CN105751114A - LED filament lamp carrier and operation method thereof - Google Patents
LED filament lamp carrier and operation method thereof Download PDFInfo
- Publication number
- CN105751114A CN105751114A CN201610210945.5A CN201610210945A CN105751114A CN 105751114 A CN105751114 A CN 105751114A CN 201610210945 A CN201610210945 A CN 201610210945A CN 105751114 A CN105751114 A CN 105751114A
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- pcb
- led filament
- push rod
- filament lamp
- bulb
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B11/00—Work holders not covered by any preceding group in the subclass, e.g. magnetic work holders, vacuum work holders
- B25B11/02—Assembly jigs
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Fastening Of Light Sources Or Lamp Holders (AREA)
Abstract
The invention relates to an LED filament lamp carrier and an operation method thereof. The LED filament lamp carrier comprises a carrier panel, a bulb locking mechanism, a PCB (printed circuit board) positioning and rotating mechanism and a PCB fastening mechanism, the bulb locking mechanism comprises a movable clamping claw and a moving mechanism, a gasket for bearing a bulb is arranged on the carrier panel, the moving mechanism controls the movable clamping claw to fix a neck of the bulb, the PCB positioning and rotating mechanism comprises a PCB positioning block and a rotating and positioning mechanism, the rotating and positioning mechanism controls the PCB positioning block to rotate to adjust and fix a PCB workstation, and the PCB fastening mechanism comprises a sliding component and a PCB clamping claw component. A proper structure is designed by technically analyzing each station of an LED filament lamp intelligent assembly line, and the operation method is designed on the basis of the LED filament lamp carrier; through operation matched with equipment at each station of the LED filament lamp intelligent assembly line, labor intensity and labor cost of workers are lowered, and assembly accuracy and uniformity of LED filament lamps are guaranteed effectively.
Description
Technical field
The invention belongs to LED filament lamp smart group packing technique field, particularly relate to a kind of LED filament lamp carrier and operational approach thereof.
Background technology
On domestic market about the relevant carrier equipment of LED filament lamp smart group wiring almost without, and function is more single, is presently mainly based on man-made assembly.The labor intensity of this mode workman on the one hand is very big, efficiency is very low, it is impossible to adapt to production line balance, and the precision installed is subject to proficiency level's impact of workman.
Therefore by the LED filament each website technical movements of lamp smart group wiring and packaging technology are analyzed, each movement device is combined, a kind of LED filament lamp carrier of design, so as to coordinate smart group wiring to complete action and the requirement of whole assembling, reducing labor strength and labour cost, the assembly precision and the concordance that are effectively ensured LED filament lamp very necessary simultaneously.
Summary of the invention
In order to solve above-mentioned technical problem, it is an object of the invention to provide a kind of LED filament lamp carrier, this carrier is by designing suitable structure to the technical Analysis of the LED filament lamp each website of smart group wiring, the present invention also aims to provide a kind of operational approach based on this LED filament lamp carrier, by with the LED filament each site apparatus compounding practice of lamp smart group wiring, reduce labor intensity and the labour cost of workman, be effectively ensured assembly precision and the concordance of LED filament lamp.
In order to realize above-mentioned purpose, present invention employs following technical scheme:
A kind of LED filament lamp carrier, including carrier panel and be arranged on the bulb tightening mechanism on carrier panel, PCB position rotating mechanism and PCB retention mechanism；Movable jaw that described bulb tightening mechanism includes being arranged on carrier panel front and being arranged on bottom carrier panel for controlling the movable device of movable jaw running, described carrier panel is provided with the packing ring for support bulb, described light bulb base is placed in packing ring, and movable device controls movable jaw to be fixed the cervical region of bulb；Described PCB position rotating mechanism includes PCB locating piece and rotation positioning device, and described rotation positioning device controls PCB locating piece and rotates and adjust and the station of fixing pcb board；Described PCB retention mechanism includes slide assemblies and the PCB clip claw assembly being arranged on slide assemblies.
As preferably, described movable device includes primary push rod, is arranged on the guide rod of primary push rod both sides and for connecting the connecting rod of primary push rod and guide rod, and one end of described connecting rod is hinged with primary push rod, and the other end of connecting rod is hinged with one end of guide rod；The other end of described guide rod is connected with the bottom of movable jaw；Primary push rod is additionally provided with flexible restoring organ.
As preferably, described flexible restoring organ includes linear axis bearing, compression spring a and retainer ring；Described linear axis bearing is fixed on bottom carrier panel, and primary push rod is through Linear bearing fixing seat, and retainer ring is arranged on primary push rod, and described compression spring a is located on primary push rod, and the two ends of compression spring a offset with Linear bearing fixing seat and retainer ring respectively.
As preferably, being provided with two guide rod seats bottom described carrier panel, guide rod is through guide rod seat, and the traffic direction of guide rod is limited by guide rod seat.
As preferably, described rotation positioning device includes PCB rotating shaft, alignment pin mounting blocks, alignment pin and compression spring b, described PCB rotating shaft traverse carrier panel, connection PCB locating piece is fixed in the upper end of PCB rotating shaft, the lower end of PCB rotating shaft is fixing connects alignment pin mounting blocks, compression spring b is sleeved in PCB rotating shaft, and the upper end of compression spring b contacts with PCB locating piece.
As preferably, described PCB rotating shaft outer sheath is provided with bearing fixed seat, bearing fixed seat is arranged with needle roller thrust bearing, described needle roller thrust bearing contacts with carrier panel upper surface, bearing fixed seat lower end is fixed on carrier panel, offering two pin-and-holes with detent fit bottom described alignment pin mounting blocks, two pin-and-holes are arranged oppositely and are on same straight line.
As preferably, described slide assemblies includes two slide rails, the slide block being arranged on slide rail and the PCB slide track seat being arranged on slide block；Described slide track seat is provided with the control assembly controlling PCB clip claw assembly opening and closing.
As preferably, described PCB clip claw assembly includes jaw track, is arranged on jaw track and along the two of jaw slide PCB jaw, can be connected to extension spring between said two PCB jaw, and described extension spring is in extended state.
As preferably, described control assembly includes the wedge push rod being arranged on PCB slide block, the compression spring c being set on wedge push rod, and is arranged on the roller bearing of two PCB jaw rear ends；Described wedge push rod moves under external force, the wedge head pushing rolling wheels bearing of wedge push rod front end is thus driving two PCB jaws to open to both sides, after external force disappears, two PCB jaw returns under the active force of extension spring, the wedge head of roller bearing extruding wedge push rod front end makes wedge push rod return, compression spring c guarantee two PCB jaw centering clampings in the process.
A kind of operational approach based on LED filament lamp carrier described above, comprises the steps:
Step one: the installation of bulb, movable device controls movable jaw and opens, and bulb lower end is put into packing ring, and movable device controls jaw Guan Bi, is fixed by the cervical region of bulb；The installation of pcb board, is fixed on pcb board on PCB locating piece；
Step 2: the adjustment of pcb board, associated stations at LED filament lamp smart group wiring is provided with whether testing agency's detection LED board station is installed correctly, if station is installed inaccurate, website associated mechanisms controls rotation positioning device and rotates, so that PCB locating piece turns an angle, pcb board station is correct；
Step 3: the installation of pcb board is fixed, after pcb board station adjustment is correct, is provided with mechanism and is moved to bulb top from PCB locating piece by pcb board and install in associated stations；Slide assemblies controls PCB clip claw assembly and moves pcb board clamping above bulb.
Compared with prior art, the invention has the beneficial effects as follows: this carrier is by designing suitable structure to the technical Analysis of the LED filament lamp each website of smart group wiring, the present invention also aims to provide a kind of operational approach based on this LED filament lamp carrier, by with the LED filament each site apparatus compounding practice of lamp smart group wiring, reduce labor intensity and the labour cost of workman, be effectively ensured assembly precision and the concordance of LED filament lamp.
Accompanying drawing explanation
Fig. 1 is axonometric drawing bottom carrier.
Fig. 2 is carrier upper axis mapping.
Fig. 3 is axonometric drawing bottom carrier bulb tightening mechanism.
Fig. 4 is carrier bulb tightening mechanism upper axis mapping.
Fig. 5 is the sectional view of carrier PCB position rotating mechanism.
Fig. 6 is carrier PCB retention mechanism axonometric drawing.
Number in the figure is as follows:
nullBulb tightening mechanism 100、Movable jaw 110、Packing ring 130、Primary push rod 121、Guide rod 122、Connecting rod 123、Linear axis bearing 125、Compression spring a126、Retainer ring 127、Guide rod seat 128、Dry type lining 111、Fixing swing pin 112、Handgrip bearing 113、PCB position rotating mechanism 200、PCB locating piece 210、PCB rotating shaft 221、Alignment pin mounting blocks 222、Alignment pin 223、Compression spring b224、Needle roller thrust bearing 225、Bearing fixed seat 226、PCB alignment pin 211、PCB retention mechanism 300、Slide rail 311、Slide block 312、PCB slide track seat 313、Jaw track 321、PCB jaw 322、Extension spring 323、Wedge push rod 324、Compression spring c325、Roller bearing 326、Slide block limited block 314、Carrier panel 400、Base plate 401、Circular hole 402、Waist hole 403.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is made a detailed explanation.
A kind of LED filament lamp carrier as shown in Fig. 1～Fig. 6, including carrier panel 400 and be arranged on the bulb tightening mechanism 100 on carrier panel 400, PCB position rotating mechanism 200 and PCB retention mechanism 300.
Carrier panel 400 is provided with the installation region of bulb tightening mechanism 100, PCB position rotating mechanism 200 and PCB retention mechanism 300.Two bottom sides at carrier panel 400 is provided with base plate 401, utilizes the stop cylinder gear on LED filament lamp intelligence assembly production chain to stop the side of base plate 401, it is achieved gear stops the function of carrier；Carrier panel 100 is further opened with the circular hole 402 of four square arrangements, utilizes the jacking mechanism on LED filament lamp intelligence assembly production chain to coordinate with circular hole 402, it is achieved the function of jack-up positioning carrier；It is provided with magnet steel (not identifying on figure) in the side of carrier panel 400, utilizes the magnetic switch on LED filament lamp intelligence assembly production chain and the detection carrier whether registration of the magnet steel (not identifying on figure) on carrier panel 400.Bulb tightening mechanism 100 installation region on carrier panel 400 offers packing ring installing hole (not identifying on figure), and the both sides of gasket hole offer two waist holes 403, and two waist holes 403 are in a straight line.The bottom of PCB position rotating mechanism 200 installation region on carrier panel 400 offers through shoulder hole (not identifying on figure) and is used for installing PCB position rotating mechanism.
Movable jaw 110 that described bulb tightening mechanism 100 includes being arranged on carrier panel 400 front and being arranged on bottom carrier panel 400 for controlling the movable device of movable jaw 110 running.Being provided with the packing ring 130 for support bulb in packing ring installing hole on carrier panel 400, in an assembling process, the bottom of bulb is placed in packing ring 130, and movable device controls movable jaw 110 to be fixed the cervical region of bulb.This movable device includes primary push rod 121, is arranged on the guide rod 122 of primary push rod 121 both sides and for connecting the connecting rod 123 of primary push rod 121 and guide rod 122.One end of connecting rod 123 is hinged with primary push rod 121, and the other end of connecting rod 123 is hinged with one end of guide rod 122；The bottom of movable jaw 110, through waist hole 403, is provided with dry type lining 111 in the bottom of movable jaw 110, and the other end of guide rod 122 is hinged with the dry type lining 111 of movable jaw 110 by fixing swing pin 112.Being additionally provided with flexible restoring organ on primary push rod 121, this flexible restoring organ includes linear axis bearing 125, compression spring a126 and retainer ring 127.Linear axis bearing 125 is fixed on bottom carrier panel 400, primary push rod 121 traverse Linear bearing fixing seat 226, retainer ring 127 is set on primary push rod 121 and is fixed on base plate 401, one end of primary push rod 121 is exposed outside with carrier panel 400 through retainer ring 127 and base plate 401, to facilitate the associated mechanisms with LED filament lamp intelligence assembly production chain to coordinate.Compression spring a126 is located on primary push rod 121, and the two ends of compression spring a126 offset with Linear bearing fixing seat 226 and retainer ring 127 respectively.Being provided with two guide rods 122 bottom carrier panel 400, guide rod 122 is through guide rod 122, and the traffic direction of guide rod 122 is limited by guide rod 122.It is again provided with a Linear bearing fixing seat 226 for limiting the direction of motion of primary push rod 121 at primary push rod 121 other end.Be additionally provided with handgrip bearing 113 in the bottom of carrier panel 400, the bottom of movable jaw 110 is hinged with handgrip bearing 113.Primary push rod 121, in the pre-pressure of compression spring a126, converts the rectilinear motion of primary push rod 121 to movable jaw 110 centering by connecting rod 123 and guide rod 122 and rotates clamping LED foam；Releasing primary push rod 121 by the side top gas cylinder on LED filament lamp intelligence assembly production chain can by movable jaw 110 centering Unscrew.
Described PCB position rotating mechanism 200 includes PCB locating piece 210 and rotation positioning device.PCB locating piece 210 is provided with two PCB alignment pins 211 for coordinating fixing pcb board with two holes on pcb board.Rotation positioning device controls PCB locating piece 210 and rotates and adjust and the station of fixing pcb board.Rotation positioning device includes PCB rotating shaft 221, alignment pin mounting blocks 222, alignment pin 223, compression spring b224, needle roller thrust bearing 225 and bearing fixed seat 226.Shoulder hole on bearing fixed seat 226 traverse carrier panel 400, the lower end of bearing fixed seat 226 is fixed on the ladder of shoulder hole, the lower end of fixing connection PCB locating piece 210, the PCB rotating shaft 221 in the upper end of PCB rotating shaft 221 is through bearing fixed seat 226 and fixing with alignment pin mounting blocks 222 is connected.Needle roller thrust bearing 225 is set in outside bearing fixed seat 226, and needle roller thrust bearing 225 contacts with carrier panel 400 upper surface.Compression spring b224 is sleeved on bearing fixed seat 226.PCB rotating shaft 221 upper end be provided with packing ring (not identifying on figure), the upper end of compression spring b224 and washer contacts, the lower end of compression spring b224 contacts with needle roller thrust bearing 225；Offer two pin-and-holes coordinated with alignment pin 223 in the bottom of alignment pin mounting blocks 222, two pin-and-holes are arranged oppositely and are on same straight line.In PCB position rotating mechanism 200, PCB rotating shaft 221 can realize translation and rotation in bearing fixed seat 226, alignment pin 223 is utilized to coordinate with the pin-and-hole bottom alignment pin mounting blocks 222 in the pre-pressure of compression spring b224, it is achieved 180 ° of PCB locating piece 210 rotate positioning function.Its power source is a lower air cylinder on LED filament lamp intelligence assembly production chain and 180 ° of rotary cylinders offer.
Described PCB retention mechanism 300 includes slide assemblies and the PCB clip claw assembly being arranged on slide assemblies.Slide assemblies includes two slide rails 311, be arranged on slide rail 311 slide block 312 and the PCB slide track seat 313 being arranged on slide block 312, be respectively arranged with slide block limited block 314 at the two ends of slide rail 311.Slide rail 311 is provided with the control assembly controlling PCB clip claw assembly opening and closing.PCB clip claw assembly includes jaw track 321, be arranged on jaw track 321 can along two PCB jaws 322 that jaw track 321 slides and and connect the extension spring 323 of two PCB jaws, extension spring 323 is in extended state.Control assembly and include the wedge push rod 324 being arranged on PCB slide block 312, the compression spring c325 being set on wedge push rod 324, and be arranged on the roller bearing 326 of two PCB jaw 322 rear ends.Compression spring c325 one end contacts with PCB slide track seat 313, and compression spring c325 contacts with the wedge head end of wedge push rod 324.
Wedge push rod 324 moves under external force, the wedge head pushing rolling wheels bearing 326 of wedge push rod 324 front end is thus driving two PCB jaws 322 to open to both sides, after external force disappears, two PCB jaw 323 returns under the active force of extension spring 322, roller bearing 326 extrudes the wedge head of wedge push rod 324 front end makes wedge push rod 324 return, compression spring c guarantee two PCB jaw centering clampings in the process.
Based on LED filament lamp carrier described above, applicant have also been devised corresponding operational approach, comprises the steps:
Step one: the installation of bulb, movable device controls movable jaw 110 and opens, and bulb lower end is put into packing ring 130, and movable device controls jaw Guan Bi, is fixed by the cervical region of bulb；The installation of pcb board, is fixed on pcb board on PCB locating piece 210.Concrete, by promoting primary push rod 121, connecting rod 123 is driven to move, thus driving guide rod 122 to move, thus driving movable jaw 110 to open (owing to movable jaw 110 has certain displacement in this process, it is thus desirable to offer waist hole 403 on carrier panel), bulb is put into packing ring 130, now unclamp primary push rod 121, primary push rod 121 return under the effect of compression spring a126, thus driving guide rod 122 to move, thus driving movable jaw 110 to close, the cervical region of bulb is securely fixed by movable jaw 110.
Step 2: the adjustment of pcb board, associated stations at LED filament lamp smart group wiring is provided with whether testing agency's detection LED board station is installed correctly, if station is installed inaccurate, website associated mechanisms controls rotation positioning device and rotates, so that PCB locating piece 210 turns an angle, pcb board station is correct.Concrete, it is arranged on the testing agency of LED filament lamp smart group wiring associated stations when LED board station setup error being detected, lower air cylinder at this website controls PCB locating piece and presses for 210 times, alignment pin 223 is made to depart from pin-and-hole, now 180 ° of rotary cylinders control PCB locating pieces 210 of this website rotate 180 °, lower air cylinder unclamps, PCB locating piece 210 return under the effect of compression spring b224, alignment pin 223 and another pin-and-hole points of engagement position PCB locating piece 210.
Step 3: the installation of pcb board is fixed, after pcb board station adjustment is correct, is provided with mechanism and is moved to bulb top from PCB locating piece 210 by pcb board and install in associated stations；Slide assemblies controls PCB clip claw assembly and moves pcb board clamping above bulb.Concrete, a cylinder in LED filament lamp smart group wiring associated stations promotes slide block 312 to offset to the slide block limited block 314 with slide rail 311 front end, and now, PCB clip claw assembly is just at above bulb；Another cylinder promotes wedge push rod 324, the wedge head of wedge push rod 324 squeezes roller bearing 326, thus driving PCB jaw 322 to open, after pcb board is arranged on bulb, unclamp cylinder, two PCB jaw 323 returns under the active force of extension spring 322, roller bearing 326 extrudes the wedge head of wedge push rod 324 front end and makes wedge push rod 324 return, and compression spring c325 guarantees that wedge push rod 324 moves along a straight line in the process.
Above content described in this specification is only illustration made for the present invention.Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art; without departing from the content of description of the present invention or surmount the scope that present claims book is defined, protection scope of the present invention all should be belonged to.
Claims (10)
1. a LED filament lamp carrier, it is characterised in that: include carrier panel and the bulb tightening mechanism being arranged on carrier panel, PCB position rotating mechanism and PCB retention mechanism；Movable jaw that described bulb tightening mechanism includes being arranged on carrier panel front and being arranged on bottom carrier panel for controlling the movable device of movable jaw running, described carrier panel is provided with the packing ring for support bulb, described light bulb base is placed in packing ring, and movable device controls movable jaw to be fixed the cervical region of bulb；Described PCB position rotating mechanism includes PCB locating piece and rotation positioning device, and described rotation positioning device controls PCB locating piece and rotates and adjust and the station of fixing pcb board；Described PCB retention mechanism includes slide assemblies and the PCB clip claw assembly being arranged on slide assemblies.
2. a kind of LED filament lamp carrier according to claim 1, it is characterized in that: described movable device includes primary push rod, is arranged on the guide rod of primary push rod both sides and for connecting the connecting rod of primary push rod and guide rod, one end of described connecting rod is hinged with primary push rod, and the other end of connecting rod is hinged with one end of guide rod；The other end of described guide rod is connected with the bottom of movable jaw；Primary push rod is additionally provided with flexible restoring organ.
3. a kind of LED filament lamp carrier according to claim 2, it is characterised in that: described flexible restoring organ includes linear axis bearing, compression spring a and retainer ring；Described linear axis bearing is fixed on bottom carrier panel, and primary push rod is through Linear bearing fixing seat, and retainer ring is arranged on primary push rod, and described compression spring a is located on primary push rod, and the two ends of compression spring a offset with Linear bearing fixing seat and retainer ring respectively.
4. a kind of LED filament lamp carrier according to claim 2, it is characterised in that: being provided with two guide rod seats bottom described carrier panel, guide rod is through guide rod seat, and the traffic direction of guide rod is limited by guide rod seat.
5. a kind of LED filament lamp carrier according to claim 1, it is characterized in that: described rotation positioning device includes PCB rotating shaft, alignment pin mounting blocks, alignment pin and compression spring b, described PCB rotating shaft traverse carrier panel, connection PCB locating piece is fixed in the upper end of PCB rotating shaft, the lower end of PCB rotating shaft is fixing connects alignment pin mounting blocks, compression spring b is sleeved in PCB rotating shaft, and the upper end of compression spring b contacts with PCB locating piece.
6. a kind of LED filament lamp carrier according to claim 5, it is characterized in that: described PCB rotating shaft outer sheath is provided with bearing fixed seat, bearing fixed seat is arranged with needle roller thrust bearing, described needle roller thrust bearing contacts with carrier panel upper surface, bearing fixed seat lower end is fixed on carrier panel, offering two pin-and-holes with detent fit bottom described alignment pin mounting blocks, two pin-and-holes are arranged oppositely and are on same straight line.
7. a kind of LED filament lamp carrier according to claim 1, it is characterised in that: described slide assemblies includes two slide rails, the slide block being arranged on slide rail and the PCB slide track seat being arranged on slide block；Described slide track seat is provided with the control assembly controlling PCB clip claw assembly opening and closing.
8. a kind of LED filament lamp carrier according to claim 7, it is characterized in that: described PCB clip claw assembly includes jaw track, being arranged on jaw track can along the two of jaw slide PCB jaw, being connected to extension spring between said two PCB jaw, described extension spring is in extended state.
9. a kind of LED filament lamp carrier according to claim 8, it is characterised in that: described control assembly includes the wedge push rod being arranged on PCB slide block, the compression spring c being set on wedge push rod, and is arranged on the roller bearing of two PCB jaw rear ends；Described wedge push rod moves under external force, the wedge head pushing rolling wheels bearing of wedge push rod front end is thus driving two PCB jaws to open to both sides, after external force disappears, two PCB jaw returns under the active force of extension spring, the wedge head of roller bearing extruding wedge push rod front end makes wedge push rod return, compression spring c guarantee two PCB jaw centering clampings in the process.
10., based on an operational approach for the LED filament lamp carrier described in claim 1, comprise the steps:
Step one: the installation of bulb, movable device controls movable jaw and opens, and bulb lower end is put into packing ring, and movable device controls jaw Guan Bi, is fixed by the cervical region of bulb；The installation of pcb board, is fixed on pcb board on PCB locating piece；
Step 2: the adjustment of pcb board, associated stations at LED filament lamp smart group wiring is provided with whether testing agency's detection LED board station is installed correctly, if station is installed inaccurate, website associated mechanisms controls rotation positioning device and rotates, so that PCB locating piece turns an angle, pcb board station is correct；
Step 3: the installation of pcb board is fixed, after pcb board station adjustment is correct, is provided with mechanism and is moved to bulb top from PCB locating piece by pcb board and install in associated stations；Slide assemblies control PCB clip claw assembly moves above bulb and is clamped by pcb board and position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610210945.5A CN105751114B (en) | 2016-04-05 | 2016-04-05 | A kind of LED filament lamp carrier and its operating method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610210945.5A CN105751114B (en) | 2016-04-05 | 2016-04-05 | A kind of LED filament lamp carrier and its operating method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105751114A true CN105751114A (en) | 2016-07-13 |
| CN105751114B CN105751114B (en) | 2017-05-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610210945.5A Active CN105751114B (en) | 2016-04-05 | 2016-04-05 | A kind of LED filament lamp carrier and its operating method |
Country Status (1)
| Country | Link |
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| CN (1) | CN105751114B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107826631A (en) * | 2017-09-04 | 2018-03-23 | 东莞市蓉工自动化科技有限公司 | A kind of interface detection machine for being easy to pick and place material |
| CN108000401A (en) * | 2017-12-30 | 2018-05-08 | 苏州富强科技有限公司 | Automatic impaction and the carrier of pressurize |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN105751114B (en) | 2017-05-31 |
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