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TSNI AVTOMOBIL AVTOMOTOR INST

Overview
  • Total Patents
    679
About

TSNI AVTOMOBIL AVTOMOTOR INST has a total of 679 patent applications. Its first patent ever was published in 1962. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets mechanical elements, environmental technology and engines, pumps and turbines are KARSAVIN LEV V, TSNI PK I MORSKOGO FLOTA and PROIZV OB LUGANSKIJ TEPLOVOZOS.

Patent filings in countries

World map showing TSNI AVTOMOBIL AVTOMOTOR INSTs patent filings in countries

Patent filings per year

Chart showing TSNI AVTOMOBIL AVTOMOTOR INSTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Vybornov Vladimir G 51
#2 Turtanov Evgenij D 37
#3 Nedyalkov Arkadij P 37
#4 Byalotskij Vladislav F 31
#5 Dyachkov Nikolaj K 29
#6 Zajchenko Evgenij N 27
#7 Dmitrievskij Anatolij V 25
#8 Rumyantsev Leonid A 24
#9 Dzotsenidze Tengiz D 24
#10 Krestovnikov Georgij A 23

Latest patents

Publication Filing date Title
RU1796500C Trolley of transportation vehicle
RU1798558C Synchronizer of planetary gearbox
RU1789405C Vehicle stepless steering drive control system
RU1772033C Tilting mechanism of transportation vehicle sprung cab
SU1763698A1 Intake system of internal combustion engine
SU1761575A1 Vehicle adjustable steering column
SU1759667A1 Fuel intake device for diesel engine-powered vehicle
RU1781098C Vehicle friction clutch automatic control system
RU1795171C Resilient bearing support for shaft
SU1776898A1 Internal combustion engine
RU1776593C Pneumatic brake system of vehicle
SU1743919A1 Gearbox control unit of transport vehicle
RU1781443C Device for breathing control in internal combustion engine
RU1777023C Device for metering fuel consumption at bench test of internal combustion engines
RU1795170C Resilient bearing support for shaft
SU1751496A1 Flexible bearing support for shaft
RU1781488C Reactor wheel of hydraulic transformer
SU1751370A1 Exhaust muffler-catalytic converter for internal combustion engine
SU1724907A1 Internal combustion engine exhaust gases neutralizer
SU1758467A1 Method and device to determine efficiency of blowing-through cylinders of two-cycle internal combustion engine