CN208840881U - The automatic assembly line of glass lamp - Google Patents
The automatic assembly line of glass lamp Download PDFInfo
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- CN208840881U CN208840881U CN201821436320.1U CN201821436320U CN208840881U CN 208840881 U CN208840881 U CN 208840881U CN 201821436320 U CN201821436320 U CN 201821436320U CN 208840881 U CN208840881 U CN 208840881U
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- glass lamp
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- transport mechanism
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Abstract
The utility model relates to glass lamp production technical fields, refer in particular to the automatic assembly line of glass lamp, it includes rack, rack is equipped with the transport mechanism for bearing glass fluorescent tube, it is sequentially provided in rack along transport mechanism direction of transfer: feed mechanism, it is rotated for being placed into the glass lamp in transport mechanism to feed mechanism so that the side for being pasted with glass-fiber-plate is located at the dressing mechanism close to the position of rack, for the soldering mechanism to the glass lamp welding pcb board after rotation, for carrying out the installation lamp holder mechanism of lamp cap installation to the glass lamp for completing pcb board welding, for carrying out the testing agency of performance detection and non-defective unit screening to the glass lamp for completing lamp cap installation.Can complete on the rack feeding, arrangement, welding, installation and detection multi-step process, improve LED light production the degree of automation and reliability, have the advantages that quickly, efficiently, in high quality production LED light.
Description
Technical field
The utility model relates to glass lamp production technical fields, refer in particular to the automatic assembly line of glass lamp.
Background technique
LED lamp tube is also commonly called as LED light pipe, LED fluorescent lamp tube, LED daylight lamp, and light source is using LED as illuminator.It passes
The fluorescent tube of system is also known as fluorescent lamp, and respectively there is a filament at lamp both ends, and fluorescent tube is interior filled with micro argon and thin mercury vapour, fluorescent tube
Fluorescent powder is coated on inner wall, when gaseous conduction between two filaments issues ultraviolet light, and fluorescent powder is made to issue visible light.Due to containing
There is heavy metal pollutants " mercury ", so that the fluorescent tube scrapped is extremely serious to the pollution of environment.And LED lamp tube is using luminous
For diode as light source, light efficiency is higher, more energy saving, the service life is longer, and more environmentally friendly.It is replaced as the current stage glimmering
The most ideal product of light lamp tube.
Lamp tube type LED lamp generally by glass lamp, the glass-fiber-plate of light emitting diode is installed and is mounted on glass lamp two
The lamp cap at end forms, and glass-fiber-plate is pasted glass lamp first and semi-finished product are made by lamp tube type LED lamp, then again to the semi-finished product
It carries out the welding multiple working procedures such as lamp cap and performance detection and forms finished product, in the prior art, multiple tracks production process base mentioned above
This all uses manual operation, and whole production line needs to provide a large amount of manpower, and the degree of automation is lower, and production cost is high, and
Manual operation speed is slower, and production efficiency is low.
Summary of the invention
The technical problem to be solved by the present invention is to provide the automatic assembly lines of glass lamp, and it is raw to improve LED light
The degree of automation and reliability of production, have the advantages that quickly, efficiently, in high quality produce LED light.
In order to solve the above-mentioned technical problem, the utility model adopts the following technical solution:
The automatic assembly line of glass lamp, including rack, the rack are equipped with the transmission for bearing glass fluorescent tube
Mechanism, the direction of transfer in the rack along transport mechanism are sequentially provided with:
Feed mechanism: for the glass lamp for being pasted with glass-fiber-plate to be placed in transport mechanism；
Dressing mechanism: it is rotated for being placed into the glass lamp in transport mechanism to feed mechanism so as to be pasted with glass
The side of fine plate is located at close to the position of rack；
Soldering mechanism: for welding pcb board to the glass lamp after the rotation of collated mechanism；
Lamp holder mechanism is installed: for carrying out lamp cap installation to the glass lamp for completing pcb board welding；
Testing agency: for carrying out performance detection and non-defective unit screening to the glass lamp for completing lamp cap installation.
Further, the transport mechanism include rotation be carried in rack the first driving wheel, several first driven wheels,
The first conveyer chain for being set between the first driving wheel and several first driven wheels and for driving that the first driving wheel rotates the
One actuator, first conveyer chain are equipped with multiple latches for clamping glass lamp.
Further, the feed mechanism includes for the trolley of transporting glass fluorescent tube and for the fluorescent tube of small car is defeated
The climbing apparatus to transport mechanism is sent, the climbing apparatus is set to one end of rack, and the output end of the trolley and climbing fill
The feed end connection set, the climbing apparatus include that rotation is carried on the second driving wheel of rack, the second driven wheel, is set in the
The second conveyer chain between two driving wheels and the second driven wheel and the second actuator for driving the second driving wheel to rotate.
Further, the dressing mechanism includes lifters and rotating member, and the lifters include the gas in rack
Cylinder, the piston rod of the cylinder are equipped with a loading plate, and the loading plate is equipped with the rotating member for rotating glass lamp,
The glass lamp that the cylinder is used to that rotating member to be driven to be conveyed close to or far from the first conveyer chain；The rotating member includes main turns
Driving wheel, secondary rotating wheel and the driving motor for driving main rotating wheel rotation, the distance of shaft centers of the main rotating wheel and secondary rotating wheel
From the diameter for being less than glass lamp.
Further, the soldering mechanism includes multiple welding manipulators positioned at the two sides of transport mechanism, the welding
Solder horn and Xi Zui are installed on manipulator.
Further, the installation lamp holder mechanism includes for the set welding manipulator in the both ends of glass lamp socket lamp cap
With the tangent line punching point device for carrying out tangent line and punching point to the lamp cap for being socketed in lamp tube ends, the tangent line punching point device includes
Two portal frames of transport mechanism two sides are respectively arranged at, sliding is provided with cutter on each portal frame, each described
The third actuator for driving cutter to move up and down is provided on portal frame；Multiple punching point needles are provided on the cutter,
The bottom end of multiple punching point needles stretches out the bottom end of cutter, and the punching point needle is arranged right below for carrying rushing a little for lamp cap
Platform.
Further, the tangent line punching point device further includes for adjusting lamp cap position so that lamp cap is located above punching point platform
Auxiliary push piece, the auxiliary push piece is located at the side of transport mechanism and is oppositely arranged with one of portal frame, the auxiliary push piece packet
It includes push plate and drives push plate close or fourth drive member far from transport mechanism.
Further, the testing agency includes channel tester for detecting fluorescent tube channel status and for detecting
The degradation detecting device of the resistance to high-low voltage performance of fluorescent tube, the channel tester include set on transport mechanism and being used for and fluorescent tube
The detection column of lamp cap electrical connection, it is described to detect the energization head that connection power supply is provided on column；The degradation detecting device includes inspection
Measuring tank, the interior multiple detection seats being equipped with for being electrically connected with fluorescent tube of the detection case.
Further, the channel tester further includes the screening component for removing breaking fluorescent tube, the screening group
Part includes that the substandard products carrier bar for carrying breaking fluorescent tube and the third for breaking fluorescent tube to be moved to substandard products carrier bar are mechanical
Hand, the substandard products carrier bar are located above transport mechanism.
Further, the detection case is externally provided with insulating protective layer and ground line
The utility model has the beneficial effects that the program is sequentially provided with feeding along the direction of transfer of transport mechanism on the rack
Mechanism, dressing mechanism, soldering mechanism, installation lamp holder mechanism and testing agency, can complete on the rack feeding, arrangement, welding,
Installation and detection multi-step process, improve the degree of automation and reliability of LED light production, have quick, efficient, high-quality
The advantages of amount ground production LED light.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the schematic perspective view of the utility model；
Fig. 2 is the transport mechanism of the utility model and the structural schematic diagram of feed mechanism；
Fig. 3 is the structural schematic diagram of the dressing mechanism of the utility model；
Fig. 4 is the enlarged drawing in Fig. 3 at A；
Fig. 5 is the structural schematic diagram of the soldering mechanism of the utility model；
Fig. 6 is the enlarged drawing in Fig. 5 at B；
Fig. 7 is the installation lamp holder mechanism of the utility model and the structural schematic diagram of channel tester；
Fig. 8 is the enlarged drawing in Fig. 7 at C；
Fig. 9 is the structural schematic diagram of the degradation detecting device of the utility model.
Description of symbols: 100, rack；200, transport mechanism；210, the first driving wheel；220, the first conveyer chain；221,
Latch；230, the first actuator；300, feed mechanism；310, trolley；320, climbing apparatus；321, the second driving wheel；322,
Two driven wheels；323, the second conveyer chain；324, the second actuator；325, guide bar；400, dressing mechanism；411, cylinder；412,
Loading plate；421, main rotating wheel；422, secondary rotating wheel；423, driving motor；500, soldering mechanism；510, welding manipulator；
511, solder horn；512, Xi Zui；520, third transfer assembly；521, loading tray；600, lamp holder mechanism is installed；620, tangent line rushes a little
Device；621, portal frame；622, cutter；623, third actuator；624, punching point needle；625, punching point platform；630, auxiliary push piece；631,
Push plate；632, fourth drive member；700, testing agency；711, column is detected；713, third manipulator；714, substandard products carrier bar；
721, detection case；722, seat is detected.
Specific embodiment
For the ease of the understanding of those skilled in the art, the utility model is made below with reference to embodiment and attached drawing further
Explanation, the content that embodiment refers to not is restriction to the utility model.
As shown in Figure 1, the automatic assembly line of glass lamp provided by the utility model comprising rack 100, rack
100 are equipped with the transport mechanism 200 for bearing glass fluorescent tube, in rack 100 sequentially along the direction of transfer of transport mechanism 200
It is provided with the feed mechanism 300 for the glass lamp for being pasted with glass-fiber-plate to be placed in transport mechanism 200, is used for feeder
The glass lamp that structure 300 is placed into transport mechanism 200 is rotated so that the side for being pasted with glass-fiber-plate is located at close to rack
The dressing mechanism 400 of 100 position, for the pcb board scolding tin to the glass lamp after rotation soldering mechanism 500, for pair
The glass lamp for completing PCB boards solder carries out the installation lamp holder mechanism 600 of lamp cap installation and for the glass for completing lamp cap installation
Glass fluorescent tube carries out the testing agency 700 of performance detection and non-defective unit screening.
The program is sequentially provided with feed mechanism 300, collator along the direction of transfer of transport mechanism 200 in rack 100
Structure 400, soldering mechanism 500, installation lamp holder mechanism 600 and testing agency 700, can be completed in rack 100 feeding, arrangement,
It welds, the multi-step process of installation and detection, improves the degree of automation and reliability of LED light production, have quick, high
Effect produces the advantages of LED light in high quality.
Preferably, as depicted in figs. 1 and 2, transport mechanism 200 includes several first driven wheels (not showing in figure), two
Group rotates the first driving wheel 210 being carried in rack 100, is set between the first driving wheel 210 and several first driven wheels
The first conveyer chain 220 and for drive the first driving wheel 210 rotate the first actuator 230, here can be according to practical feelings
The required quantity for transmitting chain length and increasing and decreasing the first driven wheel, the first actuator 230 use servo motor, facilitate control under condition
The speed of the first conveyer chain 220 is made, the first conveyer chain 220 is equipped with multiple V-shaped latches for clamping glass lamp
221, fluorescent tube can be placed in latch 221, glass lamp is avoided to be displaced during transportation.
As shown in Fig. 2, feed mechanism 300 includes for the trolley 310 of transporting glass fluorescent tube and for will be in trolley 310
Fluorescent tube is delivered to the climbing apparatus 320 on the first conveyer chain 220, and climbing apparatus 320 is set to one end of rack 100, climbing apparatus
320 top is higher than the first conveyer chain 220, and the bottom end of climbing apparatus 320 is lower than the discharge end of trolley 310, climbing apparatus 320
The second driving wheel 321 of rack 100 is carried on including rotation, the second driven wheel 322, is set in the second driving wheel 321 and second
The second conveyer chain 323 between driven wheel 322 and the second actuator 324 for driving the second driving wheel 321 to rotate, here
Second actuator 324 can use servo motor, and the second conveyer chain 323 is equipped with for clamping the multiple V-shaped of glass lamp
Latch 221, the guide bar 325 for being connected to trolley 310 and the second conveyer chain 323, guide bar 325 are provided in rack 100
One end for abutting trolley 310, the other end of the guide bar 325 is located at the top of the feed end of the second conveyer chain 323, institute
It states guide bar 325 to be obliquely installed, one end that guide bar 325 abuts trolley 310 is higher than the other end of guide bar 325, in trolley 310
Glass lamp can be rolled to along guide bar 325 on second conveyer chain 323, then through the second conveyer chain 323 by Glass lamp
Pipe is sent to the first conveyer chain 220, the process for completing automatic charging.
As shown in Figure 3 and Figure 4, dressing mechanism 400 includes lifters and rotating member, and lifters include being set in rack 100
Cylinder 411, cylinder 411 is located at the lower section of the first conveyer chain 220, and the piston rod of cylinder 411 is equipped with a loading plate 412, holds
Support plate 412 is equipped with the rotating member for rotating glass lamp, and cylinder 411 is for driving rotating member close to or far from the first transmission
The glass lamp that chain 220 is conveyed.Rotating member includes main rotating wheel 421, secondary rotating wheel 422 and for driving main rotating wheel 421
The axle center distance of the driving motor 423 of rotation, main rotating wheel 421 and secondary rotating wheel 422 is less than the diameter of glass lamp.Cylinder
The main rotating wheel 421 of 411 drivings and the secondary rising of rotating wheel 422 make main rotating wheel 421 and secondary rotating wheel 422 jack up the first conveyer chain
220 glass lamps conveyed, then driving motor 423 drives main rotating wheel 421 to rotate, so drive glass lamp rotation with
The position of the glass-fiber-plate in glass lamp is adjusted, so that glass-fiber-plate is located on the position of the first conveyer chain 220.
Further, more stable in order to make to rotate glass lamp, lifters and rotating member are equipped with two groups.In rack 100
Sensor (not showing in figure) equipped with the position for detecting glass-fiber-plate, sensor is electrically connected with controller (not to be had in figure
Display), controller, which controls the rising of cylinder 411 for the output signal of receiving sensor, makes rotating member abutting need to adjust
Glass lamp, and the angle of the rotation of driving motor 423 is controlled to facilitate the position of adjustment glass lamp.
As shown in Figure 5 and Figure 6, soldering mechanism 500 includes multiple welding manipulators positioned at the two sides of transport mechanism 200
510, solder horn 511 and tin mouth 512 are installed on welding manipulator 510.Side in rack 100 positioned at transport mechanism 200 is set
It is equipped with third transfer assembly 520, third transfer assembly 520 is driven including third driving wheel (not showing in figure), several thirds
Wheel (not shown in figure), the third conveyer chain (not shown in figure) being set between third driving wheel and third driven wheel
And the servo motor (not showing in figure) for driving third driving wheel to rotate, third conveyer chain are equipped with for carrying PCB
Multiple loading trays 521 of plate, multiple loading trays 521 are set with multiple latches 221 on the first conveyer chain 220 relatively one by one respectively
It sets.Dressing mechanism 400 rotates glass lamp, makes glass-fiber-plate close to pcb board, third conveyer chain is for transmitting pcb board to bonding machine
Tool hand 510 is located at third conveyer chain side welding manipulator 510 and drives solder horn 511 and tin mouth 512 by pcb board and glass-fiber-plate
Weld together, the welding manipulator far from third conveyer chain is then welded to connect line on glass-fiber-plate.
As shown in Figure 7 and Figure 8, installation lamp holder mechanism 600 includes for the socket in the both ends of glass lamp socket lamp cap
Manipulator (not shown in figure) and for be socketed in glass lamp both ends lamp cap carry out tangent line and punching point tangent line rush a little
Device 620.Tangent line punching point device 620 includes two portal frames 621, Mei Gelong for being respectively arranged at the two sides of transport mechanism 200
Sliding is provided with cutter 622 on door frame 621, is provided on each portal frame 621 for driving cutter 622 to move up and down
Third actuator 623, third actuator 623 here can use hydraulic cylinder, and cutter 622 is for cutting off company extra on lamp cap
Wiring.There are four punching point needles 624, the bottom end of four punching point needles 624 to stretch out the bottom end of cutter 622, punching for setting on cutter 622
Being arranged right below for point needle 624 rushes a platform 625 for carry lamp cap, and a punching point needle 624 is provided on cutter 622, can cut
It carries out lamp cap while cutting to rush a little, four punching point needles 624 can rush a little to the lamp cap of two fluorescent tubes simultaneously, improve processing speed
Rate.
Preferably, in order to facilitate tangent line, tangent line punching point device 620 further includes for adjusting lamp cap position so that lamp cap is located at
The auxiliary push piece 630 of punching point platform 625 top, auxiliary push piece 630 be located at the side of transport mechanism 200 and with one of portal frame 621
It is oppositely arranged, auxiliary push piece 630 includes push plate 631 and drives push plate 631 close or fourth drive member far from transport mechanism 200
632, third actuator 623 drives the lamp cap of one end of the auxiliary promotion of push plate 631 glass lamp, makes the lamp of the other end of glass lamp
Head is located at the surface of punching point platform 625, facilitates tangent line and rushes a little.
As shown in figures 7 and 9, testing agency 700 includes the channel tester and use for detecting fluorescent tube channel status
In the degradation detecting device of the detection resistance to high-low voltage performance of fluorescent tube.
Channel tester includes two detection columns 711 set on transport mechanism 200 and for being electrically connected with tube lamp holder,
The energization head of connection power supply is provided on detection column 711, channel tester further includes the screening group for removing breaking fluorescent tube
Part, screening component include substandard products carrier bar 714 for carrying breaking fluorescent tube and for breaking fluorescent tube to be moved to substandard products carrying
The third manipulator 713 of bar 714, substandard products carrier bar 714 are located at 200 top of transport mechanism, when the fluorescent tube for installing lamp cap transmits
To when detecting column 711, energization head is electrically connected connection with lamp cap, so that detecting fluorescent tube whether there is open circuit conditions, it is disconnected when detecting
When street lamp pipe, third manipulator 713 then moves to the open circuit fluorescent tube on substandard products carrier bar 714.
Degradation detecting device includes detection case 721, and multiple detection seats for being electrically connected with fluorescent tube are equipped in detection case 721
722, each detection seat 722 is separately connected different voltages, such as 240V, 220V or 150V, so that the anti-aging situation of fluorescent tube is detected,
The 4th manipulator for removing substandard products is additionally provided in detection case 721 simultaneously.For production safety, detection case 721 is externally provided with absolutely
Edge protective layer and ground line.
Working principle:
Feeding: glass lamp to be assembled is placed on the first conveyer chain 220 by feed mechanism 300, makes lamp to be assembled
Pipe is transmitted along the first conveyer chain 220；
Arrange: dressing mechanism 400 arranges the fluorescent tube to be detected on the first conveyer chain 220, will be on glass lamp
Glass-fiber-plate is moved to the pcb board for abutting glass-fiber-plate on loading tray 521；
Welding: soldering mechanism 500 welds together the pcb board of glass lamp one end with glass-fiber-plate, in glass lamp
The other end is welded to connect line；
Installation lamp cap: set welding manipulator is socketed two lamp caps in lamp tube ends respectively；
Tangent line rushes a little: the connecting line on lamp cap is cut off and rush a little by tangent line punching point device 620, is completed；
Detection: carrying out energization detection to the fluorescent tube for completing assembling, detect the access situation and anti-aging property of fluorescent tube, and
Filter out substandard products.
All technical characteristics in the present embodiment can be freely combined according to actual needs.
Above-described embodiment is the preferable implementation of the utility model, and in addition to this, the utility model can be with other sides
Formula realizes that any obvious replacement is in the protection model of the utility model under the premise of not departing from the technical program design
Within enclosing.
Claims (10)
1. the automatic assembly line of glass lamp, including rack, the rack is equipped with the conveyer for bearing glass fluorescent tube
Structure, it is characterised in that: the direction of transfer in the rack along transport mechanism is sequentially provided with:
Feed mechanism: for the glass lamp for being pasted with glass-fiber-plate to be placed in transport mechanism；
Dressing mechanism: it is rotated for being placed into the glass lamp in transport mechanism to feed mechanism so as to be pasted with glass-fiber-plate
Side be located at close to rack position；
Soldering mechanism: for welding pcb board to the glass lamp after the rotation of collated mechanism；
Lamp holder mechanism is installed: for carrying out lamp cap installation to the glass lamp for completing pcb board welding；
Testing agency: for carrying out performance detection and non-defective unit screening to the glass lamp for completing lamp cap installation.
2. the automatic assembly line of glass lamp according to claim 1, it is characterised in that: the transport mechanism includes turning
Dynamic the first driving wheel being carried in rack, several first driven wheels, be set in the first driving wheel and several first driven wheels it
Between the first conveyer chain and for drive the first driving wheel rotate the first actuator, first conveyer chain be equipped with for pressing from both sides
Hold multiple latches of glass lamp.
3. the automatic assembly line of glass lamp according to claim 1, it is characterised in that: the feed mechanism includes using
In the trolley of transporting glass fluorescent tube and for the fluorescent tube of small car to be delivered to the climbing apparatus in transport mechanism, the climbing dress
It is arranged in one end of rack, the output end of the trolley is connected to the feed end of climbing apparatus, and the climbing apparatus includes rotation
It is carried on the second driving wheel, the second driven wheel, the second transmission being set between the second driving wheel and the second driven wheel of rack
Chain and for drive the second driving wheel rotate the second actuator.
4. the automatic assembly line of glass lamp according to claim 2, it is characterised in that: the dressing mechanism includes rising
Part and rotating member drop, and the lifters include the cylinder in rack, and the piston rod of the cylinder is equipped with a loading plate,
The loading plate is equipped with the rotating member for rotating glass lamp, and the cylinder is for driving rotating member close to or far from first
The glass lamp that conveyer chain is conveyed；The rotating member includes main rotating wheel, secondary rotating wheel and for driving main rotating wheel to rotate
Driving motor, the axle center distance of the main rotating wheel and secondary rotating wheel is less than the diameter of glass lamp.
5. the automatic assembly line of glass lamp according to claim 1, it is characterised in that: the soldering mechanism includes position
Multiple welding manipulators in the two sides of transport mechanism, the electroplating equipment wielding machine are equipped with solder horn and Xi Zui on hand.
6. the automatic assembly line of glass lamp according to claim 1, it is characterised in that: the installation lamp holder mechanism packet
It includes for the set welding manipulator in the both ends of glass lamp socket lamp cap and for being cut to the lamp cap for being socketed in lamp tube ends
The tangent line punching point device of line and punching point, the tangent line punching point device includes two gantry for being respectively arranged at transport mechanism two sides
Frame, sliding is provided with cutter on each portal frame, is provided on each portal frame for driving cutter or more
The third actuator of movement；Multiple punching point needles are provided on the cutter, the bottom end of multiple punching point needles stretches out cutter
Bottom end, being arranged right below for punching point needle rush a platform for carry lamp cap.
7. the automatic assembly line of glass lamp according to claim 6, it is characterised in that: the tangent line punching point device is also
Including for adjusting lamp cap position so that lamp cap is located at the auxiliary push piece above punching point platform, the auxiliary push piece is located at the one of transport mechanism
It side and is oppositely arranged with one of portal frame, the auxiliary push piece includes push plate and driving push plate close to or far from transport mechanism
Fourth drive member.
8. the automatic assembly line of glass lamp according to claim 1, it is characterised in that: the testing agency includes using
Channel tester in detection fluorescent tube channel status and degradation detecting device for detecting the resistance to high-low voltage performance of fluorescent tube, institute
Stating channel tester includes the detection column set on transport mechanism and for being electrically connected with tube lamp holder, is arranged on the detection column
There is the energization head of connection power supply；The degradation detecting device includes detection case, is equipped in the detection case for being electrically connected with fluorescent tube
The multiple detection seats connect.
9. the automatic assembly line of glass lamp according to claim 8, it is characterised in that: the channel tester is also
Including the screening component for removing breaking fluorescent tube, the screening component include for carry the substandard products carrier bar of breaking fluorescent tube and
For breaking fluorescent tube to be moved to the third manipulator of substandard products carrier bar, the substandard products carrier bar is located above transport mechanism.
10. the automatic assembly line of glass lamp according to claim 8, it is characterised in that: the detection case is externally provided with
Insulating protective layer and ground line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821436320.1U CN208840881U (en) | 2018-08-31 | 2018-08-31 | The automatic assembly line of glass lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821436320.1U CN208840881U (en) | 2018-08-31 | 2018-08-31 | The automatic assembly line of glass lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208840881U true CN208840881U (en) | 2019-05-10 |
Family
ID=66358054
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821436320.1U Active CN208840881U (en) | 2018-08-31 | 2018-08-31 | The automatic assembly line of glass lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208840881U (en) |
-
2018
- 2018-08-31 CN CN201821436320.1U patent/CN208840881U/en active Active
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