CN203982029U - Intelligence LCM module assembly machine - Google Patents
Intelligence LCM module assembly machine Download PDFInfo
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- CN203982029U CN203982029U CN201420407643.3U CN201420407643U CN203982029U CN 203982029 U CN203982029 U CN 203982029U CN 201420407643 U CN201420407643 U CN 201420407643U CN 203982029 U CN203982029 U CN 203982029U
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Abstract
The utility model relates to LCM rigging equipment technical field, relate in particular to intelligent LCM module assembly machine, include frame, in frame, by assembly process order, be provided with successively LCM module feeding device, feeding automatic correction device, paste ACF film device, IC pre-pressing assembling device, LCM module press fit device, LCM module blanking device, frame is provided with the material transmission system that carries out material transferring between each assembly process, the utility model can complete the whole assembling process of LCM module automatically, realize intelligent assembling, assembly precision is high, inter process can automatic loading/unloading, not only improved operator working condition, and each action of machinery operation is to beginning to keeping eventually the consistance of height, improve and produce efficiency of assembling, simultaneously owing to having saved operator number, also greatly reduce constantly soaring human cost, strict guarantee product quality is high-quality stable.
Description
Technical field:
The utility model relates to LCM rigging equipment technical field, relates in particular to intelligent LCM module assembly machine.
Background technology:
LCM (LCD Module) is that LCD shows module, Liquid Crystal Module, refers to the assembly that the peripheral circuits such as liquid crystal display device, web member, control and driving, PCB circuit board, backlight, structural member etc. are assembled together.
LCM module is when assembling, all need first at glass baseplate surface, to paste ACF (Anisotropic Conductive Film, anisotropic conductive film) and carry out precompressed laminating, then load onto and control IC and carry out precompressed laminating, finally IC and LCM module are carried out to the formal laminating formation finished product that compresses, but there is no at present automatically to assemble the equipment of LCM module, subsides ACF film in LCM module assembling process, IC precompressed laminating are installed, it is all separately on different equipment, to carry out that IC formally compresses the operations such as laminating, every procedure all adopts artificial loading, artificial feeding pattern, because the assembling of LCM module belongs to high precision assembling, the action of artificial loading feeding is inconsistent, be difficult to guarantee the assembly precision of module, efficiency of assembling is very low, the material of assembling belongs to rapid wear bad product simultaneously, artificial assembling is easy to product to cause scuffing, with product contact process in, pollutant can be moved and receives on product, this causes very large impact to product quality.
Utility model content:
The purpose of this utility model is exactly to provide a kind of intelligent LCM module assembly machine that can automatically complete the whole assembling process of LCM module for the deficiency of prior art existence.
To achieve these goals, the technical solution adopted in the utility model is:
Intelligence LCM module assembly machine, include frame, in frame, by assembly process order, be provided with successively LCM module feeding device, feeding automatic correction device, paste ACF film device, IC pre-pressing assembling device, LCM module press fit device, LCM module blanking device, frame is provided with the material transmission system that carries out material transferring between each assembly process.
Described material transmission system includes LCM module is transplanted on feeding automatic correction device and then is transplanted on the first materials transport mechanism of pasting on ACF film device, LCM module is transplanted on to the second materials transport mechanism IC pre-pressing assembling device, LCM module is transplanted on to the 3 material transport sector LCM module press fit device from IC pre-pressing assembling device from pasting ACF film device from LCM module feeding device.
Described feeding automatic correction device includes correction base, proofread and correct on base and be fixed with for bearing the material of material and bear platen, the outside that material bears platen be respectively equipped with along X-direction translation promote material X-axis horizontal sliding aligning gear, along Y direction translation, promote the Y-axis horizontal sliding aligning gear of material.
Described subsides ACF film device includes and pastes ACF film pedestal, paste ACF film pedestal be provided with subsides ACF film platen for bearing LCM module, by ACF coating materials band deliver to paste ACF film platen top ACF film pay-off, the downward precompressed of ACF film of pasting ACF film platen top is fitted to the ACF film laminating mechanism on LCM module, the ACF film cutting machine structure that the ACF film after laminating is cut off, ACF film laminating mechanism is positioned at and pastes ACF film platen top, and ACF film cutting machine structure is arranged on ACF film laminating mechanism and pastes between ACF film platen.
Described ACF film pay-off includes the material strip that is wound with ACF coating materials band and unreels material disc, the release liners rolling material disc of the release liners of rolling ACF coating materials band, the base band rolling material disc of the base band of rolling ACF coating materials band, base band tensioning is delivered to the material strip tensioning feed mechanism of base band rolling material disc, lay respectively at two material strip guiding slide bars of ACF film laminating mechanism two bottom sides, the ACF coating materials band that material strip unreels material disc through the separated rolling of release liners in two material strips guiding slide bar processes on release liners rolling material disc, and ACF film fits on LCM module under the laminating effect of ACF film laminating mechanism, simultaneously base band under the drive of material strip tensioning feed mechanism rolling on base band rolling material disc.
Described IC pre-pressing assembling device includes IC pre-pressing pedestal, IC pre-pressing pedestal is provided with IC pre-pressing platen for bearing LCM module, IC is delivered to IC pay-off on the LCM module of IC pre-pressing platen, IC is pressed to the IC pre-pressing mechanism on LCM module downwards, and IC pre-pressing mechanism is positioned at IC pre-pressing platen top, IC pre-pressing mechanism includes the IC pre-pressing pedestal being fixed on IC pre-pressing pedestal, be arranged on the IC pre-pressing servo motor on IC pre-pressing pedestal, along Z-direction, be slidably connected at the motor pressing slide on IC pre-pressing pedestal, IC pre-pressing cylinder, along Z-direction, be slidably connected at the cylinder pressing slide on IC pre-pressing pedestal, be arranged on the IC pre-pressing pressure head of cylinder pressing slide bottom, the output terminal of IC pre-pressing servo motor drives connecting motor pressing slide by the IC pre-pressing lead screw transmission mechanism along Z-direction transmission, IC pre-pressing cylinder is fixed on cylinder pressing slide, the output terminal of IC pre-pressing cylinder is connected upward and with motor pressing slide.
Described IC pre-pressing pressure head is connected on cylinder pressing slide by pre-pressing governor motion, pre-pressing governor motion includes swing adjustment seat, along X-direction, be arranged on the X turning axle on cylinder pressing slide, the top of swing adjustment seat is rotatably connected on cylinder pressing slide by X turning axle, between swing adjustment seat and cylinder pressing slide, be provided with gap, the both sides up and down of X turning axle are respectively equipped with the swing adjusting screw arranging along Y direction, the thread end of each swing adjusting screw is threaded in respectively in swing adjustment seat and through swing adjustment seat top and is pressed on cylinder pressing slide, IC pre-pressing pressure head is by swinging up and down adjustment seat, and the Y turning axle being arranged in swing adjustment seat along Y direction is connected to swing adjustment seat bottom, the top that swings up and down adjustment seat is rotatably connected on the bottom of swing adjustment seat by Y turning axle, swing up and down between adjustment seat and swing adjustment seat and be provided with gap, the left and right sides of Y turning axle is respectively equipped with the adjusting screw that swings up and down along Z-direction setting, each thread end that swings up and down adjusting screw is threaded in respectively in swing adjustment seat and through swing adjustment seat top and is pressed in and swings up and down in adjustment seat, IC pre-pressing pressure head is fixed on and swings up and down adjustment seat bottom.
Described IC pay-off includes IC cradle, IC cradle is provided with for placing the IC feeding disk of IC, for IC being carried out to the IC means for correcting that X-axis and Y direction are proofreaied and correct, IC is transplanted on and on IC means for correcting, is proofreaied and correct the IC transfer mechanism being transplanted on again on IC pre-pressing platen by IC feeding disk, IC means for correcting and IC feeding disk are positioned at IC transfer mechanism below, IC means for correcting includes IC and proofreaies and correct base, be arranged on IC and proofread and correct the IC correcting block on base, on IC correcting block, offer the IC calibration tank of putting into and proofreading and correct for IC, IC calibration tank has at least a side vertical with X-axis, IC calibration tank has at least a side vertical with Y-axis.
Between described IC pre-pressing platen and IC pre-pressing pedestal, be connected with IC pre-pressing automatic positioning equipment, IC pre-pressing automatic positioning equipment includes the R axle rotation motor that is connected on IC pre-pressing pedestal, for the identification point of LCM module being positioned to the CCD camera lens of identification, CCD camera lens is positioned at the below of IC pre-pressing platen, the output terminal of R axle rotation motor also drives and connects IC pre-pressing platen upward, and R axle rotation motor is by driving R axle rotation motor to be connected on IC pre-pressing pedestal along the IC pre-pressing X-Y axle translation mechanism of X-axis, Y direction translation.
Described LCM module press fit device includes LCM module pressing pedestal, it is characterized in that: described LCM module pressing pedestal be provided with LCM module pressing platen for bearing LCM module, by Teflon material strip deliver to LCM module pressing platen top Teflon material strip pay-off, the Teflon material strip of LCM module pressing platen top is pressed onto to the module laminating mechanism on LCM module in top downwards, module laminating mechanism is positioned at LCM module pressing platen top.
The utility model beneficial effect is: the utility model includes frame, in frame, by assembly process order, be provided with successively LCM module feeding device, feeding automatic correction device, paste ACF film device, IC pre-pressing assembling device, LCM module press fit device, LCM module blanking device, frame is provided with the material transmission system that carries out material transferring between each assembly process, the utility model provides LCM module material loading to operate by LCM module feeding device, and by feeding automatic correction device, the putting position of LCM module is proofreaied and correct, again LCM module is transplanted on to paste on ACF film device and pastes ACF film, then LCM module is transplanted on IC pre-pressing assembling device and carries out precompressed laminating with IC, then be transplanted on LCM module press fit device and carry out formal pressing, finally by LCM module blanking device, send blanking, can automatically complete the whole assembling process of LCM module, realize intelligent assembling, assembly precision is high, inter process can automatic loading/unloading, not only improved operator working condition, and each action of machinery operation is to beginning to keeping eventually the consistance of height, improve and produce efficiency of assembling, simultaneously owing to having saved operator number, also greatly reduce constantly soaring human cost, strict guarantee product quality is high-quality stable.
Accompanying drawing explanation:
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model feeding automatic correction device.
Fig. 3 is the structural representation at another visual angle of the utility model feeding automatic correction device.
Fig. 4 is the structural representation that the utility model pastes ACF film device.
Fig. 5 is the structural representation of the utility model ACF film pay-off.
Fig. 6 is the structural representation of the utility model material strip tensioning feed mechanism.
Fig. 7 is the structural representation of the utility model IC pre-pressing assembling device.
Fig. 8 is the structural representation of the utility model IC pay-off.
Fig. 9 is the structural representation of the utility model IC means for correcting.
Figure 10 is the structural representation of the utility model IC pre-pressing automatic positioning equipment.
Figure 11 is the structural representation of the utility model IC pre-pressing lifting regulating mechanism.
Figure 12 is the structural representation of the utility model IC pre-pressing mechanism.
Figure 13 is the structural representation of the utility model pre-pressing governor motion.
Figure 14 is the decomposing schematic representation of the utility model pre-pressing governor motion.
Figure 15 is the structural representation of the utility model LCM module press fit device.
Figure 16 is the structural representation of the utility model pressing angle adjusting mechanism.
Figure 17 is the cut-away view of the utility model pressing angle adjusting mechanism.
Figure 18 is the decomposing schematic representation of the utility model pressing angle adjusting mechanism.
Embodiment:
Below in conjunction with accompanying drawing and preferred embodiment, the utility model is described in further detail, see shown in Fig. 1～18, the utility model includes frame 1, it is characterized in that: in described frame 1, by assembly process order, be provided with successively LCM module feeding device 11, feeding automatic correction device 2, paste ACF film device 3, IC pre-pressing assembling device, LCM module press fit device 7, LCM module blanking device 12, frame 1 is provided with the material transmission system that carries out material transferring between each assembly process.LCM module feeding device 11 and LCM module blanking device 12 are all travelling belt conveying mechanism, and loading and unloading are convenient.
Material transmission system includes LCM module is transplanted on feeding automatic correction device 2 and then is transplanted on the first materials transport mechanism 13 pasting on ACF film device 3 from LCM module feeding device 11, the second materials transport mechanism 14 that LCM module is transplanted on IC pre-pressing assembling device from pasting ACF film device 3, LCM module is transplanted on to the 3 material transport sector 15 LCM module press fit device 7 from IC pre-pressing assembling device, the first materials transport mechanism 13, the second materials transport mechanism 14 and 3 material transport sector 15 are all to be coordinated and can be realized the handover to material along the X-Y axle translation mechanism of X-axis and Y direction translation by suction nozzle, X-Y axle translation mechanism can combine by the lead screw transmission mechanism of X-direction and the lead screw transmission mechanism of Y direction, can accurately control the position of handover, improve assembly precision.
The utility model provides LCM module material loading to operate by LCM module feeding device 11, and proofread and correct by the putting position of 2 pairs of LCM modules of feeding automatic correction device, again LCM module is transplanted on to paste on ACF film device 3 and pastes ACF film, then LCM module is transplanted on IC pre-pressing assembling device and carries out precompressed laminating with IC, then be transplanted on LCM module press fit device 7 and carry out formal pressing, finally by LCM module blanking device 12, send blanking, can automatically complete the whole assembling process of LCM module, realize intelligent assembling, assembly precision is high, inter process can automatic loading/unloading, not only improved operator working condition, and each action of machinery operation is to beginning to keeping eventually the consistance of height, improve and produce efficiency of assembling, simultaneously owing to having saved operator number, also greatly reduce constantly soaring human cost, strict guarantee product quality is high-quality stable.
Feeding automatic correction device 2 includes proofreaies and correct base 21, proofread and correct on base 21 and be fixed with for bearing the material of material and bear platen 22, the outside that material bears platen 22 be respectively equipped with along X-direction translation promote material X-axis horizontal sliding aligning gear 23, along Y direction translation, promote the Y-axis horizontal sliding aligning gear 24 of material.Material bears wherein two adjacent sides of platen 22 respectively perpendicular to X-axis and Y-axis, and X-axis horizontal sliding aligning gear 23 and Y-axis horizontal sliding aligning gear 24 lay respectively at the outside of these two sides.
X-axis horizontal sliding aligning gear 23 includes along X-direction and is slidably connected at the X-axis correction plate 231 proofreaied and correct on base 21, is arranged on the X-axis of proofreading and correct on base 21 proofreaies and correct cylinder 232 along X-direction, the output terminal that X-axis is proofreaied and correct cylinder 232 connects X-axis correction plate 231, X-axis correction plate 231 extends the upper surface that material bears platen 22, by X-axis, proofread and correct cylinder 232 and promote X-axis correction plate 231 along X-direction translation promotion material, promote material steadily, fast.X-axis correction plate 231 is slidably connected at and is proofreaied and correct on base 21 by X-axis guidepost 233, promotes material more steady, and correction accuracy is high.X-axis is proofreaied and correct the output terminal of cylinder 232 and is proofreaied and correct floating junction 234 connection X-axis correction plates 231 by X-axis, connects more reliable.
Y-axis horizontal sliding aligning gear 24 includes along Y direction and is slidably connected at the Y-axis correction plate 241 proofreaied and correct on base 21, is arranged on the Y-axis of proofreading and correct on base 21 proofreaies and correct cylinder 242 along Y direction, the output terminal that Y-axis is proofreaied and correct cylinder 242 connects Y-axis correction plate 241, Y axle correction plate 241 extends the upper surface that material bears platen 22, by Y-axis, proofread and correct cylinder 242 and promote Y-axis correction plate 241 along Y direction translation promotion material, promote material steadily, fast.Y-axis correction plate 241 is slidably connected at and is proofreaied and correct on base 21 by Y-axis guidepost 243, promotes material more steady, and correction accuracy is high.Y-axis is proofreaied and correct the output terminal of cylinder 242 and is proofreaied and correct floating junction 244 connection Y-axis correction plates 241 by Y-axis, connects more reliable.
On X-axis horizontal sliding aligning gear 23 and Y-axis horizontal sliding aligning gear 24, be respectively equipped with position transducer 25, control accuracy is high, improves the precision of proofreading and correct.Material bears platen 22 upper surfaces and offers vacuum suction groove 221, can conveniently adsorb fixedly material, does not need fixture, simple in structure, simple to operation.
Feeding automatic correction device 2 of the present utility model bears by material the position that material translation platen 22 is pushed to setting from X-direction and Y direction respectively by X-axis horizontal sliding aligning gear 23 and Y-axis horizontal sliding aligning gear 24, can carry out the correction of X-direction and Y direction to material simultaneously, thereby angles that can automatic calibration material, correction accuracy is higher, and easy to operate, improve efficiency of assembling.
Paste ACF film device 3 and include subsides ACF film pedestal 31, paste ACF film pedestal 31 be provided with subsides ACF film platen 32 for bearing LCM module, by ACF coating materials band deliver to paste ACF film platen 32 tops ACF film pay-off 33, the downward precompressed of ACF film of pasting ACF film platen 32 tops is fitted to the ACF film laminating mechanism 34 on LCM module, the ACF film cutting machine structure 35 that the ACF film after laminating is cut off, ACF film laminating mechanism 34 is positioned at and pastes ACF film platen 32 tops, and ACF film cutting machine structure 35 is arranged on ACF film laminating mechanism 34 and pastes between ACF film platen 32.
Paste ACF film platen 32 by driving subsides ACF film platen 32 to be connected on subsides ACF film pedestal 31 along the subsides ACF film X-Y axle translation mechanism 36 of X-axis and Y direction translation, can automatically control the position of pasting ACF film platen 32, improve and paste ACF film precision.X-Y axle translation mechanism can combine by the lead screw transmission mechanism of X-direction and the lead screw transmission mechanism of Y direction.
ACF film pay-off 33 includes the material strip that is wound with ACF coating materials band and unreels material disc 331, the release liners rolling material disc 332 of the release liners of rolling ACF coating materials band 330, the base band rolling material disc 333 of the base band of rolling ACF coating materials band 330, base band tensioning is delivered to the material strip tensioning feed mechanism 334 of base band rolling material disc 333, lay respectively at two material strip guiding slide bars 335 of ACF film laminating mechanism 34 two bottom sides, thereby the ACF coating materials band 330 that pulls base band to drive material strip to unreel material disc 331 by material strip tensioning feed mechanism 334 unreels and carries out feeding, the ACF coating materials band 330 that material strip unreels material disc 331 through the automatic separated rolling of release liners in two material strips guiding slide bar 335 processes on release liners rolling material disc 332, and ACF film fits on LCM module under the laminating effect of ACF film laminating mechanism 34, simultaneously base band under the drive of material strip tensioning feed mechanism 334 rolling on base band rolling material disc 333, ACF film pay-off 33 of the present utility model can automatically complete ACF coating materials band and unreel, send ACF coating materials band, peel off release liners rolling, peel off the whole ACF film feeding process such as base band rolling, send ACF film control accuracy high, and easy to operate, save manpower, improve efficiency of assembling.
Paste ACF film pedestal 31 and be provided with material strip tension motor 336, release liners tension motor 337, base band tension motor 338, the output terminal of material strip tension motor 336 connects material strip and unreels material disc 331 and make material strip unreel material disc 331 to remain on rolling tensioning state, the output terminal of release liners tension motor 337 connects release liners rolling material disc 332 makes release liners rolling material disc 332 remain on rolling tensioning state, the output terminal of base band tension motor 338 connects base band rolling material disc 333 makes base band rolling material disc 333 remain on rolling tensioning state, utilize tension motor to make ACF coating materials band material strip, release liners and base band all remain on tensioning state, and by 334 feedings of material strip tensioning feed mechanism, control the transmitting range of ACF coating materials band, can guarantee the accurate transmission of material strip, pushing precision is high.The pulling force of 334 pairs of base band of material strip tensioning feed mechanism is greater than material strip tension motor 336, the outputting torsion of release liners tension motor 337 and base band tension motor 338, during the 334 not feeding of material strip tensioning feed mechanism, material strip unreels material disc 331, release liners rolling material disc 332 and base band rolling material disc 333 are all processed stationary state, during 334 feeding of material strip tensioning feed mechanism, material strip unreels material disc 331 and unreeled by pulling automatically of material strip tensioning feed mechanism 334, release liners rolling material disc 332 and base band rolling material disc 333 are respectively at release liners tension motor 337, automatic winding under the effect of base band tension motor 338.
Material strip tensioning feed mechanism 334 includes material strip tensioning feeding pedestal 3341, be arranged on the material strip tensioning feeding motor 3342 on material strip tensioning feeding pedestal 3341, be rotatably connected on the material strip tensioning drawing-inroller 3343 on material strip tensioning feeding pedestal 3341, friction drawing-inroller 3344 with the 3343 mutual roll extrusion of material strip tensioning drawing-inroller, material strip tensioning drawing-inroller 3343 is socketed on the output shaft of material strip tensioning feeding motor 3342, base band is by passing and clamp between material strip tensioning drawing-inroller 3343 and friction drawing-inroller 3344 between material strip tensioning drawing-inroller 3343 and friction drawing-inroller 3344, material strip tensioning feed mechanism 334 of the present utility model is pressed on base band on material strip tensioning drawing-inroller 3343 by friction drawing-inroller 3344, and while utilizing material strip tensioning drawing-inroller 3343 to rotate with friction drawing-inroller 3344 between friction force that base band is produced drive base band to move, the distance that base band transmits is directly proportional to the number of turns that material strip tensioning feeding motor 3342 rotates, can accurately control the distance that base band transmits, guarantee the accurate transmission of material strip, pushing precision is high.
Friction drawing-inroller 3344 is connected on material strip tensioning feeding pedestal 3341 by material strip hold-down mechanism, material strip hold-down mechanism includes the material strip clamping cylinder 3345 being arranged on material strip tensioning feeding pedestal 3341, be arranged on the material strip tensioning slide 3346 between material strip clamping cylinder 3345 and material strip tensioning drawing-inroller 3343, material strip tensioning slide 3346 is slidably connected on material strip tensioning feeding pedestal 3341, the output terminal of material strip clamping cylinder 3345 is connected towards material strip tensioning drawing-inroller 3343 and with material strip tensioning slide 3346, friction drawing-inroller 3344 is rotatably connected on material strip tensioning slide 3346, by material strip clamping cylinder 3345, drive material strip tensioning slide 3346 to continue to promote friction drawing-inroller 3344 and press to material strip tensioning drawing-inroller 3343, the drawing-inroller 3344 that can guarantee to rub continues base band to be pressed on material strip tensioning drawing-inroller 3343 to keep having enough friction force, prevent that base band from skidding, feeding is reliable, improve pushing precision.
Material strip tensioning slide 3346 is slidably connected on material strip tensioning feeding pedestal 3341 by material strip tensioning guide rail 3347, material strip tensioning slide 3346 is slided more steady, smooth and easy.On material strip tensioning feeding pedestal 3341, offer material strip tensioning feeding mounting groove 3348, material strip tensioning guide rail 3347 is arranged in material strip tensioning feeding mounting groove 3348, and easy for installation, mounting groove plays spacing effect to material strip tensioning slide 3346 again.
ACF film laminating mechanism 34 includes and is arranged on the ACF mould of pasting on ACF film pedestal 31 and closes cylinder 341, along Z-direction, be slidably connected at the ACF mould combined pressure 343 that the ACF mould of pasting on ACF film pedestal 31 is closed slide 342, is built-in with heating tube, the output terminal that ACF mould is closed cylinder 341 arranges down and connects the top that ACF mould is closed slide 342, ACF mould combined pressure 343 is arranged on the bottom that ACF mould is closed slide 342, and ACF film laminating mechanism 34 can carry out hot pressing to ACF film and LCM module.
Between ACF film laminating mechanism 34 and subsides ACF film platen 32, be provided with the ACF coating materials band pusher 37 that the base band of ACF coating materials band is pushed away to ACF film, make can depart from better between base band and ACF film, ACF coating materials band pusher 37 is realized the function of pusher by cylinder and push pedal combination.ACF film cutting machine structure 35 is cut material function by blade and cylinder in conjunction with realization.
The principle of work that the utility model pastes ACF film device 3 is: the LCM module top of pasting on ACF film platen 32 delivered to ACF coating materials band by ACF film pay-off 33, and by ACF film laminating mechanism 34, the downward precompressed of ACF film is fitted on LCM module, by ACF film cutting machine structure 35, the ACF film after laminating is cut off again, finally by ACF coating materials band pusher 37, the base band of ACF coating materials band is pushed away to ACF film, the utility model can complete whole subsides ACF membrane process automatically, paste ACF film precision higher, and easy to operate, save manpower, improve efficiency of assembling.
IC pre-pressing assembling device includes IC pre-pressing pedestal 8, IC pre-pressing pedestal 8 is provided with for bearing the IC pre-pressing platen 9 of LCM module, IC is delivered to the IC pay-off 4 on the LCM module of IC pre-pressing platen 9, IC is pressed to the IC pre-pressing mechanism 5 on LCM module downwards, IC pre-pressing mechanism 5 is positioned at IC pre-pressing platen 9 tops, IC pre-pressing assembling device of the present utility model is delivered to IC on the LCM module of IC pre-pressing platen 9 automatically by IC pay-off 4, by IC pre-pressing mechanism 5, automatically IC is pressed to downwards and on LCM module, complete IC pre-pressing again, can automatically complete that IC installs and with the LCM module precompressed whole process of fitting, assembly precision is higher, and easy to operate, save manpower, improve efficiency of assembling.
IC pre-pressing mechanism 5 includes the IC pre-pressing pedestal 51 being fixed on IC pre-pressing pedestal 8, be arranged on the IC pre-pressing servo motor 52 on IC pre-pressing pedestal 51, along Z-direction, be slidably connected at the motor pressing slide 53 on IC pre-pressing pedestal 51, IC pre-pressing cylinder 54, along Z-direction, be slidably connected at the cylinder pressing slide 55 on IC pre-pressing pedestal 51, be arranged on the IC pre-pressing pressure head 56 of cylinder pressing slide 55 bottoms, the output terminal of IC pre-pressing servo motor 52 drives connecting motor pressing slide 53 by the IC pre-pressing lead screw transmission mechanism 57 along Z-direction transmission, IC pre-pressing cylinder 54 is fixed on cylinder pressing slide 55, the output terminal of IC pre-pressing cylinder 54 is connected upward and with motor pressing slide 53, IC pre-pressing servo motor 52 drives IC pre-pressing cylinder 54 by IC pre-pressing lead screw transmission mechanism 57, IC pre-pressing pressure head 56 accurately arrives pressing position, then by the telescopic upper and lower pliable pressure of IC pre-pressing cylinder 54, product difference in height is carried out to pressing, adopt servo motor can accurately guarantee the height of pressing, IC pre-pressing cylinder 54 retractable and flexible characteristics can avoid product to cause damage because of overvoltage, improve the assembly quality of LCM module.
IC pre-pressing pressure head 56 is connected on cylinder pressing slide 55 by pre-pressing governor motion 58, pre-pressing governor motion 58 includes swing adjustment seat 581, along X-direction, be arranged on the X turning axle 582 on cylinder pressing slide 55, the top of swing adjustment seat 581 is rotatably connected on cylinder pressing slide 55 by X turning axle 582, between swing adjustment seat 581 and cylinder pressing slide 55, be provided with gap, the both sides up and down of X turning axle 582 are respectively equipped with the swing adjusting screw 583 arranging along Y direction, the thread end of each swing adjusting screw 583 is threaded in respectively in swing adjustment seat 581 and through swing adjustment seat 581 tops and is pressed on cylinder pressing slide 55, by rotation swing adjusting screw 583, can regulate distance between swing adjustment seat 581 and cylinder pressing slide 55, thereby make swing adjustment seat 581 deflection or to post deflection forward, and then can free adjustment control the angle of IC pre-pressing pressure head 56, can be by regulating swing adjusting screw 583 to make IC pre-pressing pressure head 56 and IC pre-pressing platen 9 reach the very high depth of parallelism, eliminate the depth of parallelism, verticality equal error, realize accurate assembling, improve assembly quality.
IC pre-pressing pressure head 56 is by swinging up and down adjustment seat 584, and the Y turning axle 585 being arranged in swing adjustment seat 581 along Y direction is connected to swing adjustment seat 581 bottoms, the top that swings up and down adjustment seat 584 is rotatably connected on the bottom of swing adjustment seat 581 by Y turning axle 585, swing up and down between adjustment seat 584 and swing adjustment seat 581 and be provided with gap, the left and right sides of Y turning axle 585 is respectively equipped with and swings up and down adjusting screw 586 along Z-direction setting, each thread end that swings up and down adjusting screw 586 is threaded in respectively in swing adjustment seat 581 and through swing adjustment seat 581 tops and is pressed in and swings up and down in adjustment seat 584, IC pre-pressing pressure head 56 is fixed on and swings up and down adjustment seat 584 bottoms, by rotation, swinging up and down adjusting screw 586 can regulate and swing up and down distance between adjustment seat 584 and swing adjustment seat 581, thereby making to swing up and down adjustment seat 584 upward deflects or deflects down, and then can free adjustment control the angle of IC pre-pressing pressure head 56, can swing up and down adjusting screw 586 by adjusting makes IC pre-pressing pressure head 56 and IC pre-pressing platen 9 reach the very high depth of parallelism, eliminate the depth of parallelism, verticality equal error, realize accurate assembling, improve assembly quality.Combination by said structure can realize free adjustment control IC pre-pressing pressure head 56 to all directions deflection, can realize comprehensive free adjustment angle, realizes accurate assembling.
Raised up oscillation adjustment projection 587 of the top of swing adjustment seat 581 forms inverted T shape structures, the front end of cylinder pressing slide 55 is provided with N-shaped projection seat 588 is installed, oscillation adjustment projection 587 is rotatably connected on N-shaped by X turning axle 582 and installs in the inner chamber of projection seat 588, makes swing adjustment seat 581 rotate more steady with respect to cylinder pressing slide 55.
IC pay-off 4 includes IC cradle 41, IC cradle 41 is provided with for placing the IC feeding disk 42 of IC, for IC being carried out to the IC means for correcting 43 that X-axis and Y direction are proofreaied and correct, IC is transplanted on and on IC means for correcting 43, is proofreaied and correct the IC transfer mechanism 44 being transplanted on again on IC pre-pressing platen 9 by IC feeding disk 42, IC means for correcting 43 and IC feeding disk 42 are positioned at IC transfer mechanism 44 belows, IC pay-off 4 is first transplanted on IC on IC means for correcting 43 and is proofreaied and correct by IC feeding disk 42 by IC transfer mechanism 44, be transplanted on again on IC pre-pressing platen 9, can be to automatically IC being carried out to feeding operation and correct operation, assembly precision is higher, and easy to operate, save manpower, improve efficiency of assembling.
IC feeding disk 42 is slidably connected on IC cradle 41 along Y direction, on IC cradle 41, along Y direction, be provided with IC pan feeding cylinder 45, the output terminal of IC pan feeding cylinder 45 connects IC feeding disk 42, by IC pan feeding cylinder 45, by automatically IC feeding disk 42 being pushed to IC transfer mechanism 44, improve feeding efficiency.
IC means for correcting 43 includes IC and proofreaies and correct base 431, be arranged on IC and proofread and correct the IC correcting block 432 on base 431, on IC correcting block 432, offer the IC calibration tank 433 of putting into and proofreading and correct for IC, IC calibration tank 433 has at least a side vertical with X-axis, IC calibration tank 433 has at least a side vertical with Y-axis, IC transfer mechanism 44 is first delivered to IC in IC calibration tank 433, again by IC respectively with side vertical with X-axis in IC calibration tank 433, the side vertical with Y-axis is by once, make IC automatically to X-axis, Y direction is proofreaied and correct, simple in structure, it is convenient to proofread and correct, correction rate is fast, efficiency is high.
IC transfer mechanism 44 includes for adsorbing the vacuum cups 441 of IC, vacuum cups 441 is by driving vacuum cups 441 to be connected on IC cradle 41 along the IC feeding three axle translation mechanisms 442 of X-axis, Y-axis, Z-direction translation, by vacuum cups 441, can quick and conveniently pick and place IC, IC feeding three axle translation mechanisms 442 can combine by the lead screw transmission mechanism of the lead screw transmission mechanism of X-direction, the lead screw transmission mechanism of Y direction and Z-direction, can drive vacuum cups 441 along X-axis, Y-axis, Z-direction translation feeding, control accuracy is high.
Between IC pre-pressing platen 9 and IC pre-pressing pedestal 8, be connected with IC pre-pressing automatic positioning equipment 6, IC pre-pressing automatic positioning equipment 6 includes the R axle rotation motor 61 being connected on IC pre-pressing pedestal 8, for the identification point of LCM module being positioned to the CCD camera lens 62 of identification, CCD camera lens 62 is positioned at the below of IC pre-pressing platen 9, the output terminal of R axle rotation motor 61 also drives upward and connects IC pre-pressing platen 9, R axle rotation motor 61 is by driving R axle rotation motor 61 along X-axis, the IC pre-pressing X-Y axle translation mechanism 63 of Y direction translation is connected on IC pre-pressing pedestal 8, utilize the identification point of 62 pairs of assembling two materials of CCD camera lens to position identification, by the poor control system that sends to of deviation post, control system transmits PLC by the information of adjusting position, by PLC by impulse form to R axle rotation motor 61, by controlling 61 rotations of R axle rotation motor, the angles of material is adjusted, simultaneously by controlling X-Y axle translation mechanism along X-axis, Y direction motion is adjusted the putting position of material, can be to LCM module be carried out to automatic calibration positioning action, assembly precision is higher, and easy to operate, save manpower, improve efficiency of assembling.
IC pre-pressing platen 9 bottoms are connected on the output terminal of R axle rotation motor 61 by IC pre-pressing lifting regulating mechanism, IC pre-pressing lifting regulating mechanism includes the IC pre-pressing lift slide 64 that is fixed on IC pre-pressing platen 9 bottoms, be fixed on the IC pre-pressing lifting pedestal 65 on the output terminal of R axle rotation motor 61, IC pre-pressing lift slide 64 is slidably connected on IC pre-pressing lifting pedestal 65 along Z-direction, on IC pre-pressing lift slide 64, along Z-direction, be provided with IC pre-pressing lifting screw 66, on IC pre-pressing lifting pedestal 65, be rotatably connected to IC pre-pressing setting nut 67, IC pre-pressing setting nut 67 is threaded on IC pre-pressing lifting screw 66, by rotation IC pre-pressing setting nut 67, can control IC pre-pressing lift slide 64 rises or declines together with IC pre-pressing platen 9, can be in Z-direction regulating and controlling material put height, the material of applicable various different-thickness, simple in structure, easy to adjust.
LCM module press fit device 7 includes LCM module pressing pedestal 71, LCM module pressing pedestal 71 be provided with LCM module pressing platen 72 for bearing LCM module, by Teflon material strip deliver to LCM module pressing platen 72 tops Teflon material strip pay-off 73, the Teflon material strip of LCM module pressing platen 72 tops is pressed onto to the module laminating mechanism 74 on LCM module in top downwards, module laminating mechanism 74 is positioned at LCM module pressing platen 72 tops.
LCM module pressing platen 72 is by driving LCM module pressing platen 72 to be connected on LCM module pressing pedestal 71 along the LCM module pressing Y-axis translation mechanism 75 of Y direction translation, can automatically control the position of LCM module pressing platen 72, improve LCM module press fit arrangement precision, the lead screw transmission mechanism that LCM module pressing Y-axis translation mechanism 75 is Y direction.
Teflon material strip pay-off 73 includes the Teflon material strip that is wound with Teflon material strip 730 and unreels dish 731, the Teflon material strip closed reel 732 of rolling Teflon material strip 730, 730 tensionings of Teflon material strip are delivered to the Teflon tensioning feed mechanism 733 of Teflon material strip closed reel 732, Teflon material strip unreels the dish 731 Teflon material strips that unreel out 730 through between module laminating mechanism 74 and LCM module pressing platen 72, and under the drive of Teflon tensioning feed mechanism 733 rolling on Teflon material strip closed reel 732, Teflon material strip pay-off 73 of the present utility model can automatically complete Teflon material strip and unreel, send Teflon material strip, the whole Teflon material strip feeding process such as Teflon material strip rolling, send Teflon material strip control accuracy high, and easy to operate, save manpower, improve efficiency of assembling.
LCM module pressing pedestal 71 is provided with Teflon unwinding tension motor 734, Teflon winding tension motor 735, the output terminal of Teflon unwinding tension motor 734 connects Teflon material strip and unreels dish 731 and make Teflon material strip unreel dish 731 to remain on rolling tensioning state, and the output terminal of Teflon winding tension motor 735 connects Teflon material strip closed reel 732 makes Teflon material strip closed reel 732 remain on rolling tensioning state.Utilize tension motor to make Teflon material strip remain on tensioning state, and by 733 feedings of Teflon tensioning feed mechanism, control the transmitting range of Teflon material strip, can guarantee the accurate transmission of Teflon material strip, pushing precision is high.The pulling force of 733 pairs of Teflon material strips of Teflon tensioning feed mechanism is greater than the outputting torsion of Teflon unwinding tension motor 734, Teflon winding tension motor 735, during the 733 not feeding of Teflon tensioning feed mechanism, Teflon material strip unreels dish 731, Teflon material strip closed reel 732 is all processed stationary state, during 733 feeding of Teflon tensioning feed mechanism, Teflon material strip unreels dish 731 and unreeled by pulling automatically of Teflon tensioning feed mechanism 733, and Teflon material strip unreels dish 731 automatic winding under the effect of Teflon winding tension motor 735.Teflon tensioning feed mechanism 733 is realized the transmission of material strip by drawing-inroller and the mutual roll extrusion of friction pulley.
Module laminating mechanism 74 includes the module pressing cylinder 741 that is arranged on LCM module pressing pedestal 71, along Z-direction, is slidably connected at module pressing slide 742 on LCM module pressing pedestal 71, is built-in with the module pressing pressure head 743 of heating tube, the output terminal of module pressing cylinder 741 arranges and passes through the top of module pressing floating junction 744 connection module pressing slides 742 down, module pressing pressure head 743 is arranged on the bottom of module pressing slide 742, and module laminating mechanism 74 can carry out hot pressing to IC and LCM module.Module pressing cylinder 741 is diaphragm type low rubbing cylinder, can slowly module pressing pressure head 743 be pressed on LCM module, and pressing is reliable, prevents that pressure head from producing damage to LCM module, and the assembling better effects if of slow pressing to LCM module.LCM module press fit device 7 can have many groups, LCM module press fit device 7 is 3 groups in the present embodiment, because module pressing cylinder 741 is for being slowly pressed in module pressing pressure head 743 on LCM module, organizes LCM module press fit device 7 more and work simultaneously and can improve module pressing efficiency.
Module pressing slide 742 is connected on LCM module pressing pedestal 71 by pressing angle adjusting mechanism 76, pressing angle adjusting mechanism 76 includes along Z-direction and is slidably connected at the pressing angular adjustment seat 761 on LCM module pressing pedestal 71, the front end of pressing angular adjustment seat 761 protrudes out the elastic deformation portion 7611 that forms, between elastic deformation portion 7611 and pressing angular adjustment seat 761, be provided with the elastic deformation groove 7612 that deformation space is provided for elastic deformation portion 7611, module pressing slide 742 is arranged in elastic deformation portion 7611, between elastic deformation portion 7611 and pressing angular adjustment seat 761, be connected with module pressing and regulate lock screw 762, on elastic deformation groove 7612 rear side cell walls, offer the module pressing threaded hole 7613 that regulates lock screw 762 corresponding matching with module pressing, module pressing regulates the thread end of lock screw 762 to be connected in module pressing threaded hole 7613 through elastic deformation portion 7611 rear threads, pressing angle adjusting mechanism 76 of the present utility model utilizes the elastic deformation of elastic deformation portion 7611, by module pressing, regulate lock screw 762 adjusting elasticities, thereby control elastic deformation portion 7611 deflection or to post deflection forward together with module pressing slide 742, and then the angle of control module pressing pressure head 743, can make module pressing pressure head 743 and LCM module pressing platen 72 reach the very high depth of parallelism by adjusting, realize accurate assembling, improve assembly quality.Between elastic deformation portion 7611 and pressing angular adjustment seat 761, form U-shaped structure, simple in structure, easy to process, elastic performance is good.
Elastic deformation portion 7611 front ends convex with the thread end that regulates locking boss 763, module pressing to regulate lock screw 762 and through adjusting locking boss 763, elastic deformation portion 7611 rear threads, are connected in module pressing threaded hole 7613 successively.Between elastic deformation portion 7611 and pressing angular adjustment seat 761, be connected with module pressing tune and loosen the screw a little 764, module pressing is adjusted to loosen the screw a little and 764 through regulating locking boss 763 rear threads to be connected in elastic deformation portion 7611 and through elastic deformation portion 7611 tops, is pressed on elastic deformation groove 7612 rear side cell walls, when regulating lock screw 762 to tighten, module pressing elastic deformation portion 7611 can be clamped to pressing angular adjustment seat 761, elastic deformation portion 7611 is regulated in module pressing under the coupling mechanism force effect of lock screw 762 to post deflection, when module pressing, adjust to loosen the screw a little and 764 elastic deformation portion 7611 top trippings can be closed to angular adjustment seat 761 while tightening, make elastic deformation portion 7611 adjust deflection forward under 764 the jacking force effect of loosening the screw a little in module pressing, module pressing is adjusted to loosen the screw a little and 764 is regulated lock screw 762 to coordinate to regulate that use can oneself adjusting control module pressing slide 742 direction deflection forwards, backwards with module pressing, regulate simple and convenient, simple in structure.
Module pressing slide 742 is arranged on elastic deformation portion 7611 front end faces, elastic deformation portion 7611 front ends are provided with module pressing rotating shaft 765, module pressing slide 742 is rotatably connected in module pressing rotating shaft 765, on module pressing slide 742, offer angular adjustment groove 7421, regulate locking boss 763 to be arranged in angular adjustment groove 7421, regulate between the locking left and right sides of boss 763 and the cell wall of angular adjustment groove 7421 and be respectively equipped with gap, the both sides of module pressing slide 742 offer respectively the lateral adjustment threaded hole 7422 that is communicated with angular adjustment groove 7421, each lateral adjustment threaded hole 7422 lateral adjustment screw 766 that has been threaded respectively, the thread end of each lateral adjustment screw 766 is pressed in and regulates on the locking corresponding side of boss 763 through corresponding lateral adjustment threaded hole 7422 tops, while tightening the lateral adjustment screw 766 of a side wherein, lateral adjustment screw 766 can regulate locking boss 763 by pushing tow, make under the effect of module pressing slide 742 jacking force at lateral adjustment screw 766 along module pressing rotating shaft 765 to the same side deflection, lateral adjustment screw 766 by both sides regulates that control can the 742 both sides deflections to the left and right of free adjustment module pressing slide, regulate simple and convenient, simple in structure.Combination by said structure can realize free adjustment control module pressing slide 742 forwards, rear, left side, right side deflection, can realize comprehensive free adjustment angle, realize accurate assembling.
LCM module press fit device 7 of the present utility model is delivered to LCM module pressing platen 72 tops by Teflon material strip pay-off 73 by Teflon material strip, and by module laminating mechanism 74, Teflon material strip is pressed downwardly onto on LCM module, utilize the buffering of Teflon material strip and every pressure effect, prevent that 74 pairs of LCM modules of module laminating mechanism from causing damage, the pressing of LCM module is effective, improve the assembly quality of LCM module, the utility model can automatically complete whole IC and formally compress laminating process, assembly precision is higher, and easy to operate, save manpower, improve efficiency of assembling.
Certainly, the above is only preferred embodiment of the present utility model, and the equivalence of doing according to structure, feature and principle described in the utility model patent claim therefore all changes or modifies, and is included in the utility model patent claim.
Claims (10)
1. intelligent LCM module assembly machine, include frame (1), it is characterized in that: described frame (1) is upper to be provided with successively LCM module feeding device (11), feeding automatic correction device (2), to paste ACF film device (3), IC pre-pressing assembling device, LCM module press fit device (7), LCM module blanking device (12) by assembly process order, and frame (1) is provided with the material transmission system that carries out material transferring between each assembly process.
2. intelligent LCM module assembly machine according to claim 1, is characterized in that: described material transmission system includes LCM module is transplanted on feeding automatic correction device (2) and then is transplanted on the first materials transport mechanism (13) of pasting on ACF film devices (3), LCM module is transplanted on to the second materials transport mechanism (14) IC pre-pressing assembling device, LCM module is transplanted on to the 3 material transport sector (15) LCM module press fit device (7) from IC pre-pressing assembling device from pasting ACF film devices (3) from LCM module feeding device (11).
3. intelligent LCM module assembly machine according to claim 1, it is characterized in that: described feeding automatic correction device (2) includes proofreaies and correct base (21), proofread and correct on base (21) and be fixed with for bearing the material of material and bear platen (22), the outside that material bears platen (22) be respectively equipped with along X-direction translation promote material X-axis horizontal sliding aligning gear (23), along Y direction translation, promote the Y-axis horizontal sliding aligning gear (24) of material.
4. intelligent LCM module assembly machine according to claim 1, it is characterized in that: described subsides ACF film device (3) includes and pastes ACF film pedestal (31), pasting ACF film pedestal (31) is provided with for bearing the subsides ACF film platen (32) of LCM module, ACF coating materials band is delivered to the ACF film pay-off (33) that pastes ACF film platen (32) top, the downward precompressed of ACF film of pasting ACF film platen (32) top is fitted to the ACF film laminating mechanism (34) on LCM module, the ACF film cutting machine structure (35) that ACF film after laminating is cut off, ACF film laminating mechanism (34) is positioned at and pastes ACF film platen (32) top, ACF film cutting machine structure (35) is arranged on ACF film laminating mechanism (34) and pastes between ACF film platen (32).
5. intelligent LCM module assembly machine according to claim 4, it is characterized in that: described ACF film pay-off (33) includes the material strip that is wound with ACF coating materials band and unreels material disc (331), the release liners rolling material disc (332) of the release liners of rolling ACF coating materials band, the base band rolling material disc (333) of the base band of rolling ACF coating materials band, base band tensioning is delivered to the material strip tensioning feed mechanism (334) of base band rolling material disc (333), lay respectively at two material strip guiding slide bars (335) of ACF film laminating mechanism (34) two bottom sides, the ACF coating materials band that material strip unreels material disc (331) through the separated rolling of release liners in two material strips guiding slide bar (335) processes on release liners rolling material disc (332), and ACF film fits on LCM module under the laminating effect of ACF film laminating mechanism (34), simultaneously base band under the drive of material strip tensioning feed mechanism (334) rolling on base band rolling material disc (333).
6. intelligent LCM module assembly machine according to claim 1, it is characterized in that: described IC pre-pressing assembling device includes IC pre-pressing pedestal (8), IC pre-pressing pedestal (8) is provided with IC pre-pressing platen (9) for bearing LCM module, IC is delivered to IC pay-off (4) on the LCM module of IC pre-pressing platen (9), IC is pressed to the IC pre-pressing mechanism (5) on LCM module downwards, and IC pre-pressing mechanism (5) is positioned at IC pre-pressing platen (9) top, IC pre-pressing mechanism (5) includes the IC pre-pressing pedestal (51) being fixed on IC pre-pressing pedestal (8), be arranged on the IC pre-pressing servo motor (52) on IC pre-pressing pedestal (51), along Z-direction, be slidably connected at the motor pressing slide (53) on IC pre-pressing pedestal (51), IC pre-pressing cylinder (54), along Z-direction, be slidably connected at the cylinder pressing slide (55) on IC pre-pressing pedestal (51), be arranged on the IC pre-pressing pressure head (56) of cylinder pressing slide (55) bottom, the output terminal of IC pre-pressing servo motor (52) drives connecting motor pressing slide (53) by the IC pre-pressing lead screw transmission mechanism (57) along Z-direction transmission, IC pre-pressing cylinder (54) is fixed on cylinder pressing slide (55), the output terminal of IC pre-pressing cylinder (54) is connected upward and with motor pressing slide (53).
7. intelligent LCM module assembly machine according to claim 6, it is characterized in that: described IC pre-pressing pressure head (56) is connected on cylinder pressing slide (55) by pre-pressing governor motion (58), pre-pressing governor motion (58) includes swing adjustment seat (581), along X-direction, be arranged on the X turning axle (582) on cylinder pressing slide (55), the top of swing adjustment seat (581) is rotatably connected on cylinder pressing slide (55) by X turning axle (582), between swing adjustment seat (581) and cylinder pressing slide (55), be provided with gap, the both sides up and down of X turning axle (582) are respectively equipped with the swing adjusting screw (583) arranging along Y direction, the thread end of each swing adjusting screw (583) is threaded in respectively swing adjustment seat (581) above and is pressed on cylinder pressing slide (55) through swing adjustment seat (581) top, IC pre-pressing pressure head (56) is by swinging up and down adjustment seat (584), and the Y turning axle (585) being arranged in swing adjustment seat (581) along Y direction is connected to swing adjustment seat (581) bottom, the top that swings up and down adjustment seat (584) is rotatably connected on the bottom of swing adjustment seat (581) by Y turning axle (585), swing up and down between adjustment seat (584) and swing adjustment seat (581) and be provided with gap, the left and right sides of Y turning axle (585) is respectively equipped with and swings up and down adjusting screw (586) along Z-direction setting, each thread end that swings up and down adjusting screw (586) is threaded in respectively swing adjustment seat (581) above and is pressed in and swings up and down in adjustment seat (584) through swing adjustment seat (581) top, IC pre-pressing pressure head (56) is fixed on and swings up and down adjustment seat (584) bottom.
8. intelligent LCM module assembly machine according to claim 6, it is characterized in that: described IC pay-off (4) includes IC cradle (41), IC cradle (41) is provided with for placing the IC feeding disk (42) of IC, for IC being carried out to the IC means for correcting (43) that X-axis and Y direction are proofreaied and correct, IC is transplanted on and on IC means for correcting (43), is proofreaied and correct the IC transfer mechanism (44) being transplanted on again on IC pre-pressing platen (9) by IC feeding disk (42), IC means for correcting (43) and IC feeding disk (42) are positioned at IC transfer mechanism (44) below, IC means for correcting (43) includes IC and proofreaies and correct base (431), be arranged on IC and proofread and correct the IC correcting block (432) on base (431), on IC correcting block (432), offer the IC calibration tank (433) of putting into and proofreading and correct for IC, IC calibration tank (433) has at least a side vertical with X-axis, IC calibration tank (433) has at least a side vertical with Y-axis.
9. intelligent LCM module assembly machine according to claim 6, it is characterized in that: between described IC pre-pressing platen (9) and IC pre-pressing pedestal (8), be connected with IC pre-pressing automatic positioning equipment (6), IC pre-pressing automatic positioning equipment (6) includes the R axle rotation motor (61) being connected on IC pre-pressing pedestal (8), for the identification point of LCM module being positioned to the CCD camera lens (62) of identification, CCD camera lens (62) is positioned at the below of IC pre-pressing platen (9), the output terminal of R axle rotation motor (61) also drives and connects IC pre-pressing platen (9) upward, R axle rotation motor (61) is by driving R axle rotation motor (61) along X-axis, the IC pre-pressing X-Y axle translation mechanism (63) of Y direction translation is connected on IC pre-pressing pedestal (8).
10. according to the intelligent LCM module assembly machine described in claim 1～9 any one, it is characterized in that: described LCM module press fit device (7) includes LCM module pressing pedestal (71), it is characterized in that: described LCM module pressing pedestal (71) is provided with for bearing the LCM module pressing platen (72) of LCM module, Teflon material strip is delivered to the Teflon material strip pay-off (73) of LCM module pressing platen (72) top, the Teflon material strip of LCM module pressing platen (72) top is pressed onto to the module laminating mechanism (74) on LCM module in top downwards, module laminating mechanism (74) is positioned at LCM module pressing platen (72) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420407643.3U CN203982029U (en) | 2014-07-22 | 2014-07-22 | Intelligence LCM module assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420407643.3U CN203982029U (en) | 2014-07-22 | 2014-07-22 | Intelligence LCM module assembly machine |
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| Publication Number | Publication Date |
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| CN203982029U true CN203982029U (en) | 2014-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420407643.3U Withdrawn - After Issue CN203982029U (en) | 2014-07-22 | 2014-07-22 | Intelligence LCM module assembly machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104090397B (en) * | 2014-07-22 | 2016-08-03 | 东莞市力生机械设备有限公司 | Intelligence LCM module assembly machine |
| CN106556941A (en) * | 2016-11-25 | 2017-04-05 | 深圳市诚亿自动化科技有限公司 | A kind of main indenter device of light-duty thermostatic type |
| CN106873198A (en) * | 2017-03-10 | 2017-06-20 | 深圳市诚亿自动化科技有限公司 | The accurate main pressure indenter device of thermostatic type |
| CN107561741A (en) * | 2017-09-28 | 2018-01-09 | 苏州富强加能精机有限公司 | A kind of this pressure device of LCDs |
| CN107561742A (en) * | 2017-09-28 | 2018-01-09 | 苏州富强加能精机有限公司 | With this pressure device of the LCDs of fender strainer |
| CN107621706A (en) * | 2017-09-28 | 2018-01-23 | 苏州富强加能精机有限公司 | A kind of this press mechanism for being used to press LCDs display circuit |
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2014
- 2014-07-22 CN CN201420407643.3U patent/CN203982029U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104090397B (en) * | 2014-07-22 | 2016-08-03 | 东莞市力生机械设备有限公司 | Intelligence LCM module assembly machine |
| CN106556941A (en) * | 2016-11-25 | 2017-04-05 | 深圳市诚亿自动化科技有限公司 | A kind of main indenter device of light-duty thermostatic type |
| CN106556941B (en) * | 2016-11-25 | 2019-05-24 | 深圳市诚亿自动化科技有限公司 | A kind of main indenter device of light-duty thermostatic type |
| CN106873198A (en) * | 2017-03-10 | 2017-06-20 | 深圳市诚亿自动化科技有限公司 | The accurate main pressure indenter device of thermostatic type |
| CN106873198B (en) * | 2017-03-10 | 2019-10-29 | 深圳市诚亿自动化科技有限公司 | The accurate main pressure indenter device of thermostatic type |
| CN107561741A (en) * | 2017-09-28 | 2018-01-09 | 苏州富强加能精机有限公司 | A kind of this pressure device of LCDs |
| CN107561742A (en) * | 2017-09-28 | 2018-01-09 | 苏州富强加能精机有限公司 | With this pressure device of the LCDs of fender strainer |
| CN107621706A (en) * | 2017-09-28 | 2018-01-23 | 苏州富强加能精机有限公司 | A kind of this press mechanism for being used to press LCDs display circuit |
| CN107561741B (en) * | 2017-09-28 | 2024-05-17 | 苏州富强加能精机有限公司 | Liquid crystal display screen originally presses device |
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| AV01 | Patent right actively abandoned |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |