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TSNII MASH

Overview
  • Total Patents
    67
About

TSNII MASH has a total of 67 patent applications. Its first patent ever was published in 1987. It filed its patents most often in Russian Federation and USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets chemical engineering, engines, pumps and turbines and transport are SOLODOV BORIS MIKHAJLOVICH, SHOJI YOSHINORI and TARAN VALENTIN M.

Patent filings in countries

World map showing TSNII MASHs patent filings in countries

Patent filings per year

Chart showing TSNII MASHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Novikov Lev V 10
#2 Lagutin Vyacheslav I 9
#3 Andreev Evgenij I 8
#4 Radchenko Yurij I 7
#5 Sazhin Dmitrij S 7
#6 Bychkov Vladimir B 6
#7 Blinov Ivan N 4
#8 Sazonov Vasilij G 4
#9 Marchenko Viktor G 3
#10 Yanulevich Eduard M 3

Latest patents

Publication Filing date Title
RU2084085C1 Closed electron drift accelerator
RU95111567A Method of electrodynamic action with magnetoplasma near-planet medium and electrodynamic cable system for realization of this method
RU2041476C1 Method of rapid testing of atmosphere, earth surface and ocean
RU2046343C1 Device for measuring speed of object
RU2069863C1 Analyzer of gas, liquid and loose media
RU2051476C1 Method of and device for plasma diagnostics
RU2029491C1 Electrographic apparatus for distant observation
RU1836729C Method of radioactive wastes isolation in open space
RU1836726C Ballistic capsule to store radioactive wastes
RU2014693C1 Telescopic resonator
RU1836725C Method of radioactive wastes isolation in open space
RU1836728C Method of radioactive wastes isolation in open space and a removable container for its implementation
RU1836724C Method of radioactive wastes isolation in open space and use of a boost unit for its implementation
RU1836727C Method of radioactive wastes isolation in open space and a boost unit for its implementation
RU2021170C1 Device for orientating space ship
RU1821139C Apparatus for determining supporting reactions
RU2008645C1 Depth sampler
RU2012863C1 Self-contained sampler
RU1838177C Method of controlling motion of spacecraft in active part of placing onto orbit
RU1787304C Method of trouble-free switching rotary frequency changer equipped with async drive engine