CN100485800C - Disc automatic feeding-copying device - Google Patents
Disc automatic feeding-copying device Download PDFInfo
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- CN100485800C CN100485800C CNB2006100095327A CN200610009532A CN100485800C CN 100485800 C CN100485800 C CN 100485800C CN B2006100095327 A CNB2006100095327 A CN B2006100095327A CN 200610009532 A CN200610009532 A CN 200610009532A CN 100485800 C CN100485800 C CN 100485800C
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- disc
- copy
- driving wheel
- automatic feeding
- mounting
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Abstract
This invention relates to a device and a method for providing sheets to copy automatically including: a base frame, a frame for containing CD sheets and providing sheets, a set of transfer components and a copy unit, in which, the copy unit is set in the base frame, the CD sheet containing and supply frame and the copy unit are corresponding to each other and set on the base frame, which sets a group of supporting pieces moving relatively at the extending place of the tray corresponding to the copy unit to finish copy operation quickly under a coherent process matched with the sheet supplying frame providing sheets steadily to the copy unit and the supporting pieces connected to the transfer components.
Description
Technical field
The present invention relates to a kind of disc automatic feeding-copying device, especially refer to a kind ofly be connected in the setting of the supporting member that transports assembly, be implemented in the disc automatic feeding-copying device of finishing disc copying and printing under the process of link-up operation fast by feed to the ccontaining feed support of the disc of copy cell one by one.
Background technology
Read and write data or the optical disc (abbreviation CD) of video-audio signal with optical medium, often be used to duplicate or store computer software and other signal data miscellaneous.
Generally speaking, a large amount of discs of making are normally finished in the mode of compressing tablet, and the big pogoniasis of its making scale has thousands of quantity and just meets economic benefit, so for units and even tens of quantity size, then comparatively economical in the mode of imprinting.
At present on the market, arise at the historic moment the recording device of robotization is arranged in order to adapt to consumption demand.For example U.S.'s patent of invention the 6th, 141, No. 298 disc copying equipment, it has been equipped with several CD writer of piling up the collection dress in same recording device, add one group of mechanical grabbing device that can rotate and move up and down, reached the work of record sheet with execution extracting master slice, blank.But its structure is very complicated, so the cost of making is very high, and its one-piece construction takies very big space, all very inconvenience for packing, transportation and logistics.
Another kind of by U.S.'s patent of invention the 6th, 490, No. 232 disclosed disc feeding means, be to utilize conveyer to drive an arm shape body to carry out lifting and rotation, so that from one of them disc tube of stacked on top, take out blank, put into the disc bearing seat of printing machine, will print appropriate disc afterwards again and take out and be put into another disc tube of stacked on top from the disc bearing seat of printing machine.Its one-piece construction still shows complicated and need take great space, for making and all very inconvenience of packed and transported.
The recording device of above-mentioned known robotization separates the action of taking out single blank and putting it into the pallet of CD writer one by one from be the blank that piles up, must be dependent on grabbing device or utilize conveyer to drive the operation that an arm shape body just can grasp or put disc, its whole control structure is not only very complicated, and take sizable activity space, so remain to be improved further.
In sum, structures such as the conveyer of known disc transmission and record device and disc accommodating device, it is very complicated not only to occupy sizable space and its control structure, causes its cost of making, assemble, pack and transporting high, still has the space and the necessity of many improvement.
Summary of the invention
The object of the present invention is to provide a kind of disc automatic feeding-copying device and method thereof, it will be the blank discs that piles up shape by the ccontaining feed support of the disc corresponding with copy cell and separate one by one on the pallet that falls to copy cell, to carry out the disc copying operation, use the one group of relatively-movable supporting member that assembles on the mounting afterwards, drive supporting member and relatively move and finish the disc of copy and it is delivered on the disc tray by transporting assembly with picking-up, reach the operation of under the process of link-up operation, finishing disc copying fast, take up room and the control structure complicated problems with the aforementioned prior art of effective solution.
Another object of the present invention is to provide a kind of disc automatic feeding-copying device, its unitary construction very is convenient to assembling, dismounting and maintenance, help reducing and make, every costs such as assembling and shipment, and the design of the feed of the ccontaining feed support of its disc can will be the blank discs that piles up shape and separate one by one on the pallet that falls to copy cell, it can effectively solve aforementioned prior art and take up room and the control structure complicated problems, improve the possibility of its utilization scope significantly, so not only can effectively reduce manufacturing cost, and make its function more press close to user's demand, solve the shortcoming of the disc automatic feeding-copying device of aforementioned prior art effectively.
For achieving the above object, the invention provides a kind of disc automatic feeding-copying device and method thereof, it consists predominantly of a mounting, the ccontaining feed support of one disc, one group is transported an assembly and a copy cell, wherein the inner group of mounting is provided with a copy cell and a disc tray that cooperates with copy cell, this mounting is provided with one group in the pallet extended position place of corresponding copy cell group and is symmetrically arranged supporting member, when disc is finished copy, the pallet of this copy cell stretches out and the disc of finishing copy is housed on pallet, respectively this supporting member has a short slot, wherein this mounting comprises that one group sets firmly external member and one group of elastic parts, describedly set firmly external member lays respectively at this mounting corresponding to the pallet extended position of copy cell symmetria bilateralis place, and the two ends of each described elastic parts are organized respectively and are located at each described supporting member and each described external member that sets firmly, so that each described supporting member moves with respect to each described external member that sets firmly; The pallet extended position of ccontaining feed support of disc and copy cell is organized accordingly and is located at the mounting top, and comprise that one has the base plate that is slightly larger than the disc size opening, one group of ccontaining support that is used for ccontaining blank discs and group and is located at feed assembly between base plate opening periphery and the ccontaining support, separate one by one on the pallet that falls to copy cell in order to will be the blank discs that piles up shape; The pallet extended position that transports assembly and copy cell is organized accordingly and is located on the mounting, and this transports assembly and comprises biside plate, each side plate is provided with a projection, this projection is corresponding to this short slot, can drive each supporting member and move so that this transports assembly, hold up and deliver to disc tray in order to the disc that copy is finished, this transports assembly and comprises an actuator and a transmission component, drive this transmission component by this actuator, so that described biside plate swings up and down, and drive each described supporting member by this projection each described supporting member is moved with respect to each described external member that sets firmly, to reach the disc picking-up that to finish copy and to deliver to disc tray, make supporting member automatically return to the location by each described elastic parts again.By can to copy cell one by one feed the ccontaining feed support of disc be connected in being equipped with of the supporting member that transports assembly, realize making disc under the process that links up, to finish the operation of copy fast.
Mounting is mainly set firmly external member, one group of supporting member and one group of elastic parts and is constituted by a substrate, one group, this substrate symmetria bilateralis is provided with one group of perforation corresponding with the pallet extended position of copy cell, set firmly external member and be installed in the inboard of substrate symmetrically in correspondence perforation place, supporting member is located at the elastic parts group and sets firmly on the external member and can move relative to setting firmly external member; This transport assembly mainly by a mainboard, biside plate, a plate, and the group actuator and the transmission component that are located at mainboard form, by actuator set on the mainboard and transmission component the biside plate that is connected to web joint is swung up and down, move relative to setting firmly external member to drive supporting member, reach the effect that the disc that will finish copy held up and delivered to disc tray.
The ccontaining feed support of disc mainly by one have the base plate that is slightly larger than the disc size opening, one group of ccontaining support, and the feed assembly that is located between base plate opening periphery and the ccontaining support of group constitute, wherein ccontaining support is made of a plurality of support chips along the setting of base plate opening periphery; The feed assembly includes belt, an actuator, one group of transmission component that is connected in driving wheel of at least one driving wheel, at least one engaged wheel, a connection driving wheel and engaged wheel, this feed assembly can further include the induction pieces of a corresponding driving wheel, with the running action of control driving wheel.
Disc automatic feeding-copying device of the present invention further includes a mainframe box, this mainframe box includes one and covers the lid that the casing and that is overlying on the mounting outside covers the casing top, this casing is provided with a perforation that matches, the support chip of this bore a hole corresponding base plate opening and the projection up of ccontaining support.
The structure of each main member of disc automatic feeding-copying device of the present invention is dismountable structure, thus help making, pack, transport and keeping in repair, and can effectively reduce every cost.
Description of drawings
Fig. 1 is the three-dimensional appearance synoptic diagram of preferred embodiment of the present invention.
Three-dimensional appearance synoptic diagram when Fig. 2 opens for the mainframe box lid of preferred embodiment of the present invention.
Fig. 3 is the sectional perspective decomposing schematic representation of preferred embodiment of the present invention.
Fig. 4 A and Fig. 4 B combine the ccontaining feed support of disc and the solid and the schematic side view of transporting assembly for the mounting of preferred embodiment of the present invention.
Fig. 5 A and Fig. 5 B combine the solid and the schematic side view of the ccontaining feed support of disc for the mounting of preferred embodiment of the present invention.
Fig. 6 A and Fig. 6 B are the solid and the schematic side view of the ccontaining feed support of disc of preferred embodiment of the present invention.
Fig. 7 A to Fig. 7 D is the stereographic map that transports assembly of preferred embodiment of the present invention and the stereographic map and the synoptic diagram of part thereof.
Fig. 8 A and Fig. 8 B are the solid and the schematic side view of the supporting member of preferred embodiment of the present invention.
Fig. 9 A to Fig. 9 D is the user mode action synoptic diagram that assembly is observed by the back side that transports of preferred embodiment of the present invention.
The user mode action synoptic diagram that Figure 10 A to Figure 10 D is observed by the side for the mounting supporting member of preferred embodiment of the present invention.
Figure 11 A to Figure 11 D is the user mode action synoptic diagram of the mounting supporting member of preferred embodiment of the present invention from top view.
Figure 12 A and Figure 12 B are the user mode action synoptic diagram of the feed assembly of preferred embodiment of the present invention
Figure 13 A and Figure 13 B are the driving wheel of the feed assembly of preferred embodiment of the present invention and the three-dimensional appearance synoptic diagram of engaged wheel.
Wherein, description of reference numerals is as follows:
1 automatic feeding-copying device; 10 mainframe boxes; 11 casings; 110 perforation; 12 lids
13 disc trays; 15 assembled plate; 20 mountings; 21 substrates; 22 perforation; 23 set firmly external member
24 supporting members; 240 short slots; 25 elastic partss; The ccontaining feed support of 30 discs
31 base plates; 310 openings; 32 ccontaining supports; 320 support chips;
33 feed assemblies; 330 driving wheels; 332 engaged wheels; 334 belts;
330a, 332a scalariform flange; 330b, 332b scalariform breach;
The 330c corresponding flange; 330d push jack flange; 34 induction pieces; 35 actuators;
36 transmission components; 40 transport assembly; 41 mainboards; 42 side plates; 420 projections
43 web joints; 430 slotted holes; 44 actuators; 45 transmission components;
50 copy cell; 51 pallets; 60 discs
Embodiment
The present invention relates to a kind of disc automatic feeding-copying device and method thereof, especially refer to by the ccontaining feed support of the disc of corresponding copy cell, to be the blank discs that piles up shape separates on the pallet that falls to copy cell one by one, to carry out the disc copying operation, use the one group of relatively-movable supporting member that assembles on the mounting afterwards, drive supporting member and relatively move and finish the disc of copy and it is delivered on the disc tray by transporting assembly, be implemented under the process of link-up operation and finish the disc copying operation fast with picking-up.
See also Fig. 1 to Fig. 4 A, it is for the outward appearance of preferred embodiment of the present invention and schematic perspective view, as seen from the figure, the disc automatic feeding-copying device 1 of preferred embodiment of the present invention has a mainframe box 10, a mounting 20, the ccontaining feed support 30, of a disc and transports an assembly 40 and a copy cell 50.Wherein copy cell 50 is incorporated into mounting 20 by an assembled plate 15 positioning and fixing and group is located at mounting 20 inside, and these mounting 20 inner corresponding copy cell 50 places also organize and are provided with a disc tray 13 and this mounting 20 to be provided with one group of pallet 51 extended position with copy cell 50 corresponding and be symmetrically arranged supporting member 24; The ccontaining feed support 30 of disc is located at mounting 20 tops with the corresponding also group of pallet 51 extended positions of copy cell 50, separates on the pallet 51 that falls to copy cell 50 one by one in order to will be the blank discs 60 that piles up shape; The supporting member 24 and the group of transporting assembly 40 corresponding mountings 20 are located on the mounting 20, and this transports assembly 40 and can drive supporting member 24 and move, and holds up and deliver to disc tray 13 in order to the disc 60 that copy is finished.Wherein copy cell 50 is for having the CD-ROM drive of recording function.
Cooperate Fig. 3 to see it by Fig. 2, mainframe box 10 includes one and covers the lid 12 that the casing 11 and that is overlying on mounting 20 outsides covers casing 11 tops, and wherein the ccontaining feed support of casing 11 corresponding discs 30 places are provided with a perforation that matches 110.
Please refer to shown in Fig. 4 A to Fig. 5 B, mounting 20 mainly sets firmly external member 23, above-mentioned supporting member 24 and one group of elastic parts 25 by a substrate 21, one group and constitutes, and cooperates Fig. 3 to see it, and copy cell 50 is incorporated into substrate 21 by an assembled plate 15 positioning and fixing.Wherein substrate 21 symmetria bilateralis are provided with one group of perforation 22 corresponding with pallet 51 extended positions of copy cell 50; The position that sets firmly the corresponding perforation 22 of external member 23 is installed in the inboard of substrate 21 symmetrically, and supporting member 24 and elastic parts are located at for 25 groups and set firmly on the external member 23 and can move (shown in Fig. 8 A and Fig. 8 B) relative to setting firmly external member 23.In this preferred embodiment, the perforation 22 of described supporting member 24 counterpart substrates 21 is formed with short slot 240, transports assembly 40 with connection.Wherein an end of elastic parts 25 is fastened on and sets firmly on the external member 23, and the other end of this elastic parts 25 is installed on the supporting member 24, so that supporting member 24 can automatically return to the location.
Cooperate with Fig. 6 B shown in Figure 12 A and Figure 12 B with reference to Fig. 6 A, wherein the ccontaining feed support of disc 30 mainly by a base plate 31, one group of ccontaining support 32, and the feed assembly 33 that is located between base plate 31 and the ccontaining support 32 of group constitute.Wherein base plate 31 central authorities have a sized opening 310 that is slightly larger than disc 60; Ccontaining support 32 mainly is made of the support chip 320 of a plurality of opening 310 periphery settings along base plate 31.Cooperate Fig. 2 to see it, wherein the opening 310 of the corresponding base plate 31 of the shape of the perforation 110 of casing 11 and the support chip 320 of ccontaining support 32 projection up.
See it by Fig. 6 A and Fig. 6 B, the feed assembly 33 of preferred embodiment of the present invention include a driving wheel 330, two engaged wheels 322, a belt 334, an actuator 35, one group be connected in the transmission component 36 of driving wheel and the induction pieces 34 of a corresponding driving wheel 330.Driving wheel 330 cooperates the running of induction pieces 34 to control by the microcomputer system (not shown) that is connected in automatic feeding-copying device 1, separates one by one and falls on the pallet 51 of copy cell 50 and realize making feed assembly 33 can will be the blank discs 60 that piles up shape.Following Figure 13 A to Figure 13 B will further specify the structure of driving wheel and driving wheel.
Cooperate sights by Fig. 7 A to Fig. 7 D, transport assembly 40 mainly by a mainboard 41, biside plate 42, a plate 43, and organize the actuator 44 and the transmission component 45 that are located on the mainboard 41 and form.Biside plate 42 is provided with projection 420 to cooperate with the short slot 240 of replacing sheet 24, wherein set actuator 44 and transmission component 45 on the mainboard 41, the biside plate 42 that is connected to web joint 43 is swung up and down synchronously by the projection 420 that is located in the short slot 240, so can drive supporting member 24 and move, reach the creation purpose that the disc 60 that will finish copy held up and be transported to disc tray 13 relative to setting firmly external member 23.
Above-mentioned driving wheel 330 cooperates running, the actuator 35 and 44 of induction pieces 34 to cooperate transmission component 36 and 45 to drive the running of feed assembly 33 and transport swinging up and down synchronously of assembly 40 biside plates 42, all is to control by the microcomputer system that is connected in automatic feeding-copying device 1.
Please refer to shown in Fig. 9 A to Fig. 9 D, it is to transport assembly 40 continuous action synoptic diagram in use, by seeing that web joint 43 middle sections are formed with a slotted hole 430 in this preferred embodiment on the figure, be connected in the eccentrically weighted shaft (do not indicate figure number) of the transmission component 45 of actuator 44, reach the effect that the biside plate 42 that is connected to web joint 43 is swung up and down synchronously by a corresponding slotted hole 430.Cooperate shown in Figure 10 A to Figure 11 D, along with swinging up and down synchronously of biside plate 42, the projection 420 of side plate 42 can further drive supporting member 24 and move relative to setting firmly external member 23, reaches the purpose that the disc 60 that will finish copy held up and be transported to disc tray 13.
Please refer to shown in Figure 12 A and Figure 12 B, it is the action synoptic diagram of feed assembly 33 user modes of preferred embodiment of the present invention, as seen from the figure the feed assembly 33 of preferred embodiment of the present invention include a driving wheel 330, two engaged wheels 332, a belt 334, an actuator 35, one group be connected in the transmission component 36 of driving wheel 330 and the induction pieces 34 of a corresponding driving wheel 330.Cooperate Figure 13 A and Figure 13 B to see it, be formed with a plurality of scalariform flange 330a, 332a and at least one scalariform breach 330b, 332b respectively on driving wheel 330 and the engaged wheel 332 ring-type perisporiums, wherein the root edge of driving wheel 330 cooperates induction pieces 34 further to be formed with a corresponding flange 330c, and the position of the formed scalariform breach of driving wheel 330 corresponding engaged wheel 332 ring-type perisporiums 332b is formed with a push jack flange 330d, controls feed assembly 33 and will be the effect that the blank discs 60 that piles up shape separates one by one to reach.
Cooperate Figure 12 A to see it by Figure 12 B, when the micro computer that is connected in automatic feeding-copying device 1 sends the feed signal, feed assembly 33 can be driven transmission component 36 and driving wheel 330 is rotated by actuator 35, and further drive engaged wheel 332 rotations by belt 334, wherein the push jack flange 330d of driving wheel 330 cooperate engaged wheel 332 scalariform breach 332b just can be positioned at pile up shape blank discs 60 the lamellar body of below push away on the scalariform flange 332a of the scalariform breach 332b below that drops down onto described engaged wheel 332, and then make and be positioned at that the disc 60 of below separates by being the blank discs that piles up, when driving wheel 330 continues to drive engaged wheel 332 rotations, this disc that has separated 60 can be along driving wheel 330 and the engaged wheel 332 scalariform breach 330b of below, 332b falls on the pallet 51 of copy cell 50, the corresponding flange 330c of driving wheel 330 just rotates to the position to induction pieces 34 simultaneously, so can make induction pieces 34 send signal controls feed assembly 33 and shuts down, and being the blank discs 60 that piles up above described being positioned at can support (shown in Figure 12 A) by the scalariform flange 332a of scalariform breach 332b below, waits until micro computer and sends the feed signal next time.
Because each main member and the attached members such as mainframe box 10, disc tray 13 and assembled plate 15 of automatic feeding-copying device 1 of the present invention are dismountable structure, so help making and maintenance, and can effectively reduce cost, and be user-friendly for maintenance or change spare part.
The difference correction that can do according to the present invention and variation all obviously can not depart from scope of the present invention and spirit for being familiar with this operator.Though the present invention has narrated specific preferred embodiment, it must be appreciated that the present invention should be limited on the described certain specific embodiments undeservedly.In fact, implementing of the present invention having stated aspect the pattern, apparent and easy to know different corrections also should be covered by within the application's the claim scope for being familiar with this operator.
Claims (10)
1. disc automatic feeding-copying device wherein mainly includes:
One mounting, its inner group is provided with a copy cell and a disc tray that cooperates with copy cell, this mounting is provided with one group in the pallet extended position place of corresponding copy cell group and is symmetrically arranged supporting member, when disc is finished copy, the pallet of this copy cell stretches out and the disc of finishing copy is housed on pallet, respectively this supporting member has a short slot, wherein this mounting comprises that one group sets firmly external member and one group of elastic parts, describedly set firmly external member lays respectively at this mounting corresponding to the pallet extended position of copy cell symmetria bilateralis place, and the two ends of each described elastic parts are organized respectively and are located at each described supporting member and each described external member that sets firmly, so that each described supporting member moves with respect to each described external member that sets firmly;
The ccontaining feed support of one disc, the pallet extended position of itself and copy cell is organized accordingly and is located at the mounting top, and comprise base plate, these base plate central authorities have the opening of the disc size of being slightly larger than, one group of ccontaining support that is used for ccontaining blank discs and group and are located at feed assembly between base plate opening periphery and the ccontaining support, separate one by one on the pallet that falls to copy cell in order to will be the blank discs that piles up shape; And
One transports assembly, the pallet extended position of itself and copy cell is organized accordingly and is located on this mounting, and this transports assembly and comprises biside plate, each side plate is provided with a projection, this projection is corresponding to this short slot, can drive each described supporting member and move so that this transports assembly, hold up and deliver to this disc tray in order to the disc that copy is finished, this transports assembly and comprises an actuator and a transmission component, drive this transmission component by this actuator, so that described biside plate swings up and down, and drive each described supporting member by this projection each described supporting member is moved with respect to each described external member that sets firmly, hold up and deliver to disc tray to reach the disc that to finish copy, make supporting member automatically return to the position that sets firmly before external member moves with respect to described by each described elastic parts again.
2. disc automatic feeding-copying device as claimed in claim 1, wherein this mounting also comprises a substrate, this substrate symmetria bilateralis is provided with one group of perforation corresponding with the pallet extended position of copy cell, describedly set firmly external member is installed in this substrate symmetrically in correspondence perforation place inboard, this transports assembly and also comprises a mainboard and a plate, this actuator and transmission component essence group are located on this mainboard, and described biside plate is connected to this web joint, by actuator set on the mainboard and transmission component the biside plate that is connected to web joint is swung up and down, move relative to setting firmly external member to drive supporting member, thereby the disc that will finish copy holds up and delivers to disc tray.
3. disc automatic feeding-copying device as claimed in claim 1 or 2, wherein this ccontaining support is made of the support chip of a plurality of projections up along the setting of base plate opening periphery.
4. disc automatic feeding-copying device as claimed in claim 3, wherein this feed assembly includes at least one driving wheel, at least one engaged wheel, one connects the belt of driving wheel and engaged wheel, this driving wheel, this engaged wheel and this belt essence are provided with along the opening periphery of this base plate, and this belt connects driving wheel and this engaged wheel, this this transmission component that transports assembly is connected in this driving wheel, this actuator drives this transmission component thus, this transmission component drives this driving wheel running, this belt also makes this engaged wheel rotate, and will this ccontaining support ccontaining blank discs separate one by one on the pallet that falls to copy cell, to copy.
5. disc automatic feeding-copying device as claimed in claim 4, wherein the feed assembly further includes an induction pieces corresponding with driving wheel, and this induction pieces is controlled the running of this driving wheel.
6. disc automatic feeding-copying device as claimed in claim 5, wherein this driving wheel comprises the push jack flange of an evagination, and this engaged wheel comprises that the scalariform breach and of an indent is positioned at the scalariform flange of this scalariform breach below, this push jack flange cooperates this scalariform breach, when this driving wheel running, this push jack flange will be positioned at be pile up shape blank discs the disc of below be pushed on the scalariform flange of scalariform breach below of this engaged wheel, be positioned at the blank discs of below with separation.
7. disc automatic feeding-copying device as claimed in claim 6, wherein this driving wheel also comprises a corresponding flange, when this push jack flange will be positioned at be pile up shape blank discs the disc of below be pushed on the scalariform flange of scalariform breach below of this engaged wheel, this corresponding flange rotates to this induction pieces, make this induction pieces control this feed assembly thus and shut down, operate in regular turn to reach and separate one by one on the pallet that blank discs falls to copy cell.
8. disc automatic feeding-copying device as claimed in claim 1, wherein copy cell is incorporated into mounting by an assembled plate positioning and fixing.
9. disc automatic feeding-copying device as claimed in claim 3, wherein the mounting outside further is provided with a mainframe box, this mainframe box includes one and covers the lid that the casing and that is overlying on the mounting outside covers the casing top, this casing is provided with a perforation that matches, the described support chip of this bore a hole corresponding base plate opening and the projection up of ccontaining support.
10. disc automatic feeding-copying device as claimed in claim 1, wherein copy cell is the CD-ROM drive with recording function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100095327A CN100485800C (en) | 2006-02-24 | 2006-02-24 | Disc automatic feeding-copying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100095327A CN100485800C (en) | 2006-02-24 | 2006-02-24 | Disc automatic feeding-copying device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101025974A CN101025974A (en) | 2007-08-29 |
| CN100485800C true CN100485800C (en) | 2009-05-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006100095327A Expired - Fee Related CN100485800C (en) | 2006-02-24 | 2006-02-24 | Disc automatic feeding-copying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100485800C (en) |
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2006
- 2006-02-24 CN CNB2006100095327A patent/CN100485800C/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN101025974A (en) | 2007-08-29 |
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