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LIMES KK

Overview
  • Total Patents
    40
About

LIMES KK has a total of 40 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 electrical machinery and energy, micro-structure and nano-technology and environmental technology are NANO RESOURCES LTD, WUZHOU HGP ADVANCED MATERIALS TECHNOLOGY CORP LTD and NITSUCHI KK.

Patent filings in countries

World map showing LIMES KKs patent filings in countries
# Country Total Patents
#1 Japan 40

Patent filings per year

Chart showing LIMES KKs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Mashita Keiji 16
#2 Yonemoto Takaharu 16
#3 Miyagawa Tsugio 16
#4 Takahashi Junzo 16
#5 Ebisawa Takashi 14
#6 Sano Kenichi 13
#7 Ishii Yoshiro 12
#8 Yaginuma Yoshikazu 7
#9 Fujinaga Masashi 7
#10 Tazo Torao 6

Latest patents

Publication Filing date Title
JPH0835053A Ion nitriding method for metallic member
JPH0835075A Steel-series composite surface-treated product and its production
JPH0813126A Ion-soft nitriding process for metallic member
JPH0813124A Nitriding method and ion nitriding method for metallic member
JPH07118826A Ionitriding method of metallic member
JPH07118850A Formation of hard film by ion nitriding and plasma cvd
JPH06220606A Method for ionically nitriding metallic member
JPH05311402A Composite corrosion resistant material and production thereof
JPH05302171A Formation of titanium compound coating film
JPH05299361A Manufacture and device of amorphous silicon film
JPH05290665A Material of electric contact point and manufacture thereof
JPH05287538A Formation of nitride coating film
JPH0645254A Method and apparatus for manufacturing amorphous silicon film
JPH05147908A Production of cubic boron nitride powder
JPH05140740A Formation of thin film
JPH05132778A Formation of metallic nitride film
JPH0620836A Method of forming soft magnetic multilayer film
JPH0598418A Formation of iron nitride film
JPH0597575A Method for forming thin film
JPH0597576A Method for forming thin film