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NIPPON SUISO KK

Overview
  • Total Patents
    21
About

NIPPON SUISO KK has a total of 21 patent applications. Its first patent ever was published in 2007. It filed its patents most often in Japan. Its main competitors in its focus markets environmental technology, engines, pumps and turbines and materials and metallurgy are LEACH SAM L, JIANGSU QINGYANG ENERGY CO LTD and DU SHANJI.

Patent filings in countries

World map showing NIPPON SUISO KKs patent filings in countries
# Country Total Patents
#1 Japan 21

Patent filings per year

Chart showing NIPPON SUISO KKs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Yamazaki Tomoki 21

Latest patents

Publication Filing date Title
JP2015014270A Shaft seal device
JP2014227988A Tidal current power generation device
JP2014177906A Tidal current power generator
JP2013001639A Convenient hydrogen production apparatus pyrolyzing acetylene on vehicle by using catalyst
JP2012036070A Convenient hydrogen production apparatus carrying out thermal decomposition of acetylene on vehicle
JP2011185256A Six cycle engine exclusive for hydrogen
JP2011157254A Hydrocarbon autothermal cracking furnace circularly utilizing heated hydrogen
JP2011126765A Autopyrolysis method of hydrocarbon
JP2011111388A Multistage thermal decomposition furnace for hydrocarbon
JP2010285977A Built-in compressor type six-stroke engine exclusive for hydrogen
JP2010241671A Portable small-size hydrogen generator using air-hydrogen flame
JP2010242736A Five-stroke engine exclusive to hydrogen
JP2010241670A Portable small-size hydrogen generator using oxyhydrogen flame
JP2010180119A Portable type small system for generating hydrogen using oxyhydrogen flame
JP2010129535A Solid polymer fuel cell using high pressure hydrogen
JP2010084547A Hydrogen only six-stroke engine
JP2009281311A Injector spark plug
JP2009196869A Method for reforming hydrocarbon by oxyhydrogen flame using two burners
JP2009102184A Method of reforming hydrocarbon by oxyhydrogen flame using three-tube burner
JP2009023859A Hydrocarbon gas reforming method using oxyhydrogen flame and hydrocarbon gas reforming apparatus