Learn more

TAMBOVSK I KHIM MASH

Overview
  • Total Patents
    562
About

TAMBOVSK I KHIM MASH has a total of 562 patent applications. Its first patent ever was published in 1975. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets chemical engineering, machines and surface technology and coating are HERFELD KG DR, VNI PK I KROVELNYKH GIDROIZOLY and VERVANT LTD.

Patent filings in countries

World map showing TAMBOVSK I KHIM MASHs patent filings in countries

Patent filings per year

Chart showing TAMBOVSK I KHIM MASHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bodrov Vitalij I 57
#2 Muromtsev Yurij L 40
#3 Pershin Vladimir F 38
#4 Glinkin Evgenij I 34
#5 Chernyshov Vladimir N 33
#6 Mordasov Mikhail M 30
#7 Mishchenko Anatolij V 24
#8 Chernikov Yurij A 23
#9 Pankov Boris V 22
#10 Trofimov Aleksej V 22

Latest patents

Publication Filing date Title
RU1796855C Method of controlling clinker burning in burning module
SU1760187A1 Step hydraulic actuator controller
RU1775392C Sorbic acid cleaning method
SU1757795A2 Hydraulic chain for test running gear-slotting machine
SU1736595A1 Mixer of loose materials
RU1786408C Method and apparatus for comprehensive determination of heat-and-mass transfer characteristics of capillary-porous and dispersed materials
RU1778658C Method of contactless control of thermophysical characteristics of materials
RU1796884C Method and device for non-destructive inspection of protective coating thickness of articles
SU1726222A1 Method for impregnation of corundum-based abrasive tools
SU1761523A2 Screw mixer for polymeric materials
SU1756323A1 Apparatus for continuous production of azopigment
RU1784889C Material thermoconductivity determining method
SU1762999A1 Gas distributor for apparatus of fluidized layer
SU1741716A1 Line for production of agglomerated milk products
SU1711054A2 Method of determination of thermal diffusivity of liquids
SU1738222A1 Plant for production of granulated microbial biomass
SU1749801A1 Method of determining material thermal diffusivity temperature dependence
SU1755905A1 Method to control the process of mixing loose materials
RU1773469C Rotary apparatus
RU1769084C Determination of nonhomogeneity of loose components mixture