CN2615680Y - Multi-times & multi-purpose processing machine for liquid crystal display light conducting plate - Google Patents
Multi-times & multi-purpose processing machine for liquid crystal display light conducting plate Download PDFInfo
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- CN2615680Y CN2615680Y CN 03251503 CN03251503U CN2615680Y CN 2615680 Y CN2615680 Y CN 2615680Y CN 03251503 CN03251503 CN 03251503 CN 03251503 U CN03251503 U CN 03251503U CN 2615680 Y CN2615680 Y CN 2615680Y
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- guide plate
- light guide
- organisation
- working
- thick embryo
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- Grinding And Polishing Of Tertiary Curved Surfaces And Surfaces With Complex Shapes (AREA)
Abstract
A multipurpose and multitime processing machinery for the conducting board on the LCD comprises a first and a second processing apparatus for cutting, polishing the conducting board and the like, and an taking up and turning apparatus is also included which is used for guiding the displacement of the conducting board. The apparatus for taking-up and turning is provided with a rail arranged between the first and the second processing apparatus, an absorbing part for absorbing the conducting board which could finish vertical and horizontal displacement and a drive motor for driving the absorbing part. With the conducting of the apparatus for taking-up and turning, the conducting board processed by the first processing apparatus could be sequentially processed by biplanar even three-side cutting and polishing.
Description
Technical field
The utility model relates to a kind of processing machine, particularly relates to a kind of repeatedly multi-usage processing machine that is applicable to the LCD light guide plate that the LCD light guide plate is processed.
Background technology
The LCD light guide plate is to be used to guide the liquid crystal screen light that light emitting source is launched, and light evenly is dissipated into the external world, and the image that makes the user watch is an even brightness picture.Therefore, light guide plate adds man-hour in manufacturing, needs high machining precision, and light is evenly dispersed, and even brightness picture requirement when satisfying the user and watching.
As shown in Figure 1, general light guide plate 1 when making be the thick embryo 1 of first ejection formation one light guide plate ', and the thick embryo 1 of the light guide plate that molds ' the have injection material head 12 that a rectangular body portion 11, convexedly stretches in body 11 1 sides, an and positioning tab 13 that convexedly stretches in body 11 another sides.
This injection material head 12 is cut off, again body 11 dual-sides is carried out cut and carry out the mirror polish operation, do two sides processing altogether, make light can be by the even incident of dual-side, exhale.
Again as shown in Figure 2, other has the thick embryo 1 of a kind of light guide plate " also be to be a rectangle; but injection material head 12 ' with each positioning tab 13 ' be all to be the same side that is positioned at body 11; adding man-hour; be that body 11 dual-sides are cut and carry out the mirror polish operation equally; and need many processing together to cut off injection material head 12 ' and this face cut and carry out the mirror polish operation, therefore, need do three processing altogether.
As shown in Figure 3, general light guide plate processing machine 3 includes a drive unit 32 that moves along a predefined paths for the thick embryo 30 of stationary installation 31, this light guide plate of an interlock of the thick embryo of light guide plate 30 location, the control die set 34 of these drive unit 32 starts of control, and one is subjected to these control die set 34 controls and organisation of working 33 that the thick embryo 30 of this light guide plate is processed.And the control that this organisation of working 33 is controlled modules 34 is processed operation to the thick embryo 30 of this light guide plate, and this organisation of working 33 more includes a location device 331, an electric heating clipping apparatus 332, a topping machanism 333, and a burnishing device 334.
Cooperate Fig. 4, add man-hour, the location table 311 of thick embryo 30 relative these stationary installations 31 of light guide plate accurately locate, relend to drive and locate 311 and move along parallel direction and the vertical direction shown in Fig. 3,4 by this drive unit 32 in actual.And this control die set 34 set a start data control this drive unit 32 drive this location table 311 along parallel and vertical direction with a path movement of being scheduled to.
When this drive unit 32 drives location table 311 when predefined paths passes through, electric heating clipping apparatus 332 by these control die set 34 these organisation of workings 33 of control is cut off the injection material head 301 of thick embryo 30 1 sides of this light guide plate with electric heating, and 30 surplus bodies 300 of the thick embryo of this light guide plate are fixed on this location table 311.And the topping machanism 333 sustainable starts of this organisation of working 33 are to cut body 300 1 sides of the thick embryo 30 of this light guide plate, make this side according to this predefined paths cutting, relend body 300 1 sides subsequently by the thick embryo 30 of this burnishing device 334 these light guide plate of polishing, poor by this topping machanism 333 and 334 formed setting sections of burnishing device simultaneously, the thick embryo 30 of this light guide plate can be cut respectively and polishing operation according to predefined paths.
After the processing operation of finishing thick embryo 30 1 sides to this light guide plate, add man-hour if do another side, then must use another processing machine to process, because another side adds man-hour, processing dimension is different with original size of finished face, can not use original processing machine, if use original processing machine, certainly will heavily cover adjustment, and waste of manpower and working (machining) efficiency.
Therefore, though processing operations such as general light guide plate processing machine 3 can cut the thick embryo 300 of a light guide plate, polishing make light guide plate 30 1 sides can reach smooth, smooth effect.But general light guide plate processing machine 3 in the use, as need again to thick embryo 300 another sides of light guide plate cut, during processing such as polishing operation, then must be manually the thick embryo 300 of this light guide plate is moved on on the location table 311 of stationary installation 31, the thick embryo 300 of this light guide plate of overturning again, make its another side corresponding to this organisation of working 33, can repeat cutting and polishing operation.Therefore, in practical operation, and can't reach automated production and reduce production efficiency, increase manufacturing cost, and because of cooperating manually-operated to increase danger in the operation.
Summary of the invention
Technical problem to be solved in the utility model is the above-mentioned deficiency at prior art, and a kind of repeatedly multi-usage processing machine of LCD light guide plate is provided, so as to reaching automated production, enhancing productivity and effect such as security.
The technical scheme of repeatedly multi-usage processing machine that realizes LCD light guide plate of the present utility model is as follows:
A kind of repeatedly multi-usage processing machine of LCD light guide plate, include a board, be located at stationary installation on this board, one and this stationary installation drive unit, the control die set, that are connected be located at first organisation of working on this board, this stationary installation has a location table, and this first organisation of working includes a location device, an electric heating clipping apparatus, a topping machanism in regular turn, and a burnishing device, it is characterized in that:
One is located at second organisation of working on the board, an and taking-up turning device of being located at this board top, this second organisation of working includes a location device, a topping machanism in regular turn, an and burnishing device, and this taking-up turning device includes one and is located at guide rail, between first, second organisation of working and is located at a adsorption piece on the guide rail and a CD-ROM drive motor.
Except that above-mentioned essential features, in specific implementation process, also can replenish following technology contents:
More include and be located on the board and three organisation of working adjacent with first, second organisation of working, the 3rd organisation of working includes a topping machanism in regular turn, an and burnishing device, in addition, this taking-up turning device more includes one and is located at guide rail, between first, second, third organisation of working and is located at adsorption piece, a CD-ROM drive motor on the guide rail, and a turner that is connected with mutually with this adsorption piece.
The repeatedly multi-usage processing machine of the utility model LCD light guide plate, be that the light guide plate of a LCD is processed operation, it includes: a board, one is located on the board and for the stationary installation of light guide plate location, the drive unit that this light guide plate of one interlock moves along a predefined paths, the control die set of one this drive unit start of control, first organisation of working and second organisation of working that are subjected to the control of this control die set respectively and this light guide plate is processed, and one be located at this board top and light guide plate can be directed to the taking-up turning device of second organisation of working by first organisation of working.And this taking-up turning device has more the guide rail be located between first, second organisation of working, an absorption light guide plate and about carrying out on this guide rail, the adsorption piece of horizontal shift, and the CD-ROM drive motor of this adsorption piece start of driving, take out the guiding of turning device by this, after making thick embryo one side of light guide plate via the processing of first organisation of working, continue and another side of the thick embryo of light guide plate is processed operation by second organisation of working, and do not need to move or the thick embryo of this light guide plate to be processed that overturns, thereby can reach automated production to enhance productivity and security with artificial.
Via above explanation as can be known, the repeatedly multi-usage processing machine of the utility model LCD light guide plate has following advantage and effect:
1, can reach automated production to enhance productivity:
Because, the repeatedly multi-usage processing machine of the utility model LCD light guide plate in design, more include to the thick embryo 50 of light guide plate cut, first, second organisation of working of processing such as polishing operation, and the taking-up turning device of the thick embryo displacement of a guiding light guide plate.By picking and placeing of this taking-up turning device, after can making thick embryo one side of light guide plate via the processing of first organisation of working, continue and another side of the thick embryo of light guide plate is processed operation by second organisation of working, and do not need to move or the thick embryo of this light guide plate to be processed that overturns, thereby can reach automated production to enhance productivity, to save manufacturing cost with artificial.
2, security is higher:
As previously mentioned, the repeatedly multi-usage processing machine of the utility model LCD light guide plate is in operation, as need to each side of the thick embryo of light guide plate cut, during processing such as polishing operation, only need to take out the guiding of turning device by this, this first, second organisation of working is processed the thick embryo of light guide plate in regular turn, just can be made each side of the light guide plate of making all can reach smooth, smooth effect.Therefore, must be not again manually the thick embryo of this light guide plate being moved on on the location table of stationary installation, the thick embryo of this light guide plate of overturning again can reach and repeat the operation purpose of cutting, polishing, thereby can reduce the danger in the construction greatly.
3, can make repeatedly multi-usage uses:
As previously mentioned, the repeatedly multi-usage processing machine of the utility model LCD light guide plate is to cooperate the taking-up turning device in regular turn the thick embryo of light guide plate to be processed with first, second organisation of working in operation, with automatic two side faces processing to the thick embryo of light guide plate.And between first, second organisation of working, design one the 3rd organisation of working again, and another taking-up turning device of arranging in pairs or groups, again can be automatically to three sides processing of the thick embryo of light guide plate, improve general light guide plate processing machine fully and do the inconvenience that two processing need two processing machines, therefore, the utility model has repeatedly the effect that multi-usage is used really.
Be elaborated below by preferred embodiment and accompanying drawing repeatedly multi-usage processing machine to the utility model LCD light guide plate.
Description of drawings
Fig. 1 is the stereographic map of light guide plate as the LCD.
Fig. 2 is the stereographic map of another general LCD light guide plate.
Fig. 3 is the schematic perspective view of general light guide plate processing machine.
Fig. 4 is the schematic top plan view of general light guide plate processing machine.
Fig. 5 is the schematic top plan view of the utility model one preferred embodiment.
Fig. 6 is the schematic side view of the utility model one preferred embodiment.
Fig. 7 is the schematic top plan view of another preferred embodiment of the utility model.
Fig. 8 is the schematic side view of another preferred embodiment of the utility model.
Embodiment
The utility model aforementioned and other technologies content, feature and effect in the detailed description of following cooperation several preferred embodiments with reference to the accompanying drawings, can clearly be understood.
Before the utility model is described in detail, be noted that in the following description similar elements is to represent with identical numbering.
As shown in Figure 5, a preferred embodiment of the repeatedly multi-usage processing machine 5 of the utility model LCD light guide plate is that the thick embryo 50 of a light guide plate is processed operation, and thick embryo 50 1 sides of this light guide plate have protruded out an injection material head 501.
This repeatedly multi-usage processing machine 5 include a board 51, one is located on the board 51 and for the stationary installation 52 of the thick embryo of light guide plate 50 location, the drive unit (not shown) that this light guide plate of one interlock moves along a predefined paths, the control die set 53 of one this drive unit start of control, first organisation of working 54 and second organisation of working 55 that are subjected to 53 controls of this control die set respectively and the thick embryo 50 of this light guide plate is processed, and one be located at these board 51 tops and the thick embryo 50 of light guide plate can be taken out by first organisation of working 54, and be placed to the taking-up turning device 57 that second organisation of working 55 continues to process.And aforementioned fixation device 52, drive unit, and the structure of control die set 53 roughly is identical with general light guide plate processing machine, is to depict each member relative position with the lines of simplifying in this accompanying drawing, is made for signal.
This stationary installation 52 is to be located on the board 51 and to have one and can put the location table 521 of location for the thick embryo 50 of light guide plate.
This drive unit is to be connected with stationary installation 52 and the location table 521 that can drive this stationary installation 52 is made parallel, vertical moving along a predefined paths, to cooperate the machining shape of the thick embryo 50 of light guide plate.
This control die set 53, the location table 521 that the predefined paths start data of setting makes this drive unit drive this stationary installation 52 moves.
This first organisation of working 54, be to be located at the control of side on the board 51 and controlled module 53 and the thick embryo 50 of this light guide plate is processed operation, this first organisation of working 54 comprises in regular turn: one supplies the thick embryo 50 of light guide plate with respect to location table 521 pinpoint locating devices 541, the one processing data of complying with these control die set 53 settings is carried out the electric heating clipping apparatus 542 that stub bar is cut off operation to the thick embryo 50 of light guide plate, the one processing data of setting according to this control die set 53 cuts into the topping machanism 543 of a preliminary dimension to thick embryo 50 1 sides of light guide plate, and a processing data of setting according to this control die set 53 is carried out the burnishing device 544 of polishing operation to thick embryo 50 1 sides of light guide plate.
This second organisation of working 55, be to be located at opposite side on the board 51 and corresponding to the position of this first organisation of working 54, and this second organisation of working 55 also is the control of controlled the module 53 and thick embryo 50 of this light guide plate is processed operation, this second organisation of working 55 comprises in regular turn: one supplies the thick embryo 50 of light guide plate with respect to location table 521 pinpoint locating devices 551, the one processing data of setting according to this control die set 53 cuts into the topping machanism 553 of a preliminary dimension to thick embryo 50 another sides of light guide plate, and a processing data of setting according to this control die set 53 to thick embryo 50 another sides of light guide plate carry out polishing operation burnishing device 554.
And the locating device 541 and electric heating clipping apparatus 542 of this first organisation of working 54, and the topping machanism 553 of first, second organisation of working 54,55 roughly is identical with general light guide plate processing machine with the structure of burnishing device 554, be to depict each member relative position equally in this accompanying drawing, be made for signal with the lines of simplifying.
This takes out turning device 57, is to be located at board 51 tops and can to take second organisation of working 55 by first organisation of working 54 in will light guide plate thick embryo 50 processing backs.
Cooperate shown in Figure 6, this taking-up turning device 57 has is located at first, second organisation of working 54,55 guide rail 571, the one absorption thick embryo 50 of light guide plate and about carrying out on this guide rail 571, the adsorption piece 572 of horizontal shift, one drives the turner 573 of adsorption piece 572 anglecs of rotation, and the CD-ROM drive motor (not shown) of these adsorption piece 572 starts of driving, by picking and placeing of this taking-up turning device 57, after can making thick embryo 50 1 sides of light guide plate via 54 processing of first organisation of working, take by thick embryo 50 another opposite side of 55 pairs of light guide plate of second organisation of working and process operation.
Adding man-hour in actual, is that the location table 521 of thick embryo 50 relative these stationary installations 52 of light guide plate is accurately located, and relends to drive this location table 521 by this drive unit and move along a parallel direction shown in Figure 6.At this moment, this control die set 53 just can be set a start data and controls this drive unit and drive this location table 521 and move with a predefined paths along parallel direction.
When this location table 521 along predefined paths by the time, the injection material head 501 of thick embryo 50 1 sides of this light guide plate is cut off with electric heating by the electric heating clipping apparatus 542 of these control die set 53 these first organisation of workings 54 of control.Afterwards, relend by this topping machanism 543 and continue start to cut thick embryo 50 1 sides of this light guide plate, this side is cut according to predefined paths, relend subsequently by the start of this burnishing device 544 and polish thick embryo 50 1 sides of this light guide plate, this moment is poor by this topping machanism 543 and 544 formed setting sections of burnishing device, and the thick embryo 50 of this light guide plate can be cut respectively and polishing operation according to predefined paths.
After the processing operation of finishing thick embryo 50 1 sides to this light guide plate, the CD-ROM drive motor of this taking-up turning device 57 just can drive adsorption piece 572 and be moved to top corresponding to the thick embryo 50 of this light guide plate, just moves down after this adsorption piece 572 arrives the location and adsorbs the thick embryo 50 of this light guide plate.Afterwards, make adsorption piece 572 pick up the thick embryo 50 of this light guide plate and move to position (shown in Fig. 6 direction of arrow) corresponding to second organisation of working 55, after arriving the location, this adsorption piece 572 moves down and puts down the thick embryo 50 of this light guide plate immediately and locatees table 521 and cooperate locating device 551 to fix and sizing in another.
At this moment, this drive unit just continue drive this location 521 along Fig. 5 to the right the parallel direction shown in the arrow move, make this second organisation of working 55 to process operation to thick embryo 50 another opposite side of this light guide plate again, by the topping machanism 553 of this second organisation of working 55 and burnishing device 544 in regular turn to thick embryo 50 another opposite side of this light guide plate cut, polishing operation, and make light guide plate 500 goods that are used in LCD.
As shown in Figure 7, another preferred embodiment of the repeatedly multi-usage processing machine 5 of the utility model LCD light guide plate, be in order to processing injection material head 501 during with positioning tab 502 the same sides, need three sides of processing light guide plate designed, this embodiment includes a board 51, one is located on the board 51 and for the stationary installation 52 of the thick embryo of light guide plate 50 location, the drive unit (not shown) that the thick embryo 50 of this light guide plate of one interlock moves along a predefined paths, the control die set 53 of one this drive unit start of control, first organisation of working 54 and second organisation of working 55 that are subjected to the control of this control die set 53 respectively and the thick embryo 50 of light guide plate is processed.
With last embodiment difference be to be: the taking-up turning device 57 of being located at these board 51 tops has two, and this processing machine 5 more includes is located on this board 51 and boundary in first, second organisation of working 54, the 3rd organisation of working 56 between 55, the 3rd organisation of working 56 is to be subjected to the control of this control die set 53 and the thick embryo 50 of light guide plate is processed operation equally, it comprises in regular turn: one supplies the thick embryo 50 of light guide plate with respect to location table 521 pinpoint locating devices 561, the one processing data of setting according to this control die set 53 cuts into the topping machanism 563 of a preliminary dimension to the thick embryo 50 of light guide plate, and a processing data of setting according to this control die set 53 is carried out the burnishing device 564 of polishing operation to thick embryo 50 1 sides of light guide plate.
Cooperate shown in Figure 8, this taking-up turning device 57 has more is located at first, second, the 3rd organisation of working 54,55,56 guide rail 571, the one absorption thick embryo 50 of light guide plate and about carrying out on this guide rail 571, the adsorption piece 572 of horizontal shift, one drives the CD-ROM drive motor (not shown) of these adsorption piece 572 starts, and one be connected with mutually with this adsorption piece 572 and control the turner 573 that this adsorption piece 572 is rotated, by picking and placeing of this taking-up turning device 57, can make via the thick embryo 50 of light guide plate after 54 processing of first organisation of working, in regular turn by the 3rd, second organisation of working 56,55 process operation.
Adding man-hour in actual, is to make the processing of the thick embryo 50 of light guide plate via first organisation of working 54 earlier equally, makes thick embryo 50 1 sides of this light guide plate finish cutting and polishing operation respectively according to predefined paths, and this construction process disclosed as before, pardon no longer row narration.
After the processing operation of finishing thick embryo 50 1 sides to this light guide plate, the CD-ROM drive motor of this taking-up turning device 57 just can drive this adsorption piece 572 and be moved to top corresponding to the thick embryo 50 of this light guide plate, just moves down after this adsorption piece 572 arrives the location and adsorbs the thick embryo 50 of this light guide plate.
Afterwards, pick up the thick embryo of this light guide plate 50 again and directly move to position corresponding to the 3rd organisation of working 56, after arriving the location, this adsorption piece 572 moves down and puts down the thick embryo 50 of this light guide plate immediately and locatees table 521 and cooperate locating device 561 to fix and sizing in another.
At this moment, this drive unit just continues and drives this location table 521 along moving shown in the arrow vertical direction shown in Figure 7, make the 3rd organisation of working 55 process operation to thick embryo 50 another the adjacent sides of this light guide plate again, and by the topping machanism 563 of the 3rd organisation of working 56 and burnishing device 564 in regular turn to another adjacent side of the thick embryo 50 of this light guide plate cut, polishing operation.
Afterwards, the adsorption piece 572 of second taking-up turning device 57 can adsorb the thick embryo 50 of this light guide plate again and move to corresponding to place, the top position of second organisation of working 55 (for another example shown in Fig. 8 direction of arrow).
After arriving the location, control this kind commentaries on classics device 573 again and make adsorption piece rotation an angle of 90 degrees, the thick embryo 50 of this light guide plate just can be subjected to the interlock of adsorption piece 572 and rotate an angle of 90 degrees thereupon, at this moment, this adsorption piece 572 just moves down and puts down the thick embryo 50 of this light guide plate, make the thick embryo 50 of light guide plate be positioned at another location table 521 and cooperate locating device 551 to fix simultaneously and reach sizing, cooperate drive unit to drive this location 521 and move, make this second organisation of working 55 to process operation to thick embryo 50 another opposite side of this light guide plate again along the parallel direction shown in Fig. 7 arrow.
By the topping machanism 563 of the 3rd organisation of working 56 and burnishing device 564 in regular turn to thick embryo 50 another the adjacent sides of this light guide plate cut, polishing operation, relend by this taking-up turning device 57 with the thick embryo of light guide plate 50 rotation an angle of 90 degrees after, by the topping machanism 553 of this second organisation of working 55 and burnishing device 544 in regular turn to thick embryo 50 another sides of this light guide plate cut, polishing operation, and make light guide plate 500 goods that are used in LCD.
Claims (2)
1, a kind of repeatedly multi-usage processing machine of LCD light guide plate, include a board, be located at stationary installation on this board, one and this stationary installation drive unit, the control die set, that are connected be located at first organisation of working on this board, this stationary installation has a location table, and this first organisation of working includes a location device, an electric heating clipping apparatus, a topping machanism in regular turn, and a burnishing device, it is characterized in that:
One is located at second organisation of working on the board, an and taking-up turning device of being located at this board top, this second organisation of working includes a location device, a topping machanism in regular turn, an and burnishing device, and this taking-up turning device includes one and is located at guide rail, between first, second organisation of working and is located at a adsorption piece on the guide rail and a CD-ROM drive motor.
2, the repeatedly multi-usage processing machine of LCD light guide plate according to claim 1 is characterized in that:
More include and be located on the board and three organisation of working adjacent with first, second organisation of working, the 3rd organisation of working includes a topping machanism in regular turn, an and burnishing device, in addition, this taking-up turning device more includes one and is located at guide rail, between first, second, third organisation of working and is located at adsorption piece, a CD-ROM drive motor on the guide rail, and a turner that is connected with mutually with this adsorption piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03251503 CN2615680Y (en) | 2003-04-29 | 2003-04-29 | Multi-times & multi-purpose processing machine for liquid crystal display light conducting plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03251503 CN2615680Y (en) | 2003-04-29 | 2003-04-29 | Multi-times & multi-purpose processing machine for liquid crystal display light conducting plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2615680Y true CN2615680Y (en) | 2004-05-12 |
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ID=34253185
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03251503 Expired - Fee Related CN2615680Y (en) | 2003-04-29 | 2003-04-29 | Multi-times & multi-purpose processing machine for liquid crystal display light conducting plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2615680Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105068172A (en) * | 2015-08-26 | 2015-11-18 | 任大伏 | Light guide plate processing apparatus with multiple input devices |
| CN105068171A (en) * | 2015-08-26 | 2015-11-18 | 任大伏 | Light guide plate processing apparatus with cutter operation apparatus |
-
2003
- 2003-04-29 CN CN 03251503 patent/CN2615680Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105068172A (en) * | 2015-08-26 | 2015-11-18 | 任大伏 | Light guide plate processing apparatus with multiple input devices |
| CN105068171A (en) * | 2015-08-26 | 2015-11-18 | 任大伏 | Light guide plate processing apparatus with cutter operation apparatus |
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| CF01 | Termination of patent right due to non-payment of annual fee |