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LE POLT I IM M I KALININA

Overview
  • Total Patents
    2,148
About

LE POLT I IM M I KALININA has a total of 2,148 patent applications. Its first patent ever was published in 1965. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Germany. Its main competitors in its focus markets environmental technology, furniture and games and control are TRIFONOV, TROJNIN VIKTOR E and SHAANXI QINNENG POWER TECH CO LTD.

Patent filings per year

Chart showing LE POLT I IM M I KALININAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Moisejchenko Vyacheslav S 59
#2 Nagornyj Vladimir S 54
#3 Gutnikov Valentin S 52
#4 Vanin Valerij K 49
#5 Bogoyavlenskij Konstantin N 40
#6 Livotov Pavel L 37
#7 Glebov Vadim D 36
#8 Ivanova Valentina M 36
#9 Tarkhov Albert I 35
#10 Vetlitsyn Aleksandr M 34

Latest patents

Publication Filing date Title
RU1805098C Glass for gradient optics
SU1809303A1 Device for moving particles dimension and speed determining
RU1796907C Multichannel device for recording and displaying emergency situations
SU1751431A1 Blade diffuser of centrifugal turbine machine
RU1796389C Flux for low-temperature soldering of nickel coatings
RU1788910C Mixer
RU1788376C Electrodynamic valve
RU1807928C Structure-flexible production system
RU1781637C Measuring converter of differential capacitive pickup
SU1737608A1 Device for protection of winding of rotor of generator against overheating
RU1783212C Electrodynamic valve
RU1828845C Method for producing metal fluoride
RU1798655C Method of determination of fatigue longevity of parts of polymer materials
RU1787546C Pulp classifying device
SU1784451A1 Manipulating system
RU1822972C Method for local measuring resistivity of semiconductors and device for implementation of said method
RU1772293C Method for simulation of hydraulic phenomena in balancing reservoirs of hydraulic power plants
RU1772745C Method of investigating biological sample from the skin surface
RU1796711C Device for oil application to the yarn
SU1749543A1 Method of evacuating hollow articles in vacuum chamber