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SIBIRSK NII MEKH ELEK

Overview
  • Total Patents
    216
About

SIBIRSK NII MEKH ELEK has a total of 216 patent applications. Its first patent ever was published in 1971. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology are YAN XINKUN, UNIV FED DA PARAIBA and FEDERAL NOE G BJUDZHETNOE NAUCHNOE UCHREZHDENIE VRNII EHLEKTRIFIKATSII SEL SKOGO KHOZJAJSTVA FGBNU V.

Patent filings in countries

World map showing SIBIRSK NII MEKH ELEKs patent filings in countries

Patent filings per year

Chart showing SIBIRSK NII MEKH ELEKs patent filings per year from 1900 to 2020

Focus industries

Top inventors

# Name Total Patents
#1 Livshits Vladimir M 32
#2 Dobrolyubov Ivan P 21
#3 Kubyshev Vladimir A 20
#4 Chepurin Gennadij E 14
#5 Golshtejn Aleksandr R 13
#6 Mkrtumyan Vagan S 12
#7 Monoszon Aleksandr A 12
#8 Samojlov Sergej V 12
#9 Kalyuzhnyj Anatolij T 11
#10 Kozachenko Vladimir S 11

Latest patents

Publication Filing date Title
RU1787245C Method for manufacturing solar collector
SU1777000A2 Device for measurement of level of oil products and water in storage tanks
RU1790352C Milker vacuum pump
RU1787365C Method for distributing fodder in tower storage
RU1775612C Device for measuring the level of oil products and water in storage containers
RU1794333C Combined presowing cultivation and seeding implement
SU1757490A1 Multiple-function soil-tilling unit
RU1789898C Device for measuring power of internal combustion engine cylinders
RU1789374C Transportation means for reloading operations
RU1794394C Method for shaping cylindrical feed haystack
SU1734611A1 Poultry drinker
SU1724035A1 Vibration ripper
SU1756229A1 Belt conveyer
SU1697619A1 Roll unwinding apparatus
RU1780630C Food preparing installation
RU1780606C Implement for preseeding treatment of soil
SU1682838A1 Method for determining operating time of internal combustion engine with turbo-supercharging
SU1701162A1 Grass cutting method
RU1785607C Vegetable depot
SU1673893A1 Method for determination of draught resistance of machines and tools