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MI VNI KT I PODSHIPNIKOVOJ PRO

Overview
  • Total Patents
    50
About

MI VNI KT I PODSHIPNIKOVOJ PRO has a total of 50 patent applications. Its first patent ever was published in 1976. 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 and machine tools are KT B AVTOREMONTNOGO PROIZV, XINCHANG MEIZHU TOWN FUDA BEARING FACTORY and THOMSON JOHN B.

Patent filings in countries

World map showing MI VNI KT I PODSHIPNIKOVOJ PROs patent filings in countries

Patent filings per year

Chart showing MI VNI KT I PODSHIPNIKOVOJ PROs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Frankfurt Vladimir I 14
#2 Melnikov Igor V 10
#3 Vajtkus Yulius M 9
#4 Karaim Ivan P 9
#5 Semenov Evgenij N 7
#6 Koshel Vladimir M 4
#7 Trushkevich Ruta K 3
#8 Avsyankin Oleg G 3
#9 Nekhvyadovich Vasilij I 2
#10 Vasilev Leonard L 2

Latest patents

Publication Filing date Title
RU1784776C Radial single-row rolling bearing
SU1751507A1 Single-row radial spherical roller bearing
SU1707334A1 Spherical radial double-row roller bearing
SU1581895A1 Rolling-contact bearing
SU1693285A1 Rolling bearing
SU1486905A2 Device for electromagnetic testing of moving article
SU1529092A1 Method of thermoelectric inspection of surface layers of materials
SU1446547A1 Method of inspecting the surface layer of heat-treated and ground ferromagnetic articles
SU1455111A1 Oil sprayer
SU1425533A1 Device for flaw detection of ferromagnetic materials
SU1434162A1 Rolling-contact spherical bearing
SU1404923A1 Electromagnetic inspection apparatus
SU1404922A2 Apparatus for electromagnetic inspection of short articles
SU1288580A1 Method of performing magnetic quality control of moving ferromagnetic articles
SU1307116A1 Taper roller bearing
SU1326984A1 Method and apparatus for electric magnetic checking of ferromagnetic articles for quality of heat treatment
SU1307319A1 Method of electromagnetic quality control of moving short articles
SU1420510A1 Method of electromagnetic inspection of ferromagnetic materials
SU1370540A1 Method of checking quality of ferromagnetic articles
SU1229674A1 Apparatus for electromagnetic testing of moving articles