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MASHINOSTROITEL NYJ ZD AOOT

Overview
  • Total Patents
    56
About

MASHINOSTROITEL NYJ ZD AOOT has a total of 56 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 and engines, pumps and turbines are MITSUBISHI FBR SYSTEMS INC, ROSSIJSKAJA FEDERATSIJA OT IM KOTOROJ VYSTUPAET G KORPORATSIJA ATOMNOJ EHNERGII ROSATOM and STATE NUCLEAR HUAQING BEIJING NUCLEAR POWER TECHNOLOGY R & D CT CO LTD.

Patent filings in countries

World map showing MASHINOSTROITEL NYJ ZD AOOTs patent filings in countries
# Country Total Patents
#1 Russian Federation 56

Patent filings per year

Chart showing MASHINOSTROITEL NYJ ZD AOOTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Luzan Jurij Vasil Evich 16
#2 Aksenov Petr Mikhajlovich 13
#3 Lerner Aleksandr Efimovich 13
#4 Romanov Aleksandr Ivanovich 10
#5 Kochergin Viktor Mikhajlovich 8
#6 Ivanov Aleksandr Viktorovich 8
#7 Samojlov Oleg Borisovich 7
#8 Rjabov Vladislav Vladimirovich 6
#9 Evstigneev Igor Vladimirovich 5
#10 Gamygin Jurij Leonidovich 5

Latest patents

Publication Filing date Title
RU2542324C1 Fuel assembly of nuclear reactor
RU2540981C1 Fuel assembly of nuclear reactor
RU2533168C1 Support grid-filter for fuel assembly of nuclear reactor
RU2548443C2 Apparatus for hydrolysis of uranium hexafluoride
RU2537951C2 Method of depositing lacquer coating on surface of fuel elements with zirconium alloy cladding before mounting in fuel assembly rack and apparatus therefor
RU2525828C1 Method of producing ceramic nuclear fuel pellets with controlled microstructure
RU2534391C2 Nuclear reactor fuel assembly
RU2510538C1 Fuel assembly of nuclear reactor
RU2518058C1 Spacer grid of fuel assembly of nuclear reactor (versions)
RU2506657C1 Nuclear reactor fuel assembly
RU2499057C1 Nuclear-safe chemical reactor
RU2509609C1 Dust vortex separator
RU2499304C1 Method of making nuclear fuel tablets
RU2498941C2 Reaction chamber for producing uranium dioxide powder by pyrohydrolysis from uranium hexafluoride (versions)
RU2485494C1 Method to determine content of admixtures in gas under shell of fuel elements (fe) of nuclear reactors
RU2473989C1 Nuclear reactor fuel assembly
RU2477537C1 Fuel assembly of nuclear reactor
RU2473988C1 Nuclear reactor fuel assembly
RU2459690C1 Method of metal sheet laser cutting
RU2457557C1 Method for determining enrichment of fuel pellets containing mixture of uranium isotopes with uranium 235