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NII MEK MO G UNI IM M V LOMONO

Overview
  • Total Patents
    17
About

NII MEK MO G UNI IM M V LOMONO has a total of 17 patent applications. Its first patent ever was published in 2005. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are G UCHREZHDENIE KUL TURY VOLG M, KALININGR GTU and CHENGKUAN SUN.

Patent filings in countries

World map showing NII MEK MO G UNI IM M V LOMONOs patent filings in countries
# Country Total Patents
#1 Russian Federation 17

Patent filings per year

Chart showing NII MEK MO G UNI IM M V LOMONOs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Korshunov Anatolij Borisovich 10
#2 Ivanov Aleksandr Nikolaevich 9
#3 Zhukov Jurij Nikolaevich 6
#4 Golubtsov Itehn Vjacheslavovic 5
#5 Panin Dmitrij Nikolaevich 4
#6 Gertsenshtejn Semen Jakovlevic 4
#7 Gardash Valerij Viktorovich 4
#8 Barinov Viktor Georgievich 3
#9 Shakhova Kira Ivanovna 3
#10 Buslov Pavel Evgen Evich 3

Latest patents

Publication Filing date Title
RU2356730C1 Method for application of thick lubricant for manufacture of products from precast concrete
RU2343997C1 Method of metal vessel treatment with electrified spray
RU2356992C2 Sheet of steel 01x18h9t
RU2350474C2 Device for continuous reading of multiformula technical publications and notes
RU2337724C1 External electric field alteration object protector
RU2303257C1 Mode of controlling quality of articles out of hard alloys after radiational-thermic processing
RU2307012C1 Hard-alloy tool
RU2307013C1 Tool made of hard alloy containing titanium and tungsten carbides
RU2307172C1 Tool made of high-speed steel
RU2307007C1 Tool made of high-speed steel
RU2306207C1 Tool made of steel
RU2306206C1 Tool made of high-speed steel
RU2306205C1 Tool made of high-speed steel
RU2293608C1 Method of forming electrified aerosol of dielectric liquid with toxic chemicals or drugs
RU2289653C1 Method for rapid reduction of large oil film spots on large water surface
RU2288784C1 Auto-generation method of highly effective uniformly- charged finely divided aerosols with high degree of charge
RU2299011C2 Method and device for estimating density and non-uniformity of biological tissue