CN206799151U - A kind of LED module adhesive injection device - Google Patents
A kind of LED module adhesive injection device Download PDFInfo
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- CN206799151U CN206799151U CN201720501517.8U CN201720501517U CN206799151U CN 206799151 U CN206799151 U CN 206799151U CN 201720501517 U CN201720501517 U CN 201720501517U CN 206799151 U CN206799151 U CN 206799151U
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Abstract
The utility model provides a kind of LED module adhesive injection device, use the production equipment using the semi-automation of instead of over of automated mechanical production equipment, encapsulating and drying is incorporated on a streamline, it substantially reduce the number artificial participation, reduce the labor intensity of operator, production cost is reduced, improves production efficiency and LED module quality.Including encapsulating module, dry module and mask lock screw module；Encapsulating module includes the first bilateral belt line and the glue pouring machine being sequentially connected；Dress tool machine, loading board lift that module includes being sequentially connected are dried, surface drying frame, tool machine is unloaded and unloads plate lift, dress tool machine connects with the outlet of glue pouring machine；Mask lock screw module includes belt line, mask screw locking machine and the bilateral belt line being sequentially connected, and the entrance of belt line is connected with unloading plate lift.
Description
Technical field
LED display production equipment field is the utility model is related to, more particularly to a kind of LED module adhesive injection device.
Background technology
Original LED display manufacture craft includes LED module encapsulating flow, and LED module needs after glue pouring machine encapsulating
Manually turnover is carried out to it to dry, such mode of production on the one hand need to use substantial amounts of turnover tool, turnover equipment and
Operating personnel；The two the entire production line needs to take a large amount of places；Meanwhile manual operation frequently can lead to fill in process of production
Colloid flows everywhere after glue, it is difficult to ensures the uniformity of LED module quality, and accidental damage easily occurs in circular flow
LED module.
Utility model content
The utility model provides a kind of LED module adhesive injection device, is replaced using using automated mechanical production equipment
Semi-automatic production equipment in the past, encapsulating and drying is incorporated on a streamline, substantially reduce the number artificial participation,
The labor intensity of operator is reduced, reduces production cost, improves production efficiency and LED module quality.
To achieve the above object, technical solutions of the utility model are：
A kind of LED module adhesive injection device, including encapsulating module, dry module and mask lock screw module；
The encapsulating module includes the first bilateral belt line and the glue pouring machine being sequentially connected, in the LED light of LED module
Encapsulating in the gap of source；
It is described to dry dress tool machine, loading board lift that module includes being sequentially connected, surface drying frame, unload tool machine and unload plate
Lift, the dress tool machine connect with the outlet of the glue pouring machine, dry tool simultaneously the LED module after encapsulating to be loaded
It is stored on surface drying frame and is dried；
The mask lock screw module includes belt line, mask screw locking machine and the bilateral belt line being sequentially connected, institute
The entrance for stating belt line is connected with the plate lift that unloads, will dry LED module and the mask spiral shell that module circulates
Silk locks fixation.
Further, the glue pouring machine is three sections of fast double track glue pouring machines.
Further, the surface drying frame includes support body, the surface drying frame drive mechanism being installed on the support body and surface drying frame
Controlling organization, the support body include multilayer layer frame, and per sleeper is equipped with frame layer by layer, guide rail is fixed with the sleeper；Every layer
Slideway is additionally provided with layer frame, the slideway is vertically arranged with the guide rail, and the side of the sleeper is embedded in the slideway, described
The end of slideway is provided with position-limit mechanism, and the guide rail can pull out along the slideway direction.
Further, the guide rail includes two heavy tracks being parallel to each other and is set on the outside of the heavy duty guide rail
Rail brackets；The heavy track includes track frame and the heavy track chain being enclosed on outside the track frame；The guide rail
Both ends are provided with lead angle.
Further, the surface drying frame drive mechanism includes motor, driving chain and drive link, the surface drying frame control machine
Structure controls the motor to rotate, and the motor is installed in the frame of the slideway rear end and its top is covered with Weight plate；Institute
The output shaft for stating motor is provided with drive sprocket, and the drive link is provided with driven sprocket, the drive sprocket and described driven
The driving chain is provided between sprocket wheel；The drive link both ends are respectively provided with one and collaborate sprocket wheel, and each sprocket wheel that collaborates is distinguished
With being located at transmission is engaged on the inside of the heavy track chain of respective one end.
Further, the surface drying frame controlling organization include surface drying frame control PLC, control relay, Switching Power Supply and
Optoelectronic switch, the optoelectronic switch are installed on the framework of the surface drying frame, and are connected with the surface drying frame control PLC signal；
The Switching Power Supply controls the switch of the surface drying frame controlling organization；The input of the control relay and the surface drying frame control
PLC processed is connected, and output end controls the surface drying frame drive mechanism.
Further, a backflow layer frame is provided with the multilayer layer frame, the backflow layer frame is with the belt line same
On one horizontal plane；The dress tool machine is arranged on one end of the backflow layer frame, and the tool machine that unloads is arranged on the reflux layer
In frame；
The dress tool machine and the tool machine that unloads include delivery unit, push unit and control unit, the transmission
Unit includes the track being parallel to each other, and the track is provided with conveyer chain；The push unit is arranged among the guide rail, institute
Stating push unit includes push frame, and the push frame both ends are equiped with driving wheel, belt is cased with two driving wheels,
Push rod is fixed with the belt；Described control unit includes intercepting cylinder, position sensor and control circuit, institute's rheme
Put the top that inductor is installed in the conveyer chain, the end for intercepting cylinder and being installed in the track, the control circuit
Electrically connected with the interception cylinder, the position sensor.
Further, the loading board lift and it is described unload plate lift include crane, lifting platform, lifting motor with
And elevator controller, the lifting platform are provided with transmission guide rail, the lifting platform is installed in the crane, the lifting
The elevating movement in the crane of lifting platform described in motor control；The elevator controller includes lift-sensor, risen
Drop machine control circuit and lift control panel, the lift-sensor are installed on the lifting platform, the lift
Control circuit electrically connects with the lift-sensor, and the lift control panel connects with the lift control circuit signal
Connect, to be set to the motion mode of the lift.
From above-mentioned to description of the present utility model, compared to the prior art, the utility model has the following advantages that：
First, the utility model, will using the production equipment of the automated mechanical production equipment semi-automation of instead of over
Three spray three proofings processes are incorporated on a streamline, be substantially reduce the number artificial participation, are reduced the labor intensity of operator,
Production cost is reduced, improves production efficiency and LED module quality, production capacity is original 4 times per hour.
2nd, original scattered streamline is integrated connection by the utility model, is eliminated needed for original material cycling storage
Tool, equipment and space, reduce the occupancy of production site.
3rd, the utility model will send tool back to initial bit automatically again by tool transport module after flow
Put, avoid the flow of man-handling of materials tool, not only save manpower, more improve production efficiency, reduce production cost.
4th, loading board lift and plate lift entirety firm stable is unloaded in the utility model, it is convenient to change LED module,
Flexibility is strong；It is more convenient by modularized design and individually control evaluation control, equipment operation and maintenance.
5th, surface drying frame includes multilayer layer frame in the utility model, adds the parking space and surface drying time of LED module,
And every frame layer by layer and guide rail are separation design, track passes in and out layer frame, convenient inspection and dimension to track separately through slideway
Repair.
6th, the both ends of the utility model middle guide are provided with lead angle, it is ensured that will not clamp during work.
7th, motor is arranged on slideway rear end in the utility model, and is stamped Weight plate above, prevents from sending out in pull guide
Raw rollover, while the position-limit mechanism of slideway end can prevent it from pulling out the problems such as transition slides during track pull-out.
8th, surface drying frame controlling organization is arranged on above framework in the utility model, motor is arranged on behind framework and passed through
Drive link controls chain movement, does not have any line, only track and chain assemblies on such track, simple in construction, convenient follow-up
Maintenance and repair.
9th, only need a small amount of personnel to carry out the nurse of equipment in whole technological process of the present utility model, saved manually into
This, improves production efficiency；Using automatic control system, the uniformity of LED module is ensure that, it is good to improve LED module
Rate, reduce damage risk caused by man-handling of materials.
Tenth, it is reloaded into after LED module being loaded into tool in the utility model in surface drying frame, not only adds the profit of surface drying frame
With rate, the stability that LED module is moved in surface drying frame is further increased；LED module is automatically loaded using dress tool machine simultaneously
In tool, unloaded using tool machine is unloaded, it is ensured that automatically controlling for whole flow process, save manpower, it is ensured that LED module
Steady safety in cargo handling process.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms one of the present utility model
Point, schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model
Improper restriction.In the accompanying drawings：
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is surface drying frame structural representation Fig. 1 of the present utility model；
Fig. 3 is surface drying frame structural representation Fig. 2 of the present utility model；
Fig. 4 is the structural representation of the stereogram of surface drying rack-layer frame of the present utility model；
Fig. 5 is the structural representation of the side view of surface drying rack-layer frame of the present utility model；
Fig. 6 is the motor mounting part schematic diagram of surface drying frame of the present utility model；
Fig. 7 is the schematic diagram of the work block diagram of the utility model surface drying frame controlling organization；
Fig. 8 is loading board lift of the present utility model and the partial structural diagram for unloading plate double track lift；
Fig. 9 is the structural representation that the utility model fills tool machine；
Figure 10 is the structural representation that the utility model unloads tool machine.
Embodiment
In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with
Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It is it should be appreciated that described herein specific real
Example is applied only to explain the utility model, is not used to limit the utility model.
Referring to figs. 1 to Figure 10, a kind of LED module adhesive injection device, including encapsulating module 4, dry module 5 and mask lock spiral shell
Silk module 6；
The encapsulating module 4 includes the first bilateral belt line 40 and the glue pouring machine 41 being sequentially connected, the first bilateral skin
Band line 40 is connected with the drain pan screw locking machine 31, to the encapsulating in the LED light source gap of LED module；
It is described to dry dress tool machine 50, loading board lift 51 that module 5 includes being sequentially connected, surface drying frame 12, unload tool machine
52 and plate lift 53 is unloaded, the dress tool machine 50 connects with the outlet of the glue pouring machine 41, to by the LED moulds after encapsulating
It is assembled into dry tool and be stored on surface drying frame 12 and is dried；
Belt line 60 that mask lock screw module 6 includes being sequentially connected, mask screw locking machine 61 and second are bilateral
Belt line 60, the entrance of the belt line 60 are connected with the plate lift 53 that unloads, will dry what module 5 circulated
LED module is fixed with mask with screw locking.The glue pouring machine is three sections of fast double track glue pouring machines.
The glue pouring machine 41 is three sections of fast double track glue pouring machines.
The surface drying frame 12 includes support body 120, the surface drying frame drive mechanism 121 being installed on the support body 120 and surface drying
Frame controlling organization 122, the support body 120 include multilayer layer frame 123, every to be equipped with sleeper 1200, the sleeper in frame layer by layer
Guide rail 1201 is fixed with 1200；Per slideway 1202 is additionally provided with frame 123 layer by layer, the slideway 1202 hangs down with the guide rail 1201
Straight to set, the side of the sleeper 1200 is embedded in the slideway 1202, and the end of the slideway 1202 is provided with position-limit mechanism, institute
Stating guide rail 1201 can pull out along the direction of slideway 1202.
The guide rail 1201 includes two heavy tracks 124 being parallel to each other and is set in the outside of heavy track 124
Rail brackets 125；The heavy track 124 includes track frame 1240 and the heavy track being enclosed on outside the track frame 1240
Chain 1241；The both ends of the guide rail 1201 are provided with lead angle.
The surface drying frame drive mechanism 121 includes motor 1210, driving chain 1211 and drive link 1212, the surface drying frame
Controlling organization 122 controls the motor 1210 to rotate, the motor 1210 be installed in the frame of the rear end of slideway 1202 and
Its top is covered with Weight plate 1242；The output shaft of the motor 1210 is provided with drive sprocket 1213, the drive link 1212
Driven sprocket 1214 is provided with, the driving chain is provided between the drive sprocket 1213 and the driven sprocket 1214
1211；The both ends of drive link 1212 are respectively provided with one and collaborate sprocket wheel 1215, each described to collaborate sprocket wheel 1215 respectively with being located at respectively
The inner side of the heavy track chain 1241 occlusion transmission from one end.
The surface drying frame controlling organization 122 includes surface drying frame control PLC 1220, control relay 1221, Switching Power Supply
1222 and optoelectronic switch 1223, the optoelectronic switch 1223 be installed on the framework of the surface drying frame 12, and with the surface drying
The signal of frame control PLC 1220 connects；The Switching Power Supply 1222 controls the switch of the surface drying frame controlling organization 122；The control
The input of relay 1221 processed is connected with the surface drying frame control PLC 1220, and output end controls the surface drying frame drive mechanism
121。
A backflow layer frame is provided with the multilayer layer frame 123, the backflow layer frame is with the belt line 60 in same water
In plane；The dress tool machine 50 is arranged on one end of the backflow layer frame, and the tool machine 52 that unloads is arranged on the reflux layer
In frame；
The dress tool machine 50 and the tool machine 52 that unloads include delivery unit 500, push unit 501 and control unit
502, the delivery unit 500 includes the track 5000 being parallel to each other, and the track 5000 is provided with conveyer chain 5001；It is described to push away
Unit 501 is sent to be arranged among the guide rail 1201, the push unit 501 includes push frame 5010, the push frame 5010
Both ends are equiped with driving wheel 5011, and belt 5012 is cased with two driving wheels 5011, is fixed with the belt 5012
Push rod 5013；Described control unit 502 includes intercepting cylinder 5020, position sensor 5021 and control circuit, institute's rheme
The top that inductor 5021 is installed in the conveyer chain 5001 is put, the interception cylinder 5020 is installed in the track 5000
End, the control circuit electrically connect with the interception cylinder 5020, the position sensor 5021.
The loading board lift 51 and the plate lift 53 that unloads include crane 800, lifting platform 801, lifting electricity
Machine 802 and elevator controller 803, the lifting platform 801 are provided with transmission guide rail, and the lifting platform 801 is installed in described
In crane 800, the lifting motor 802 controls the lifting platform 801 elevating movement in the crane 800；The liter
Dropping machine controller 803 includes lift-sensor, lift control circuit and lift control drain pan, the lift sensing
Device is installed on the lifting platform 801, and the lift control circuit electrically connects with the lift-sensor, the lift
Control drain pan is connected with the lift control circuit signal, to be set to the motion mode of the lift.
A kind of LED module process for filling colloid, comprises the following steps：
A, glue pouring machine encapsulating into the source gap of LED module；
B, the LED module after encapsulating is dried；
LED module after drying is combined to simultaneously lock screw with mask c,.
LED module described in step b, which is dried, to be comprised the following steps：
(a), LED module is fed：Dress tool machine, which loads the LED module after encapsulating, dries tool；And by loading board lift
The tool that dries for being loaded with LED module is loaded in surface drying frame；
(b), LED module discharges：After drying, unload plate lift and take the tool that dries for being loaded with LED module from surface drying frame
Under；
(c), unload tool machine to remove LED module from drying on frame, LED module enters downstream, and tool is through reflux layer
Frame such as is reversely sent at loading board lift at the tool to be installed.
LED module charging described in step (a) comprises the following steps：
A), the elevator controller programme-control of loading board lift searches dead level；
B), the lifting platform of loading board lift connects tool to backflow layer frame joint, and tool flows into lifting trolley, tool stream
In place；
C), lifting platform declines, and takes tool to fishplate bar position, the LED module for the tool to be installed such as having is stopped on glue pouring machine, now
Belt conveyor on glue pouring machine delivers to LED module on dress tool machine；
D), LED module is delivered to dress tool machine and loading board lift intersection through filling the delivery unit of tool machine, and push is single
Member is advanced to LED module in tool；Wherein tool includes upper strata tool and lower floor's tool, after lower floor's tool is filled, loading board
Lift declines one layer, and push unit pushes in LED module to tool again, until two layers of tool is all filled；
E), loading board lift starts to be elevated to the dead level position of searched in advance, and LED module enters in layer frame, simultaneously
LED module starts surface drying timing, and loading board lift is elevated to backflow layer rack and connects sky tool, and it is dynamic to circulate next LED module charging
Make.
LED module discharging described in step (b) comprises the following steps：
A), LED module is in surface drying frame surface drying, and surface drying frame PLC control program SER sends search instruction, when searching caching
Between maximum, and maximum >=surface drying line setting time, i.e. LED module surface drying time arrive, and LED module can discharge；
B), unload plate lift automatic lifting and opened to bed of material position fishplate bar, this layer of stop gauge can be gone out, the LED equipped with fixture
Module is sent to by chain and unloaded on plate lift, after LED module be transported to lifting platform and in place after, layer stop gauge close
Close, unload plate lift and start to be elevated to out material position；
C), such as in belt line without LED module, LED module on plate lift is unloaded by unloading the push unit handle of tool machine
The LED module on fixture upper strata is shifted onto in belt line, and upper strata push pedal is completed, and push unit return, is unloaded plate lift and is risen to lower floor
Go out material position, treat that lid belt line filling position performs lower floor's LED module discharging without plate, the LED module unloaded in plate lift passes through
Push unit is shifted the LED module of fixture lower floor in belt line onto, and lower floor's push pedal is completed, and rushing board mechanism returns to position；
D), unload the reversion of plate lift power and empty double-deck fixture is transported to backflow layer frame, backflow layer frame is reverse by empty fixture
Return at dress tool machine；Leave the lifting platform for unloading plate lift completely with empty fixture, unload plate lift just start to connect it is next
LED module discharges.
Workflow of the present utility model is specific as follows：
LED module is delivered to the working position of glue pouring machine 41 with the first bilateral line 6040 of belt 5012, after LED module is sent to position,
The self-powered platform 30 of glue pouring machine 41 rises, side cylinders positioning, and drawing material cylinder tenses, and manipulator is by LED circuit board model and in advance
The program that has first programmed carries out encapsulating, and LED module is delivered to the outlet port of glue pouring machine 41 and kept in after encapsulating；
The programme-control of elevator controller 803 of loading board lift 51 searches dead level simultaneously；The liter of loading board lift 51
Drop platform 801 connects tool to backflow layer frame joint, and tool flows into the car of lifting platform 801, and tool flows to position；Lifting platform 801 declines,
Take tool to fishplate bar position, the LED module for the tool to be installed such as having is stopped on glue pouring machine 41, now the belt conveyor on glue pouring machine 41
5012 deliver to LED module on dress tool machine 50；LED module is delivered to dress tool machine through filling the delivery unit 500 of tool machine 50
50 are advanced to LED module in tool with the intersection of loading board lift 51, push unit 501；Wherein tool includes upper strata tool
With lower floor's tool, after lower floor's tool is filled, loading board lift 51 declines one layer, and push unit 501 pushes LED module extremely again
In tool, until two layers of tool is all filled；Loading board lift 51 starts to be elevated to the dead level position of searched in advance, LED module
Into in layer frame, simultaneously LED module starts surface drying timing, and loading board lift 51 is elevated to backflow layer rack and connects sky tool,
Circulate next LED module charging action；
LED module is in the surface drying of surface drying frame 12, and surface drying frame 12PLC control programs SER sends search instruction, when searching caching
Between maximum, and maximum >=surface drying line setting time, i.e. LED module surface drying time arrive, and LED module can discharge；Unload plate lifting
The automatic lifting of machine 53 is opened to that can go out bed of material position fishplate bar, this layer of stop gauge, and the LED module equipped with fixture is sent by chain
To unloading on plate lift 53, after LED module be transported to lifting platform 801 and in place after, layer stop gauge is closed, and unloads plate lift 53
Start to be elevated to out material position；As, without LED module, unloaded the LED module on plate lift 53 by unloading tool on the line 60 of belt 5012
The push unit 501 of machine 52 is shifted the LED module on fixture upper strata on the line 60 of belt 5012 onto, and upper strata push pedal is completed, push unit
501 returns, unload plate lift 53 and rise to lower floor and go out material position, treat that the filling position of 5012 line of lid belt 60 performs lower floor without plate
LED module is discharged, and the LED module of fixture lower floor is shifted onto belt by the LED module unloaded in plate lift 53 by push unit 501
On 5012 lines 60, lower floor's push pedal is completed, and rushing board mechanism returns to position；The reversion of the power of plate lift 53 is unloaded to be transported to empty double-deck fixture
Flow back layer frame, and backflow layer frame reversely returns to empty fixture at dress tool machine 50；Left completely with empty fixture and unload plate lift 53
Lifting platform 801, unload plate lift 53 and just start to connect next LED module discharging；
LED module into the line 60 of belt 5012 checks whether surface drying, with the presence or absence of excessive glue, bottom on the line 60 of belt 5012
Shell whether viscose glue etc., examine qualified LED circuit board to cover after mask automatic transport in mask screw locking machine 61；
The LED module for covering mask is sent into mask screw locking machine 61 by the line 60 of belt 5012, mask screw locking machine 61
Lock screw position coordinate is distributed according to screw quantity, one, which shares 5 stand lock screws, participates in locking screw process, wherein First successively
Mask is first fixed by technological requirement, mask screw locking machine 61 below is uniformly distributed by a bit quantity, carries out screw locking successively
Work, the LED module for locking end screw are delivered to appearance test, and thus LED module encapsulating process is completed, and LED module flows into next
Process.
The utility model uses the production equipment of the automated mechanical production equipment semi-automation of instead of over, by three
Spray three proofings process is incorporated on a streamline, be substantially reduce the number artificial participation, is reduced the labor intensity of operator, is reduced
Production cost, improves production efficiency and LED module quality, production capacity is original 4 times per hour.Simultaneously, will be original
Scattered streamline integrates connection, eliminate original material cycling storage needed for tool, equipment and space, reduce production
The occupancy in place.And initial position back to again will be sent tool automatically after flow by tool transport module, avoid
The flow of man-handling of materials tool, manpower is not only saved, more improves production efficiency, reduces production cost.
Preferred embodiment of the present utility model has shown and described in described above, as previously described, it should be understood that this practicality is new
Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and available for various other groups
Conjunction, modification and environment, and above-mentioned teaching or the technology of association area can be passed through in utility model contemplated scope described herein
Or knowledge is modified.And the change and change that those skilled in the art are carried out do not depart from spirit and scope of the present utility model, then
All should be in the protection domain of the appended claims for the utility model.
Claims (8)
- A kind of 1. LED module adhesive injection device, it is characterised in that：Including encapsulating module, dry module and mask lock screw module；The encapsulating module includes the first bilateral belt line and the glue pouring machine being sequentially connected, between the LED light source of LED module Encapsulating in gap；It is described dry module include be sequentially connected dress tool machine, loading board lift, surface drying frame, unload tool machine and unload plate lifting Machine, the dress tool machine connect with the outlet of the glue pouring machine, the LED module loading after encapsulating is dried into tool and stored Dried on surface drying frame；The mask lock screw module includes belt line, mask screw locking machine and the bilateral belt line being sequentially connected, the skin Entrance with line is connected with the plate lift that unloads, will dry LED module and the mask screwed lock that module circulates Attached fixation.
- A kind of 2. LED module adhesive injection device as claimed in claim 1, it is characterised in that：The glue pouring machine is three sections of fast double tracks Glue pouring machine.
- A kind of 3. LED module adhesive injection device as claimed in claim 1, it is characterised in that：The surface drying frame includes support body, installing Surface drying frame drive mechanism and surface drying frame controlling organization on the support body, the support body include multilayer layer frame, often layer by layer in frame Sleeper is equipped with, guide rail is fixed with the sleeper；Per slideway is additionally provided with frame layer by layer, the slideway is vertical with the guide rail to be set Put, the side of the sleeper is embedded in the slideway, and the end of the slideway is provided with position-limit mechanism, and the guide rail can be along the cunning Road direction pulls out.
- A kind of 4. LED module adhesive injection device as claimed in claim 3, it is characterised in that：The guide rail, which includes two, mutually puts down Capable heavy track and the rail brackets being set on the outside of the heavy duty guide rail；The heavy track includes track frame and is enclosed on institute State the heavy track chain outside track frame；The both ends of the guide rail are provided with lead angle.
- A kind of 5. LED module adhesive injection device as claimed in claim 4, it is characterised in that：The surface drying frame drive mechanism includes Motor, driving chain and drive link, the surface drying frame controlling organization control the motor to rotate, and the motor is installed in the cunning In the frame of road rear end and its top is covered with Weight plate；The output shaft of the motor is provided with drive sprocket, the drive link Driven sprocket is provided with, the driving chain is provided between the drive sprocket and the driven sprocket；The drive link both ends It is respectively provided with one and collaborates sprocket wheel, each sprocket wheel that collaborates is engaged with being located on the inside of the heavy track chain of respective one end respectively Transmission.
- A kind of 6. LED module adhesive injection device as claimed in claim 5, it is characterised in that：The surface drying frame controlling organization includes Surface drying frame control PLC, control relay, Switching Power Supply and optoelectronic switch, the optoelectronic switch are installed in the surface drying frame On framework, and it is connected with the surface drying frame control PLC signal；The Switching Power Supply controls opening for the surface drying frame controlling organization Close；The input of the control relay is connected with the surface drying frame control PLC, and output end controls the surface drying frame driving machine Structure.
- A kind of 7. LED module adhesive injection device as claimed in claim 3, it is characterised in that：One is provided with the multilayer layer frame Flow back layer frame, and the backflow layer frame is with the belt line in same level；The dress tool machine is arranged on the reflux layer One end of frame, the tool machine that unloads are arranged in the backflow layer frame；The dress tool machine and the tool machine that unloads include delivery unit, push unit and control unit, the delivery unit Including the track being parallel to each other, the track is provided with conveyer chain；The push unit is arranged among the guide rail, described to push away Unit is sent to include push frame, the push frame both ends are equiped with driving wheel, belt, the skin are cased with two driving wheels Take and be fixed with push rod；Described control unit includes intercepting cylinder, position sensor and control circuit, the location sensitive Device is installed in the top of the conveyer chain, the end for intercepting cylinder and being installed in the track, the control circuit with it is described Intercept cylinder, position sensor electrical connection.
- A kind of 8. LED module adhesive injection device as claimed in claim 1, it is characterised in that：The loading board lift and described unload Plate lift includes crane, lifting platform, lifting motor and elevator controller, and the lifting platform is led provided with transmission Rail, the lifting platform are installed in the crane, and the lifting motor controls the lifting platform to be lifted in the crane Motion；The elevator controller includes lift-sensor, lift control circuit and lift control panel, the liter Drop machine sensor is installed on the lifting platform, and the lift control circuit electrically connects with the lift-sensor, described Lift control panel is connected with the lift control circuit signal, to be set to the motion mode of the lift It is fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720501517.8U CN206799151U (en) | 2017-05-08 | 2017-05-08 | A kind of LED module adhesive injection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720501517.8U CN206799151U (en) | 2017-05-08 | 2017-05-08 | A kind of LED module adhesive injection device |
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| Publication Number | Publication Date |
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| CN206799151U true CN206799151U (en) | 2017-12-26 |
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|---|---|---|---|
| CN201720501517.8U Expired - Fee Related CN206799151U (en) | 2017-05-08 | 2017-05-08 | A kind of LED module adhesive injection device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107032278A (en) * | 2017-05-08 | 2017-08-11 | 厦门强力巨彩光电科技有限公司 | A kind of LED modules adhesive injection device and technique |
| CN109654095A (en) * | 2018-11-13 | 2019-04-19 | 浙江凯耀照明股份有限公司 | LED drive power fills black glue assembling device and fills black glue assemble method |
-
2017
- 2017-05-08 CN CN201720501517.8U patent/CN206799151U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107032278A (en) * | 2017-05-08 | 2017-08-11 | 厦门强力巨彩光电科技有限公司 | A kind of LED modules adhesive injection device and technique |
| CN109654095A (en) * | 2018-11-13 | 2019-04-19 | 浙江凯耀照明股份有限公司 | LED drive power fills black glue assembling device and fills black glue assemble method |
| CN109654095B (en) * | 2018-11-13 | 2020-10-16 | 浙江凯耀照明股份有限公司 | LED driving power supply black glue filling assembly device and black glue filling assembly method |
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Granted publication date: 20171226 Termination date: 20180508 |