LED DISPLAYS COMPRISING THIN

Brand Owner (click to sort) Address Description
N-FLEX NthDegree Technologies Worldwide Inc. 1320 W Auto Drive Tempe AZ 85284 LED displays comprising thin, flexible, lightweight layers of plastic, metal and fabric with printed text and graphic designs that can be worn, attached to clothing and used on signs, brochures, pamphlets, menus and other printed advertising and informational materials;
NFLEX NthDegree Technologies Worldwide Inc. 1320 W Auto Drive Tempe AZ 85284 LED displays comprising thin, flexible, lightweight layers of plastic, metal and fabric with printed text and graphic designs that can be worn, attached to clothing and used on signs, brochures, pamphlets, menus and other printed advertising and informational materials;
NTH-FLEX NthDegree Technologies Worldwide Inc. 1320 W Auto Drive Tempe AZ 85284 LED displays comprising thin, flexible, lightweight layers of plastic, metal and fabric with printed text and graphic designs that can be worn, attached to clothing and used on signs, brochures, pamphlets, menus and other printed advertising and informational materials;
 

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

    
Technical Examples
  1. A method of making a liquid-crystal sheet material, useful for displays, having polymer-dispersed cholesteric liquid crystals, comprising the steps of providing a emulsion comprising dispersed cholesteric liquid crystal domain and a solution comprising gelatin and a hardening agent, coating said emulsion onto a substrate; and drying said emulsion to form polymer-dispersed liquid-crystal domains dispersed in a continuous matrix comprising hardened gelatin. The invention is also directed to a display having an imaging layer comprising domains of polymer-dispersed cholesteric liquid-crystal material dispersed in a continuous matrix comprising hardened gelatin, said imaging layer disposed between first and second conductors. The invention is advantageous in reducing sensitivity to temperature and/or high humidity, especially in thin displays or displays that are open to the environment.