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NATL INST FOR RES IN INORGANIC

Overview
  • Total Patents
    28
About

NATL INST FOR RES IN INORGANIC has a total of 28 patent applications. Its first patent ever was published in 1997. It filed its patents most often in Japan. Its main competitors in its focus markets environmental technology, materials and metallurgy and textiles and paper are KIJ UNI, SOCIETATEA NA IONAL E A PETROL and TUT.

Patent filings in countries

World map showing NATL INST FOR RES IN INORGANICs patent filings in countries
# Country Total Patents
#1 Japan 28

Patent filings per year

Chart showing NATL INST FOR RES IN INORGANICs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Ikegami Takayasu 9
#2 Saito Noriko 7
#3 Ichikawa Shuichi 4
#4 Ichikawa Akimasa 4
#5 Tanaka Junzo 4
#6 Sakai Hiroaki 4
#7 Kikuchi Masanori 3
#8 Kanda Hisao 3
#9 Mori Toshiyuki 2
#10 Haneda Hajime 2

Latest patents

Publication Filing date Title
JP2001213690A Growing method of rare earth hexaboron single crystal
JP2001201332A Evaluating method for surface smoothness by x-ray total reflection
JP2001206787A Calcium phosphate porous sintered compact and method of producing the same
JP2001199714A Synthetic method for spinel type silicon nitride powder
JP2001199727A Bismuth-tungsten-cobalt oxide-based and bismuth- tungsten-niobium oxide-based solid solutions for oxide ion conductor, and method for producing the same
JP2001192337A Material for preventing adhesion
JP2001192277A Ceramic joined body and its manufacturing process
JP2001192858A Method for depositing metallic thin film having microhole
JP2001185496A Single crystal diamond with embedded metal layer and its formation method
JP2001170474A Method for producing electrically conductive diamond fine particle
JP2001172511A Calcium phosphate-polymer composite and its production and use
JP2001165849A Clay/organic compound humidity sensor
JP2001158664A High-conductivity zirconia solid electrolyte and production process therefor
JP2001158606A Method for quick hydrophobicization of hydrophilicized surface of solid oxide
JPH11335166A High oxide ionic conductive yttria-based solid electrolyte
JPH11329001A Optical function material
JPH11292631A Low-temperature sintering of silicon carbide powder
JPH11278933A Baking of yttrium oxide
JPH11278832A Production of yttrium oxide powder
JPH11278934A Production of sintered compact of yttrium oxide