Temporary attaching method and attaching device thereof
A laminating equipment and temporary technology, applied in chemical instruments and methods, lamination devices, instruments, etc., can solve the problems of time-consuming and labor-consuming manufacturing process, insufficient strength, and increase in the overall thickness of the touch display screen, etc., to solve the problem of insufficient strength , The effect of shortening the process time
Active Publication Date: 2015-06-24
MIRLE AUTOMATION CORPORATION
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Problems solved by technology
However, since the above-mentioned lamination process requires manual or mechanical arms to pick and place the glass protection sheet and the touch sensor sheet, it will result in a time-consuming and labor-intensive lamination process.
In addition, the disadvantage of increasing the overall thickness of the touch display screen brought about by the design of attaching the touch sensor sheet to the glass protection sheet is also not conducive to the trend of thinning the touch display screen. The design that the control sensing layer is formed on the glass protection sheet of the touch display screen was born accordingly.
[0003] In order to meet the size requirements of glass workpieces in the current touch display screen manufacturing process, the above-mentioned design of directly forming the touch sensing layer on the glass protection sheet needs to first form the touch sensing layer on a large glass protection sheet, and then use the cutting process to cut out the required size. A small piece of glass protection sheet with the size of a touch display screen, however, the small piece of glass protection sheet with a touch-sensitive layer cut out often has the problem of insufficient strength
On the other hand, if the design of firstly strengthening the structure of the small glass protection sheet and then sequentially forming the touch sensing layer on the strengthened small glass protection sheet will lead to time-consuming and labor-intensive problems in the overall manufacturing process
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[0035] see figure 1 , which is a top view of a bonding device 10 proposed according to an embodiment of the present invention. Such as figure 1 As shown, the bonding equipment 10 is used to bond a plurality of protective glass sheets 12 on a glass carrier sheet 14, so that the subsequent process of forming a touch sensing layer on the protective glass sheets 12 can be carried out in batches. In this way, the process time required to directly form the touch sensing layer on the protective glass sheet for the touch display screen is shortened. In order to further ensure that the protective glass sheet 12 has sufficient structural strength, the protective glass sheet 12 may preferably be structurally strengthened prior to being attached to the glass carrier sheet 14. The bonding equipment 10 includes a loading machine 16 , a mechanical pick-and-place arm 18 , and a curing lamp device 20 . The carrier machine 16 has a carrier platform 22 and a protective sheet platform 24 , the...
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The invention discloses a temporary attaching method applied on a touch control screen processing. The temporary attaching method includes attaching a plurality of protective glass sheets on a glass carrier, forming a touch control sensing layer for the protective glass sheets, forming a touch control sensing layer on each glass protective sheet, and taking the protective glass sheets off the glass carrier. The temporary attaching method effectively solves the problem of insufficient strength of cut protective glass sheet, achieves the purpose of batch production, and shortens the time for directly forming touch control sensing layers on the protective glass sheets of a touch control screen.
Description
technical field [0001] The present invention relates to a temporary bonding method and bonding equipment thereof, in particular to a temporary bonding method applied to a touch display screen manufacturing process to temporarily bond a plurality of glass protection sheets to a glass carrier sheet. Bonding method and bonding equipment thereof. Background technique [0002] Generally speaking, the touch display screen usually uses a vacuum lamination method to complete the lamination of the glass protection sheet and the touch sensor sheet. However, since the above-mentioned lamination process needs manual or mechanical arms to pick and place the glass protection sheet and the touch sensor sheet, it will bring a time-consuming and labor-intensive lamination process. In addition, the disadvantage of increasing the overall thickness of the touch display screen brought about by the design of attaching the touch sensor sheet to the glass protection sheet is also not conducive to ...
Claims
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IPC IPC(8): B32B37/00G06F3/041
Inventor 黄文翰陈柏宏桂武俊洪庆振
Owner MIRLE AUTOMATION CORPORATION