first group of installing component aimed at described second group of installing component, makes described removable middle part member can be supported in any position in all places in the described vertical cord organizer.
22. vertical cord organizer according to claim 16, wherein, described base portion can be placed on the floor in room, and by this floor-supporting.
23. vertical cord organizer according to claim 22, wherein, described base portion can support described column assembly and top frame with separate state.
24. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, at least one in described top frame and the described base portion comprises and utilizes tubular structure so that the member of structural rigidity to be provided between described first column assembly and described second column assembly.
25. vertical cord organizer according to claim 24, wherein, described top frame and described base portion include and utilize tubular structure so that the member of structural rigidity to be provided between described first column assembly and described second column assembly.
26. according to the described vertical cord organizer of claim 24, wherein, described top frame comprises utilizes tubular structure so that the cross member of structural rigidity to be provided between described first column assembly and described second column assembly.
27. according to the described vertical cord organizer of claim 24, wherein, described top frame comprises:
The first side direction assembly, it is connected to the top of described first column assembly;
The second side direction assembly, it is connected to the top of described second column assembly; And
Cross member, it is with described first side direction assembly and the described second side direction assembly interconnect.
28. according to the described vertical cord organizer of claim 27, wherein, the described first side direction assembly, the second side direction assembly and cross member all utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly.
29. according to the described vertical cord organizer of claim 24, wherein, described base portion comprises rectangular frame, described rectangular frame comprises two lateral elements and two cross members.
30. according to the described vertical cord organizer of claim 29, wherein, described rectangular frame is bearing in described vertical cord organizer on the floor in room.
31. according to the described vertical cord organizer of claim 29, wherein, described two lateral elements utilize tubular structure to provide structural rigidity between described first column assembly and described second column assembly.
32. according to the described vertical cord organizer of claim 29, wherein, described first side direction assembly and the described second side direction assembly are installed on the top of respective lateral member of described base portion, and by the respective lateral member supporting of described base portion.
33. vertical cord organizer according to claim 24, wherein, described first column assembly and described second column assembly include:
First member, it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And
First support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
34. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
Top frame, its top with described first column assembly is connected to the top of described second column assembly; And
Base portion, its bottom with described first column assembly is connected to the bottom of described second column assembly;
Wherein, described first column assembly and described second column assembly include:
First member, it comprises the side plate that extends to the top of described column assembly from the bottom of described column assembly; And
First support and second support, it is independent of described first member and forms, but be connected to rigidly on described first member, described first support and second support include with respect to the bottom from described column assembly and extend to the part that the described side plate quadrature at the top of described column assembly is provided with.
35. vertical cord organizer according to claim 34, wherein, described first support and second support are welded on described first member.
36. vertical cord organizer according to claim 34, wherein, each support comprises at least two plane institution movements, the relative to each other quadrature setting of described plane institution movement, make the plane institution movement of winning with respect to the setting of described side plate quadrature, and second plane institution movement is parallel to described side plate, but separates with described side sheet room.
37. vertical cord organizer according to claim 34, wherein, described first member of each column assembly comprises first flange and second flange that is provided with respect to described side plate quadrature, and wherein said first support and second support all are connected in described first flange and second flange corresponding one rigidly.
38. according to the described vertical cord organizer of claim 37, wherein, equidistant hole of installing be listed as along the described first support setting and penetrate this support and described first flange and second flange in corresponding one.
39. vertical cord organizer according to claim 34, wherein, each column assembly comprises a plurality of finger tabs of extending forward or backward from described first support.
40. according to the described vertical cord organizer of claim 39, wherein, described finger tabs is the part of the finger-like cable guide member on corresponding that is installed in described first support.
41. vertical cord organizer according to claim 34, wherein, the described side plate of described first column assembly comprises the first row installing component, in the first row installing component each can support first end of removable middle part member, described second column assembly comprises the secondary series installing component, in the secondary series installing component each can support second end of described removable middle part member, and the described first row installing component is aimed at described secondary series installing component, makes described removable middle part member can be supported in the arbitrary height place in the various height in described vertical cord organizer.
42. vertical cord organizer according to claim 34, wherein, the described side plate of described first column assembly comprises first row's installing component, in first row's installing component each can support first end of removable middle part member, described second column assembly comprises second row's installing component, in second row's installing component each can support second end of described removable middle part member, and described first row's installing component is aimed at described second row's installing component, makes described removable middle part member can be supported in any degree of depth place in the various degree of depth in described vertical cord organizer.
43. a vertical cord organizer comprises:
A pair of column assembly, each in the described column assembly has the general plane part, and described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And
Removable middle part member, it is connected between the described column assembly at described installed position;
Wherein, described middle part member can be reorientated with respect to described column assembly.
44. vertical cord organizer according to claim 1, wherein, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column.
45. vertical cord organizer according to claim 1, wherein, described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines.
46. vertical cord organizer according to claim 1, wherein, described middle part element cross-section is roughly C shape.
47. vertical cord organizer according to claim 1, wherein, described installation site is the hole.
48. vertical cord organizer according to claim 5, wherein, described middle part member comprises static fin in its end, is used to extend through the hole of described planar section.
49. vertical cord organizer according to claim 6 also comprises locking key, this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
50. vertical cord organizer according to claim 1, wherein, described middle part member comprises two flexible sections, and a section is nested in another section, is used to allow to regulate the length of described middle part member.
51. vertical cord organizer according to claim 1, wherein, described middle part member comprises and is used for annex is installed to one or more holes on it.
52. vertical cord organizer according to claim 9, wherein, big cable spool can be installed to described middle part member.
53. vertical cord organizer according to claim 9 wherein, is tied up bar assembly and can be installed to described middle part member.
54. vertical cord organizer according to claim 9, wherein, the subchannel unit can be installed to described middle part member.
55. a vertical cord organizer comprises:
A pair of column assembly, each in the described column assembly has the general plane part, and described general plane partly has a plurality of installation sites of arranging with multiple row, and the installation site of a column assembly is aimed at the installation site of another column assembly; And
Middle part member removable, C shape, it is connected between the described column assembly at described installed position, and described middle part member comprises two flexible sections, and a section is nested in another section, is used to allow to regulate the length of described middle part member;
Wherein, described middle part member can be reorientated with respect to described column assembly.
56. vertical cord organizer according to claim 13, wherein, described middle part member can be repositioned onto arbitrary height in the various height by being installed in different installed positions in the select column.
57. vertical cord organizer according to claim 13, wherein, described middle part member can be repositioned onto any degree of depth in the various degree of depth by being installed in installed position in the different lines.
58. vertical cord organizer according to claim 13, wherein, described installation site is the hole.
59. vertical cord organizer according to claim 16, wherein, described middle part member comprises static fin in its end, is used to extend through the hole of described planar section.
60. vertical cord organizer according to claim 17 also comprises locking key, this locking key can be connected the place, end of described middle part member and can extend through the hole of described planar section, is used for providing steadiness to described middle part member.
61. vertical cord organizer according to claim 13, wherein, described middle part member comprises and is used for annex is installed to one or more holes on it.
62. vertical cord organizer according to claim 19, wherein, each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated.
63. vertical cord organizer according to claim 19, wherein, big cable spool can be installed to described middle part member.
64. vertical cord organizer according to claim 19 wherein, is tied up bar assembly and can be installed to described middle part member.
65. vertical cord organizer according to claim 19, wherein, the subchannel unit can be installed to described middle part member.
66. the removable middle part member that the vertical cord organizer of combination uses comprises:
Two flexible sections, a flexible section is nested in another flexible section, is used for regulating between a pair of column assembly of described vertical cord organizer the length of described middle part member; And
Static fin at the place, each end of described middle part member is used to extend through and is arranged in corresponding column assembly place installing hole roughly aligned with each other;
Wherein, described middle part member can be repositioned onto the arbitrary height or the degree of depth in the various height or the degree of depth with respect to described column assembly.
67. vertical cord organizer according to claim 24, wherein, the cross section of described flexible section is roughly C shape.
68. vertical cord organizer according to claim 24 also comprises locking key, this locking key can be connected the outermost end place of described flexible section and can extend through the hole of respective post assembly, is used for providing steadiness to described middle part member.
69. vertical cord organizer according to claim 24, wherein, each flexible section comprises the one or more holes that can aim at when described flexible section is relative to each other regulated.
70. vertical cord organizer according to claim 27, wherein, big cable spool can be installed to described flexible section.
71. vertical cord organizer according to claim 27 wherein, is tied up bar assembly and can be installed to described flexible section.
72. vertical cord organizer according to claim 27, wherein, the subchannel unit can be installed to described flexible section.
73. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly; And
A plurality of middle parts member, it is separate and be spaced apart from each other, and each middle part member has first end that is connected to described first column assembly and second end that is connected to described second column assembly.
74. according to the described vertical cord organizer of claim 73, wherein, described a plurality of middle parts member comprises at least three middle part members.
75. according to the described vertical cord organizer of claim 73, wherein, the middle part member of described a plurality of middle parts member distributes along the height of described first column assembly and described second column assembly.
76. according to the described vertical cord organizer of claim 73, also comprise at least one cable-management annex, one end of described cable-management annex is connected to the first middle part member of described a plurality of middle parts member, and the opposite end is connected to the second middle part member of described a plurality of middle parts member, and the described second middle part member is arranged under the described first middle part member.
77. according to the described vertical cord organizer of claim 76, wherein, the 3rd middle part member is arranged between described first middle part member and the described second middle part member.
78., wherein, the middle part member is not set between described first middle part member and the described second middle part member according to the described vertical cord organizer of claim 76.
79. according to the described vertical cord organizer of claim 76, wherein, at least one cable-management annex comprises ties up bar.
80. according to the described vertical cord organizer of claim 76, wherein, at least one cable-management annex comprises the subchannel unit, this subchannel unit has the cable spool that is connected thereto.
81. 0 described vertical cord organizer according to Claim 8, wherein, described cable spool comprises the door knob that extends orthogonally from the axle that is connected to described subchannel unit, and described at least door knob can be reorientated rotationally with respect to described subchannel unit.
82. according to the described vertical cord organizer of claim 76, wherein, described at least one cable-management annex is the first cable-management annex of the first kind, and described vertical cord organizer also comprises the second cable-management annex of second type of the first middle part member that is connected to described a plurality of middle parts member.
83., also comprise first cable-management annex of the first kind and the second cable-management annex of second type according to the described vertical cord organizer of claim 73.
84. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool, and the described second cable-management annex is to tie up bar.
85. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool, and the described second cable-management annex is the subchannel unit, and described subchannel unit has cable spool mounted thereto.
86. 3 described vertical cord organizers according to Claim 8, wherein, the described first cable-management annex is the cable spool of the first kind, and the described second cable-management annex is the cable spool of second type.
87. 6 described vertical cord organizers according to Claim 8, wherein, the described first cable spool has the cylindrical shaft of first diameter, and the described second cable spool has the cylindrical shaft of second diameter.
88. according to the described vertical cord organizer of claim 73, wherein, each middle part member and the next adjacent spaced apart distance that is at least the height of described middle part member of middle part member.
89. according to the described vertical cord organizer of claim 73, also comprise base portion, this base portion is connected to the bottom of described first column assembly bottom of described second column assembly.
90. 9 described vertical cord organizers also comprise top frame according to Claim 8, this top frame is connected to the top of described first column assembly on the top of described second column assembly.
91. 9 described vertical cord organizers according to Claim 8 also comprise hingedly being connected to described top frame and described base portion and by the door of described top frame and the supporting of described base portion.
92. according to the described vertical cord organizer of claim 73, also comprise top frame, this top frame is connected to the top of described first column assembly on the top of described second column assembly.
93. a vertical cord organizer comprises:
First column assembly;
Second column assembly, it is parallel to described first column assembly, but spaced apart with described first column assembly;
The middle part member, it has first end that is connected to described first column assembly and second end that is connected to described second column assembly; And
The cable spool, it has the door knob that extends from the axle quadrature that is connected to described middle part member, and wherein, the part of described cable spool comprises described at least door knob, can reorientate rotationally with respect to described middle part member.
94. according to the described vertical cord organizer of claim 93, wherein, described door knob and axle are relative to each other fixing.
95. according to the described vertical cord organizer of claim 94, wherein, the part that can reorientate rotationally of described cable spool comprises described door knob and described axle.
96. according to the described vertical cord organizer of claim 93, wherein, the longitudinal axis quadrature of the longitudinal axis of described door knob and described axle.
97. according to the described vertical cord organizer of claim 93, wherein, described axle is columniform.
98. according to the described vertical cord organizer of claim 97, wherein, described cable spool is the first cable spool, and described vertical cord organizer also comprises the second cable spool with cylindrical shaft, the diameter of the described first cable spool much larger than or less than the diameter of the described second cable spool.
99. according to the described vertical cord organizer of claim 93, wherein, described door knob is along extending much larger than described door knob along the distance of extending away from any other direction of described axle away from a direction of described axle.
100. according to the described vertical cord organizer of claim 93, wherein, the part that can reorientate rotationally of described cable spool can remove and can rotate with the longitudinal axis around described axle 90 orientations of spending from described middle part member and reconnect to described middle part member.
101. according to the described vertical cord organizer of claim 93, wherein, any that the part that can reorientate rotationally of described cable spool can be from least two other orientations that described middle part member removes and can rotate with the longitudinal axis around described axle reconnects to described middle part member.
102. according to the described vertical cord organizer of claim 101, wherein, any that the part that can reorientate rotationally of described cable spool can be from three other orientations that described middle part member removes and can rotate with the longitudinal axis around described axle reconnects to described middle part member.
103. the bar assembly of tying up that is used for vertical cord organizer comprises:
Base portion, it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises a plurality of holes; And
Tie up bar, described each end of tying up bar can be formed at least one circle of cable-management thus with respect to an installation in described a plurality of holes.
104. according to the described bar assembly of tying up of claim 103, wherein, described a plurality of holes are slit openings.
105. according to the described bar assembly of tying up of claim 103, wherein, each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component.
106. according to the described bar assembly of tying up of claim 103, wherein, described base portion extends across other installation component, and is free of attachment on it.
107. according to the described bar assembly of tying up of claim 103, wherein, the described bar of tying up forms a plurality of circles that are used for cable-management.
108. according to the described bar assembly of tying up of claim 107, wherein, described a plurality of circles are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
109. according to the described bar assembly of tying up of claim 103, wherein, the described bar of tying up can make the end of described bar can be coupled in the corresponding hole and installs with respect to described base portion by the end of described bar is pushed toward each other.
110. according to the described bar assembly of tying up of claim 103, wherein, described base portion and the described bar of tying up are made by metal material.
111., also comprise a plurality of bars of tying up according to the described bar assembly of tying up of claim 103.
112. the bar assembly of tying up that is used for vertical cord organizer comprises:
Base portion, it can be connected at least one pair of installation component that is interconnected between the lateral elements, and described base portion comprises the marginal portion with a plurality of recesses; And
Tie up bar, described each end of tying up bar can be with respect to an installation in described a plurality of recesses, and the described thus bar of tying up forms the circle that is used for cable-management.
113. according to the described bar assembly of tying up of claim 112, wherein, described a plurality of recesses are slotted recess.
114. according to the described bar assembly of tying up of claim 112, wherein, each end place of described base portion comprises the installation fin, is used for connecting with respect to described installation component.
115. according to the described bar assembly of tying up of claim 112, wherein, described base portion extends across other installation component, and is free of attachment on it.
116. according to the described bar assembly of tying up of claim 112, wherein, the described bar of tying up can make the end of described bar can be coupled in the corresponding recess and installs with respect to described base portion by the end of described bar is pushed toward each other.
117. according to the described bar assembly of tying up of claim 112, wherein, described base portion and the described bar of tying up are made by metal material.
118. according to the described bar assembly of tying up of claim 112, also comprise a plurality of bars of tying up, each is tied up bar and forms the circle that is used for cable-management.
119. according to the described bar assembly of tying up of claim 118, wherein, described a plurality of bars of tying up are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
120. a vertical cord organizer comprises:
A pair of lateral elements;
Be connected the two or more middle parts member between the described a pair of lateral elements; And
Be connected the bar assembly of tying up between at least two middle part members, the described bar assembly of tying up comprises base portion and can be formed at least one circle of cable-management thus with respect to the bar of tying up of described base portion installation.
121. according to the described bar assembly of tying up of claim 120, wherein, the described bar of tying up forms a plurality of circles that are used for cable-management.
122. according to the described bar assembly of tying up of claim 121, wherein, described a plurality of circles are subdivided into two vertical passageways with the vertical cable-management space between the described lateral elements.
Applications Claiming Priority (7)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US1959908P | 2008-01-07 | 2008-01-07 | |
| US61/019,599 | 2008-01-07 | ||
| US2074508P | 2008-01-14 | 2008-01-14 | |
| US61/020,745 | 2008-01-14 | ||
| US9530808P | 2008-09-08 | 2008-09-08 | |
| US61/095,308 | 2008-09-08 | ||
| PCT/US2009/030368 WO2009089306A1 (en) | 2008-01-07 | 2009-01-07 | Cable management accessories |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102177633A true CN102177633A (en) | 2011-09-07 |
Family
ID=42729339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009801017168A Pending CN102177633A (en) | 2008-01-07 | 2009-01-07 | Cable management accessories |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN102177633A (en) |
| BR (1) | BRPI0907250A2 (en) |
| CA (1) | CA2711669A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US8263867B2 (en) | 2008-01-07 | 2012-09-11 | Chatsworth Products, Inc. | Cable management accessories |
| US8424691B2 (en) | 2008-05-19 | 2013-04-23 | Chatsworth Products, Inc. | Seismically hardened two-post electronic equipment rack |
| USD684128S1 (en) | 2012-02-10 | 2013-06-11 | Chatsworth Products, Inc. | Containment aisle door |
| US8558113B2 (en) | 2010-01-17 | 2013-10-15 | Chatsworth Products, Inc. | Vertical cable manager |
| US8710369B2 (en) | 2010-01-17 | 2014-04-29 | Chatsworth Products, Inc. | Horizontal cable manager |
| US8787023B2 (en) | 2010-09-10 | 2014-07-22 | Chatsworth Products, Inc. | Rail mounting clamp for electronic equipment enclosure |
| US8901438B2 (en) | 2010-09-10 | 2014-12-02 | Chatsworth Products, Inc. | Electronic equipment cabinet structure |
| CN104205866A (en) * | 2012-01-27 | 2014-12-10 | 古福托恩控股有限公司 | Patch panel assembly |
| US9055677B2 (en) | 2010-09-10 | 2015-06-09 | Chatsworth Products, Inc. | Cable pass-through panel for electronic equipment enclosure |
| CN108802923A (en) * | 2017-04-28 | 2018-11-13 | 康普科技有限责任公司 | Cable support system with multiposition separator |
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| CN110419227A (en) * | 2017-03-02 | 2019-11-05 | 思科技术公司 | The minimal-contact bracket for cable wiring with rack-mounted equipment |
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| TWI756443B (en) * | 2017-07-14 | 2022-03-01 | 美商班狄特公司 | Vertical cable manager and base frame therefor |
| US11567279B2 (en) | 2017-04-28 | 2023-01-31 | Commscope Technologies Llc | Cabinet including door locking indicator |
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| US11920392B1 (en) | 2021-02-02 | 2024-03-05 | Chatsworth Products, Inc. | Electrical bonding door hinges |
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- 2009-01-07 CN CN2009801017168A patent/CN102177633A/en active Pending
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| US8424691B2 (en) | 2008-05-19 | 2013-04-23 | Chatsworth Products, Inc. | Seismically hardened two-post electronic equipment rack |
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Also Published As
| Publication number | Publication date |
|---|---|
| BRPI0907250A2 (en) | 2017-05-23 |
| CA2711669A1 (en) | 2009-07-16 |
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Application publication date: 20110907 |