CN103029410B - A kind of method that touch-screen and display screen are fitted entirely and device - Google Patents
A kind of method that touch-screen and display screen are fitted entirely and device Download PDFInfo
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- CN103029410B CN103029410B CN201210586076.8A CN201210586076A CN103029410B CN 103029410 B CN103029410 B CN 103029410B CN 201210586076 A CN201210586076 A CN 201210586076A CN 103029410 B CN103029410 B CN 103029410B
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Abstract
The embodiment of the invention discloses method and device that a kind of touch-screen and display screen fit entirely, can effectively promote display screen display effect and radical cure dust, moisture contamination while reducing product thickness.Embodiment of the present invention method comprises: display screen is placed in cavity of resorption tool, and the binding face of described display screen upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom; Touch-screen is placed in described cavity of resorption tool, the binding face of described touch-screen is downward; Epicoele is moved to directly over cavity of resorption; Central cavity body is formed at the top of the bottom and described cavity of resorption that described epicoele are moved downward to described epicoele; Lower cavity body is vacuumized; The upper cavity body on described central cavity body and described epicoele top is vacuumized simultaneously; After the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, described upper cavity body is let out to vacuum and imported compressed air.
Description
Technical field
The embodiment of the present invention relates to touch screen technology field, is specifically related to a kind of method that touch-screen and display screen fit entirely and device.
Background technology
Touch-screen is a set of transparent absolute positioning system, is made up of touch detection part and touch screen controller; Touching detection part is arranged on before indicator screen, after detecting user touch location, send touch screen controller to receive touch information, and convert thereof into contact coordinate, then give central processing unit, order that central processing unit sends can be received simultaneously and performed, realizing man-machine interaction.The extensive use of current touch-screen is the field such as inquiry, Industry Control, military commanding, electronic game, multimedia teaching of public information.
The technique of the touch-screen that current tradition uses and display screen laminating, simply with the Four built in boundaries of double faced adhesive tape by touch-control module and display screen panel, this is also the laminating type that current most of tablet PC adopts.
But owing to there is air layer between panel and touch-control module, display effect can be caused after light refraction to have a greatly reduced quality, and because surface reflection is strong, reverberation affects contrast, printing opacity loss is many, cause brightness low, paste the air layer of mode easily by dust and the moisture contamination of environment with time-frame, thus affect machine use.
Summary of the invention
Embodiments provide method and device that a kind of touch-screen and display screen fit entirely, can effectively promote display screen display effect and radical cure dust, moisture contamination while reducing product thickness.
The touch-screen that the present embodiment provides and the method that display screen is fitted entirely comprise:
Display screen is placed in cavity of resorption tool, the binding face of described display screen upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom;
Touch-screen is placed in described cavity of resorption tool, the binding face of described touch-screen is downward;
Epicoele is moved to directly over cavity of resorption;
Central cavity body is formed at the top of the bottom and described cavity of resorption that described epicoele are moved downward to described epicoele;
Lower cavity body is vacuumized;
The upper cavity body on described central cavity body and described epicoele top is vacuumized simultaneously;
After the vacuum values in described central cavity body and described upper cavity body reaches specified vacuum values, described upper cavity body is let out to vacuum and imported compressed air.
Alternatively, also comprise after display screen being placed in cavity of resorption tool described in step with before touch-screen being placed in described cavity of resorption tool described in step:
When described display screen exists pad pasting, dyestripping is carried out to described display screen.
Alternatively, also comprise before vacuumizing after central cavity body is formed at the top of the bottom and described cavity of resorption that in step, described epicoele are moved downward to described epicoele and described in step to lower cavity body:
To described epicoele and described cavity of resorption padlock.
Alternatively, described in step after the vacuum values in cavity reaches specified vacuum values, vacuum is let out to the top of described epicoele and compressed air to described touch-screen and described display screen laminating after also comprise:
Postpone the time of presetting;
Vacuum is let out to described lower cavity body;
Described epicoele is risen.
The touch-screen that the present embodiment provides and the device that display screen is fitted entirely, comprising:
Placement module one, for display screen is placed in cavity of resorption tool, the binding face of described display screen is upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom;
Placement module two, for touch-screen being placed in described cavity of resorption tool, the binding face of described touch-screen is downward;
Mobile module, for moving to directly over cavity of resorption by epicoele;
Press down module, central cavity body is formed at the top for bottom and described cavity of resorption that described epicoele is moved downward to described epicoele;
Vacuumize module, for vacuumizing described upper cavity body, described central cavity body and described lower cavity body;
Laminating module, for after the vacuum values in described central cavity body and described upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body and imports compressed air.
Alternatively, described laminating module comprise let out vacuum submodule and compression submodule;
Described vacuum submodule of letting out, for after the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body;
Described compression submodule is used for described upper cavity body compressed air.
Alternatively, described device also comprises dyestripping module;
Described dyestripping module, for when described display screen exists pad pasting, carries out dyestripping to described display screen.
Alternatively, described device also comprises padlock module;
Described padlock module is used for described epicoele and described cavity of resorption padlock.
Alternatively, described device also comprises Postponement module, lets out vacuum module and rising module;
Described Postponement module is for postponing the time of presetting;
Described vacuum module of letting out is for letting out vacuum to described lower cavity body;
Described rising module is used for described epicoele to rise.
In the present embodiment, first display screen is placed in cavity of resorption tool, the binding face of described display screen upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom; Then touch-screen is placed in described cavity of resorption tool, the binding face of described touch-screen is downward; Then epicoele is moved to directly over cavity of resorption; Central cavity body is formed at the top of the bottom and described cavity of resorption that then described epicoele are moved downward to described epicoele; Then lower cavity body is vacuumized; Then the upper cavity body on described central cavity body and described epicoele top is vacuumized simultaneously; Finally after the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, described upper cavity body is let out to vacuum and imported compressed air.Because touch-screen and display screen fit tightly in the environment of vacuum, so display screen effectively can be promoted because the display effect of distance impairment and reduction product thickness, dust, moisture contamination can be effected a radical cure simultaneously.
Accompanying drawing explanation
Fig. 1 is the method first embodiment flow chart that in the embodiment of the present invention, touch-screen and display screen are fitted entirely;
Fig. 2 is the method second embodiment flow chart that in the embodiment of the present invention, touch-screen and display screen are fitted entirely;
Fig. 3 is the device example structure figure that in the embodiment of the present invention, touch-screen and display screen are fitted entirely.
Detailed description of the invention
Embodiments provide method and device that a kind of touch-screen and display screen fit entirely, can effectively promote display screen display effect and radical cure dust, moisture contamination while reducing product thickness.
Refer to Fig. 1, the first embodiment of the method that in the embodiment of the present invention, touch-screen and display screen are fitted entirely comprises:
101, display screen is placed in cavity of resorption tool;
Before the full laminating carrying out touch-screen and display screen, first display screen is placed in cavity of resorption tool, the binding face of above-mentioned display screen upwards.Lower cavity body is formed at above-mentioned display screen, cavity of resorption tool and cavity of resorption bottom.
102, touch-screen is placed in described cavity of resorption tool;
After display screen is placed in cavity of resorption tool, touch-screen can be placed in cavity of resorption tool, the binding face of above-mentioned touch-screen is downward.
103, epicoele is moved to directly over cavity of resorption;
After touch-screen is placed in cavity of resorption, epicoele can be moved to directly over cavity of resorption.
Central cavity body is formed at the top of the bottom and cavity of resorption that 104, epicoele are moved downward to epicoele;
Epicoele in the embodiment of the present invention can comprise two parts, and be epicoele top and epicoele bottom respectively, wherein epicoele top is individual cavities body, is being moved to after directly over cavity of resorption by epicoele, and cavity body is formed at the top of the bottom and cavity of resorption that make epicoele press to epicoele.
105, lower cavity body is vacuumized;
After central cavity body is formed at the top of the bottom and cavity of resorption that epicoele are moved downward to epicoele, can vacuumize lower cavity body, display screen is fixed in cavity of resorption tool.It should be noted that, this step is not limited to after step 104, but can before or after the arbitrary step before after step 101 with 105.
106, the upper cavity body on central cavity body and epicoele top is vacuumized simultaneously;
After lower cavity body is vacuumized, can vacuumize the upper cavity body on central cavity body and epicoele top simultaneously.
107, after the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, vacuum is let out to upper cavity body and imports compressed air.
After the upper cavity body on central cavity body and epicoele top is vacuumized simultaneously, if the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, just can let out vacuum to upper cavity body and import compressed air until touch-screen and display screen laminating.
In the present embodiment, first display screen is placed in cavity of resorption tool, the binding face of described display screen upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom; Then touch-screen is placed in described cavity of resorption tool, the binding face of described touch-screen is downward; Then epicoele is moved to directly over cavity of resorption; Central cavity body is formed at the top of the bottom and described cavity of resorption that then described epicoele are moved downward to described epicoele; Then lower cavity body is vacuumized; Then the upper cavity body on described central cavity body and described epicoele top is vacuumized simultaneously; Finally after the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, described upper cavity body is let out to vacuum and imported compressed air.Because touch-screen and display screen fit tightly in the environment of vacuum, so display screen effectively can be promoted because the display effect of distance impairment and reduction product thickness, dust, moisture contamination can be effected a radical cure simultaneously.
Simply describe the first embodiment of the method that inventive touch shields and display screen is fitted entirely above, below the second embodiment of the method that inventive touch screen and display screen are fitted entirely is described in detail, refer to Fig. 2, the second embodiment of the method that in the embodiment of the present invention, touch-screen and display screen are fitted entirely comprises:
201, display screen is placed in cavity of resorption tool;
Before the full laminating carrying out touch-screen and display screen, first display screen is placed in cavity of resorption tool, the binding face of above-mentioned display screen upwards.Lower cavity body is formed at above-mentioned display screen, cavity of resorption tool and cavity of resorption bottom.
202, dyestripping operation is carried out to display screen;
After display screen is placed in cavity of resorption tool, if display screen exists pad pasting, dyestripping operation can be carried out to display screen, above-mentioned to display screen carry out dyestripping operation can be manual dyestripping, also can be mechanical dyestripping.
203, touch-screen is placed in described cavity of resorption tool;
After display screen is placed in cavity of resorption tool, touch-screen can be placed in cavity of resorption tool, the binding face of above-mentioned touch-screen is downward.
204, epicoele is moved to directly over cavity of resorption;
After touch-screen is placed in cavity of resorption, epicoele can be moved to directly over cavity of resorption.
Central cavity body is formed at the top of the bottom and cavity of resorption that 205, epicoele are moved downward to epicoele;
Epicoele in the embodiment of the present invention can comprise two parts, and be epicoele top and epicoele bottom respectively, wherein epicoele top is individual cavities body, is being moved to after directly over cavity of resorption by epicoele, and cavity body is formed at the top of the bottom and cavity of resorption that make epicoele press to epicoele.
206, lower cavity body is vacuumized;
After central cavity body is formed at the top of the bottom and cavity of resorption that epicoele are moved downward to epicoele, can vacuumize lower cavity body, display screen is fixed in cavity of resorption tool.It should be noted that, this step is not limited to after step 205, but can before or after the arbitrary step before after step 201 with 206.
207, to epicoele and cavity of resorption padlock;
After central cavity body is formed at the top of the bottom and cavity of resorption that epicoele are moved downward to epicoele, can to epicoele padlock, above-mentioned epicoele and cavity of resorption padlock to be specifically as follows: epicoele and cavity of resorption have the shutoff device matched, when behind the bottom and cavity of resorption top formation cavity body of epicoele, can by strengthening the sealing of cavity to the mode of epicoele and cavity of resorption padlock; It should be noted that, the mode of the sealing of above-mentioned enhancing cavity be not limited to describe in the present embodiment to epicoele and cavity of resorption padlock, also can be by executing stressed mode to epicoele and cavity of resorption, not limiting herein.
208, the upper cavity body on central cavity body and epicoele top is vacuumized simultaneously;
After completing steps 207, can vacuumize the upper cavity body on central cavity body and epicoele top simultaneously.
209, after the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, vacuum is let out to upper cavity body and imports compressed air;
After the upper cavity body on central cavity body and epicoele top is vacuumized simultaneously, if the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, just can let out vacuum to upper cavity body and import compressed air until touch-screen and display screen laminating.
210, the time of presetting is postponed;
After completing steps 209, can keep the end-state some time of step 209, that is postpone the default time, the concrete time postponed can set according to the ability of the procedure calls of streamline and equipment, such as, can be 3 seconds.
211, vacuum is let out to lower cavity body;
After the time of presetting is postponed to the end-state of step 209, vacuumizing can be let out to cavity of resorption, with the product facilitating taking-up to complete touch-screen and the full bonding process of display screen.
212, epicoele is risen.
Complete after vacuum step is let out to lower cavity body, epicoele can be risen, take out the product having completed touch-screen and the full bonding process of display screen.
In the present embodiment, first display screen is placed in cavity of resorption tool, the binding face of display screen upwards and lower cavity body is formed at display screen, cavity of resorption tool and cavity of resorption bottom; When display screen existing pad pasting, dyestripping is carried out to display screen; Then touch-screen is placed in cavity of resorption tool, the binding face of touch-screen is downward; Then epicoele is moved to directly over cavity of resorption; Central cavity body is formed at the top of the bottom and cavity of resorption that then epicoele are moved downward to epicoele; Then to epicoele and cavity of resorption padlock; Then lower cavity body is vacuumized; Then the upper cavity body on central cavity body and epicoele top is vacuumized simultaneously; Finally after the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, vacuum is let out to upper cavity body and imports compressed air, after completing touch-screen and display screen laminating, also comprise step and postpone the default time, lower cavity body is let out to vacuum and epicoele is risen.Because touch-screen and display screen fit tightly in the environment of vacuum, so display screen effectively can be promoted because the display effect of distance impairment and reduction product thickness, dust, moisture contamination can be effected a radical cure simultaneously.
Above the second embodiment of the method that inventive touch screen and display screen are fitted entirely is described in detail, introduce the device embodiment that inventive touch shields and display screen is fitted entirely below, refer to Fig. 3, the device embodiment that in the embodiment of the present invention, touch-screen and display screen are fitted entirely comprises:
Placement module 1, for display screen is placed in cavity of resorption tool, the binding face of described display screen is upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom;
Placement module 2 302, for touch-screen being placed in described cavity of resorption tool, the binding face of described touch-screen is downward;
Mobile module 303, for moving to directly over cavity of resorption by epicoele;
Press down module 304, central cavity body is formed at the top for bottom and described cavity of resorption that described epicoele is moved downward to described epicoele;
Vacuumize module 305, for vacuumizing described upper cavity body, described central cavity body and described lower cavity body;
Laminating module 306, for after the vacuum values in described central cavity body and described upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body and imports compressed air.
Laminating module 306 comprises lets out vacuum submodule 3061 and compression submodule 3062;
Described vacuum submodule 3061 of letting out, for after the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body;
Described compression submodule 3062 is for described upper cavity body compressed air.
Alternatively, described device also comprises dyestripping module 307;
Described dyestripping module 307, for when described display screen exists pad pasting, carries out dyestripping to described display screen.
Alternatively, described device also comprises padlock module 308;
Described padlock module 308 is for described epicoele and described cavity of resorption padlock.
Alternatively, described device also comprises Postponement module 309, lets out vacuum module 310 and rising module 311;
Described Postponement module 309 is for postponing the time of presetting;
Described vacuum module 310 of letting out is for letting out vacuum to described lower cavity body;
Described rising module 311 is for rising described epicoele.
Before the full laminating carrying out touch-screen and display screen, first display screen is placed in cavity of resorption tool by placement module 1, and the binding face of above-mentioned display screen upwards.Lower cavity body is formed at above-mentioned display screen, cavity of resorption tool and cavity of resorption bottom.After display screen is placed in cavity of resorption tool by placement module 1, if display screen exists pad pasting, dyestripping operation can be carried out to display screen, above-mentioned to display screen carry out dyestripping operation can be manual dyestripping, also can be mechanical dyestripping.Touch-screen can be placed in cavity of resorption tool by placement module 2 302, and the binding face of above-mentioned touch-screen is downward.After touch-screen is placed in cavity of resorption tool by placement module 2 302, epicoele can move to directly over cavity of resorption by mobile module 303.Central cavity body is formed at the top then pressing down the bottom and cavity of resorption that epicoele is moved downward to epicoele by module 304; Epicoele in the embodiment of the present invention can comprise two parts, and be epicoele top and epicoele bottom respectively, wherein epicoele top is individual cavities body, is being moved to after directly over cavity of resorption by epicoele, and cavity body is formed at the top of the bottom and cavity of resorption that make epicoele press to epicoele.
After central cavity body is formed at the top pressing down bottom and cavity of resorption that epicoele is moved downward to epicoele by module 304, vacuumizing module 305 can vacuumize lower cavity body, and display screen is fixed in cavity of resorption tool.It should be noted that, vacuumize the process that module 305 can vacuumize lower cavity body and be not limited to after central cavity body is formed at the top pressing down bottom and cavity of resorption that epicoele is moved downward to epicoele by module 304.Vacuumize after module 305 pairs of lower cavity bodies vacuumize, padlock module 308 can to epicoele and cavity of resorption padlock, above-mentioned epicoele and cavity of resorption padlock to be specifically as follows: epicoele and cavity of resorption have the shutoff device matched, when behind the bottom and cavity of resorption top formation cavity body of epicoele, can by strengthening the sealing of cavity to the mode of epicoele and cavity of resorption padlock; It should be noted that, the mode of the sealing of above-mentioned enhancing cavity be not limited to describe in the present embodiment to epicoele and cavity of resorption padlock, also can be by executing stressed mode to epicoele and cavity of resorption, not limiting herein.
Padlock module 308 completes after epicoele and the operation of cavity of resorption padlock, and vacuumizing module 305 can vacuumize the upper cavity body on central cavity body and epicoele top simultaneously.After the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, let out vacuum submodule 3061 pairs of upper cavity bodies and let out vacuum, compress submodule 3062 simultaneously and import compressed air to touch-screen and display screen laminating.After completing said process, the fit-state some time of touch-screen and display screen can be kept, that is Postponement module 309 postpones the default time, the concrete time postponed can set according to the ability of the procedure calls of streamline and equipment, such as, can be 3 seconds.
Postponement module 309 can obtain the product that the laminating of touch-screen and display screen is complete, let out vacuum module 310 and can let out vacuum to lower cavity body, with the product facilitating taking-up to complete touch-screen and the full bonding process of display screen after postponing the time of presetting.Let out after vacuum module 310 completes and let out vacuum to cavity of resorption, epicoele can rise by rising module 311, takes out the product having completed touch-screen and the full bonding process of display screen.
In the present embodiment, first display screen is placed in cavity of resorption tool by placement module 1, and the binding face of display screen upwards and lower cavity body is formed at display screen, cavity of resorption tool and cavity of resorption bottom; When display screen existing pad pasting, dyestripping module 307 pairs of display screens carry out dyestripping; Then touch-screen is placed in cavity of resorption tool by placement module 2 302, and the binding face of touch-screen is downward; Then epicoele moves to directly over cavity of resorption by mobile module 303; Central cavity body is formed at the top then pressing down the bottom and cavity of resorption that epicoele is moved downward to epicoele by module 304; Then padlock module 308 pairs of epicoeles and cavity of resorption padlock; Then vacuumize module 305 pairs of lower cavity bodies to vacuumize; Then the upper cavity body vacuumizing module 305 pairs of central cavity bodies and epicoele top vacuumizes simultaneously; Finally after the vacuum values in central cavity body and upper cavity body reaches specified vacuum values, vacuum is let out to letting out vacuum submodule 3061 upper cavity body, compress submodule 3062 simultaneously and import compressed air, after completing touch-screen and the laminating of described display screen, also comprise time that step Postponement module 309 postpones to preset, let out vacuum module 310 pairs of lower cavity bodies and let out vacuum and epicoele rises by rising module 311.Because touch-screen and display screen fit tightly in the environment of vacuum, so display screen effectively can be promoted because the display effect of distance impairment and reduction product thickness, dust, moisture contamination can be effected a radical cure simultaneously.
One of ordinary skill in the art will appreciate that all or part of step realized in above-described embodiment method is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only storage, disk or CD etc.
The method of entirely fitting to a kind of touch-screen provided by the present invention and display screen above and device are described in detail, for one of ordinary skill in the art, according to the thought of the embodiment of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (7)
1. a touch-screen and display screen method of entirely fitting, is characterized in that, comprising:
Display screen is placed in cavity of resorption tool, the binding face of described display screen upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom;
Touch-screen is placed in described cavity of resorption tool, the binding face of described touch-screen is downward;
Epicoele is moved to directly over cavity of resorption;
Central cavity body is formed at the top of the bottom and described cavity of resorption that described epicoele are moved downward to described epicoele;
Lower cavity body is vacuumized;
The upper cavity body on described central cavity body and described epicoele top is vacuumized simultaneously;
After the vacuum values in described central cavity body and described upper cavity body reaches specified vacuum values, described upper cavity body is let out to vacuum and imported compressed air;
Postpone the time of presetting;
Vacuum is let out to described lower cavity body;
Described epicoele is risen.
2. touch-screen according to claim 1 and the display screen method of entirely fitting, is characterized in that, also comprises before being placed in described cavity of resorption tool after display screen being placed in cavity of resorption tool described in step and described in step by touch-screen:
When described display screen exists pad pasting, dyestripping is carried out to described display screen.
3. touch-screen according to claim 1 and the display screen method of entirely fitting, it is characterized in that, also comprise before vacuumizing after central cavity body is formed at the top of the bottom and described cavity of resorption that described in step, epicoele are moved downward to described epicoele and described in step to lower cavity body:
To described epicoele and described cavity of resorption padlock.
4. a touch-screen and display screen device of entirely fitting, is characterized in that, comprising:
Placement module one, for display screen is placed in cavity of resorption tool, the binding face of described display screen is upwards and lower cavity body is formed at described display screen, cavity of resorption tool and cavity of resorption bottom;
Placement module two, for touch-screen being placed in described cavity of resorption tool, the binding face of described touch-screen is downward;
Mobile module, for moving to directly over cavity of resorption by epicoele;
Press down module, central cavity body is formed at the top for bottom and described cavity of resorption that described epicoele is moved downward to described epicoele;
Vacuumize module, for vacuumizing described upper cavity body, described central cavity body and described lower cavity body;
Laminating module, for after the vacuum values in described central cavity body and described upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body and imports compressed air;
Described device also comprises Postponement module, lets out vacuum module and rising module;
Described Postponement module is for postponing the time of presetting;
Described vacuum module of letting out is for letting out vacuum to described lower cavity body;
Described rising module is used for described epicoele to rise.
5. touch-screen according to claim 4 and the display screen device of entirely fitting, is characterized in that, described laminating module comprises lets out vacuum submodule and compression submodule;
Described vacuum submodule of letting out, for after the vacuum values in described central cavity body and upper cavity body reaches specified vacuum values, lets out vacuum to described upper cavity body;
Described compression submodule is used for described upper cavity body compressed air.
6. touch-screen according to claim 4 and the display screen device of entirely fitting, it is characterized in that, described device also comprises dyestripping module;
Described dyestripping module, for when described display screen exists pad pasting, carries out dyestripping to described display screen.
7. touch-screen according to claim 4 and the display screen device of entirely fitting, it is characterized in that, described device also comprises padlock module;
Described padlock module is used for described epicoele and described cavity of resorption padlock.
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| CN110539494A (en) * | 2019-08-19 | 2019-12-06 | 沈阳速维电子技术咨询有限公司 | Screen vacuum laminating machine of automatically controlled pressure regulating |
| CN114714747B (en) * | 2022-03-21 | 2024-02-23 | 深圳市泰启光电有限公司 | Capacitive touch screen production process |
| CN115157693B (en) * | 2022-06-23 | 2023-09-12 | 深圳市九天中创自动化设备有限公司 | Multi-screen laminating equipment |
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| CN1869778A (en) * | 2005-05-25 | 2006-11-29 | 株式会社日立工业设备技术 | Substrate assembling apparatus and substrate assembling method |
| CN201566195U (en) * | 2009-10-14 | 2010-09-01 | 汕头市灵迪机械设备有限公司 | Touch screen jointing machine |
| CN202463104U (en) * | 2012-03-16 | 2012-10-03 | 蒋亮亮 | Soft film laminating device of touch screen |
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| CN103029410A (en) | 2013-04-10 |
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