COMPOSITION FOR FORMING COLORED TRANSPARENT CONDUCTIVE FILM, ITS FORMATION, AND DISPLAY DEVICE
PROBLEM TO BE SOLVED: To manufacture a patterned colored transparent electrode in a simple process by forming a colored transparent conductive film having a pattern coincident with a photo-mask pattern and excellent in transparency and conductivity on a board. SOLUTION: A glass board 1 serving as th...
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| creator | ASANO MASAAKI IZUMIDA KAZUO |
| description | PROBLEM TO BE SOLVED: To manufacture a patterned colored transparent electrode in a simple process by forming a colored transparent conductive film having a pattern coincident with a photo-mask pattern and excellent in transparency and conductivity on a board. SOLUTION: A glass board 1 serving as the front face of a display device is coated with a composition containing a metal compound converted into an oxide by heating, e.g. indium, tin, or zinc, heat-resistant inorganic pigments of about 450-600 deg.C of red, green, and blue, a liquid medium, and a binder. It is then dried, exposed through a mask, and developed to form display anodes 2a (R), 2b (G), 2c (B). A shading layer 3 is formed as required. The whole is finally heated, and organic matters such as the binder resin, photosensitive resin, photo-functional group left in the film are decomposed and vaporized to apply colored transparency and conductivity to the patterned film. R, G, B films become colored transparent conductive films, and R, G, B regions serve as color filter/display anodes. |
| format | Patent |
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SOLUTION: A glass board 1 serving as the front face of a display device is coated with a composition containing a metal compound converted into an oxide by heating, e.g. indium, tin, or zinc, heat-resistant inorganic pigments of about 450-600 deg.C of red, green, and blue, a liquid medium, and a binder. It is then dried, exposed through a mask, and developed to form display anodes 2a (R), 2b (G), 2c (B). A shading layer 3 is formed as required. The whole is finally heated, and organic matters such as the binder resin, photosensitive resin, photo-functional group left in the film are decomposed and vaporized to apply colored transparency and conductivity to the patterned film. 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SOLUTION: A glass board 1 serving as the front face of a display device is coated with a composition containing a metal compound converted into an oxide by heating, e.g. indium, tin, or zinc, heat-resistant inorganic pigments of about 450-600 deg.C of red, green, and blue, a liquid medium, and a binder. It is then dried, exposed through a mask, and developed to form display anodes 2a (R), 2b (G), 2c (B). A shading layer 3 is formed as required. The whole is finally heated, and organic matters such as the binder resin, photosensitive resin, photo-functional group left in the film are decomposed and vaporized to apply colored transparency and conductivity to the patterned film. R, G, B films become colored transparent conductive films, and R, G, B regions serve as color filter/display anodes.</abstract><edition>6</edition><oa>free_for_read</oa></addata></record> |
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| subjects | ADVERTISING BASIC ELECTRIC ELEMENTS CABLES CONDUCTORS CRYPTOGRAPHY DISPLAY DISPLAYING EDUCATION ELECTRICITY INSULATORS LABELS OR NAME-PLATES PHYSICS SEALS SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING ORDIELECTRIC PROPERTIES SIGNS |
| title | COMPOSITION FOR FORMING COLORED TRANSPARENT CONDUCTIVE FILM, ITS FORMATION, AND DISPLAY DEVICE |
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