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AssigneesSharp Kabushiki Kaisha, The Secretary of State for Defence in Her Britannic Majesty's Government of the United Kingdom of Great Britain and Northern Ireland
InventorsMitsuhiro Shigeta, Hideki Uchida, Masahiko Tomikawa, Hisashi Akiyama, Nobuyuki Itoh, Shuji Miyoshi
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To manufacture at a good yield a large-screen display having low resistivity of wires and excelling in flatness of substrates, a metal material, a transparent electrode material, and a conductive resin are used for forming either scanning electrodes or signal electrodes, or both of the same. Not less than two materials are used as the metal material, while amorphus ITO is used as the transparent electrode material. An electrode substrate has electrode structures in each of which a metal wire made of the foregoing metal material, a transparent electrode made of the foregoing transparent electrode material, and a conductive resin layer are laminated in this order on a transparent substrate. Conductivity is imparted to the conductive resin layers by conductive particles electrodeposited by the micell electrolytic method.
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer,
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer,
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, wherein:
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, wherein:
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, wherein:
A liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, wherein:
A liquid crystal display device comprising:
A liquid crystal display device comprising:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive resin, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive resin layer which are laminated in this order, the method comprising the step of:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive color filter, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive color filter layer, which are laminated in this order, the method comprising the step of:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive resin, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive resin layer which are laminated in this order, the method comprising the step of:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive color filter, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive color filter layer, which are laminated in this order, the method comprising the step of:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive resin, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive resin layer which are laminated in this order, the electrode structure further including a second conductive resin layer for electric connection, said second conductive resin layer being provided between the metal electrode and the transparent electrode, the method comprising the step of:
A method for manufacturing a liquid crystal display device provided with a substrate on which scanning electrodes are laid and a substrate on which signal electrodes are laid, said substrates separated by a liquid crystal layer, either the scanning electrodes or the signal electrodes, or each of the same being formed with a metal material, a transparent electrode material, and a conductive color filter, the substrate having an electrode structure composed of a metal electrode made of the metal material, a transparent electrode made of the transparent electrode material, and a conductive color filter layer, which are laminated in this order, the electrode structure further including a conductive resin layer for electric connection, said conductive resin layer being provided between the metal electrode and the transparent electrode, the method comprising the step of:
Dependencies are inferred from the claim text.