Rohm Co., Ltd.

Koichi Ono

Koji Terumoto

A method of manufacturing a liquid crystal display device includes the steps of forming a first substrate composed of a first light-permeable electrode pattern, forming a second substrate that includes a second electrode pattern, bonding said first and said second substrates to each other on their peripheries by a sealant with a prescribed gap between the opposite electrode patterns, and injecting a liquid crystal material doped with dichroic dyes into the gap.

Method of forming LCD having color filter film segments at areas where electrode segments are not provided

A liquid crystal display device including first and second substrates on a front side and rear side of the device, respectively, which are bonded to each other on their peripheries by a sealant with a prescribed gap therebetween, the first and second substrates including electrode patterns formed thereon. A liquid crystal material is doped with dichroic dyes injected into the gap to constitute a liquid crystal layer. A first color filter film with a prescribed color is provided at an area where the electrode pattern is not provided on the first substrate on the front side. A second color filter film with the same color as the prescribed color at at least an area where the electrode pattern is provided on the second substrate on the rear side.

Liquid crystal display device and method of fabricating thereof

To provide a liquid crystal display device which can remove leakage of light from a sealant portion in a negative-type display to improve the appearance of an image. Where a large-scale display is composed of a large number of liquid crystal display devices, to provide the liquid crystal display device which can surely make light-proof to the joints to constitute such a large-scale display with an excellent display characteristic. Electrode patterns and are formed on inner surfaces of two insulating base plates and . These two insulating base plates and sandwiches a liquid crystal layer to constitute a liquid crystal panel . A light-shielding mask is provided at the end of the liquid crystal panel from which no electrode pattern is introduced so that it sandwiches the insulating plates and from both sides of the liquid crystal panel

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Kyoto, Japan

Koichi Ono