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OBNINSKIJ INST ATOMNOJ ENERGET

Overview
  • Total Patents
    28
About

OBNINSKIJ INST ATOMNOJ ENERGET has a total of 28 patent applications. Its first patent ever was published in 1988. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are HEILONGJIANG XING AN NEW ENERGY CO LTD, GRUBENLAMPEN UND AKKUMULATOREN and VSESOYUZNYJ NII GENETIKI I SEL.

Patent filings in countries

World map showing OBNINSKIJ INST ATOMNOJ ENERGETs patent filings in countries
# Country Total Patents
#1 Russian Federation 28

Patent filings per year

Chart showing OBNINSKIJ INST ATOMNOJ ENERGETs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Trofimov Adolf Ivanovich 13
#2 Vinogradov Sergej Aleksandrovi 6
#3 Sandalyuk Igor Vasilevich 6
#4 Ermolaev Petr Nikolaevich 4
#5 Abakumov Aleksej A 3
#6 Trofimov Adolf I 3
#7 Korolev Nikolaj N 2
#8 Sandalyuk Igor V 2
#9 Ansimov Leonid Yakovlevich 1
#10 Tkachenko Vadim I 1

Latest patents

Publication Filing date Title
RU2084823C1 Ultrasonic clinometer
RU2048418C1 Vacuum gripper
RU2062980C1 Ultrasound meter of movements
RU2035376C1 Vacuum gripper
RU2060470C1 Ultrasonic two-coordinate inclination meter
RU2084821C1 Ultrasonic meter for measuring clearances in multi-layer structures
RU2062997C1 Ultrasonic inclination transducer
RU2047089C1 Device for measurement of linear dimensions
RU2050255C1 Vacuum gripper
RU2085972C1 Method for monitoring of vertical migration of radio nuclides in soil
RU2053911C1 Vehicle for moving along arbitrary spatial orientation surfaces
RU2051058C1 Vehicle for movement along ferromagnetic surfaces
RU2009478C1 Magnetic field converter
RU2061612C1 Vehicle for moving along pipeline outer surface
RU2000177C1 Device for execution of technological operations on the pipeline
RU2006806C1 Method for testing product for air tightness
RU2010181C1 Device for measuring angles of inclination
RU2023619C1 Handling facility moved over outer surfaces of pipelines
RU2078300C1 Device measuring distortions of technological channels
RU1821318C Method of making samples with crack-like faults in weld seam