CN204507368U - The two-sided film pasting mechanism of fast accurate - Google Patents
The two-sided film pasting mechanism of fast accurate Download PDFInfo
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- CN204507368U CN204507368U CN201420749421.XU CN201420749421U CN204507368U CN 204507368 U CN204507368 U CN 204507368U CN 201420749421 U CN201420749421 U CN 201420749421U CN 204507368 U CN204507368 U CN 204507368U
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- glued membrane
- pad pasting
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Abstract
The two-sided film pasting mechanism of fast accurate, relates to two-sided pad pasting field.The utility model solves in existing artificial discrete piece laminating type, location inaccuracy, the precision of laminating is poor, manual soiled, the damage easily causing product, and, one-time positioning can only be fitted the glued membrane of side, when front-back two-sided laminating, palpus resetting, loses time, and when there is bad product, loss is very large.The two-sided film pasting mechanism of fast accurate, it comprises lower rubber film feeder platform, pad pasting board, middle material feeding board, middle material take out device, upper glued membrane Coating-removing machine platform, upper glued membrane take out device, pad pasting cut-out board and pad pasting material collecting device.The two-sided film pasting mechanism of fast accurate of the present utility model instead of the mode of artificial pad pasting, adopt high precision feeding blowing mode and pass through multiple positioning modes, make pad pasting more precise and stable, one-time positioning can complete two-sided laminating, product design is ensured greatly, action fast accurate links up, and pad pasting efficiency is improved greatly.
Description
Technical field
The utility model relates to two-sided pad pasting field, particularly relates to the two-sided film pasting mechanism of fast accurate.
Background technology
Existing pad pasting mode, the artificial discrete piece laminating of general employing, discrete piece material position disparity is large, in the process of laminating, the precision of material laminating is poor, during personnel's manual assembly, take, put, in the operations such as tool auxiliary positioning and excessively title, easily cause the soiled of product, damage, and manual instability of locating, also the fraction defective of product is made to remain high, and, in pad pasting process, one-time positioning can only be fitted the glued membrane of side, when front-back two-sided laminating, palpus resetting, lose time, and when there is bad product, loss is very large, improve productive costs.
Utility model content
For solving the problems of the technologies described above, the utility model provides the two-sided film pasting mechanism of fast accurate.
The utility model solves the technical scheme that its technical matters adopts: the two-sided film pasting mechanism of fast accurate, and it comprises lower rubber film feeder platform, pad pasting board, middle material feeding board, middle material take out device, upper glued membrane Coating-removing machine platform, upper glued membrane take out device, pad pasting cut off board and pad pasting material collecting device; It is conveyor line arrangement that described lower rubber film feeder platform, pad pasting board and pad pasting cut off board; The side of described pad pasting board arranges middle material feeding board, and the opposite side of described pad pasting board arranges glued membrane Coating-removing machine platform; Expect in the middle of described that feeding board is conveyor line and end cuts off board near pad pasting; In the middle of described, material take out device to be arranged on pad pasting board and near middle material feeding board; Described upper glued membrane take out device is across on pad pasting board and upper glued membrane Coating-removing machine platform; Described pad pasting material collecting device cuts off board and middle material feeding board across pad pasting.
In the middle of described, material feeding board is provided with feeding belt; Described feeding belt is provided with several material containing dishes.
In the middle of described, material take out device comprises feeding permanent seat, pivot arm and middle material vacsorb plate; Described pad pasting board is provided with pad pasting working plate; Described feeding permanent seat is arranged on pad pasting working plate; Described pad pasting working plate is provided with CCD calibrating installation near the side of feeding permanent seat; Be provided with near described CCD calibrating installation and partially expect isolation channel; The midway location of described pad pasting working plate is provided with lower glued membrane transfer passage; The side of described lower glued membrane transfer passage is provided with lower glued membrane position transduser; The input end of described lower glued membrane transfer passage is corresponding with lower rubber film feeder platform; The mouth of described lower glued membrane transfer passage be provided with lower glued membrane position transduser with the use of pad pasting precisely draw materials device; It is corresponding that described pad pasting precisely draws the mouth of materials device and pad pasting to cut off board; In the middle of described, material vacsorb plate is moved freely above centre material feeding board, partially material isolation channel and lower glued membrane transfer passage by pivot arm.
The both sides of described lower glued membrane transfer passage are provided with some to auxiliary positioning briquetting and some to auxiliary stopper block.
Described upper glued membrane Coating-removing machine platform is arranged in order glued membrane feed table, upper glued membrane feeding roller bearing and dyestripping working plate; The discharge end of described dyestripping working plate is provided with gluing film location sensor; The below of described dyestripping working plate be provided with gluing film location sensor with the use of upper glued membrane precisely draw material roller bearing; Described upper glued membrane precisely draws the below of material roller bearing to be provided with glued membrane bed material rewinding dish.
Described upper glued membrane take out device comprises glued membrane feeding X-axis, upper glued membrane feeding Y-axis and upper glued membrane vacsorb plate; Described upper glued membrane vacsorb plate moves freely above upper glued membrane Coating-removing machine platform and pad pasting board by upper glued membrane feeding X-axis and upper glued membrane feeding Y-axis.
Described pad pasting material collecting device comprises pad pasting rewinding X-axis and pad pasting rewinding vacsorb plate; Described pad pasting rewinding vacsorb plate cuts off board by pad pasting rewinding X-axis at pad pasting and expects to move freely above feeding board with middle.
In the middle of described, material vacsorb plate, upper glued membrane vacsorb plate and pad pasting rewinding vacsorb plate are provided with vacsorb hole and pilot pin all on the lower surface.
Principle of work: material in the middle of pasting on lower glued membrane: lower glued membrane is transported in the lower glued membrane transfer passage of pad pasting board by lower rubber film feeder platform, the position of lower glued membrane is judged by lower glued membrane position transduser, lower glued membrane is adopted precisely to draw materials device to lower glued membrane accurate adjustment to the position for the treatment of pad pasting, both sides are undertaken spacing by auxiliary stopper block, prevent lower glued membrane from offseting, auxiliary positioning briquetting downward glued membrane transfer passage sidespin is adopted to turn 90 degrees pressure glued membrane to smooth rear reset, material containing dish moves to feeding position by feeding belt, in the middle of middle material take out device, material vacsorb plate moves to the top of material containing dish by pivot arm, middle material vacsorb plate is displaced downwardly near on the middle material in material containing dish, and positioned by pilot pin, open vacsorb, middle material vacsorb plate holds centre material by vacsorb hole, and middle material vacsorb strip is moved on expecting in the middle of, and moves to the top of CCD calibrating installation by rotating wall, the particular location of centre material is detected, if middle material deviation is comparatively large, then in the middle of, material vacsorb plate moves to the overhead of material isolation channel partially, under being thrown by centre material, if the deviation of middle material is in adjustable scope, then, material vacsorb plate moves to the top of the position of the lower glued membrane of lower glued membrane transfer passage, the deviation checked by CCD calibrating installation carries out accurate calibration, then, middle material vacsorb plate moves down, and is pressed on lower glued membrane, closes vacsorb by centre material, the most initial position replied by middle material vacsorb plate, namely completes and paste middle material on lower glued membrane, the lower glued membrane of having expected in the middle of having pasted sticks glued membrane: upper glued membrane has a hypoglyph, needs to tear, upper glued membrane rolling is on the upper glued membrane feed table of upper glued membrane Coating-removing machine platform, upper glued membrane is delivered on dyestripping working plate by upper glued membrane feeding roller bearing, judged the position of upper glued membrane by gluing film location sensor, in employing, glued membrane precisely draws material roller bearing to carry out the accurate adjustment of gluing film location, upper glued membrane vacsorb plate is moved to the top of dyestripping working plate by upper glued membrane feeding X-axis and upper glued membrane feeding Y-axis by upper glued membrane take out device, upper glued membrane vacsorb plate is displaced downwardly near on upper glued membrane, and by pilot pin, upper glued membrane is positioned, then, start vacsorb, upper glued membrane vacsorb plate holds glued membrane, upper glued membrane vacsorb plate moves, meanwhile, upper glued membrane precisely draws material roller bearing to draw material to upper glued membrane, upper glued membrane is separated from counterdie, then, upper glued membrane vacsorb plate is held glued membrane and is moved to the top of the position of the lower glued membrane of the middle material of the subsides of the lower glued membrane transfer passage of pad pasting board by upper glued membrane feeding X-axis and upper glued membrane feeding Y-axis, upper glued membrane vacsorb plate moves down, by gluing mould on the material of centre, then vacsorb is closed, upper glued membrane vacsorb plate is returned to initial position, namely film process is completed, subsequent treatment: the lower glued membrane material strip completing pad pasting continues to move to pad pasting cut-out board and carries out cut-out process, then, the pad pasting rewinding vacsorb plate of pad pasting material collecting device moves to the pad pasting position of cut-out by pad pasting rewinding X-axis, pad pasting rewinding vacsorb plate is displaced downwardly near laminating film, start vacsorb, pad pasting rewinding vacsorb plate holds laminating film, then move on middle material feeding board by pad pasting rewinding X-axis, now, the material containing dish of the sky of middle material feeding board moves to due-in material level and puts and carry out rewinding, pad pasting rewinding vacsorb plate moves down, close vacsorb, laminating film is placed in material containing dish, namely all process steps of pad pasting is completed.
The beneficial effects of the utility model: the two-sided film pasting mechanism of fast accurate of the present utility model instead of the mode of artificial pad pasting, the high precision feeding blowing modes such as take out device, upper glued membrane take out device and CCD calibrating installation are expected in the middle of adopting, and pass through multiple positioning modes, make pad pasting process more precise and stable, and, one-time positioning, two-sided laminating can be completed, make the quality of product obtain great guarantee, reduce the fraction defective of adhesive cover products, also reduce productive costs; Meanwhile, in the middle of pad pasting, material feeding operation, middle material bonding process, the dyestripping of upper glued membrane and the bonding process action fast accurate of feeding operation and upper glued membrane link up, and operation can be planned as a whole to carry out in time, and the efficiency of pad pasting is improved greatly.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the two-sided film pasting mechanism of fast accurate of the present embodiment;
Fig. 2 is the schematic perspective view of the part except upper glued membrane take out device of the two-sided film pasting mechanism of fast accurate of the present embodiment;
Fig. 3 is the middle material feed section of the two-sided film pasting mechanism of fast accurate of the present embodiment and the schematic perspective view of pad pasting part;
Fig. 4 is the schematic diagram of the amplification of the dotted portion of Fig. 3;
Fig. 5 is the schematic perspective view of the upper glued membrane dyestripping part of the two-sided film pasting mechanism of fast accurate of the present embodiment, upper glued membrane feed section and pad pasting part;
Fig. 6 is the schematic diagram of the vacsorb plate of the two-sided film pasting mechanism of fast accurate of the present embodiment;
Wherein, rubber film feeder platform under 1-, 2-pad pasting board, 21-pad pasting working plate, 22-CCD calibrating installation, glued membrane transfer passage under 23-, 24-expects isolation channel partially, 25-auxiliary positioning briquetting, 26-auxiliary stopper block, glued membrane position transduser under 27-, 28-pad pasting precisely draws materials device, material feeding board in the middle of 3-, 31-feeding belt, 32-material containing dish, material take out device in the middle of 4-, 41-feeding permanent seat, 42-pivot arm, material vacsorb plate in the middle of 43-, 5-upper glued membrane Coating-removing machine platform, the upper glued membrane feed table of 51-, 52-upper glued membrane feeding roller bearing, 53-dyestripping working plate, 54-gluing film location sensor, the upper glued membrane of 55-precisely draws material roller bearing, 56-upper glued membrane bed material rewinding dish, the upper glued membrane take out device of 6-, 61-upper glued membrane feeding X-axis, 62-upper glued membrane feeding Y-axis, 63-upper glued membrane vacsorb plate, 7-pad pasting cuts off board, 8-pad pasting material collecting device, 81-pad pasting rewinding X-axis, 82-pad pasting rewinding vacsorb plate, 91-vacsorb hole, 92-pilot pin.
Detailed description of the invention
In order to deepen, to understanding of the present utility model, to be described in further detail the utility model below in conjunction with drawings and Examples, this embodiment, only for explaining the utility model, not forming protection domain of the present utility model and limiting.
Embodiment
Shown in composition graphs 1 to Fig. 6, the two-sided film pasting mechanism of fast accurate, it comprises lower rubber film feeder platform 1, pad pasting board 2, middle material feeding board 3, middle material take out device 4, upper glued membrane Coating-removing machine platform 5, upper glued membrane take out device 6, pad pasting cut-out board 7 and pad pasting material collecting device 8; Described lower rubber film feeder platform 1, pad pasting board 2 and pad pasting cut off board 7 arrangement in conveyor line; The side of described pad pasting board 2 arranges middle material feeding board 3, and the opposite side of described pad pasting board 2 arranges glued membrane Coating-removing machine platform 5; Expect in the middle of described that feeding board 3 is conveyor line and end cuts off board 7 near pad pasting; In the middle of described, material take out device 4 to be arranged on pad pasting board 2 and near middle material feeding board 3; Described upper glued membrane take out device 6 is across on pad pasting board 2 and upper glued membrane Coating-removing machine platform 5; Described pad pasting material collecting device 8 cuts off board 7 and middle material feeding board 3 across pad pasting; In the middle of described, material feeding board 3 is provided with feeding belt 31; Described feeding belt 31 is provided with several material containing dishes 32; In the middle of described, material take out device 4 comprises feeding permanent seat 41, pivot arm 42 and middle material vacsorb plate 43; Described pad pasting board 2 is provided with pad pasting working plate 21; Described feeding permanent seat 41 is arranged on pad pasting working plate 21; Described pad pasting working plate 21 is provided with CCD calibrating installation 22 near the side of feeding permanent seat 41; Material isolation channel 24 is partially provided with near described CCD calibrating installation 22; The midway location of described pad pasting working plate 21 is provided with lower glued membrane transfer passage 23; The side of described lower glued membrane transfer passage 23 is provided with lower glued membrane position transduser 27; The input end of described lower glued membrane transfer passage 23 is corresponding with lower rubber film feeder platform 1; The mouth of described lower glued membrane transfer passage 23 be provided with lower glued membrane position transduser 27 with the use of pad pasting precisely draw materials device 28; It is corresponding that described pad pasting precisely draws the mouth of materials device 28 and pad pasting to cut off board 7; In the middle of described, material vacsorb plate 43 is moved freely above centre material feeding board 3, partially material isolation channel 24 and lower glued membrane transfer passage 23 by pivot arm 42; The both sides of described lower glued membrane transfer passage 23 are provided with some to auxiliary positioning briquetting 25 and some to auxiliary stopper block 26; Described upper glued membrane Coating-removing machine platform 5 is arranged in order glued membrane feed table 51, upper glued membrane feeding roller bearing 52 and dyestripping working plate 53; The discharge end of described dyestripping working plate 53 is provided with gluing film location sensor 54; The below of described dyestripping working plate 53 be provided with gluing film location sensor 54 with the use of upper glued membrane precisely draw and expect roller bearing 55; Described upper glued membrane precisely draws the below of material roller bearing 55 to be provided with glued membrane bed material rewinding dish 56; Described upper glued membrane take out device 6 comprises glued membrane feeding X-axis 61, upper glued membrane feeding Y-axis 62 and upper glued membrane vacsorb plate 63; Described upper glued membrane vacsorb plate 63 moves freely above upper glued membrane Coating-removing machine platform 5 and pad pasting board 2 by upper glued membrane feeding X-axis 61 and upper glued membrane feeding Y-axis 62; Described pad pasting material collecting device 8 comprises pad pasting rewinding X-axis 81 and pad pasting rewinding vacsorb plate 82; Described pad pasting rewinding vacsorb plate 82 cuts off board 7 by pad pasting rewinding X-axis 81 at pad pasting and expects to move freely above feeding board 3 with middle; In the middle of described, material vacsorb plate 43, upper glued membrane vacsorb plate 63 and pad pasting rewinding vacsorb plate 82 are provided with vacsorb hole 91 and pilot pin 92 all on the lower surface.
The principle of work of the two-sided film pasting mechanism of fast accurate of the present embodiment: material in the middle of pasting on lower glued membrane: lower glued membrane is transported in the lower glued membrane transfer passage 23 of pad pasting board 2 by lower rubber film feeder platform 1, the position of lower glued membrane is judged by lower glued membrane position transduser 27, lower glued membrane is adopted precisely to draw materials device 28 to lower glued membrane accurate adjustment to the position for the treatment of pad pasting, both sides are undertaken spacing by auxiliary stopper block 26, prevent lower glued membrane from offseting, downward glued membrane transfer passage 23 sidespin of auxiliary positioning briquetting 25 is adopted to turn 90 degrees pressure glued membrane to smooth rear reset, material containing dish 32 moves to feeding position by feeding belt 31, in the middle of middle material take out device 4, material vacsorb plate 43 moves to the top of material containing dish 32 by pivot arm 42, middle material vacsorb plate 43 is displaced downwardly near on the middle material in material containing dish 32, and positioned by pilot pin 92, open vacsorb, middle material vacsorb plate 43 holds middle material by vacsorb hole 91, middle material vacsorb plate 43 moves with on the material of centre, and the top of CCD calibrating installation 22 is moved to by rotating wall 42, the particular location of centre material is detected, if middle material deviation is larger, then, material vacsorb plate 43 moves to the overhead of material isolation channel 24 partially, under being thrown by centre material, if the deviation of middle material is in adjustable scope, then, material vacsorb plate 43 moves to the top of the position of the lower glued membrane of lower glued membrane transfer passage 23, the deviation checked by CCD calibrating installation 22 carries out accurate calibration, then, middle material vacsorb plate 43 moves down, and is pressed on lower glued membrane, closes vacsorb by centre material, the most initial position replied by middle material vacsorb plate 43, namely completes and paste middle material on lower glued membrane, the lower glued membrane of having expected in the middle of having pasted sticks glued membrane: upper glued membrane has a hypoglyph, needs to tear, upper glued membrane rolling is on the upper glued membrane feed table 51 of upper glued membrane Coating-removing machine platform 5, upper glued membrane is delivered on dyestripping working plate 53 by upper glued membrane feeding roller bearing 52, judged the position of upper glued membrane by gluing film location sensor 54, in employing, glued membrane precisely draws material roller bearing 55 to carry out the accurate adjustment of gluing film location, upper glued membrane vacsorb plate 63 is moved to the top of dyestripping working plate 53 by upper glued membrane feeding X-axis 61 and upper glued membrane feeding Y-axis 62 by upper glued membrane take out device 6, upper glued membrane vacsorb plate 63 is displaced downwardly near on upper glued membrane, and by pilot pin 92, upper glued membrane is positioned, then, start vacsorb, upper glued membrane vacsorb plate 63 holds glued membrane, upper glued membrane vacsorb plate 63 moves, meanwhile, upper glued membrane precisely draws material roller bearing 55 to draw material to upper glued membrane, upper glued membrane is separated from counterdie, then, upper glued membrane vacsorb plate 63 is held glued membrane and is moved to the top of the position of the lower glued membrane of the middle material of the subsides of the lower glued membrane transfer passage 23 of pad pasting board 2 by upper glued membrane feeding X-axis 61 and upper glued membrane feeding Y-axis 62, upper glued membrane vacsorb plate 63 moves down, by gluing mould on the material of centre, then vacsorb is closed, upper glued membrane vacsorb plate 63 is returned to initial position, namely film process is completed, subsequent treatment: the lower glued membrane material strip completing pad pasting continues to move to pad pasting cut-out board 7 and carries out cut-out process, then, the pad pasting rewinding vacsorb plate 82 of pad pasting material collecting device 8 moves to the pad pasting position of cut-out by pad pasting rewinding X-axis 81, pad pasting rewinding vacsorb plate 82 is displaced downwardly near laminating film, start vacsorb, pad pasting rewinding vacsorb plate 82 holds laminating film, then move on middle material feeding board 3 by pad pasting rewinding X-axis 81, now, the material containing dish 32 of the sky of middle material feeding board 3 moves to due-in material level and puts and carry out rewinding, pad pasting rewinding vacsorb plate 82 moves down, close vacsorb, laminating film is placed in material containing dish 32, namely all process steps of pad pasting is completed.
Above-described embodiment should not limit the utility model by any way, and the technical scheme that the mode that all employings are equal to replacement or equivalency transform obtains all drops in protection domain of the present utility model.
Claims (8)
1. the two-sided film pasting mechanism of fast accurate, is characterized in that: it comprises lower rubber film feeder platform, pad pasting board, middle material feeding board, middle material take out device, upper glued membrane Coating-removing machine platform, upper glued membrane take out device, pad pasting cut-out board and pad pasting material collecting device; It is conveyor line arrangement that described lower rubber film feeder platform, pad pasting board and pad pasting cut off board; The side of described pad pasting board arranges middle material feeding board, and the opposite side of described pad pasting board arranges glued membrane Coating-removing machine platform; Expect in the middle of described that feeding board is conveyor line and end cuts off board near pad pasting; In the middle of described, material take out device to be arranged on pad pasting board and near middle material feeding board; Described upper glued membrane take out device is across on pad pasting board and upper glued membrane Coating-removing machine platform; Described pad pasting material collecting device cuts off board and middle material feeding board across pad pasting.
2. the two-sided film pasting mechanism of fast accurate according to claim 1, is characterized in that: in the middle of described, material feeding board is provided with feeding belt; Described feeding belt is provided with several material containing dishes.
3. the two-sided film pasting mechanism of fast accurate according to claim 1, is characterized in that: in the middle of described, material take out device comprises feeding permanent seat, pivot arm and middle material vacsorb plate; Described pad pasting board is provided with pad pasting working plate; Described feeding permanent seat is arranged on pad pasting working plate; Described pad pasting working plate is provided with CCD calibrating installation near the side of feeding permanent seat; Be provided with near described CCD calibrating installation and partially expect isolation channel; The midway location of described pad pasting working plate is provided with lower glued membrane transfer passage; The side of described lower glued membrane transfer passage is provided with lower glued membrane position transduser; The input end of described lower glued membrane transfer passage is corresponding with lower rubber film feeder platform; The mouth of described lower glued membrane transfer passage be provided with lower glued membrane position transduser with the use of pad pasting precisely draw materials device; It is corresponding that described pad pasting precisely draws the mouth of materials device and pad pasting to cut off board; In the middle of described, material vacsorb plate is moved freely above centre material feeding board, partially material isolation channel and lower glued membrane transfer passage by pivot arm.
4. the two-sided film pasting mechanism of fast accurate according to claim 3, is characterized in that: the both sides of described lower glued membrane transfer passage are provided with some to auxiliary positioning briquetting and some to auxiliary stopper block.
5. the two-sided film pasting mechanism of fast accurate according to claim 1, is characterized in that: described upper glued membrane Coating-removing machine platform is arranged in order glued membrane feed table, upper glued membrane feeding roller bearing and dyestripping working plate; The discharge end of described dyestripping working plate is provided with gluing film location sensor; The below of described dyestripping working plate be provided with gluing film location sensor with the use of upper glued membrane precisely draw material roller bearing; Described upper glued membrane precisely draws the below of material roller bearing to be provided with glued membrane bed material rewinding dish.
6. the two-sided film pasting mechanism of fast accurate according to claim 1, is characterized in that: described upper glued membrane take out device comprises glued membrane feeding x-axis, upper glued membrane feeding Y-axis and upper glued membrane vacsorb plate; Described upper glued membrane vacsorb plate moves freely above upper glued membrane Coating-removing machine platform and pad pasting board by upper glued membrane feeding x-axis and upper glued membrane feeding Y-axis.
7. the two-sided film pasting mechanism of fast accurate according to claim 1, is characterized in that: described pad pasting material collecting device comprises pad pasting rewinding x-axis and pad pasting rewinding vacsorb plate; Described pad pasting rewinding vacsorb plate cuts off board by pad pasting rewinding x-axis at pad pasting and expects to move freely above feeding board with middle.
8. the two-sided film pasting mechanism of fast accurate according to claim 3,6 or 7, is characterized in that: in the middle of described, material vacsorb plate, upper glued membrane vacsorb plate and pad pasting rewinding vacsorb plate are provided with vacsorb hole and pilot pin all on the lower surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420749421.XU CN204507368U (en) | 2014-12-03 | 2014-12-03 | The two-sided film pasting mechanism of fast accurate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420749421.XU CN204507368U (en) | 2014-12-03 | 2014-12-03 | The two-sided film pasting mechanism of fast accurate |
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| CN204507368U true CN204507368U (en) | 2015-07-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104443516A (en) * | 2014-12-03 | 2015-03-25 | 苏州恒铭达电子科技有限公司 | Quick and accurate double-faced film laminating mechanism |
| CN106783673A (en) * | 2016-11-30 | 2017-05-31 | 广东思沃精密机械有限公司 | Film pasting method for solar panel |
| CN107117345A (en) * | 2017-05-31 | 2017-09-01 | 昆山新至升塑胶电子有限公司 | Automatic patch gum and diaphragm device and method |
| CN111890009A (en) * | 2020-08-25 | 2020-11-06 | 东莞市鼎通精密科技股份有限公司 | Paster forming device |
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2014
- 2014-12-03 CN CN201420749421.XU patent/CN204507368U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104443516A (en) * | 2014-12-03 | 2015-03-25 | 苏州恒铭达电子科技有限公司 | Quick and accurate double-faced film laminating mechanism |
| CN104443516B (en) * | 2014-12-03 | 2017-01-18 | 苏州恒铭达电子科技有限公司 | Quick and accurate double-faced film laminating mechanism |
| CN106783673A (en) * | 2016-11-30 | 2017-05-31 | 广东思沃精密机械有限公司 | Film pasting method for solar panel |
| CN107117345A (en) * | 2017-05-31 | 2017-09-01 | 昆山新至升塑胶电子有限公司 | Automatic patch gum and diaphragm device and method |
| CN107117345B (en) * | 2017-05-31 | 2022-11-18 | 昆山新至升塑胶电子有限公司 | Device and method for automatically pasting back adhesive and protective film |
| CN111890009A (en) * | 2020-08-25 | 2020-11-06 | 东莞市鼎通精密科技股份有限公司 | Paster forming device |
| CN111890009B (en) * | 2020-08-25 | 2021-07-30 | 东莞市鼎通精密科技股份有限公司 | Paster forming device |
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