Toppan Printing Co., Ltd.

Teruhiko Kai

Masaaki Umehara

Mamoru Ishizaki

Takeshi Itoi

Yuichi Ito

Junichi Kaminaga

Takao Minato

Madoka Ozawa

Mizuhiro Tani

Kazushige Kitazawa

Tadatoshi Maeda

Shigeru Hirayama

Yifan Qian

Shinya Kanno

Naganori Ohama

Masayuki Kotani

An article having a color pattern formed therein comprises a substrate, banks on the substrate, and a colored layer provided between the banks. The colored layer has a thickness of 80-120% of an average thickness thereof. In addition, the banks have an ink repelling agent or the upper apex portion of the banks has ink repelling ability.

Color filter

The present invention provides a pattern formation substrate provided with a transparent substrate, a partition pattern formed on the transparent substrate in an approximately orthogonal grid shape, and a coloring pattern of plural colors, provided in an opening partitioned off with the partition pattern. The coloring pattern is formed in an approximately stripe shape in each of the colors, the partition pattern is composed of an X-direction partition pattern provided in an approximately orthogonal direction to a longitudinal direction of the stripe of the coloring pattern and a Y-direction partition pattern provided in an approximately parallel direction to the longitudinal direction of the stripe of the coloring pattern, and an average film thickness of the X-direction partition pattern is smaller than that of the Y-direction partition pattern.

Pattern-formed substrate, color filter and liquid crystal display employing the color filter

In one embodiment of the present invention, an optical device is manufactured by printing a pixel, wherein said method includes deciding plural discharging positions inside each pixel of the optical device, arranging these plural discharging positions on different positions in lateral direction of the pixel respectively, specifying each of the plural nozzles by a natural number n counted sequentially from the end of the ink jet head, defining a surplus as b when dividing the natural number n with the repetitive number a (b is an integer satisfying: 0&#x2266;b&#x2266;a&#x2212;1), corresponding the surplus b to each of the plural nozzles, repeating a unit step of discharging an ink from nozzles corresponding to the surplus b, finding 'discharge coefficient' by measuring unevenness of ink discharging and changing the number of times of ink discharging.

Method of manufacturing an optical device, a method of manufacturing a color filter and a method of manufacturing an organic electroluminescence device

A color filter and a method of manufacturing a color filter is provided, wherein fluctuation of chromaticity of a color pattern for every opening can be controlled and the color filter has little color shading. One embodiment of the present invention is a substrate having a pattern comprising a transparent substrate and a grid partition wall pattern formed on the transparent substrate, wherein there are openings partitioned by the grid partition wall pattern, and wherein there is a pass through the grid partition wall pattern between at least two adjacent openings.

Substrate having pattern, color filter, liquid crystal display and method of manufacturing color filter

An embodiment of the present invention will be disclosed below. A substrate provided with a bank, comprising: a transparent substrate, and a bank including an ink-repellent agent on the transparent substrate. A contact angle of an upper apex portion of said bank with respect to a colored ink with a surface tension of 50 mN/m or less is 30&#xb0;-60&#xb0;. Pixels comprising a colored pattern are provided by ejecting colored inks by an ink-jet method into openings in the bank. &#x394;Eab within the pixels is less than 1.

Substrate provided with bank and substrate provided with color pattern

A substrate for an organic electroluminescence display element comprises a support ( ), a plurality of first electrode lines ( ) arranged apart from each other on the support ( ), and a plurality of partition walls ( ) arranged apart from each other and extending in a direction to cross the first electrode lines ( ). Each of the partition walls ( ) has eaves in an upper portion and flared side surfaces in a lower portion.

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Tokyo, Japan

Teruhiko Kai