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MO G AVIAT I

Overview
  • Total Patents
    27
About

MO G AVIAT I has a total of 27 patent applications. Its first patent ever was published in 1994. It filed its patents most often in Russian Federation, China and United Kingdom. Its main competitors in its focus markets environmental technology, medical technology and engines, pumps and turbines are TRAVNIKOV V A, KUNSHAN YUNKE PREC IND TECHNOLOGY CO LTD and CKD BLANSKO.

Patent filings in countries

World map showing MO G AVIAT Is patent filings in countries
# Country Total Patents
#1 Russian Federation 25
#2 China 1
#3 United Kingdom 1

Patent filings per year

Chart showing MO G AVIAT Is patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kovalev L K 3
#2 Kulakov E B 3
#3 Egoshkina L A 3
#4 Samsonovich S L 3
#5 Iljushin K V 3
#6 Sevruk S D 3
#7 Poltavets V N 2
#8 Sergienko A A 2
#9 But D A 2
#10 Pozdnjakova O K 2

Latest patents

Publication Filing date Title
RU2189685C1 Thyratron-induction machine
RU2165377C1 Aircraft
RU2169298C2 Wave servo mechanism at stabilization of deformation wave shape (versions)
RU2161267C1 Wind motor rotor
RU2159494C1 Diode-inductor reluctance motor
RU2159726C1 Flying vehicle
RU2150752C1 Radar system which alarms aircraft against collision
RU2156985C2 Method for preventing collisions of helicopter to high-voltage electric power transmission lines
RU2144655C1 Method for gathering poll data, device which implements said method and user data input device
RU2129329C1 Reaction-type synchronous machine
RU2159862C2 Aircraft power unit
RU2145671C1 Rocket engine nozzle unit
RU2134478C1 Superconductor hysteresis machine
RU2133128C1 Centrifugal pump for assisted blood circulation
RU2171102C2 Electromechanical executive unit of training device for developing articulations
RU2126977C1 Process of accelerated determination of lifetime of ion- optical system
RU2163309C2 Ion beam concentrating device for plasma engine and plasma engine equipped with such device
RU2137954C1 Tab-type gas dynamic bearing
RU2106725C1 Mechanically recharged oxygen (air)-metal chemical current source
RU2106723C1 Electrolyte for oxygen (air)-metal chemical power source