DISPLAY SUBSTRATE HAVING PHOTOSENSITIVITY AND ELECTRICAL CONDUCTIVITY
A display substrate having photosensitivity and electrical conductivity, comprising a display module (1), a transparent substrate (2) and a functional ink layer (3). The functional ink layer is arranged between the display module and the transparent substrate; the functional ink layer is located at...
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creator | LI, Qing REN, Shuming XIANG, Hong LV, Xianyue KONG, Qiuxu HE, Xiaoming LI, Heran |
description | A display substrate having photosensitivity and electrical conductivity, comprising a display module (1), a transparent substrate (2) and a functional ink layer (3). The functional ink layer is arranged between the display module and the transparent substrate; the functional ink layer is located at the top of the display module; the functional ink layer comprises a substrate transparent window region (4), an IR sensing ink region (5), a main body ink region (6) and conductive films (7), the substrate transparent window region being arranged at the center of the functional ink layer, the main body ink region being arranged on the functional ink layer, the main body ink region being located on the outer side of the substrate transparent window region, and the conductive films being arranged on the functional ink layer. The display substrate can realize transmission of infrared light, but effectively prevents transmission of visible light, thereby achieving the effect that when a screen can be turned on by sensi |
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The functional ink layer is arranged between the display module and the transparent substrate; the functional ink layer is located at the top of the display module; the functional ink layer comprises a substrate transparent window region (4), an IR sensing ink region (5), a main body ink region (6) and conductive films (7), the substrate transparent window region being arranged at the center of the functional ink layer, the main body ink region being arranged on the functional ink layer, the main body ink region being located on the outer side of the substrate transparent window region, and the conductive films being arranged on the functional ink layer. The display substrate can realize transmission of infrared light, but effectively prevents transmission of visible light, thereby achieving the effect that when a screen can be turned on by sensi</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CALCULATING COLOUR PRINTING COMPUTING COUNTING ELECTRIC DIGITAL DATA PROCESSING LINING MACHINES PERFORMING OPERATIONS PHYSICS PRINTING PRINTING, DUPLICATING, MARKING, OR COPYING PROCESSES STAMPS TRANSPORTING TYPEWRITERS |
title | DISPLAY SUBSTRATE HAVING PHOTOSENSITIVITY AND ELECTRICAL CONDUCTIVITY |
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