TRANSPARENT CONDUCTIVE FILMS

Brand Owner (click to sort) Address Description
SILPLUS NIPPON STEEL CHEMICAL & MATERIAL CO., LTD. 13-1, Nihonbashi 1-chome, Japan Transparent conductive films, namely, optically clear flexible plastic film For industrial use; gas barrier films for industrial use, phase difference films for industrial use, anit-reflection films for use on auto windows, anti-glare film for use on auto windows, plastic laminated film for use in home and on auto windows; plastic laminated sheets, namely, plastic laminated films for industrial use; plastic semi-worked products, namely, plastic semi-work films for use as insulators;
SILPLUS Nippon Steel Chemical Co. Ltd. 14-1, Sotokanda 4-chome Chiyoda-ku; Tokyo 101-0021 Japan Transparent conductive films, namely, optically clear flexible plastic film For industrial use; gas barrier films for industrial use, phase difference films for industrial use, anit-reflection films for use on auto windows, anti-glare film for use on auto windows, plastic laminated film for use in home and on auto windows; plastic laminated sheets, namely, plastic laminated films for industrial use; plastic semi-worked products, namely, plastic semi-work films for use as insulators;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A touch panel including a top transparent substrate coated with a top conductive film on its lower surface; a bottom transparent substrate coated with a bottom conductive film on its upper surface; an insulating spacer located between the two conductive films of the top and bottom transparent substrates to separate the two conductive films; and a plurality of signal lines, each signal line is disposed on an edge of the top or bottom conductive film and is separated from another conductive film or another signal line by an adhesive. The feature of the present invention resides in that a first trench is provided on an edge of the lower surface of the top transparent substrate and a signal line is disposed on the top conductive film in the first trench, or a second trench is provided on an edge of the upper surface of the bottom transparent substrate and a signal line is disposed on the bottom conductive film in the second trench.