CN103293741A - Combined device of liquid crystal glass and backlight module - Google Patents
Combined device of liquid crystal glass and backlight module Download PDFInfo
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- CN103293741A CN103293741A CN2013101728308A CN201310172830A CN103293741A CN 103293741 A CN103293741 A CN 103293741A CN 2013101728308 A CN2013101728308 A CN 2013101728308A CN 201310172830 A CN201310172830 A CN 201310172830A CN 103293741 A CN103293741 A CN 103293741A
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Abstract
The invention discloses a combined device of liquid crystal glass and a backlight module. The combined device comprises a detecting platform for initially detecting the liquid crystal glass, a turning device for turning the liquid crystal glass and a fixing platform for fixing the backlight module. When initial detection of the liquid crystal glass is completed, the turning device moves the liquid crystal glass on the detecting platform to a preset position, turns the same at a preset angle to remove films, and place the film-removed liquid crystal glass above the fixing platform and at a preset position of the backlight module. By the combined device, mechanical operation of assembling of the liquid crystal glass and the backlight module is achieved, and damage rate of the liquid crystal glass is lowered.
Description
Technical field
The present invention relates to TV module group procedure apparatus field, particularly the bonding apparatus of a kind of liquid-crystalline glasses and module backlight.
Background technology
As everyone knows, the operation that in the liquid crystal module processing procedure, comprises the combination of liquid-crystalline glasses and module backlight.In the prior art, the combination of liquid-crystalline glasses and module backlight adopts manually-operated mode to carry out combination usually.But because the fragile character of liquid-crystalline glasses in assembling process, the phenomenon that liquid-crystalline glasses damages occurs easily.Therefore, be unfavorable for commercial production.
Summary of the invention
Fundamental purpose of the present invention is to provide the bonding apparatus of a kind of liquid-crystalline glasses and module backlight, is intended to realize the mechanized operation of liquid-crystalline glasses and module backlight assembling, reduces the spoilage of liquid-crystalline glasses.
To achieve these goals, the invention provides the bonding apparatus of a kind of liquid-crystalline glasses and module backlight, the bonding apparatus of described liquid-crystalline glasses and module backlight comprises for the detection platform of liquid-crystalline glasses being carried out initial survey work, is used for the turning device of the described liquid-crystalline glasses of upset and the stationary platform that is used for fixing module backlight; After finishing the initial survey work to liquid-crystalline glasses, by described turning device the liquid-crystalline glasses on the detection platform is moved to that the upset presetting angle carries out the striping operation behind the preset position, and the liquid-crystalline glasses after striping operation finished places described stationary platform top, and is positioned over the preset position of described module backlight.
Preferably, described detection platform comprises tempered glass, keeper, back light and first cylinder, and wherein keeper is positioned at the tempered glass top, and fixedlys connected with described tempered glass, is used for the position of liquid-crystalline glasses is positioned; Back light is positioned at described tempered glass below, so that the light source that detects liquid-crystalline glasses to be provided; First cylinder is used for adjusting the angle between tempered glass and the surface level.
Preferably, described keeper comprises at least two locating pieces, and described at least two locating pieces are bonding with described tempered glass respectively, and fits respectively with the adjacent dual-side of described liquid-crystalline glasses.
Preferably, described turning device comprise support, be used for fixing described liquid-crystalline glasses fixed cell, be used for the roll-over unit of control fixed cell upset and be used for the control module of the described support motion of control; Wherein said fixed cell and support are rotationally connected, described roll-over unit is fixedlyed connected with support, after finishing, the work of liquid-crystalline glasses initial survey moves to described detection platform by described control module control support, fixedlyed connected with liquid-crystalline glasses by described fixed cell, and after moving to preset position by control module control support, by roll-over unit with described fixed cell upset presetting angle.
Preferably, described control module comprises first motor that vertically moves for the described support of control, and controls second motor that described support along continuous straight runs is done exercises; This first motor is connected with described support by a screw mandrel.
Preferably, the described fixed cell inspiratory component that comprises fixed head, be arranged on the some suckers on this fixed head and be used for described some suckers are carried out vacuum suction.
Preferably, described roll-over unit comprises the 3rd motor that first gear and this first gear of control rotate; Described fixed head is provided with second gear adaptive with described first gear, and this first gear and second gear are connected with a joggle.
Preferably, the bonding apparatus of described liquid-crystalline glasses and module backlight comprises also that for detection of the pick-up unit that whether has liquid-crystalline glasses on the described detection platform this pick-up unit is controlled the work of described turning device according to the result who detects.
Preferably, described pick-up unit comprises at least one photoelectric tube, and this photoelectric tube and described second motor electrically connect.
Preferably, the bonding apparatus of described liquid-crystalline glasses and module backlight also comprises falsework, and two parallel track, the back up pad of fixedlying connected with falsework and the 4th motors are set on this falsework; Wherein back up pad is between two tracks, and this back up pad is provided with two support bars, is provided with first runner that freely rotates between two support bars; Described the 4th motor is provided with rotating shaft and second runner of fixedlying connected with this rotating shaft, and this second runner drives first runner by a synchronous band and rotates, and this is with synchronously and fixedlys connected with described stationary platform, and the direction of transmission is consistent with the direction that track extends; Described stationary platform is provided with the slide block adaptive with described track.
Liquid-crystalline glasses after the present invention finishes initial survey work by turning device moves to preset position and overturns, carry out the striping operation then, and the liquid-crystalline glasses after the striping operation is positioned over the preset position of module backlight, thereby finish the combination of module backlight and liquid-crystalline glasses.Owing to carry out turning operation by turning device, and the liquid-crystalline glasses behind the striping is positioned in the module backlight, thereby realized mechanized operation, with respect to manually carrying out the assembling of module backlight and liquid-crystalline glasses in the prior art, reduced the carrying number of times of liquid-crystalline glasses, reduce the spoilage of liquid-crystalline glasses in the assembling process, improved the degree of accuracy that module backlight and liquid-crystalline glasses are aimed at.Therefore improved the efficient of module backlight and liquid-crystalline glasses equipment, and yields.In addition, finish the combination of module backlight and liquid-crystalline glasses by machinery, thereby reduced the human resources of producing, be conducive to commercial production more.
Description of drawings
Fig. 1 is the structural representation of bonding apparatus one embodiment of liquid-crystalline glasses of the present invention and module backlight;
Fig. 2 is partial structurtes synoptic diagram among bonding apparatus one embodiment of liquid-crystalline glasses of the present invention and module backlight;
Fig. 3 is another partial structurtes synoptic diagram among bonding apparatus one embodiment of liquid-crystalline glasses of the present invention and module backlight.
The realization of the object of the invention, functional characteristics and advantage will be in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explaining the present invention, and be not used in restriction the present invention.
The invention provides the bonding apparatus of a kind of liquid-crystalline glasses and module backlight.
With reference to Fig. 1, Fig. 1 is the structural representation of bonding apparatus one embodiment of liquid-crystalline glasses of the present invention and module backlight.The liquid-crystalline glasses that present embodiment provides and the bonding apparatus of module backlight comprise for the detection platform 10 of liquid-crystalline glasses being carried out initial survey work, are used for the turning device of the described liquid-crystalline glasses of upset and the stationary platform 30 that is used for fixing module backlight; After finishing the initial survey work to liquid-crystalline glasses, by described turning device the liquid-crystalline glasses on the detection platform 10 is moved to that the upset presetting angle carries out the striping operation behind the preset position, and the liquid-crystalline glasses after striping operation finished places described stationary platform top, and is positioned over the preset position of described module backlight.
In the present embodiment, at first liquid-crystalline glasses is placed on the detection platform 10, carry out initial survey work, this moment, liquid-crystalline glasses had the one side and liquid crystal platform applying setting of film.After initial survey work is finished, when determining that liquid-crystalline glasses is intact, by turning device liquid-crystalline glasses is moved to preset position after, carry out turning operation again, make the operating personnel be convenient to the film of liquid-crystalline glasses is removed.This turning device is positioned over the preset position of module backlight with liquid-crystalline glasses after removing film, thereby finishes the combination of module backlight and liquid-crystalline glasses.
The big I that should be noted that above-mentioned upset presetting angle arranges according to actual needs, in the present embodiment, is preferably 90 degree, and namely liquid-crystalline glasses has a vertical and horizontal face of film.
Liquid-crystalline glasses after the present invention finishes initial survey work by turning device moves to preset position and overturns, carry out the striping operation then, and the liquid-crystalline glasses after the striping operation is positioned over the preset position of module backlight, thereby finish the combination of module backlight and liquid-crystalline glasses.Owing to carry out turning operation by turning device, and the liquid-crystalline glasses behind the striping is positioned in the module backlight, thereby realized mechanized operation, with respect to manually carrying out the assembling of module backlight and liquid-crystalline glasses in the prior art, reduced the carrying number of times of liquid-crystalline glasses, reduce the spoilage of liquid-crystalline glasses in the assembling process, improved the degree of accuracy that module backlight and liquid-crystalline glasses are aimed at.Therefore improved the efficient of module backlight and liquid-crystalline glasses equipment, and yields.In addition, finish the combination of module backlight and liquid-crystalline glasses by machinery, thereby reduced the human resources of producing, be conducive to commercial production more.
Particularly, above-mentioned detection platform 10 comprises tempered glass, keeper, back light and first cylinder, and wherein keeper is positioned at the tempered glass top, and fixedlys connected with described tempered glass, is used for the position of liquid-crystalline glasses is positioned; Back light is positioned at described tempered glass below, so that the light source that detects liquid-crystalline glasses to be provided; First cylinder is used for adjusting the angle between tempered glass and the surface level.
In the present embodiment, at first promoted a side of tempered glass by first cylinder, make tempered glass horizontal by an angle setting, the space, location that then liquid-crystalline glasses is placed keeper to form, the control back light is opened, carry out the initial survey work of liquid-crystalline glasses for the operating personnel, namely determine the integrity of liquid-crystalline glasses.When the operation personnel determine liquid-crystalline glasses for intact liquid-crystalline glasses the time, will be 0 to spend by the angle of first cylinder control tempered glass and surface level.The angle of tempered glass and surface level can arrange according to actual needs during detection, does not do further restriction at this, as long as the convenient working personnel carry out initial survey work.
Above-mentioned keeper comprises at least two locating pieces, and described at least two locating pieces are bonding with described tempered glass respectively, and fits respectively with the adjacent dual-side of described liquid-crystalline glasses.
In the present embodiment, a positioning block is used for the horizontal movement of restriction liquid-crystalline glasses, and another locating piece is used for vertically moving of restriction liquid-crystalline glasses.During the liquid-crystalline glasses material loading, the two adjacent right-angle sides of liquid-crystalline glasses are fitted with two locating pieces respectively, thereby the restriction liquid-crystalline glasses is arranged on the position of tempered glass.
Particularly, based on above-described embodiment, in the present embodiment, the control module that above-mentioned turning device comprises support 21, is used for the fixed cell 22 of fixing described liquid-crystalline glasses, is used for controlling the roll-over unit 23 of fixed cell 22 upsets and is used for described support 21 motions of control; Wherein said fixed cell 22 is rotationally connected with support 21, described roll-over unit 23 is fixedlyed connected with support 21, after finishing, the work of liquid-crystalline glasses initial survey moves to described detection platform 10 by described control module control support 21, fixedlyed connected with liquid-crystalline glasses by described fixed cell 22, and after moving to preset position by control module control support 21, by roll-over unit 23 with described fixed cell 22 upset presetting angles.
In the present embodiment, can be by the motion of Electric Machine Control support 21.For example this control module comprises first motor 241 that vertically moves for the described support 21 of control, and controls second motor 242 that described support 21 along continuous straight runs are done exercises; This first motor 241 is connected with described support 21 by a screw mandrel.
Particularly, above-mentioned first motor 241 is fixed on a plate 243, this web joint 243 and one is with synchronously and is connected, band is used for connecting first synchronizing wheel and second synchronizing wheel synchronously, wherein first synchronizing wheel is fixedlyed connected with the rotating shaft of above-mentioned second motor 242, and rotates by second synchronizing wheel of band drive synchronously.In the present embodiment, the bonding apparatus of above-mentioned liquid-crystalline glasses and module backlight also comprises the two parallel guide rails that arrange, and above-mentioned synchronous band is positioned at the centre of two guide rails, and the direction with transmission is consistent with the direction that guide rail extends synchronously; Above-mentioned web joint 243 is provided with the slide block (not shown) adaptive with guide rail.
After the work of liquid-crystalline glasses initial survey is finished, support 21 rotates preset time by initial position by control second motor 242, thereby drive web joint 243 in the guide rail preset distance of sliding by synchronous band, make said fixing unit 22 be positioned at liquid-crystalline glasses directly over, and then control first motor 241 and move, by screw mandrel control support 21 decline preset distance, make fixed cell 22 fixedly connected with liquid-crystalline glasses.By first motor 241 and second motor, 242 counteragents, make support 21 return initial position again.
The fixed form of said fixing unit 22 immobile liquid crystal glass can be carried out according to actual needs, and in the present embodiment, this fixed form is preferably adhesive and fixes.For example, the said fixing unit 22 inspiratory component (not shown) that comprises fixed head 221, be arranged on the some suckers 222 on this fixed head 221 and be used for described some suckers 222 are carried out vacuum suction.
In the present embodiment, behind above-mentioned first motor, 241 control support decline preset positions, sucker 222 is fitted with the surface of liquid-crystalline glasses, and carry out vacuum exhaust operation by inspiratory component this moment, makes liquid-crystalline glasses fixedly connected with sucker 222 adhesives.
Particularly, above-mentioned roll-over unit 23 comprises the 3rd motor 232 that first gear 231 and this first gear 231 of control rotate; Described fixed head 221 is provided with second gear 223 adaptive with described first gear 231, and this first gear 231 and second gear 223 are connected with a joggle.
In the present embodiment, the rotation axis of second gear 223 and fixed head are same rotation axis with respect to the rotation axis that support 21 rotates.When above-mentioned sucker 222 adhesive immobile liquid crystal panel, and after support 21 returns initial position, control the 3rd motor 232 and rotate, cooperate by first gear 231 and second gear 223, fixed head 221 is turned over turn 90 degrees, be made for the industry personnel and carry out the striping operation.
Further, based on above-described embodiment, the liquid-crystalline glasses that present embodiment provides and the bonding apparatus of module backlight comprise also that for detection of the pick-up unit that whether has liquid-crystalline glasses on the described detection platform 10 this pick-up unit is controlled the work of described turning device according to the result who detects.
Particularly, pick-up unit can comprise at least one photoelectric tube, and this photoelectric tube and described second motor electrically connect.In the present embodiment, can one photoelectric tube all be set at two diagonal positions of liquid-crystalline glasses.When this photoelectric tube did not detect detection platform and has liquid-crystalline glasses, the output silence signal was to above-mentioned second motor 242, and this moment, second motor 242 can't operate as normal when operating personnel control second motor, 242 motor action; When this photoelectric tube detected detection platform and has liquid-crystalline glasses, output operate as normal signal was to above-mentioned second motor 242, and this moment, second motor 242 was with operate as normal when operating personnel control second motor, 242 motor action.Detect on the detection platform 10 whether have liquid-crystalline glasses by the employing pick-up unit in the present embodiment, thereby control the duty of second motor 242, damage the said fixing unit thereby effectively prevent maloperation.
Further, based on above-described embodiment, the liquid-crystalline glasses that present embodiment provides and the bonding apparatus of module backlight also comprise falsework 40, and two parallel track 41, the back up pad 42 of fixedlying connected with falsework 40 and the 4th motors 43 are set on this falsework 40; Wherein back up pad 42 is between two tracks 41, and this back up pad 42 is provided with 44 of two support bars, 44, two support bars and is provided with first runner that freely rotates; Described the 4th motor 43 is provided with rotating shaft (not shown) and second runner of fixedlying connected with this rotating shaft, this second runner is with 45 to drive the rotation of first runner by one synchronously, this is with 45 to fixedly connected with described stationary platform 30 synchronously, and the direction of transmission is consistent with the direction that track 41 extends; Described stationary platform 30 is provided with the slide block (not shown) adaptive with described track 41.
In the present embodiment, after the operation personnel carry out striping operation and finish, control 232 actions of the 3rd motor, make the state before fixed head 221 is back to upset; At this moment, control 43 actions of the 4th motor, make back up pad 42 move to the below of said fixing plate 221 along track 41 directions.And then control the action of first motor 241, and make fixed head 221 descend, after dropping to preset height, remove the vacuum state of sucker 222 again by inspiratory component, thereby the liquid-crystalline glasses behind the striping is placed in the module backlight on the fixed head 221.The present invention accurately locatees by machinery, thereby has improved the efficient of module backlight and liquid-crystalline glasses equipment, therefore is conducive to commercial production more.
Below only be the preferred embodiments of the present invention; be not so limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes instructions of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the bonding apparatus of a liquid-crystalline glasses and module backlight is characterized in that, comprises for the detection platform of liquid-crystalline glasses being carried out initial survey work, is used for the turning device of the described liquid-crystalline glasses of upset and the stationary platform that is used for fixing module backlight; After finishing the initial survey work to liquid-crystalline glasses, by described turning device the liquid-crystalline glasses on the detection platform is moved to that the upset presetting angle carries out the striping operation behind the preset position, and the liquid-crystalline glasses after striping operation finished places described stationary platform top, and is positioned over the preset position of described module backlight.
2. the bonding apparatus of liquid-crystalline glasses as claimed in claim 1 and module backlight, it is characterized in that, described detection platform comprises tempered glass, keeper, back light and first cylinder, wherein keeper is positioned at the tempered glass top, and fixedly connected with described tempered glass, be used for the position of liquid-crystalline glasses is positioned; Back light is positioned at described tempered glass below, so that the light source that detects liquid-crystalline glasses to be provided; First cylinder is used for adjusting the angle between tempered glass and the surface level.
3. the bonding apparatus of liquid-crystalline glasses as claimed in claim 2 and module backlight, it is characterized in that, described keeper comprises at least two locating pieces, and described at least two locating pieces are bonding with described tempered glass respectively, and fits respectively with the adjacent dual-side of described liquid-crystalline glasses.
4. the bonding apparatus of liquid-crystalline glasses as claimed in claim 1 and module backlight, it is characterized in that the control module that described turning device comprises support, is used for the fixed cell of fixing described liquid-crystalline glasses, is used for controlling the roll-over unit of fixed cell upset and is used for the described support motion of control; Wherein said fixed cell and support are rotationally connected, described roll-over unit is fixedlyed connected with support, after finishing, the work of liquid-crystalline glasses initial survey moves to described detection platform by described control module control support, fixedlyed connected with liquid-crystalline glasses by described fixed cell, and after moving to preset position by control module control support, by roll-over unit with described fixed cell upset presetting angle.
5. the bonding apparatus of liquid-crystalline glasses as claimed in claim 4 and module backlight, it is characterized in that, described control module comprises first motor that vertically moves for the described support of control, and controls second motor that described support along continuous straight runs is done exercises; This first motor is connected with described support by a screw mandrel.
6. the bonding apparatus of liquid-crystalline glasses as claimed in claim 4 and module backlight is characterized in that, the inspiratory component that described fixed cell comprises fixed head, is arranged on the some suckers on this fixed head and is used for described some suckers are carried out vacuum suction.
7. the bonding apparatus of liquid-crystalline glasses as claimed in claim 4 and module backlight is characterized in that, described roll-over unit comprises the 3rd motor that first gear and this first gear of control rotate; Described fixed head is provided with second gear adaptive with described first gear, and this first gear and second gear are connected with a joggle.
8. the bonding apparatus of liquid-crystalline glasses as claimed in claim 1 and module backlight, it is characterized in that, comprise also that for detection of the pick-up unit that whether has liquid-crystalline glasses on the described detection platform this pick-up unit is controlled the work of described turning device according to the result who detects.
9. the bonding apparatus of liquid-crystalline glasses as claimed in claim 8 and module backlight is characterized in that, described pick-up unit comprises at least one photoelectric tube, and this photoelectric tube and described second motor electrically connect.
10. as the bonding apparatus of each described liquid-crystalline glasses and module backlight in the claim 1 to 8, it is characterized in that, also comprise falsework, two parallel track, the back up pad of fixedlying connected with falsework and the 4th motors are set on this falsework; Wherein back up pad is between two tracks, and this back up pad is provided with two support bars, is provided with first runner that freely rotates between two support bars; Described the 4th motor is provided with rotating shaft and second runner of fixedlying connected with this rotating shaft, and this second runner drives first runner by a synchronous band and rotates, and this is with synchronously and fixedlys connected with described stationary platform, and the direction of transmission is consistent with the direction that track extends; Described stationary platform is provided with the slide block adaptive with described track.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310172830.8A CN103293741B (en) | 2013-05-10 | 2013-05-10 | The bonding apparatus of liquid-crystalline glasses and backlight module |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310172830.8A CN103293741B (en) | 2013-05-10 | 2013-05-10 | The bonding apparatus of liquid-crystalline glasses and backlight module |
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| CN103293741A true CN103293741A (en) | 2013-09-11 |
| CN103293741B CN103293741B (en) | 2016-01-20 |
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| CN201310172830.8A Expired - Fee Related CN103293741B (en) | 2013-05-10 | 2013-05-10 | The bonding apparatus of liquid-crystalline glasses and backlight module |
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Cited By (5)
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| CN103634543A (en) * | 2013-11-08 | 2014-03-12 | 四川长虹电器股份有限公司 | Device for automatically assembling screen of flat television module into backlight plate and realizing method |
| CN104589771A (en) * | 2014-12-25 | 2015-05-06 | 深圳市联得自动化装备股份有限公司 | Glass lamination fitting equipment |
| CN105769520A (en) * | 2016-04-15 | 2016-07-20 | 优丫优科技股份有限公司 | Rehabilitation glasses based on motor driving |
| CN108169936A (en) * | 2017-12-29 | 2018-06-15 | 无锡华氏恒辉精密装备科技有限公司 | A kind of large-scale groups installing is standby |
| CN112255825A (en) * | 2020-11-04 | 2021-01-22 | 中电九天智能科技有限公司 | Auxiliary mounting device for liquid crystal glass |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112255825A (en) * | 2020-11-04 | 2021-01-22 | 中电九天智能科技有限公司 | Auxiliary mounting device for liquid crystal glass |
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| CN103293741B (en) | 2016-01-20 |
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Address after: 518000, Shiyan Road, Shiyan City, Guangdong, Baoan District Province on the 1st Road, SKYWORTH science and Technology Industrial Park R & D building, two or three, four floor and the first floor of the integrated building, Shenzhen Patentee after: SKYWORTH LCD MODULES (SHENZHEN) Co.,Ltd. Address before: 518057 Guangdong city of Shenzhen province Nanshan District Gao Xin Road SKYWORTH building A block 13-16 Patentee before: SKYWORTH LCD MODULES (SHENZHEN) Co.,Ltd. |
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