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KAMEYAMA HIDEO

Overview
  • Total Patents
    34
About

KAMEYAMA HIDEO has a total of 34 patent applications. Its first patent ever was published in 1988. It filed its patents most often in Japan and United States. Its main competitors in its focus markets environmental technology, materials and metallurgy and chemical engineering are HANS HARTER DR, TAKEGAMI YOSHINOBU and NITROGEN CORP.

Patent filings in countries

World map showing KAMEYAMA HIDEOs patent filings in countries
# Country Total Patents
#1 Japan 33
#2 United States 1

Patent filings per year

Chart showing KAMEYAMA HIDEOs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kameyama Hideo 34
#2 Yamamoto Kiyouko 7
#3 Hongo Masaru 5
#4 Kida Tomohisa 2
#5 Doi Shoji 2
#6 Chin Takeshi 2
#7 Kobuchi Akira 2
#8 Nishizawa Atsushi 2
#9 Kawasaki Tatsuo 2
#10 Oda Harunobu 2

Latest patents

Publication Filing date Title
JP2012050980A Catalyst, oxidation catalyst, reduction catalyst, and exhaust gas cleaning catalyst
JP2012183467A Method for producing catalyst containing carbon, iron and cerium
JP2002233750A Catalytic reactor for gas combined with heat exchange function and catalytic reaction device using the catalytic reactor
JP2002130745A Heat storage unit and steam exhaust type ice storage device
JP2002119856A Anodized aluminum catalyst carrier having increased bet specific surface area and its manufacturing method
JP2000195645A Discharging electrode and ozonizer with it
JPH11226424A Mesh type catalyst body, its production and purifying method of exhaust gas
JPH1073227A Manufacture of continuous catalyst body
JPH1073226A Manufacture of continuous catalyst body
JPH09234361A Catalytic reactor and catalytic reaction method using the same
JPH09210334A Catalyst oxidizing method
JPH08318164A Catalyst structural body and gas combustion/ decomposition device using the same
JPH08281125A Plate-like alumina carrier with high heat resistance, its manufacture, and catalyst body produced by carrying catalyst thereon
JPH08246190A Anodically oxidized film and its formation
JPH08243408A Anode oxidization process of structural body and production of catalytic structural body utilizing the process
JPH08103661A Self-regenerable catalytic body and treatment of organic halogen-containing gas using the same
JPH07289899A Heat resistant substrate for catalyst body and its production
JPH07167463A Ice heat-accumulating system by utilizing adsorbent
JPH07167466A Ice heat-accumulating system utilizing solar heat
JPH07167465A Ice heat-accumulating system utilizing absorption type heat pump