OKITA MASAYA

Overview

Total Patents

27
GoodIP Patent Rank

230,976

About

OKITA MASAYA has a total of 27 patent applications. Its first patent ever was published in 1997. It filed its patents most often in EPO (European Patent Office), Hong Kong and Taiwan. Its main competitors in its focus markets audio-visual technology, computer technology and electrical machinery and energy are FITIPOWER INTEGRATED TECH SHENZHEN INC, HANGZHOU SHIXIN TECH CO LTD and HUANG SHUN-MING.

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Patent filings in countries

World map showing OKITA MASAYAs patent filings in countries

#	Country	Total Patents
#1	EPO (European Patent Office)	5
#2	Hong Kong	4
#3	Taiwan	4
#4	United States	4
#5	Canada	3
#6	Japan	3
#7	China	2
#8	Australia	1
#9	WIPO (World Intellectual Property Organization)	1

Patent filings per year

Chart showing OKITA MASAYAs patent filings per year from 1900 to 2020

Similar Companies

FITIPOWER INTEGRATED TECH SHENZHEN INC 98% similarity

HANGZHOU SHIXIN TECH CO LTD 98% similarity

HUANG SHUN-MING 98% similarity

ISHIHARA TOMOYUKI 98% similarity

SONG HONG SUNG 98% similarity

BARNHOEFER ULRICH T 98% similarity

HUNET INC 98% similarity

SAPIEN SEMICONDUCTORS INC 98% similarity

IMAGINUM INC 97% similarity

YAMASHITA KEITARO 97% similarity

Focus industries

#	Industry
#1	Audio-visual technology
#2	Computer technology
#3	Electrical machinery and energy
#4	Optics

Focus technologies

#	Technology
#1	Display controls
#2	Data recognition and presentation
#3	Special electric heating or lighting
#4	Nonlinear optics
#5	Television

Top inventors

#	Name	Total Patents
#1	Okita Masaya	26
#2	Masaya Okida	1

Latest patents

Publication	Filing date	Title
US2013083088A1	2012-09-10	Color display device and method
AU6422101A	2001-06-07	Color display device and method
US6424329B1	2000-09-12	System for driving a nematic liquid crystal
HK1106587A1	2000-04-13	Method for high speed driving liquid crystal
TW421775B	1998-05-27	Method for driving a nematic liquid crystal
TW396716B	1998-05-26	Backlight for liquid crystal display
JPH11296150A	1998-04-10	High-speed driving method for liquid crystal
US6396467B1	1997-04-23	System and method for driving a nematic liquid crystal