CN209479165U - A kind of automatic joint device suitable for tablet computer touch screen - Google Patents
A kind of automatic joint device suitable for tablet computer touch screen Download PDFInfo
- Publication number
- CN209479165U CN209479165U CN201821640072.2U CN201821640072U CN209479165U CN 209479165 U CN209479165 U CN 209479165U CN 201821640072 U CN201821640072 U CN 201821640072U CN 209479165 U CN209479165 U CN 209479165U
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- China
- Prior art keywords
- trackpad
- display board
- component
- cover board
- plate
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- 238000006073 displacement reaction Methods 0.000 claims abstract description 108
- 238000010030 laminating Methods 0.000 claims abstract description 91
- 238000003825 pressing Methods 0.000 claims abstract description 79
- 230000007246 mechanism Effects 0.000 claims abstract description 66
- 238000012937 correction Methods 0.000 claims abstract description 61
- 230000007723 transport mechanism Effects 0.000 claims abstract description 38
- 238000012546 transfer Methods 0.000 claims abstract description 27
- 239000000463 material Substances 0.000 claims description 72
- 238000001514 detection method Methods 0.000 claims description 31
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 238000001179 sorption measurement Methods 0.000 description 58
- 238000013519 translation Methods 0.000 description 26
- 238000003475 lamination Methods 0.000 description 24
- 230000005540 biological transmission Effects 0.000 description 16
- 238000000034 method Methods 0.000 description 14
- 239000003638 chemical reducing agent Substances 0.000 description 12
- 238000005096 rolling process Methods 0.000 description 10
- 238000012545 processing Methods 0.000 description 9
- 238000007664 blowing Methods 0.000 description 8
- 238000010586 diagram Methods 0.000 description 8
- 230000005693 optoelectronics Effects 0.000 description 6
- 238000005070 sampling Methods 0.000 description 6
- 239000011521 glass Substances 0.000 description 5
- 239000003292 glue Substances 0.000 description 5
- 238000007789 sealing Methods 0.000 description 4
- 239000013307 optical fiber Substances 0.000 description 3
- 238000010521 absorption reaction Methods 0.000 description 2
- 230000002950 deficient Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000006698 induction Effects 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical compound [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 description 1
- VEUACKUBDLVUAC-UHFFFAOYSA-N [Na].[Ca] Chemical compound [Na].[Ca] VEUACKUBDLVUAC-UHFFFAOYSA-N 0.000 description 1
- 239000000853 adhesive Substances 0.000 description 1
- 230000001070 adhesive effect Effects 0.000 description 1
- 238000003491 array Methods 0.000 description 1
- 230000001174 ascending effect Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000008020 evaporation Effects 0.000 description 1
- 238000001704 evaporation Methods 0.000 description 1
- 239000000835 fiber Substances 0.000 description 1
- 239000005357 flat glass Substances 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 229910003437 indium oxide Inorganic materials 0.000 description 1
- PJXISJQVUVHSOJ-UHFFFAOYSA-N indium(iii) oxide Chemical compound [O-2].[O-2].[O-2].[In+3].[In+3] PJXISJQVUVHSOJ-UHFFFAOYSA-N 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 230000005622 photoelectricity Effects 0.000 description 1
- 229910052710 silicon Inorganic materials 0.000 description 1
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- 238000004544 sputter deposition Methods 0.000 description 1
- 239000000758 substrate Substances 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
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- Automatic Assembly (AREA)
Abstract
The utility model discloses a kind of automatic joint devices suitable for tablet computer touch screen, it is equipped with loading and unloading assembly line on the rack, Trackpad laminating apparatus and display board laminating apparatus, display board laminating apparatus includes display board pressing device, display board pressing device includes Trackpad transfer device, laminating mechanism on display board, laminating mechanism and display board transport mechanism under display board, laminating mechanism includes lower pressing displacement member under display board, display board correction component and pushing mould assembling body, display board correction component is arranged on lower pressing displacement member, mould assembling body is pushed to be arranged on display board correction component；The top for pushing mould assembling body is equipped with the inner cavity of opening upwards, and intracavitary setting display board placement platform, the rotatable platform of display board correction component are connect with display board placement platform inside.The utility model structure is simple, easy to use, shortens workflow, improves production efficiency, has good market application value.
Description
Technical field
The utility model relates to touch screen abutted equipment fields, more particularly to, one kind being suitable for tablet computer and touches
The automatic attaching technique of screen.
Background technique
Now with the continuous development of society, smart machine is more more and more universal, and people's trip generally can all carry hand
Machine, plate, due to the limitation of handset size and function, user is sometimes more likely to using portable tablet computer,
The touch of tablet computer can consequently also be required it is also higher and higher, and it is existing during the fitting of touch screen, due to vacuum degree,
The factors such as pressure, temperature do not reach requirement or operator is not professional can all cause to generate bubble when fitting, and non-defective unit is bad, because
This, the prior art is defective, needs to improve.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of new to be suitable for the automatic of tablet computer touch screen
Attaching process.
To achieve the above object, the utility model uses following technical solutions: one kind being suitable for tablet computer and touches
Touch the automatic attaching technique of screen, comprising the following steps:
S1 expects in step that cover board is put into feeding pipeline by operator on the cover board, will be for adding by feeding pipeline
The orderly discharge port for flowing to feeding pipeline of the cover board of work；Meanwhile electric-control system driving cover board flip component work, by cover board
Returning face plate is placed on the discharge outlet of feeding pipeline, and when cover board flows on overturning adsorption plate, overturning adsorption plate adsorbs cover board,
Cover board overturns speed reducer and drives the rotation of cover board returning face plate, and cover board is put into the operating position of cover board correction component；Then, cover board turns over
Turning speed reducer drives overturning adsorption plate to return, and waits feeding next time；
S2 expects in step that one group of generation processing Trackpad is placed on Trackpad feeding component by operator on the touch pad
Trackpad loading plate on, electric-control system drives the work of Trackpad feeding component, its corresponding Y-axis driving assembly is made to drive touch-control
Plate take-off assembly is moved to the surface of the Trackpad loading plate of Trackpad feeding component, and Z axis driving assembly is by Trackpad feeding
Component drops to certain altitude in order to draw Trackpad, and then Z axis driving assembly retraction drives in Trackpad take-off assembly
It moves, then Y-axis driving assembly drives Trackpad take-off assembly to move back to the surface of Trackpad pan feeding component, Z axis driving assembly
Trackpad take-off assembly is dropped into certain altitude in order to which Trackpad is placed on Trackpad pan feeding adsorption plate, then Z axis drives
Dynamic component retraction drives the return of Trackpad take-off assembly, completes a feeding；
S3 turns in material step in Trackpad, and electric-control system drives the work of Trackpad material transfer component, pushes away its corresponding translation
Bar cylinder drives Trackpad to move the top that material component is moved to Trackpad pan feeding adsorption plate, and then electric-control system driving Trackpad moves
Expect that the lifting cylinder of component will move material mouthpiece part and move down certain altitude in order to draw Trackpad, then electric-control system drives
The lifting cylinder that Trackpad moves material component, which drives to move, expects that mouthpiece part moves up, and then electric-control system driving translation push rod cylinder drives
Trackpad moves the top that material component is moved to net cage fitting component, and then electric-control system driving Trackpad moves the lifting air of material component
Cylinder will move material mouthpiece part and move down certain altitude in order to be placed on Trackpad on the net cage cover board of net cage fitting component, then
It moves material mouthpiece part to reset, waits feeding next time；Then, electric-control system drives Trackpad dyestripping component operation, electric-control system
Drive the lifting cylinder of Trackpad dyestripping component that dyestripping gripping finger cylinder is moved down certain altitude in order to by the OCA glue on Trackpad
Dyestripping, then Trackpad dyestripping component resets；
S4, in Trackpad contraposition set-up procedure, electric-control system drives the work of net cage displacement member, makes its corresponding ball
Screw rod drives net cage fitting component to move back to the lower section of Trackpad CCD para-position component, and Trackpad CCD para-position component passes through Trackpad
Trackpad CCD camera module is moved to the position for being suitble to photograph by X-axis driving assembly, is clapped the Trackpad on net cage cover board
According to, and electric-control system is transmitted data to, electric-control system calculates Trackpad on a front and back left side by the identification to positioning reference point
Then the offset of right direction controls cover board correction component and adjusts accordingly to cap locations；
S5, in Trackpad laminating step, electric-control system drives the work of net cage displacement member, after driving net cage fitting component
Foundry position is moved to, foundry position and cover board correction component are on same straight line, are convenient for cover board displacement member blowing；Then automatically controlled system
Cover board is drawn by the cover board displacement adsorption plate of cover board displacement member, and cover board is driven to move by system driving cover board displacement member work
Position adsorption plate is moved to the surface of cover board CCD para-position component, is taken pictures to cover board by cover board CCD para-position component and is sent data
To electric-control system, determine whether cover board is adjusted in place by electric-control system, if electric-control system determines cover board angle, and there are deviations, then
It controls cover board displacement rotary cylinder and carries out corresponding angular turn, then drive cover board displacement adsorption plate to move by cover board displacement member
It is bonded the surface of component to net cage, and cover board is placed on the net cage cover board of net cage fitting component；If electric-control system determines
Cap locations are accurate, directly drive cover board displacement adsorption plate that cover board is placed on to the touch-control on net cage cover board by cover board displacement member
Above plate；Then, the joint assembly of net cage body drives rolling to cabinet vacuumize process, the lifting cylinder of rubber roller pressing assembly
Rubber roller moves up, and abuts net cage cover board, at this point, cover board displacement adsorption plate is maintained at lower pan position, rolling rubber roller applies net cage cover board
Add light pressure, and then active force is applied to Trackpad and cover board, then rubber roller driving screw rod drives rolling rubber roller to move right,
Complete the slight pressing to Trackpad and cover board；
S6, in Trackpad transfer step, electric-control system drives the work of Trackpad transport mechanism, pushes away its corresponding translation
Bar cylinder drives Trackpad extracting members to move to above the fitting component of the net cage in foundry position；Then Trackpad transport mechanism
Lifting cylinder drive Trackpad extracting members move down certain altitude in order to will by touch control board laminating machine structure be bonded after touch-control
Plate is drawn, and then electric-control system driving lifting cylinder drives Trackpad extracting members to move up, and then electric-control system drives Trackpad
The Trackpad that the corresponding translation push rod cylinder of transport mechanism drives Trackpad extracting members to move to display board laminating apparatus corrects structure
Above part, then the lifting cylinder of Trackpad transport mechanism drives Trackpad extracting members to move down certain altitude in order to by touch-control
Plate is placed on the operating position of Trackpad correction component；
S7 expects in step that electric-control system drives the Feeder Manipulator work that mechanism side side is pressed under display board on the display panel
Make, clamped the display board of generation processing by Feeder Manipulator and is placed on the display board placement platform of laminating mechanism under display board
On；
S8, in display board set-up procedure, the lower pressing displacement member work of electric-control system driving is driven after pushing mould assembling body
The downside of display board CCD para-position component is moved to, electric-control system drives the work of display board CCD para-position component, by display board CCD para-position
Component transmits data to electric-control system after taking pictures, electric-control system calculates display board preceding by the identification to positioning reference point
The offset of left and right directions afterwards, and automatically control display board correction component and carry out corresponding amount of movement or the corresponding angle reality of rotation
Now accurate automatic positioning；
S9, in Trackpad blowing step, electric-control system drives the work of Trackpad transfer device, pushes away its corresponding X-axis
Bar cylinder drives Trackpad material folding adsorption plate to move to above Trackpad correction component, and Z axis lifting cylinder drives Trackpad material folding to inhale
Attached plate moves down, and Trackpad material folding adsorption plate draws Trackpad, and then electric-control system driving Z axis lifting cylinder drives Trackpad folder
Expect adsorption plate return, X-axis push rod cylinder drive Trackpad material folding adsorption plate moves to the top of Trackpad placement member, by Trackpad
It is placed on Trackpad placement member, then X-axis push rod cylinder drives the return of Trackpad material folding adsorption plate, and waiting takes next time
Material；Then the work of electric-control system driving Trackpad placement member, the Y-axis push rod cylinder of Trackpad placement member place Trackpad
Plate moves to the lower section of laminating mechanism on display board；Then laminating mechanism works under electric-control system driving display board, keeps its corresponding
Upper pressing driving assembly drives pressing cabinet to move down, and upper pressing cabinet moves down certain altitude and passes through Trackpad suction disc for Trackpad
Trackpad in placement plate is drawn；Then the Y-axis push rod cylinder of Trackpad placement member drives the return of Trackpad placement plate, waits
Blowing next time；
S10, in display board laminating step, the lower pressing displacement member of electric-control system driving works on, and drives lower pressing
Cabinet is moved back to the downside of laminating mechanism on display board, and then laminating mechanism works under electric-control system driving display board, keeps its right
The upper pressing driving assembly answered drives pressing cabinet to move down, and upper pressing cabinet moves down certain altitude and pushes mould assembling body air-tightness
Pressing, completion Trackpad are bonded with display board；Then pressing driving assembly work in electric-control system driving, drives it and presses
Mould assembling body moves up, and the touch screen that fitting is completed is placed on display board placement platform, waits rewinding；
S11, in rewinding step, the lower pressing displacement member work of electric-control system driving, drive pushes mould assembling body and moves forward to
The downside of display board transport mechanism, then the work of electric-control system driving display board transport mechanism, makes its corresponding push rod cylinder band
Dynamic sucking plate, which moves to, to be pushed above mould assembling body；Then the lifting cylinder of display board transport mechanism drives sucking plate to move down certain altitude
It is drawn in order to which the touch screen completed will be bonded, then the lifting cylinder of electric-control system driving display board transport mechanism, which drives, draws
Plate moves up, and then the corresponding push rod cylinder of electric-control system driving display board transport mechanism drives sucking plate to move to blanking pipeline,
Then the lifting cylinder of display board transport mechanism drives sucking plate to move down certain altitude in order to which the touch screen for completing fitting is put
It sets on blanking pipeline, completes rewinding on blanking pipeline.
Preferred embodiment further includes lamination detecting step in S2 Trackpad feeding step, and lamination detection means are set to touching
It controls on the stroke route between plate feeding component and Trackpad feeding component, in the Trackpad take-off assembly of Trackpad feeding component
In the stroke for drawing Trackpad return, by lamination detection means, detect whether Trackpad is drawn by lamination detection means
Lamination.
Preferred embodiment further includes sampling observation step in S6 Trackpad transfer step, and sampling observation mechanism is set to Trackpad transmission
It is whether qualified for detecting the Trackpad after being bonded in the stroke range of the translation transmission member of mechanism.
Beneficial effect compared with the existing technology is that using the above scheme, the utility model structure is simple, easy to use,
Workflow is shortened, production efficiency is improved, there is good market application value.
Detailed description of the invention
Fig. 1 is the assembly technology flow chart of one embodiment of the utility model；
Fig. 2 is the general assembly structural schematic diagram of one embodiment of the utility model；
Fig. 3 is the Trackpad laminating apparatus structural schematic diagram of Fig. 1 embodiment of the utility model；
Fig. 4 is the touch control board laminating machine structure structural schematic diagram of Fig. 1 embodiment of the utility model；
Fig. 5 is the cover board feeding machine structure schematic diagram of Fig. 1 embodiment of the utility model；
Fig. 6 is the display board laminating apparatus structural schematic diagram of Fig. 1 embodiment of the utility model；
Fig. 7 is pressing mechanism structure schematic diagram under the display board of Fig. 1 embodiment of the utility model；
Fig. 8 is the structural schematic diagram of laminating mechanism on the display board of Fig. 1 embodiment of the utility model；
Fig. 9 is the Trackpad transfer device structural schematic diagram of Fig. 1 embodiment of the utility model；
Shown in the figures above: rack 1, feeding pipeline 11, vacuum evacuation device 12, blanking pipeline 13, the first workbench
14, the second workbench 15, Trackpad laminating apparatus 2, cover board feeding mechanism 21, Trackpad transport mechanism 22, Trackpad feeder
Structure 23, touch control board laminating machine structure 24, portal frame 25, cover board displacement member 211, cover board CCD para-position component 212, cover board correct structure
Part 213, cover board flip component 214, net cage body 241, net cage displacement bottom plate 2421, the guide assembly 2422 that shifts left, displacement are driven
Dynamic component 2423, dextroposition guide assembly 2424, Trackpad translate component 243, dyestripping gripping finger cylinder 2441, dyestripping connecting plate
2442, mouthpiece part 2453, display board are expected in dyestripping lifting cylinder 2443, shifting material connecting plate 2451, shifting material lifting cylinder 2452, shifting
Laminating apparatus 3, Trackpad transfer device 31, pressing machine under laminating mechanism 32, display board transport mechanism 33, display board on display board
Structure 34, Trackpad correction component 311, Trackpad material folding component 313, X-axis moving assembly 3131, Trackpad placement member 312, on
It presses bracket 321, upper pressing driving assembly 322, upper pressing cabinet 323, display board CCD para-position component 341, push mould assembling body
342, display board correction component 343, lower pressing displacement member 344, directional light detection means 345.
Specific embodiment
For the ease of understanding the utility model, in the following with reference to the drawings and specific embodiments, the utility model is carried out more detailed
Thin explanation.The preferred embodiment of the utility model is given in attached drawing.But the utility model can be with many different
Form is realized, however it is not limited to this specification described embodiment.On the contrary, purpose of providing these embodiments is makes to this
The understanding of the disclosure of utility model is more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term used in this specification " vertical ", " horizontal ",
"left", "right" and similar statement are for illustrative purposes only.
Unless otherwise defined, technical and scientific term all used in this specification and the skill for belonging to the utility model
The normally understood meaning of the technical staff in art field is identical.Art used in the description of the utility model in this specification
Language, which is only for the purpose of describing specific embodiments, is not intended to limitation the utility model.
As shown in figs 1-9, one embodiment of the utility model is should to set suitable for the fitting of tablet computer touch screen
It is standby, including rack 1, it is equipped with electric cabinet in rack 1, electric-control system is set in electric cabinet, upper and lower stream is equipped in rack 1
Waterline, Trackpad laminating apparatus 2 and display board laminating apparatus 3, the loading and unloading assembly line include feeding pipeline 11 and blanking
Pipeline 13, the feeding pipeline 11 are set to the left side of rack 1, and the Trackpad laminating apparatus 2 is set to the feeding
The right side of pipeline 11, the display board laminating apparatus 3 are set to the right side of the Trackpad laminating apparatus 2, and the blanking is defeated
Line sending 13 is set to the right side of the display board laminating apparatus 3；This equipment to the cover board of tablet computer touch screen, touch tablet with
Automated production is realized in fitting between display board, improves the quality of production and efficiency；Between cover board and touch tablet and touch tablet with
OCA glue is posted between display board, Trackpad is transparent conducting film glass, is the base in sodium calcium base or silicon boryl substrate glass
On plinth, indium oxide layer tin film is plated using a variety of methods such as sputtering, evaporations and is manufactured, in general, first OCA sticker exists
On transparent conducting film glass, then cover-plate glass is placed, and is pressed by abutted equipment；Then display board is placed again, is passed through later
Abutted equipment pressing.Preferably, upper case, the Trackpad laminating apparatus 2 and display board fitting are provided on the upside of the rack 1
Device 3 is set in upper case；Preferably, the front and rear sides of the upper case correspond to Trackpad laminating apparatus 2 and display board patch
It attaches together and sets 3 position and be equipped with clamshell doors, the doorframe of the clamshell doors is embedded in PVC sealing plate, forms observation window；Preferably, institute
The front side setting control panel for stating upper case, is arranged multiple manipulation buttons in the downside of control panel.Preferably, the operation control surface
Plate is touching display screen, can carry out corresponding operating to equipment by touching display screen and manipulation button, while can feed back information
It is shown to touching display screen.Preferably, the electric-control system in electric cabinet carries out complete equipment automatically controlled, through observation window observable
To assembled inside situation.Preferably, buzzer and warning lamp are set above upper case, e.g., device fails, buzzer hair
The sound of " drop drop-drop drop " out, while the bright orange lamp flashing of warning lamp, remind operator's on-call maintenance.Preferably, in rack 1
Vacuum evacuation device 12 is arranged in side, and the vacuum evacuation device 12 passes through each adsorption plate, suction nozzle, the vacuum subassembly of tracheae and the equipment
Connection.
The Trackpad laminating apparatus 2 includes the first workbench 14 and the cover board for being set to 14 upside of the first workbench
Feeding mechanism 21, Trackpad feeding mechanism 23, touch control board laminating machine structure 24, portal frame 25, Trackpad transport mechanism 22, the lid
Plate feeding mechanism 21 is set to the left side of first workbench 14, and the Trackpad feeding mechanism 23 is set to first work
Make the right side of platform 14, the touch control board laminating machine structure 24 be set to the cover board feeding mechanism 21 and Trackpad feeding mechanism 23 it
Between, the portal frame 25 is set to the upside of the touch control board laminating machine structure 24, and the Trackpad transport mechanism 22 is set to institute
It states on portal frame 25；The cover board feeding mechanism 21 includes cover board flip component 214, cover board correction component 213, CCD pairs of cover board
The discharge port of position component 212 and cover board displacement member 211, the corresponding feeding pipeline 11 of the cover board flip component 214 is set
It sets, the cover board correction component 213 is set to the right side of the cover board flip component 214, the cover board CCD para-position component 212
It is set to the right side of the cover board correction component 213, after the cover board displacement member 211 is mounted on 25 upper end of portal frame
Side；The Trackpad feeding mechanism 23 includes Trackpad feeding component, Trackpad feeding component and Trackpad pan feeding component, described
Trackpad feeding component is fixed on the right side of first workbench 14, and the Trackpad feeding component is set to the Trackpad
The front side of feeding component, the Trackpad pan feeding component are set to the left side of the Trackpad feeding component, on the Trackpad
Material component and Trackpad pan feeding component are all set in the stroke range of the Trackpad feeding component；The touch control board laminating machine
Structure 24 includes net cage fitting component, net cage displacement member, Trackpad material transfer component and Trackpad CCD para-position component, the net cage
Displacement member is set on the first workbench 14, and the net cage fitting component is fixed on the net cage displacement member, passes through institute
Stating net cage displacement member drives net cage fitting component to be moved forward and backward on the first workbench 14, the Trackpad material transfer component installation
In the front side of 25 upper end of portal frame, the Trackpad CCD para-position component is mounted on the downside of 25 upper end of portal frame；It is logical
It crosses the Trackpad transport mechanism 22 and the Trackpad after pressing is sent into the display board laminating apparatus 3.
The display board laminating apparatus 3 includes the second workbench 15, and second workbench 15 is aobvious equipped at least one
Show plate pressing device, the display board pressing device includes Trackpad transfer device 31, laminating mechanism 32, display board on display board
Lower laminating mechanism 34 and display board transport mechanism 33, the Trackpad transfer device 31 are set to laminating mechanism under the display board
34 rear side, laminating mechanism 32 and display board transport mechanism 33 are set to laminating mechanism 34 under the display board on the display board
Upside；The Trackpad transfer device 31 includes Trackpad correction component 311, Trackpad placement member 312 and Trackpad folder
Expect component 313, the corresponding Trackpad transport mechanism 22 of the Trackpad correction component 311 is arranged, and the Trackpad places structure
Part 312 is set to the right side of the Trackpad correction component 311, and the Trackpad material folding component 313 is set to the Trackpad
The rear side of placement member 312, the Trackpad correction component 311 are all set in the Trackpad with Trackpad placement member 312
In the stroke range of material folding component 313；Under the display board laminating mechanism 34 include push displacement member, push fitting component and
CCD para-position component is pushed, the pushing displacement member is set on the second workbench 15, and the pushing fitting component is fixed on institute
It states and pushes on displacement member, drive the pushing to be bonded component front and back on the second workbench 15 by the pushing displacement member
Mobile, the upside for pushing fitting component is arranged in the CCD para-position component that pushes；Laminating mechanism 32 wraps on the display board
Include display board support element, upper pressure drive member and on overlay conjunction component, the display board support element is fixed on the second work
On platform 15, the upper pressure drive member is arranged in the upper end of the display board support element, it is described on overlay and close component and be set to
The downside of the upper pressure drive member, the upper pressure drive member, which drives, to be overlayed conjunction component and moves up and down on described；The display
Plate transport mechanism 33 is fixed on display board support element；The cover board of generation processing is passed to production line by feeding pipeline 11；
The cover board flip component 214 of cover board feeding mechanism 21 picks up the cover board of the discharge port of feeding pipeline 11, and cover board is sent to lid
The operating position of plate correction component 213；The Trackpad of generation processing is placed on Trackpad feeding by artificial or Feeder Manipulator
On component, Trackpad is drawn by Trackpad feeding component, and be moved to the operating position of Trackpad pan feeding component；By touch-control
Plate material transfer component draws the Trackpad on Trackpad pan feeding component, and is sent to the operating position of net cage fitting component；Pass through net
Net cage fitting component is moved to the downside of Trackpad CCD para-position component by case displacement member, passes through Trackpad CCD para-position component, lid
The cooperation of plate CCD para-position component 212 and cover board correction component 213 carries out position to the cover board in 213 station of cover board correction component
Adjustment；Then net cage displacement member drives net cage fitting component to move back to foundry position, and cover board is corrected structure by cover board displacement member 211
Cover board in 213 station of part is drawn, and is moved to right above the net cage fitting component of foundry position, then cover board displacement member
211 move down and are placed on cover board on the station of net cage fitting component, complete being bonded for cover board and Trackpad by net cage fitting component；
Then Trackpad after pressing is sent into the operating position of Trackpad correction component 311 by Trackpad transport mechanism 22；Pass through
The display board of generation processing is placed on the pushing fitting component of laminating mechanism 34 under display board by artificial or Feeder Manipulator, is passed through
The downside for being bonded component and being moved to pushing CCD para-position component will be pushed by pushing displacement member, is passed through and is pushed CCD para-position component and touching
The cooperation for controlling plate correction component 311 carries out position adjustment to the Trackpad plate in 311 station of Trackpad correction component；By touch-control
Plate material folding component 313 draws the Trackpad on Trackpad correction component 311, and is placed on the work of Trackpad placement member 312
Make position；Trackpad is moved to the operating position of laminating mechanism 32 on display board by Trackpad placement member 312, is driven by upper pressure
Conjunction component is overlayed in dynamic component drive to move down, and is drawn Trackpad by above overlaying conjunction component；Then by pushing displacement member
The operating position for being bonded component and being moved to laminating mechanism 32 on display board will be pushed；Pass through laminating mechanism 32 on display board and display
The cooperation of laminating mechanism 34 under plate, completion Trackpad plate are bonded with display board；Then it pushes displacement member and drives pushing fitting
Component is moved to the operating position of display board transport mechanism 33；It is passed by the display board that display board transport mechanism 33 completes fitting
Enter blanking pipeline 13.
The cover board flip component 214 includes cover board turning supporting seat, cover plate extending cylinder, cover board overturning bearing block, cover board
Overturning speed reducer and cover board returning face plate, the cover board turning supporting seat are vertically fixed on the first workbench 14, the cover plate extending
Cylinder is mounted on the upper end of the cover board turning supporting seat, the working end of cover board the overturning bearing block and the cover plate extending cylinder
Connection, the cover board overturning speed reducer are fixed on the upper end of the cover board overturning bearing block, and the cover board overturning speed reducer turns
Axis is equipped with overturning link block, and the tail end of the cover board returning face plate is connect with overturning link block；Preferably, the cover board returning face plate
On be provided with overturning adsorption plate, the overturning adsorption plate is equipped with the stomata of multiple arrays arrangement, passes through overturning adsorption plate and draws
Cover board；Preferably, the cover board overturning speed reducer is planet-gear speed reducer, model AB090-100-P2-S2.Cover plate extending
Cylinder is twin cylinder, model CXSM6-20.For example, cover board flip component 214 is mounted on the left back of the first workbench 14
Cover board overturning bearing block is adjusted to the position being suitble to feeding pipeline 11 by cover plate extending cylinder, cover board is overturn by side
Plate is placed on the discharge outlet of feeding pipeline 11, the cover board of generation processing is flowed into equipment by feeding pipeline 11, inflow is turned over
Turn on adsorption plate, overturning adsorption plate adsorbs cover board, and cover board overturns speed reducer and drives the rotation of cover board returning face plate, and cover board is put into lid
The operating position of plate correction component 213.
The cover board correction component 213 includes cover board correction bottom plate and cover board dressing plate, and cover board correction component 213 is arranged
In in the overturning stroke range of cover board flip component 214, the cover board correction bottom plate is fixed on the first workbench 14, described
The quadrangle of cover board correction bottom plate respectively sets cover board correction support rod, and four cover boards correct upper end and the cover board dressing plate of support rod
The connection of bottom plate quadrangle, cover plate placement table is set on the top plate of the cover board dressing plate, will be covered by cover board flip component 214
Plate is placed in cover plate placement table, and photovoltaic sensing element is arranged in the side of cover plate placement table, detects whether supplied materials.The cover board
CCD para-position component 212 includes cover board CCD bracket, cover board Y-axis driving assembly and cover board CCD camera module, the cover board CCD branch
Frame is fixed on the right side of cover board dressing plate, and cover board Y-axis driving assembly is fixed on cover board CCD bracket, the cover board CCD photograph
Component is fixed on the working end of cover board Y-axis driving assembly, and the cover board CCD camera module includes Camera fixing seat, camera module
And light fixture, the Camera fixing seat are fixed on the working end of cover board Y-axis driving assembly, camera module and light fixture are solid
It is scheduled on Camera fixing seat, camera module is pointed into cover board direction by light fixture.The cover board correction component 213 and cover board
CCD para-position component 212 is GMT GAS02 CCD XXY to bit platform, by adjusting cap locations to bit platform.
The cover board displacement member 211 includes cover board displacement supporting plate, cover board displacement connecting plate, drag chain, drag chain cylinder, cover board
It shifts Z axis cylinder, cover board displacement pinboard, cover board displacement rotary cylinder, cover board and shifts adsorption plate, the cover board displacement supporting plate peace
Rear side mounted in 25 upper end of portal frame, the length direction along 25 upper end bracket of portal frame are arranged；The cover board shifts supporting plate
Translation sliding rail is set along length direction, the translation sliding rail is equipped with the translator slider to match therewith, the translator slider
It is connect with the middle part of cover board displacement connecting plate, drag chain guide groove is set on the top of 25 upper end bracket of portal frame, the drag chain is placed
In in drag chain guide groove, the drag chain cylinder is mounted on one end of 25 upper end bracket of portal frame, and links with drag chain；The drag chain with
Cover board shifts the top connection of connecting plate, and the cover board displacement Z axis cylinder is fixed on cover board displacement connecting plate, and the cover board moves
Position pinboard is connect with the working end of cover board displacement Z axis cylinder, and the cover board displacement rotary cylinder is fixed on the cover board
It shifts on pinboard, the cover board displacement adsorption plate is connect with the working end of cover board displacement rotary cylinder.Preferably, flat
The downside setting optical fiber for moving sliding rail incudes component, is equipped with angular transducer in the shaft of cover board displacement rotary cylinder.Cover board moves
Position component 211 drives cover board to shift the surface that adsorption plate is moved to cover board correction component 213, and cover board shifts Z axis cylinder and will cover
Plate displacement adsorption plate drops to certain altitude in order to draw cover board, and then cover board displacement Z axis cylinder retraction drives cover board to move
Position adsorption plate moves up, and then drag chain drives cover board displacement adsorption plate to be moved to the top of touch control board laminating machine structure 24, and cover board is put
It sets in the operating position of touch control board laminating machine structure 24.The model CDRB2BW20-180SZ of cover board displacement rotary cylinder.Cover board moves
The model DNC-32-40-PPV-A of position Z axis cylinder.
The Trackpad feeding component includes that Trackpad feeding support plate, Trackpad feeding mounting plate, Trackpad feeding push away
Bar and Trackpad feeding push-rod electric machine, the Trackpad feeding support plate are fixed on the first workbench 14, expect on the touch pad
Multiple feeding supporting cell guides are set in support plate, and the Trackpad feeding mounting plate is set to the upper of Trackpad feeding support plate
Side, and connected by feeding supporting cell guide；Trackpad loading plate, the touch-control is arranged in the upside of the Trackpad feeding mounting plate
Plate feeding push-rod electric machine is set on the downside of Trackpad feeding mounting plate, the Trackpad feeding push rod and Trackpad feeding push rod electricity
Machine engagement, the upper end of the Trackpad feeding push rod pass through Trackpad feeding mounting plate and connect with Trackpad loading plate, the touching
Respectively set a feeding guide post on control plate feeding mounting plate with the two sides of Trackpad feeding push rod, the upper end of the feeding guide post with
The connection of Trackpad loading plate, charging tray is equipped with multiple positioning columns on the touch pad.Preferably, the Trackpad feeding component is also set
There is optoelectronic induction component；The optoelectronic induction component includes optoelectronic switch adjustment seat, photoelectric sensor switch one, photoelectric sensor switch
Two and limit sensor strip, the optoelectronic switch adjustment seat be vertically fixed on the Trackpad feeding mounting plate, the photoelectricity is opened
It closes and switch sliding slot is set along its own length direction in adjustment seat, the switch sliding slot is parallel with the Trackpad feeding push rod to be set
It sets, the optoelectronic switch adjustment seat is equipped with switch fixing seat one and switch fixing seat two, the switch fixing seat one and switch
The bottom of fixing seat two is equipped with the switch sliding block being adapted to switch sliding slot；The photoelectric sensor switch one is fixed on switch and fixes
On seat one, the photoelectric sensor switch two is fixed in switch fixing seat two, and the limit sensor strip is fixed on Trackpad feeding
On disk, the initial position of push rod is expected in the setting of photoelectric sensor switch one on the touch pad；The photoelectric sensor switch two is arranged
The maximum travel position of push rod is expected on the touch pad.Preferably, the Trackpad feeding push rod is linear speed reducer, motor-type
Number 4LF45N-4.
The Trackpad feeding component includes Trackpad feeding support frame, Y-axis driving assembly, Z axis driving assembly and touch-control
Plate take-off assembly, the Trackpad feeding support frame setting expect that the rear side of component, Y-axis driving assembly are fixed on institute on the touch pad
It states on Trackpad feeding support frame, the fixing end of the Z axis driving assembly is mounted on the working end of the Y-axis driving assembly, institute
The working end for stating Z axis driving assembly is connect with the Trackpad take-off assembly；Preferably, the Trackpad take-off assembly is suction nozzle
Component.The Trackpad pan feeding component includes Trackpad pan feeding base plate, Trackpad pan feeding pinboard and Trackpad pan feeding adsorption plate,
The left side of Trackpad feeding support frame is arranged in the Trackpad pan feeding base plate, respectively sets one or six in the quadrangle of Trackpad pan feeding base plate
Angle support column, Trackpad pan feeding pinboard are fixed on the upper end of hexagonal support column, and the Trackpad pan feeding adsorption plate setting is being touched
It controls on plate pan feeding pinboard.The Y-axis driving assembly of Trackpad feeding component drives Trackpad take-off assembly to be moved on Trackpad
Expect component Trackpad loading plate surface, Z axis driving assembly by Trackpad take-off assembly drop to certain altitude in order to
Trackpad is drawn, then Z axis driving assembly retraction drives Trackpad take-off assembly to move up, and then Y-axis driving assembly drives touching
Control plate take-off assembly is moved back to the surface of Trackpad pan feeding component, and Trackpad take-off assembly is dropped to one by Z axis driving assembly
Fixed height is in order to be placed on Trackpad pan feeding adsorption plate for Trackpad, and then Z axis driving assembly retraction drives Trackpad feeding
Component return, completes a feeding.Preferably, Y-axis driving assembly is Y-axis cylinder, and Z axis driving assembly is Z axis cylinder, selection
Cylinder is DNC-32-40-PPV-A cylinder.Preferably, the Trackpad feeding mechanism 23 further includes lamination detection means, described
Lamination detection means are set on the stroke route between Trackpad feeding component and Trackpad feeding component, the lamination detection
Component includes lamination detection fixing seat, lamination detection adjustment seat and lamination optic fibre detector, and the lamination detection fixing seat is fixed
On the first workbench 14, the lamination detection adjustment seat is fixed on the upper end of lamination detection fixing seat, the lamination optical fiber inspection
Device is surveyed to be fixed in lamination detection adjustment seat.The Trackpad take-off assembly of Trackpad feeding component is in the row for drawing Trackpad return
Cheng Zhong detects whether Trackpad draws lamination by lamination detection means by lamination detection means.
The net cage fitting component includes net cage body 241 and rubber roller pressing assembly, and the net cage body 241 includes net cage
Bottom plate and four side walls extended in the same direction by the net cage base portion peripheral edge perpendicular to net cage bottom plate direction, the net cage bottom plate and four
Side wall surrounds the accommodating chamber of the placement rubber roller pressing assembly；The opening of the accommodating chamber is equipped with the net cage lid being adapted to it
The junction of the opening of plate, the net cage cover board and accommodating chamber is filled with box sealing circle；The left side wall of the net cage body 241
Or/and the right side wall of cabinet be equipped with joint assembly, the joint assembly include vacuum adapter, transfer tube, pressure-regulating valve and
Air passing hole is arranged on the left side wall or/and right side wall in ripple tracheae, and the vacuum adapter is mounted at air passing hole, described true
The junction of empty connector and air passing hole is filled with sealing ring；The vacuum adapter is connect by transfer tube with pressure-regulating valve, institute
It states pressure-regulating valve to connect by the air pump of ripple tracheae and vacuum device, to carry out vacuumize process to cabinet.The net
Observation panel is offered on the front side wall and rear wall of box body 241, the observation panel is embedded with viewing glass, the observation
The junction of mouth and viewing glass is filled with film viewing screen sealing ring；The inside of the observation panel is equipped with graduated scale.Preferably, net
Heating component is equipped in box body 241.
The rubber roller pressing assembly include rubber roller driving screw rod, rubber roller lead screw motor, rubber roller connecting plate, rubber roller mounting plate and
Rubber roller is rolled, the right side wall that the rubber roller driving screw rod passes through net cage body 241 is connect with the left side wall of net cage body 241, institute
It states rubber roller lead screw motor and drives screw rod to engage with rubber roller by synchronous belt；The downside of the rubber roller connecting plate is connected equipped with nut
Position, the nut connection position are connect with the nut attachment base of rubber roller driving screw rod；The rubber roller mounting plate is set to the rubber roller
The upside of connecting plate, the rubber roller connecting plate are equipped at least two lifting cylinders and at least two guide posts, two lifting airs
The movable end of cylinder is connect with rubber roller mounting plate, and the rubber roller mounting plate is equipped with the guide hole being adapted to guide post, the guide post
Upper end is located in the guide hole of rubber roller mounting plate；The upside both ends of the rubber roller mounting plate respectively set a top roller bearing seat, the rolling
The both ends of rubber roller are separately mounted to the top roller bearing seat of rubber roller installation board ends；Forward and backward two inside of the net cage bottom plate is equipped with
Symmetrical sliding rail supporting plate, two sliding rail supporting plates are arranged in parallel with rubber roller driving screw rod, and the sliding rail supporting plate is equipped with rubber roller
Sliding rail, the downside both ends of the rubber roller connecting plate respectively set a rubber roller sliding block compatible with the rubber roller sliding rail.
The net cage displacement member includes net cage displacement bottom plate 2421, the guide assembly 2422 that shifts left, dextroposition guide rail group
Part 2424 and displacement driving assembly 2423, the guide assembly 2422 that shifts left, dextroposition guide assembly 2424 and displacement driving
Component 2423 is arranged at net cage displacement 2421 bottom of bottom plate, and the net cage fitting component setting shifts bottom plate 2421 in net cage
On, the guide assembly 2422 that shifts left is identical as 2424 structure of dextroposition guide assembly, the guide assembly 2422 that shifts left
Front-rear direction along the first workbench 14 is arranged, and the guide assembly 2422 that shifts left includes guide rail supporting plate, sets on guide rail supporting plate
There is guide rail, net cage displacement 2421 bottom left of bottom plate is equipped with guide block compatible with the guide rail；The displacement driving group
Part 2423 includes displacement ball screw and displacement lead screw motor, respectively sets a screw rod bearing in the front and rear sides of the first workbench 14
The rear side of rear screw mandrel shaft block is arranged in seat, the displacement lead screw motor, and the displacement ball screw is threaded through two screw axis
It holds in seat, the rear end of the displacement ball screw is engaged with displacement lead screw motor, in the middle section of net cage displacement 2421 bottom of bottom plate
Feed screw nut position is set, and the nut seat of the displacement ball screw is fixed on feed screw nut position, is driven by displacement ball screw
Net cage displacement bottom plate 2421 is moved forward and backward on the first workbench 14, and then drives the net cage fitting component in the first workbench
It is moved forward and backward on 14.Preferably, the net cage displacement member further includes photoelectric sensor switch, determines net by photoelectric sensor switch
The shift position of case fitting component.Displacement ball screw is linear ball screw rod, and displacement lead screw motor is speed reducer
57BYGB76P280M。
The Trackpad CCD para-position component includes that Trackpad CCD bracket, Trackpad X-axis driving assembly and Trackpad CCD shine
Phase component, the Trackpad CCD bracket are mounted on the downside of 25 upper end of portal frame；The Trackpad X-axis driving assembly is solid
It is scheduled on the Trackpad CCD bracket, the Trackpad CCD camera module is fixed on the working end of Trackpad X-axis driving assembly.
Preferably, Trackpad X-axis driving assembly is push rod cylinder, model SYSE40.By the Trackpad material transfer component by touch-control
Trackpad on plate pan feeding adsorption plate is drawn, and is placed on net cage cover board；The displacement ball screw of net cage displacement member drives
Net cage fitting component moves back, and the underface of Trackpad CCD para-position component is moved to, by Trackpad CCD para-position component to net cage cover board
On Trackpad take pictures, and transmit data to electric-control system, electric-control system, which passes through, calculates the identification of positioning reference point
Out then Trackpad controls cover board correction component 213 and adjusts accordingly to cap locations in the offset in direction all around；
Then net cage displacement member continues that net cage fitting component is driven to move back to foundry position, and foundry position is in cover board correction component 213
On same straight line, it is convenient for 211 blowing of cover board displacement member；Then it will be covered by the cover board displacement adsorption plate of cover board displacement member 211
Plate is drawn, and cover board is driven to shift the surface that adsorption plate is moved to cover board CCD para-position component 212, by cover board CCD para-position component
212 pairs of cover boards take pictures and transmit data to electric-control system, determine whether cover board is adjusted in place by electric-control system, if, automatically controlled system
Uniting, there are deviations for determining cover board angle, then control cover board displacement rotary cylinder and carry out corresponding angular turn, then moved by cover board
Position component 211 drives cover board displacement adsorption plate to move to the surface of net cage fitting component, and cover board is placed on net cage fitting structure
On the net cage cover board of part；If electric-control system determines that cap locations are accurate, cover board is directly driven to shift by cover board displacement member 211
Cover board is placed on above the Trackpad on net cage cover board by adsorption plate.Then, the joint assembly of net cage body 241 is taken out cabinet true
Vacancy reason, the lifting cylinder of rubber roller pressing assembly drive rolling rubber roller to move up, abut net cage cover board, at this point, cover board displacement absorption
Plate is maintained at lower pan position, and rolling rubber roller applies light pressure to net cage cover board, and then applies active force to Trackpad and cover board,
Then rubber roller driving screw rod drives rolling rubber roller to move right, and completes the slight pressing to Trackpad and cover board.
The Trackpad material transfer component includes Trackpad translation component 243, Trackpad shifting material component and Trackpad dyestripping group
Part, the Trackpad translation component 243 are mounted on the front side of 25 upper end of portal frame, and the Trackpad moves material component and touch-control
Plate dyestripping component is connect with the working end of Trackpad translation component 243 respectively.Preferably, the Trackpad translates component
243 be translation push rod cylinder.The Trackpad dyestripping component includes dyestripping connecting plate 2442, dyestripping lifting cylinder 2443 and dyestripping
Gripping finger cylinder 2441, the rear end of the dyestripping connecting plate 2442 are fixed on the movable end of translation push rod cylinder, the dyestripping lifting
Cylinder 2443 is fixed on dyestripping connecting plate 2442, and the dyestripping gripping finger cylinder 2441 is fixed on the work of dyestripping lifting cylinder 2443
Make end, the gripping finger of the dyestripping gripping finger cylinder 2441 is equipped with film-tear adhesive.It includes moving material connecting plate that the Trackpad, which moves material component,
2451, it moves material lifting cylinder 2452 and moves material mouthpiece part 2453, the rear end for moving material connecting plate 2451 is fixed on translation and pushes away
The movable end of bar cylinder, the shifting material lifting cylinder 2452 are fixed on shifting material connecting plate 2451, and mouthpiece part is expected in the shifting
2453 are fixed on the working end for moving material lifting cylinder 2452.Preferably, it is provided on the stroke route of Trackpad translation component 243
Optical fiber incudes component.Trackpad translation component 243 drives Trackpad to move material component and moves to above Trackpad pan feeding adsorption plate, touch-control
Plate moves material component and draws Trackpad, and is placed on net cage cover board, then Trackpad dyestripping Component driver dyestripping gripping finger cylinder
OCA glue dyestripping on 2441 pairs of Trackpads.
The Trackpad transport mechanism 22 includes Trackpad transmission bracket, translation transmission member, lifting transmission member and touching
Plate extracting members are controlled, the Trackpad transmission bracket is fixed on portal frame 25 or is fixed in upper case, and the translation passes
Component is sent to be fixed on Trackpad transmission bracket, the lifting transmission member is fixed on the movable end of the translation transmission member,
The Trackpad extracting members are fixed on the movable end of the lifting transmission member；Translating transmission member is translation push rod cylinder,
Lifting transmission member is lifting cylinder, and Trackpad extracting members are adsorption plate.Translation transmission member moves Trackpad extracting members
To the net cage fitting component in foundry position；Lifting transmission member drives Trackpad extracting members to move down, and will pass through touch-control
Trackpad after plate fit body 24 is bonded is drawn, and transfers to the display board laminating apparatus 3.Preferably, the Trackpad
Laminating apparatus 2 further includes sampling observation mechanism, and the sampling observation mechanism is set in the stroke range of translation transmission member, for detecting patch
Whether the Trackpad after conjunction is qualified.
The Trackpad correction component 311 of the Trackpad transfer device 31 is identical as the structure of cover board correction component 213.Institute
Stating Trackpad material folding component 313 includes X-axis moving assembly 3131, material folding connecting plate, Z axis moving assembly and Trackpad material folding absorption
The rear side of the second workbench 15 is arranged in plate, X-axis moving assembly 3131, and X-axis moving assembly 3131 is arranged in material folding connecting plate
Movable end, the Z axis moving assembly are fixed on material folding connecting plate, and the Trackpad material folding adsorption plate setting is in the mobile group of Z axis
The movable end of part；X-axis moving assembly 3131 is X-axis push rod cylinder, and Z axis moving assembly is lifting cylinder, X-axis moving assembly 3131
Trackpad material folding adsorption plate is driven to move to 311 top of Trackpad correction component, Z axis moving assembly drives Trackpad material folding adsorption plate
It moves down, Trackpad material folding adsorption plate draws Trackpad, and then Z axis moving assembly drives the return of Trackpad material folding adsorption plate, X-axis
Moving assembly 3131 drives Trackpad material folding adsorption plate to move to the top of Trackpad placement member 312, and Trackpad is placed on touching
It controls on plate placement member 312.The Trackpad placement member 312 includes Y-axis moving assembly, Trackpad placement pinboard and touch-control
The right side of laminating mechanism 32 on the display panel is arranged in plate placement plate, the Y-axis moving assembly, and Trackpad places the lower end of pinboard
It is connect with the movable end of Y-axis moving assembly, the Trackpad placement plate is connect with the upper end that Trackpad places pinboard, and Y-axis is moved
Dynamic component is Y-axis push rod cylinder, is moved to Trackpad placement plate on display board under laminating mechanism 32 by Y-axis moving assembly
Side.
The middle part of the second workbench 15, laminating mechanism 32 on the display board is arranged in laminating mechanism 32 on the display board
Including upper pressing bracket 321, upper pressing driving assembly 322 and upper pressing cabinet 323, the upper pressing bracket 321 is fixed on
On two workbench 15, the upper pressing driving assembly 322 is fixed on the upper pressing bracket 321, the upper pressing cabinet 323
It is fixed on the movable end of pressing driving assembly 322；The bottom of the upper pressing cabinet 323 is equipped with the cavity that Open Side Down,
Trackpad suction disc is equipped in cavity；Upper pressing driving assembly 322 is lifting cylinder, is pressed in the upper driving of pressing driving assembly 322
Cabinet 323 moves down, and upper pressing cabinet 323 moves down certain altitude and inhaled the Trackpad in Trackpad placement plate by Trackpad suction disc
It takes.Laminating mechanism 34 includes lower pressing displacement member 344, display board correction component 343 and pushing mould assembling body under the display board
342, the lower pressing displacement member 344 is identical as the net cage displacement member structure, drives and pushes mould assembling body 342 in the second work
Make to be moved forward and backward on platform 15.The display board correction component 343 is arranged on lower pressing displacement member 344, the pushing mould assembling
Body 342 is arranged on the display board correction component 343, the display board correction component 343 and the cover board correction component 213
Structure it is identical；The top for pushing mould assembling body 342 is equipped with the inner cavity of opening upwards, and intracavitary setting display board is placed flat inside
The display board of generation processing is placed on the display board placement platform for pushing mould assembling body 342, display by platform by manually or mechanically hand
The rotatable platform of plate correction component 343 is connect with display board placement platform；Upper pressing driving assembly 322 presses cabinet on driving
323 move down, and upper pressing cabinet 323 is bonded with the pressing of 342 air-tightness of mould assembling body, completion Trackpad is pushed with display board.It is preferred that
, the side of laminating mechanism 34 is additionally provided with directional light detection means 345, the directional light detection means 345 under the display board
Including directional light bracket, directional light supporting plate and detection lamp, the directional light supporting plate is equipped at least two detection lamp fixing seats, institute
It states detection lamp and is mounted on directional light supporting plate by detecting lamp fixing seat, the detection lamp is pointed into laminating mechanism 34 under display board
Station.Preferably, laminating mechanism 34 is additionally provided with display board CCD para-position component 341 under the display board, passes through CCD pairs of display board
The cooperation of position component 341 and display board correction component 343, realizes the quick exactitude position of display board, display board CCD para-position component
341 take pictures after transmit data to electric-control system, electric-control system calculates display board preceding by the identification to positioning reference point
The offset of left and right directions afterwards, and automatically control display board placement platform and carry out corresponding amount of movement or the corresponding angle reality of rotation
Now accurate automatic positioning.
The display board transport mechanism 33 is identical as the structure of the Trackpad transport mechanism 22, the display board conveyer
Structure 33 is fixed on the display board on the upper pressing bracket 321 of laminating mechanism 32, and the touch screen that fitting is completed is passed to blanking
Pipeline 13.
The abutted equipment suitable for tablet computer touch screen in the present embodiment, can be divided into cover board feeding step, Trackpad
Feeding step, Trackpad turn material step, Trackpad contraposition set-up procedure, Trackpad laminating step, Trackpad transfer step, display
Plate feeding step, display board set-up procedure, Trackpad blowing step, display board laminating step, rewinding step；It is run in equipment
Just, staff adjusts the movement position of each component, the position of optoelectronic switch first according to the size of Trackpad, display board and cover board
It sets, guarantees that the equipment adapts to foundry product.
Expect in step on the cover board, cover board is put into feeding pipeline by operator, by feeding pipeline by Dai Jiagong
The orderly discharge port for flowing to feeding pipeline of cover board；Meanwhile electric-control system driving cover board flip component work, cover board is turned over
Rotating plate is placed on the discharge outlet of feeding pipeline, and when cover board flows on overturning adsorption plate, overturning adsorption plate adsorbs cover board, covers
Plate overturns speed reducer and drives the rotation of cover board returning face plate, and cover board is put into the operating position of cover board correction component；Then, cover board is overturn
Speed reducer drives overturning adsorption plate to return, and waits feeding next time.
Expect in step on the touch pad, one group of generation processing Trackpad is placed on the touching of Trackpad feeding component by operator
It controls on plate loading plate, electric-control system drives the work of Trackpad feeding component, makes its corresponding Y-axis driving assembly that Trackpad be driven to take
Material component is moved to the surface of the Trackpad loading plate of Trackpad feeding component, and Z axis driving assembly is by Trackpad take-off assembly
Certain altitude is dropped in order to draw Trackpad, and then Z axis driving assembly retraction drives Trackpad take-off assembly to move up, so
Y-axis driving assembly drives Trackpad take-off assembly to move back to the surface of Trackpad pan feeding component afterwards, and Z axis driving assembly is by touch-control
Plate take-off assembly drops to certain altitude in order to which Trackpad is placed on Trackpad pan feeding adsorption plate, then Z axis driving assembly
Retraction drives the return of Trackpad take-off assembly, completes a feeding.Preferably, expect in step on the touch pad, further include lamination
Detecting step, lamination detection means are set on the stroke route between Trackpad feeding component and Trackpad feeding component,
The Trackpad take-off assembly of Trackpad feeding component, by lamination detection means, passes through in the stroke for drawing Trackpad return
Whether lamination detection means detection Trackpad draws lamination.
Turn in material step in Trackpad, electric-control system drives the work of Trackpad material transfer component, makes its corresponding translation push rod
Cylinder drives Trackpad to move the top that material component is moved to Trackpad pan feeding adsorption plate, and then electric-control system driving Trackpad moves material
The lifting cylinder of component will move material mouthpiece part and move down certain altitude in order to draw Trackpad, and then electric-control system driving is touched
The lifting cylinder that control plate moves material component drives shifting material mouthpiece part to move up, and then electric-control system driving translation push rod cylinder, which drives, touches
Control plate moves the top that material component is moved to net cage fitting component, and then electric-control system driving Trackpad moves the lifting cylinder of material component
Material mouthpiece part will be moved and move down certain altitude in order to be placed on Trackpad on the net cage cover board of net cage fitting component, then moved
Expect that mouthpiece part resets, waits feeding next time；Then, electric-control system drives Trackpad dyestripping component operation, and electric-control system drives
Dyestripping gripping finger cylinder is moved down certain altitude in order to tear the OCA glue on Trackpad by the lifting cylinder of dynamic Trackpad dyestripping component
Film, then Trackpad dyestripping component resets.
In Trackpad contraposition set-up procedure, electric-control system drives the work of net cage displacement member, makes its corresponding ball wire
Bar drives net cage fitting component to move back to the lower section of Trackpad CCD para-position component, and Trackpad CCD para-position component passes through Trackpad X
Trackpad CCD camera module is moved to the position for being suitble to photograph by axis driving assembly, is taken pictures to the Trackpad on net cage cover board,
And electric-control system is transmitted data to, electric-control system calculates Trackpad in side all around by the identification to positioning reference point
To offset, then control cover board correction component cap locations are adjusted accordingly.
In Trackpad laminating step, electric-control system drives the work of net cage displacement member, and net cage fitting component is driven to move back
To foundry position, foundry position and cover board correction component are on same straight line, are convenient for cover board displacement member blowing；Then electric-control system
The work of cover board displacement member is driven, is drawn cover board by the cover board displacement adsorption plate of cover board displacement member, and cover board is driven to shift
Adsorption plate is moved to the surface of cover board CCD para-position component, and cover board is taken pictures and transmitted data to by cover board CCD para-position component
Electric-control system determines whether cover board is adjusted in place by electric-control system, if electric-control system determines cover board angle, and there are deviations, then controls
Cover board displacement rotary cylinder processed carries out corresponding angular turn, then drives cover board displacement adsorption plate to move to by cover board displacement member
Net cage is bonded the surface of component, and cover board is placed on the net cage cover board of net cage fitting component；If electric-control system determines lid
Board position is accurate, directly drives cover board displacement adsorption plate that cover board is placed on to the Trackpad on net cage cover board by cover board displacement member
Above；Then, the joint assembly of net cage body drives rolling glue to cabinet vacuumize process, the lifting cylinder of rubber roller pressing assembly
Roller moves up, and abuts net cage cover board, at this point, cover board displacement adsorption plate is maintained at lower pan position, rolling rubber roller applies net cage cover board
Light pressure, and then active force is applied to Trackpad and cover board, then rubber roller driving screw rod drives rolling rubber roller to move right, complete
The slight pressing of pairs of Trackpad and cover board.
In Trackpad transfer step, electric-control system drives the work of Trackpad transport mechanism, makes its corresponding translation push rod
Cylinder drives Trackpad extracting members to move to above the fitting component of the net cage in foundry position；Then the liter of Trackpad transport mechanism
Sending down abnormally ascending cylinder drive Trackpad extracting members move down certain altitude in order to will by touch control board laminating machine structure be bonded after Trackpad
It draws, then electric-control system driving lifting cylinder drives Trackpad extracting members to move up, and then electric-control system driving Trackpad passes
Send the mechanism Trackpad correction component that corresponding translation push rod cylinder drives Trackpad extracting members to move to display board laminating apparatus
Top, then the lifting cylinder of Trackpad transport mechanism drives Trackpad extracting members to move down certain altitude in order to by Trackpad
It is placed on the operating position of Trackpad correction component.It preferably, further include sampling observation step, sampling observation in Trackpad transfer step
Mechanism is set in the stroke range of translation transmission member of Trackpad transport mechanism, for whether detecting the Trackpad after being bonded
It is qualified.
To expect in step on the display panel, electric-control system drives the Feeder Manipulator work that mechanism side side is pressed under display board,
The display board of generation processing is clamped and is placed on the display board placement platform of laminating mechanism under display board by Feeder Manipulator.
In display board set-up procedure, the lower pressing displacement member work of electric-control system driving, drive pushes mould assembling body and moves back
To the downside of display board CCD para-position component, electric-control system drives the work of display board CCD para-position component, by display board CCD para-position structure
Part transmits data to electric-control system after taking pictures, electric-control system calculates display board in front and back by the identification to positioning reference point
The offset of left and right directions, and automatically control display board correction component and carry out corresponding amount of movement or the corresponding angle realization of rotation
Accurate automatic positioning.
In Trackpad blowing step, electric-control system drives the work of Trackpad transfer device, makes its corresponding X-axis push rod gas
Cylinder drives Trackpad material folding adsorption plate to move to above Trackpad correction component, and Z axis lifting cylinder drives Trackpad material folding adsorption plate
It moves down, Trackpad material folding adsorption plate draws Trackpad, and then electric-control system driving Z axis lifting cylinder drives Trackpad material folding to inhale
Attached plate return, X-axis push rod cylinder drive Trackpad material folding adsorption plate to move to the top of Trackpad placement member, Trackpad are placed
On Trackpad placement member, then X-axis push rod cylinder drives the return of Trackpad material folding adsorption plate, waits feeding next time；So
The work of electric-control system driving Trackpad placement member, the Y-axis push rod cylinder of Trackpad placement member move Trackpad placement plate afterwards
The lower section of laminating mechanism on to display board；Then laminating mechanism works under electric-control system driving display board, makes its corresponding upper pressure
Closing driving assembly drives pressing cabinet to move down, and upper pressing cabinet moves down certain altitude and placed Trackpad by Trackpad suction disc
Trackpad on plate is drawn；Then the Y-axis push rod cylinder of Trackpad placement member drives the return of Trackpad placement plate, waits next
Secondary blowing.
In display board laminating step, the lower pressing displacement member of electric-control system driving works on, and drives and pushes mould assembling body
It moves back to the downside of laminating mechanism on display board, then laminating mechanism works under electric-control system driving display board, keeps its corresponding
Upper pressing driving assembly drives pressing cabinet to move down, and upper pressing cabinet moves down certain altitude and pushes mould assembling body air-tightness pressure
It closes, completion Trackpad is bonded with display board；Then pressing driving assembly work in electric-control system driving, drives it and presses
Cabinet moves up, and the touch screen that fitting is completed is placed on display board placement platform, waits rewinding.
In rewinding step, the lower pressing displacement member work of electric-control system driving, drive pushes mould assembling body and moves forward to display
The downside of plate transport mechanism, then electric-control system driving display board transport mechanism work drive its corresponding push rod cylinder and inhale
It takes plate to move to push above mould assembling body；Then display board transport mechanism lifting cylinder drive sucking plate move down certain altitude so as to
It is drawn in the touch screen completed will be bonded, then the lifting cylinder of electric-control system driving display board transport mechanism drives on sucking plate
It moves, then the corresponding push rod cylinder of electric-control system driving display board transport mechanism drives sucking plate to move to blanking pipeline, then
The lifting cylinder of display board transport mechanism drives sucking plate to move down certain altitude in order to which the touch screen for completing fitting is placed on
On blanking pipeline, rewinding is completed on blanking pipeline.
It should be noted that above-mentioned each technical characteristic continues to be combined with each other, the various embodiments not being enumerated above are formed,
It is accordingly to be regarded as the range of the utility model specification record；Also, it for those of ordinary skills, can be according to above stating
It is bright to be improved or converted, and all these modifications and variations all should belong to the protection model of the appended claims for the utility model
It encloses.
Claims (1)
1. a kind of automatic joint device suitable for tablet computer touch screen, which is characterized in that including rack, be equipped in rack
Electric-control system is arranged in electric cabinet in electric cabinet, is equipped with loading and unloading assembly line, Trackpad laminating apparatus and display board on the rack
Laminating apparatus, the loading and unloading assembly line include feeding pipeline and blanking pipeline, and the feeding pipeline is set to rack
Left side, the Trackpad laminating apparatus is set to the right side of the feeding pipeline, and the display board laminating apparatus is set to
The right side of the Trackpad laminating apparatus, the blanking pipeline are set to the right side of the display board laminating apparatus；
The display board laminating apparatus includes the second workbench, and second workbench is equipped at least one display board pressing dress
It sets, the display board pressing device includes Trackpad transfer device, laminating mechanism and aobvious under laminating mechanism, display board on display board
Show plate transport mechanism, the Trackpad transfer device is set to the rear side of laminating mechanism under the display board, on the display board
Laminating mechanism and display board transport mechanism are set to the upside of laminating mechanism under the display board；
The Trackpad transfer device includes Trackpad correction component, Trackpad placement member and Trackpad material folding component, described
Trackpad correction component corresponds to the Trackpad conveyer setting, and the Trackpad placement member is set to the Trackpad correction
The right side of component, the Trackpad material folding component are set to the rear side of the Trackpad placement member, and the Trackpad corrects structure
Part and Trackpad placement member are all set in the stroke range of the Trackpad material folding component；
The middle part of the second workbench is arranged in laminating mechanism on the display board, and laminating mechanism includes upper pressing on the display board
Bracket, upper pressing driving assembly and upper pressing cabinet, the upper pressing bracket are fixed on the second workbench, and the upper pressing is driven
Dynamic component is fixed on the upper pressing bracket, and the upper pressing cabinet is fixed on the movable end of pressing driving assembly；It is described
The bottom of upper pressing cabinet is equipped with the cavity that Open Side Down, and Trackpad suction disc is equipped in cavity；
Laminating mechanism includes lower pressing displacement member, display board correction component and pushes mould assembling body under the display board, under described
Pressing displacement member drives pushing mould assembling body to be moved forward and backward on the second workbench；The display board correction component setting is pushing
It closes on displacement member, the pushing mould assembling body is arranged on the display board correction component；It is set at the top of the pushing mould assembling body
There is the inner cavity of opening upwards, inside intracavitary setting display board placement platform, the rotatable platform and display board of display board correction component
Placement platform connection；Upper pressing driving assembly drives pressing cabinet to move down, upper pressing cabinet and pushing mould assembling body air-tightness pressure
It closes, completion Trackpad is bonded with display board；
It includes parallel that the side of laminating mechanism, which is additionally provided with directional light detection means described in directional light detection means, under the display board
Light bracket, directional light supporting plate and detection lamp, the directional light supporting plate are equipped at least two detection lamp fixing seats, the detection lamp
It is mounted on directional light supporting plate by detecting lamp fixing seat, the detection lamp is pointed into the station of laminating mechanism under display board.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821640072.2U CN209479165U (en) | 2018-10-10 | 2018-10-10 | A kind of automatic joint device suitable for tablet computer touch screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821640072.2U CN209479165U (en) | 2018-10-10 | 2018-10-10 | A kind of automatic joint device suitable for tablet computer touch screen |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209479165U true CN209479165U (en) | 2019-10-11 |
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ID=68113961
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821640072.2U Expired - Fee Related CN209479165U (en) | 2018-10-10 | 2018-10-10 | A kind of automatic joint device suitable for tablet computer touch screen |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209479165U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110605898A (en) * | 2019-10-31 | 2019-12-24 | 深圳市易天自动化设备股份有限公司 | A cage device for OCA bonding |
| CN113697225A (en) * | 2021-09-02 | 2021-11-26 | 厦门微亚智能科技有限公司 | High-precision curved screen paste word glue device |
| CN113916182A (en) * | 2021-09-29 | 2022-01-11 | 苏州威达智电子科技有限公司 | Touch pad test equipment |
-
2018
- 2018-10-10 CN CN201821640072.2U patent/CN209479165U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110605898A (en) * | 2019-10-31 | 2019-12-24 | 深圳市易天自动化设备股份有限公司 | A cage device for OCA bonding |
| CN113697225A (en) * | 2021-09-02 | 2021-11-26 | 厦门微亚智能科技有限公司 | High-precision curved screen paste word glue device |
| CN113916182A (en) * | 2021-09-29 | 2022-01-11 | 苏州威达智电子科技有限公司 | Touch pad test equipment |
| CN113916182B (en) * | 2021-09-29 | 2022-05-17 | 苏州威达智电子科技有限公司 | Touch pad test equipment |
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