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MO I ELEKTRONNOJ TEKHNIKI

Overview
  • Total Patents
    539
About

MO I ELEKTRONNOJ TEKHNIKI has a total of 539 patent applications. Its first patent ever was published in 1974. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets materials and metallurgy, computer technology and surface technology and coating are KANG SHIN JOON, SICHUAN SG ENERGY SAVING GLASS CO LTD and GUARDIAN GLASS HOLDING S P C.

Patent filings in countries

World map showing MO I ELEKTRONNOJ TEKHNIKIs patent filings in countries

Patent filings per year

Chart showing MO I ELEKTRONNOJ TEKHNIKIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Lapenko Vadim N 49
#2 Vydolob Gennadij M 30
#3 Zhavoronkov Leonid M 26
#4 Barkhotkin Vyacheslav A 25
#5 Suetinov Vyacheslav I 22
#6 Dubovoj Nikolaj D 22
#7 Staroselskij Viktor I 22
#8 Petrova Valentina Z 21
#9 Sazonov Aleksandr A 21
#10 Lukichev Aleksandr Yu 18

Latest patents

Publication Filing date Title
RU2077091C1 Device for analyzing surface of conducting specimens
RU2069324C1 Resistance thermometer
RU2072586C1 Method for testing quality of conducting film
RU2072587C1 Method for checking non-uniformity of film
RU2058604C1 Semiconductor temperature-sensitive resistor
RU2061295C1 Piezoelectric manipulator for tunnel microscope
RU2073933C1 Reactor for treatment of substrates in plasma of microwave glowing discharge
RU2061281C1 Method for producting thin films of amorphous hydrogenated silicon
RU2044350C1 Glass binder for pastes of thick-film resistors
RU2034364C1 Process of manufacture of contacts of integrated circuits based on silicon
RU2070349C1 Reactor for processing substrates in microwave glow-discharge plasma
RU2034363C1 Process of manufacture of electricity conductive transparent films
RU2036868C1 Glass, mainly, for insulation of aluminum conductor wiring
RU2035847C1 Gear to load cassettes with semiconductor plates
RU2023691C1 Glass
RU2026578C1 Glass-binder for preparing of thick-film resistors on the basis of ruthenium-containing materials
RU2004508C1 Glass composition for pyroceram cement
RU1837253C Piezoelectric motor control device
RU2017069C1 Film-bubble flowmeter
RU1833863C Sine function generator