CN204701246U - The full abutted equipment of OCA - Google Patents
The full abutted equipment of OCA Download PDFInfo
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- CN204701246U CN204701246U CN201420853301.4U CN201420853301U CN204701246U CN 204701246 U CN204701246 U CN 204701246U CN 201420853301 U CN201420853301 U CN 201420853301U CN 204701246 U CN204701246 U CN 204701246U
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Abstract
The utility model discloses the full abutted equipment of a kind of OCA, comprise frame, described frame is provided with the sticking film pressing-in device of vacuum extractor and more than 2, described sticking film pressing-in device comprises top die and dip mold, downward opening first inner chamber is provided with bottom described top die, the grip device of CG cover plate is provided with in described first inner chamber, described dip mold top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform, on described second intracavity sidewall, corresponding vacuum extractor location matches is provided with through hole, described top die is connected with the first drive unit driving top die to move up and down, when described top die moves to bottom and the pressing of described dip mold air-tightness.The purpose of this utility model is to provide the full abutted equipment of a kind of OCA, and efficiency of fitting during to overcome existing laminator pad pasting is low, the problem that laminating cost is high.
Description
Technical field
The utility model relates to a kind of laminating production equipment, specifically, relates to the full abutted equipment of a kind of OCA.
Background technology
Along with the development of touching technique and the further reduction of cost, touching technique can with Display Technique further combined with, except the application of the tradition such as mobile phone, touch-control PC, intelligent appliance will become the new power of touch-screen development; Along with the development of information technology, the facility that touch-screen brings, to all kinds of machine more and more towards the future development of the features such as the further reduction of cost, easy to operate, superior performance touch panel production.At present, the full abutted equipment of OCA all adopts single station to process, and causes the laminating time longer, and laminating efficiency is low, and laminating production cost is high.
Summary of the invention
For the deficiencies in the prior art, the purpose of this utility model is to provide the full abutted equipment of a kind of OCA, and efficiency of fitting during to overcome existing laminator pad pasting is low, the problem that laminating cost is high.
For achieving the above object, the utility model is achieved through the following technical solutions: the full abutted equipment of a kind of OCA, comprise frame, described frame is provided with the sticking film pressing-in device of vacuum extractor and more than 2, described sticking film pressing-in device comprises top die and dip mold, downward opening first inner chamber is provided with bottom described top die, the grip device of CG cover plate is provided with in described first inner chamber, described dip mold top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform, on described second intracavity sidewall, corresponding vacuum extractor location matches is provided with through hole, described top die is connected with the first drive unit driving top die to move up and down, when described top die moves to bottom and the pressing of described dip mold air-tightness.
Further illustrate, the grip device of described CG cover plate is absorption flat board, and described absorption flat board is provided with the pore communicated with described vacuum extractor.
Further illustrate, below described ITO functional sheet placement platform, be provided with heater.
Further illustrate, the first flat board is provided with above described top die, described first flat board is fixedly connected with the first drive unit, described first dull and stereotyped top is provided with cylinder, described cylinder lower end is fixedly connected with telescopic air-leg, described air-leg runs through the first flat board and is connected with the absorption flat board in top die, the second flat board is provided with above described cylinder, described second dull and stereotyped lower end is fixedly connected with the first support bar, described first support bar runs through the first flat board and is fixedly connected with the upper end of top die, the position that described first support bar is positioned at the first dull and stereotyped both sides is up and down provided with the limited block that restriction first flat board moves up and down.
Further illustrate, also comprise the control panel be arranged in frame, described control panel is electrically connected with the first drive unit and vacuum extractor respectively.
Further illustrate, described frame is also provided with line slideway, slidably connects sliding panel above described line slideway, described sliding panel is connected with the second drive unit by screw mandrel, described dip mold is fixedly connected on above described sliding panel, and described second drive unit is electrically connected with control panel.
Further illustrate, also comprise photo-electric limit switch, described photo-electric limit switch is arranged on sliding panel and in the frame at line slideway two ends, and is electrically connected with the second drive unit.
Further illustrate, described dip mold is externally connected to whirligig, is provided with CG cover plate placement platform above described whirligig, and described CG cover plate placement platform is provided with and vacuum extractor phase passage.
Further illustrate, also comprise CCD automatic contraposition device, described CCD automatic contraposition device comprises the second support bar be vertically set in frame and the cross bar be connected with the second post upper, the first slide block described cross bar being provided with horizontal slide rail and being slidably connected with horizontal slide rail, the second slide block that described first slide block is provided with upright slide rail and is slidably connected with upright slide rail, described second slide block is fixed with camera, described camera data is connected to control panel, described camera data is connected with contraposition display screen, described contraposition display screen is arranged in frame, also be provided with below described ITO functional sheet placement platform and drive the alignment device that ITO functional sheet placement platform moves up and down and angle rotates.
Further illustrate, also comprise the baro-vacuum gauge be arranged in frame, pressure air gauge, pressure-regulating valve and be arranged on the air purifier on frame top, described air purifier is electrically connected with control panel, described baro-vacuum gauge is connected with vacuum extractor, and described pressure air gauge is connected with cylinder respectively with pressure-regulating valve.
Compared with prior art, the utility model has following beneficial effect:
1, frame is provided with the sticking film pressing-in device of more than 2, processing laminating can be carried out to the product of more than 2 simultaneously, the laminating efficiency of equipment can be improved, reduce laminating production cost.
2, downward opening first inner chamber is provided with bottom top die, the grip device of CG cover plate is provided with in described first inner chamber, can grip CG cover plate, described dip mold top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform, for placing ITO functional sheet, on described second intracavity sidewall, corresponding vacuum extractor coupling is provided with through hole, be connected with vacuum extractor air-tightness by this through hole during pressing, and sticking film pressing-in device is vacuumized, to reduce bubble during laminating, described top die is connected with the first drive unit driving top die to move up and down, when described top die moves to bottom and the pressing of described dip mold air-tightness.Adopt the abutted equipment of said structure to carry out jointing product, the bubble of laminating can be eliminated, the defects such as impression, reduce the bad of product, saved production cost.
Accompanying drawing explanation
Fig. 1 is provided with the structural representation of 2 sticking film pressing-in devices for illustration of the full abutted equipment of the utility model embodiment OCA.
Fig. 2 is for illustration of the structural representation of the top die of the full abutted equipment of the utility model embodiment OCA.
Fig. 3 is for illustration of the structural representation of the dip mold of the full abutted equipment of the utility model embodiment OCA.
Fig. 4 is for illustration of the structural representation of the CCD automatic contraposition device of the full abutted equipment of the utility model embodiment OCA.
Fig. 5 is for illustration of the front elevation of the full abutted equipment of the utility model embodiment OCA.
Parts title and sequence number in figure: 1-frame 2-sticking film pressing-in device 21-dip mold 211-ITO functional sheet placement platform 212-CG cover plate placement platform 22-top die 221-CG cover plate grip device 222-adsorbs the dull and stereotyped 223-pore 23-air-leg 24-first support bar 25-cylinder 26-limited block dull and stereotyped 28-second of 27-first dull and stereotyped 3-vacuum extractor 4-first drive unit 5-dip mold transmission device 51-line slideway 52-screw mandrel 53-sliding panel 54-photo-electric limit switch 6-CCD automatic contraposition device 61-second support bar 62-cross bar 63-horizontal slide rail 64-first slide block 65-upright slide rail 66-second slide block 67-camera 68-contraposition display screen 7-drag chain 8-control panel 9-air purifier 101-baro-vacuum gauge 102-pressure air gauge 103-pressure-regulating valve
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, but does not limit protection domain of the present utility model and range of application:
CG is the abbreviation of English word Cover Glass, is commonly called as " cover-plate glass " or claims cover plate or mobile-phone lens.
Tin indium oxide (Indium-Tin Oxide) transparent conducting film glass is on the basis of sodium calcium base or silicon boryl substrate glass, utilizes the multiple methods such as sputtering, evaporation to plate indium oxide layer tin (being commonly called as ITO) film and manufactures.ITO functional sheet is the ITO electro-conductive glass having posted OCA glue.
Limit switch is the master control electrical apparatus of restriction work mechanism position.Generally have an effect when work mechanism is reached home.Therefore also known as limit switch.Photo-electric limit switch is contactless limit switch.
As shown in Figures 1 to 5, the full abutted equipment of a kind of OCA, comprise frame 1, described frame 1 is provided with the sticking film pressing-in device 2 of more than vacuum extractor 3 and 2, described sticking film pressing-in device 2 comprises top die 22 and dip mold 21, downward opening first inner chamber is provided with bottom described top die 22, the grip device 221 of CG cover plate is provided with in described first inner chamber, described dip mold 21 top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform 211, on described second intracavity sidewall, the location matches of corresponding vacuum extractor 3 is provided with through hole, described top die 22 is connected with the first drive unit 4 driving top die 22 to move up and down, when described top die 22 moves to bottom and the pressing of described dip mold 21 air-tightness.
Frame 1 is provided with the sticking film pressing-in device 2 of more than 2, processing laminating can be carried out to the product of more than 2 simultaneously, the laminating efficiency of equipment can be improved, reduce laminating production cost.Preferably, described sticking film pressing-in device 2 is 2, can better adapt to the production capacity balance requirement producing line, meet the requirement of human-machine operation.Downward opening first inner chamber is provided with bottom top die 22, the grip device 221 of CG cover plate is provided with in described first inner chamber, can grip CG cover plate, described dip mold 21 top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform 211, for placing ITO functional sheet, on described second intracavity sidewall, corresponding vacuum extractor 3 coupling is provided with through hole, be connected with vacuum extractor 3 air-tightness by this through hole during pressing, and sticking film pressing-in device 2 is vacuumized, to reduce bubble during laminating.Described top die 22 is connected with and drives the first drive unit 4 of moving up and down of top die 22, when described top die 22 moves to bottom and the pressing of described dip mold 21 air-tightness.Adopt this structure abutted equipment jointing product, the bubble of laminating can be eliminated, the defects such as impression, reduce the bad of product, save production cost.Described first drive unit 4 is servomotor preferably, and have control accuracy high, smooth running, overload capacity is high, the feature that speed responsive is fast, also can be stepper motor or other cylinder driver, drives top die 22 to move up and down.Described ITO functional sheet placement platform 211 is also provided with the pore be connected with vacuum extractor, for adsorbing ITO functional sheet, and the laminating off normal that when avoiding fitting, CG cover plate and ITO functional sheet produce movement and cause.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 2, and the basis of previous technique scheme can be specifically, and described CG cover plate grip device 221 is absorption dull and stereotyped 222, and described absorption flat board 222 is provided with the pore 223 communicated with described vacuum extractor.Absorption dull and stereotyped 222 to be connected with vacuum extractor 3 CG to cover by pore it on and to grip, and avoids moving in the process of the laminating of CG cover plate and ITO functional sheet, and make it fit more precisely, the grip device structure adopting this structure simply, can capture product fast.Described CG cover plate grip device 221 also can be that the negative pressure with holding function is inhaled or glues glutinous device etc.Lowering or hoisting gear is provided with, for adjusting the spacing of CG cover plate grip device 221 and dip mold 21 between described CG cover plate grip device 221 and top die 22.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 3, and the basis of previous technique scheme can be specifically, is provided with heater below described ITO functional sheet placement platform 211.Adopt heater can to heat the product on ITO functional sheet placement platform 211, when contributing to pressing, reduce or eliminate the bubble of laminating.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 2, the basis of previous technique scheme can be specifically, the first flat board 27 is provided with above described top die 22, described first dull and stereotyped 27 is fixedly connected with the first drive unit 4, cylinder 25 is provided with above described first flat board 27, described cylinder 25 lower end is fixedly connected with telescopic air-leg 23, described air-leg 23 runs through first dull and stereotyped 27 and is connected with the absorption in top die 22 dull and stereotyped 222, the second flat board 28 is provided with above described cylinder 25, described second dull and stereotyped 28 lower ends are fixedly connected with the first support bar 24, described first support bar 24 runs through first dull and stereotyped 27 and is fixedly connected with the upper end of top die 22, the position that described first support bar 24 is positioned at the first dull and stereotyped about 27 both sides is provided with the limited block 26 that restriction first flat board 27 moves up and down.Top die 22 upper end is fixedly connected with the first support bar 24, first support bar 24 is positioned at the first dull and stereotyped about 27 both sides and is provided with limited block 26, when the first drive unit 4 drives the first flat board 27 to move down, under the effect of limited block 26, top die 22 is followed the first drive unit 4 and is moved down, until top die 22 and dip mold 21 are fitted, now cylinder 25 drives the absorption in the first chamber of top die 22 dull and stereotyped 222 to carry out pressing action with the product on ITO functional sheet placement platform 211 in dip mold by air-leg 23.The second flat board 28 that described first support bar 24 upper end connects, is synchronized with the movement for making many first support bars 24.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 5, and the basis of previous technique scheme can be specifically, also comprises the control panel 8 be arranged in frame 1, and described control panel 8 is electrically connected with the first drive unit 4 and vacuum extractor 3 respectively.Control panel 8 controls the first drive unit 4 and drives top die 22 to move up and down and control vacuum extractor 3 to run.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 3, the basis of previous technique scheme can be specifically, described frame 1 is also provided with dip mold transmission device 5, described dip mold transmission device 5 comprises line slideway 51, slidably connects sliding panel 53 above described line slideway 51, and described sliding panel 53 is connected with the second drive unit by screw mandrel 52, described dip mold 21 is fixedly connected on above described sliding panel 53, and described second drive unit 4 is electrically connected with control panel 8.Control panel 8 controls the operation of the second drive unit, sliding panel 53 can reciprocate under the driving of the second drive unit and screw mandrel 52 on line slideway 51, lower pressed film 21 is arranged on sliding panel 53, and can reciprocate on line slideway 51 with sliding panel 53, handled easily person loads and unloads material.Second drive unit can be stepper motor, servomotor or other there is the device such as cylinder driver etc. of identical driving function, drive the movement of dip mold 21.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 3, the basis of previous technique scheme can be specifically, also comprise photo-electric limit switch 54, described photo-electric limit switch 54 is arranged on sliding panel 53 and in the frame 1 at line slideway 51 two ends, and is electrically connected with the second drive unit.Position near line slideway 51 two ends in frame 1 is provided with photo-electric limit switch 54, when sense the photo-electric limit switch 54 on sliding panel 53 near time, the second drive unit automatic conversioning controling circuit can be made, making sliding panel 53 stop mobile or counter motion, to avoid sliding panel 53 without departing from line slideway 51 towards a direction motion with placing restrictions on.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 3, the basis of previous technique scheme can be specifically, described dip mold 21 is externally connected to whirligig, CG cover plate placement platform 212 is installed above described whirligig, described CG cover plate placement platform 212 is provided with and vacuum extractor 3 phase passage.Operator's manual adjustments whirligig rotates, CG cover plate placement platform 212 is made to turn to suitable position, the pore that described CG cover plate placement platform 212 is communicated with control vacuum by it, first CG cover plate is positioned over CG cover plate placement platform 212 during upper material, adsorb the CG cover plate be placed on CG cover plate placement platform 212, CG cover plate is not dropped following in the process of CG cover plate placement platform 212 in movement, CG cover plate placement platform 212 and top die 22 also can be assisted simultaneously to complete adsorption operations.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 4, Fig. 5, the basis of previous technique scheme can be specifically, also comprise CCD automatic contraposition device 6, described CCD automatic contraposition device 6 comprises the second support bar 61 be vertically set in frame 1 and the cross bar 62 be connected with the second support bar 61 upper end, the first slide block 64 described cross bar 62 being provided with horizontal slide rail 63 and being slidably connected with horizontal slide rail 63, the second slide block 66 that described first slide block 64 is provided with upright slide rail 65 and is slidably connected with upright slide rail 65, described second slide block 66 is fixed with camera 67, described camera 67 is controlled by control panel 8, described camera 67 data cube computation has contraposition display screen 68, described contraposition display screen 68 is arranged in frame 1, also be provided with below described ITO functional sheet placement platform 211 and drive the alignment device that ITO functional sheet placement platform 211 moves up and down and angle rotates.Data are sent to control panel 8 after taking pictures by camera 67, control panel 8 is by calculating testee in side-play amount that is upper and lower, left and right directions to the identification of location reference point, and automatically control mobile ITO functional sheet placement platform 211 and oppositely to move up and down corresponding amount of movement or rotate corresponding angle, correct the position of ITO functional sheet placement platform 211 testee, realize accurately location automatically.Camera 67 and contraposition display screen 68 data cube computation, operator, by the real-time positioning scenarios of contraposition display screen 68 Real Time Observation, realizes the intellectualized reconstruction of product fast, improves product technology performance and efficiency hi-Fix.Be ensure that the Anawgy accuracy of product by CCD automatic contraposition device 6, the product that effective minimizing causes because of laminating off normal is bad, improves the quality of production, saves production cost.
The full abutted equipment of OCA of the present embodiment, please refer to Fig. 1, Fig. 5, the basis of previous technique scheme can be specifically, also comprise the baro-vacuum gauge 101 be arranged in frame 1, pressure air gauge 102, pressure-regulating valve 103 and be arranged on the air purifier 9 on frame 1 top, described air purifier 9 is electrically connected with control panel 8, adopt air purifier 9 effectively can decrease dust, improve the quality of production.Described baro-vacuum gauge 101 is connected with vacuum extractor 3, described pressure air gauge 102 is connected with cylinder 25 respectively with pressure-regulating valve 103, operator can Real Time Observation and understand the atmospheric pressure situation of vacuum extractor 3 vacuum pressure situation, cylinder 25, and adjust by the air pressure of pressure-regulating valve 103 pairs of cylinders 25, simple, directly perceived.Frame 1 is also provided with drag chain 7 for playing traction and protection to cable, tracheae etc.
The course of work of the full abutted equipment of the utility model OCA is: established by the MARK of CG cover plate and ITO functional sheet by the first slide block 64, second slide block 66 of mobile contraposition camera 67 before automatic mode is produced, regulate the air pressure of the height of the limited block 26 on the first support bar 24, the height of CG cover plate grip device 221, the air pressure of cylinder 25 and vacuum extractor 3, the whirligig below manual rotation CG cover plate placement platform 212 has established height and the angle of CG cover plate placement platform 212.CG cover plate is placed and is adsorbed at CG cover plate placement platform 212, ITO functional sheet is placed and is adsorbed on ITO functional sheet placement platform 211, heater heats ITO functional sheet, CG cover plate on camera 67 pairs of CG cover plate placement platforms 212 is taken pictures, after taking pictures, data are transferred to control panel 8, the dull and stereotyped 222 absorption CG cover plates of the absorption in top die 22.Dip mold 21 slides into below camera along line slideway 51, camera 67 pairs of ITO functional sheet placement platforms 211 are taken pictures, and after taking pictures, data are transferred to control panel 8, and control panel 8 control ITO functional sheet placement platform 211 moves and carries out contraposition, after contraposition completes, dip mold 21 enters laminating pattern automatically.First drive unit 4 drives the first flat board 27 that top die 22 is moved down, top die 22 and dip mold 21 are fitted, vacuum extractor 3 is vacuumized by the second inner chamber pore on dip mold, and the dull and stereotyped 222 absorption CG cover plates of the absorption in air cylinder driven top die 22 and ITO functional sheet carry out pressing.
The beneficial effect of the full abutted equipment of the utility model OCA: adopt double process for pressing can faster production, effectively enhances productivity, reduces the cost that touch-screen produces bonding process; Adopt CCD automatic contraposition device, guarantee the Anawgy accuracy of product, improve the quality of production; Sealed flat-plate compressed assembly system is adopted to eliminate the bubble of laminating, the defects such as impression.
More than that the full abutted equipment of the utility model OCA is set forth; the utility model is understood for helping; but embodiment of the present utility model is not restricted to the described embodiments; any do not deviate from the utility model principle under do change, modification, substitute, combination, simplify; all should be the substitute mode of equivalence, be included within protection domain of the present utility model.
Claims (10)
1. the full abutted equipment of OCA, it is characterized in that: comprise frame (1), described frame (1) is provided with the sticking film pressing-in device (2) of vacuum extractor (3) and more than 2, described sticking film pressing-in device (2) comprises top die (22) and dip mold (21), described top die (22) bottom is provided with downward opening first inner chamber, the grip device (221) of CG cover plate is provided with in described first inner chamber, described dip mold (21) top is provided with the second opening up inner chamber, described second inner chamber is provided with ITO functional sheet placement platform (211), on described second intracavity sidewall, corresponding vacuum extractor (3) location matches is provided with through hole, described top die (22) is connected with the first drive unit (4) driving top die (22) to move up and down, when described top die (22) moves to bottom and described dip mold (21) air-tightness pressing.
2. the full abutted equipment of OCA according to claim 1, it is characterized in that: the grip device (221) of described CG cover plate is absorption dull and stereotyped (222), and described absorption dull and stereotyped (222) is provided with the pore (223) communicated with described vacuum extractor.
3. the full abutted equipment of OCA according to claim 1, is characterized in that: described ITO functional sheet placement platform (211) below is provided with heater.
4. the full abutted equipment of OCA according to claim 1, it is characterized in that: described top die (22) top is provided with the first flat board (27), described first flat board (27) is fixedly connected with the first drive unit (4), described first flat board (27) top is provided with cylinder (25), described cylinder (25) lower end is fixedly connected with telescopic air-leg (23), described air-leg (23) runs through the first flat board (27) and is connected with the absorption flat board (222) in top die (22), described cylinder (25) top is provided with the second flat board (28), described second flat board (28) lower end is fixedly connected with the first support bar (24), described first support bar (24) is run through the first flat board (27) and is fixedly connected with the upper end of top die (22), the position that described first support bar (24) is positioned at the upper and lower both sides of the first flat board (27) is provided with the limited block (26) that restriction first flat board (27) moves up and down.
5. the full abutted equipment of the OCA according to claim 1-4 any one, it is characterized in that: also comprise the control panel (8) be arranged in frame (1), described control panel (8) is electrically connected with the first drive unit (4) and vacuum extractor (3) respectively.
6. the full abutted equipment of OCA according to claim 5, it is characterized in that: described frame (1) is also provided with dip mold transmission device (5), described dip mold transmission device (5) comprises line slideway (51), described line slideway (51) top slidably connects sliding panel (53), described sliding panel (53) is connected with the second drive unit by screw mandrel (52), described dip mold (21) is fixedly connected on described sliding panel (53) top, and described second drive unit (4) is electrically connected with control panel (8).
7. the full abutted equipment of OCA according to claim 6, it is characterized in that: also comprise photo-electric limit switch (54), described photo-electric limit switch (54) is arranged in the frame (1) at upper and close line slideway (51) two ends of sliding panel (53), and is electrically connected with the second drive unit.
8. the full abutted equipment of OCA according to claim 6, it is characterized in that: described dip mold (21) is externally connected to whirligig, CG cover plate placement platform (212) is installed above described whirligig, described CG cover plate placement platform (212) is provided with and vacuum extractor (3) phase passage.
9. the full abutted equipment of OCA according to claim 5, it is characterized in that: also comprise CCD automatic contraposition device (6), described CCD automatic contraposition device (6) comprises the second support bar (61) be vertically set in frame (1) and the cross bar (62) be connected with the second support bar (61) upper end, the first slide block (64) described cross bar (62) being provided with horizontal slide rail (63) and being slidably connected with horizontal slide rail (63), the second slide block (66) that described first slide block (64) is provided with upright slide rail (65) and is slidably connected with upright slide rail (65), described second slide block (66) is fixed with camera (67), described camera (67) data cube computation is in control panel (8), described camera (67) data cube computation has contraposition display screen (68), described contraposition display screen (68) is arranged in frame (1), described ITO functional sheet placement platform (211) below is also provided with and drives the alignment device that ITO functional sheet placement platform (211) moves up and down and angle rotates.
10. the full abutted equipment of OCA according to claim 6, it is characterized in that: also comprise the baro-vacuum gauge (101) be arranged in frame (1), pressure air gauge (102), pressure-regulating valve (103) and be arranged on the air purifier (9) on frame (1) top, described air purifier (9) is electrically connected with control panel (8), described baro-vacuum gauge (101) is connected with vacuum extractor (3), and described pressure air gauge (102) is connected with cylinder (25) respectively with pressure-regulating valve (103).
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| CN201420853301.4U CN204701246U (en) | 2014-12-29 | 2014-12-29 | The full abutted equipment of OCA |
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| CN201420853301.4U CN204701246U (en) | 2014-12-29 | 2014-12-29 | The full abutted equipment of OCA |
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