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OKAYAMA CERAMICS GIJUTSU SHINK

Overview
  • Total Patents
    37
About

OKAYAMA CERAMICS GIJUTSU SHINK has a total of 37 patent applications. Its first patent ever was published in 1991. It filed its patents most often in Japan. Its main competitors in its focus markets materials and metallurgy are BAYER KK, BERNSTEIN ALEXANDER and CHENGDU MENG TE SI TECH CO LTD.

Patent filings in countries

World map showing OKAYAMA CERAMICS GIJUTSU SHINKs patent filings in countries
# Country Total Patents
#1 Japan 37

Patent filings per year

Chart showing OKAYAMA CERAMICS GIJUTSU SHINKs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

# Technology
#1 Building materials

Top inventors

# Name Total Patents
#1 Mizota Yasuo 19
#2 Hiragushi Takashi 18
#3 Yamaguchi Akira 9
#4 U Keikon 8
#5 Mihashi Hisashi 6
#6 Okuno Masafumi 6
#7 Koto Hiroyuki 6
#8 Kodama Soji 4
#9 Miura Yoshinari 4
#10 Ueno Satoru 4

Latest patents

Publication Filing date Title
JP2009292711A Aluminum oxynitride and production method of the same
JP2009190961A Compound carbide, and method for synthesizing the same
JP2008285393A Calcia material and its manufacturing process
JP2008115065A Method of recycling used magnesia, spinel and alumina refractory
JP2007284330A Calcia clinker excellent in hydration resistance
JP2007008793A Carbon-containing conductive ceramic comprising al-si-c based compound as main constituent
JP2006020617A Seedling-growing mat for agriculture, having physiological activity
JP2006021982A Method of manufacturing porous material
JP2006016290A Method for manufacturing boron carbonitride material
JP2004010471A Simple manufacture method for hexagonal boron nitride
JP2003300772A METHOD FOR PRODUCING COMPOSITE REFRACTORY HAVING BN+TiC +TiB2 BOND, BN+TiB2 BOND AND BN+TiC BOND BY USING BORON CARBONITRIDE AND METAL TITANIUM AS RAW MATERIALS
JP2001348272A METHOD OF PRODUCING COMPOSITE REFRACTORY HAVING BN-SiC BOND
JP2001316168A Landscape material of ceramic sintered compact having molten slag as main raw material
JP2001316172A Alumina-chromia based refractory for ash melting furnace
JP2001220116A Graphite material using wood as raw material and manufacturing method thereof
JP2000313677A Joined product of carbon-based material with metal
JP2000256065A PRODUCTION OF MULLITE-SiC MIXTURE
JP2000063178A Sic-aln-based composite raw material and its production
JP2000063111A Powdery carbon with excellent hydrophilicity and amorphous carbon-containing refractory material using the same
JPH11322451A Sialon-silicon carbide-c starting material for refractory and carbon-containing monolithic refractory using the same