Batch attachment method for electronic paper

Abstract

The invention provides a batch attachment method for electronic paper. The method comprises the following steps that step one, an original electronic paper material fits an original water-proof protection film material; step two, earholes are cut; step three, only the original electronic paper material is cut; step four, water-proof protection film is cut in layers, and a lower separation-type layer remains; step five, a waste material area on electronic paper is stripped; step six, the electronic paper fits an original TFT glass material (a large sheet); step seven, a waste material area on the water-proof protection film is stripped; step eight, TFT glass is cut into products. The multiple pieces of electronic paper and the original glass material achieve one-time batch attachment, the attachment time is short, the attachment efficiency is high, and therefore the display effect of the products can be ensured, and the production capacity can be improved.

Description

technical field [0001] The invention relates to the technical field of electronic paper production, in particular to a method for attaching electronic paper in batches. Background technique [0002] Electronic shelf labels made of electronic paper have been widely used in major supermarkets around the world. Electronic shelf labels generally include electronic paper and TFT glass bonded together. Since the electronic ink layer material in electronic paper is relatively sensitive, it is difficult to tear When the aluminum film layer 3S-6S on the e-paper is removed, the temperature and humidity of the environment where the e-paper is located determines the display effect of the finished product at high and low temperatures of the terminal, so it is necessary to bond the e-paper and TFT glass together as soon as possible. The existing attachment process is to first cut the TFT glass raw material and the electronic paper raw material into small pieces, and then attach the small ...

AI Technical Summary

Problems solved by technology

The existing attachment process is to first cut the TFT glass raw material and the electronic paper raw material into small pieces, and then attach the small piece of TFT glass and the small piece of electronic paper together. In this attachment method, the electronic paper raw material It takes a long time before the material is cut into small pieces and bonded with TFT glass, which leads to the average display effect of the final product. At the same time, since the e-paper and TFT glass are bonded one by one, it also leads to low efficiency. Low, production capacity is low, so it is necessary to improve the existing attachment method

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