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VNII K TSVETMETAVTOMATIKA

Overview
  • Total Patents
    189
About

VNII K TSVETMETAVTOMATIKA has a total of 189 patent applications. Its first patent ever was published in 1968. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Austria and Switzerland. Its main competitors in its focus markets measurement, machine tools and chemical engineering are HUBEI CUBIC RUIYI INSTR CO LTD, MONITEK INC and AQUAMATIC LTD.

Patent filings in countries

World map showing VNII K TSVETMETAVTOMATIKAs patent filings in countries

Patent filings per year

Chart showing VNII K TSVETMETAVTOMATIKAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Ermolaev Valentin 18
#2 Salov Fedor N 18
#3 Brazhnikov Nikolaj I 16
#4 Fedin Georgij V 16
#5 Brazhnikov Nikolai Ivanovich 10
#6 Brazhnikov Nikolaj 10
#7 Shavykina Nadezhda S 9
#8 Rukin Evgenij M 9
#9 Artemeva Elena G 9
#10 Bakalejnik Yakov M 9

Latest patents

Publication Filing date Title
RU1792741C Method of radiometric separation of complex ores of non-ferrous and rare metals
SU1391739A1 X-ray fluorescent separator
US4677864A System for automatic sampling and sample conveyance for analysis
SU1285536A1 Analog storage
SU1235577A1 Arrangement for automatic regulation of strip shape
SU1237965A1 Method of checking solution strength
SU1231453A1 Ultrasonic meter of solution concentration
SU1224690A1 Method of quantitative x-ray fluorescence analysis of powder materials
SU1317335A2 Photoelectric flaw detector
SU1233029A1 Alternating current polarograph
SU1346307A1 Feeder of gate type
SU1201805A1 Device for controlling process for increasing concentration of sulfur dioxide in off-gas of metallurgy equipment
SU1182504A1 Address input device
SU1170341A1 Ultrasonic concentration meter
SU1269176A1 Device for determining location of mobile objects for servicing electrolyzers
SU1224558A1 Arrangement for measuring length of strip wound on reel
SU1183763A1 Actuator valve
SU1171852A1 Analog storage
SU1167581A1 Control system for inertial object with transport lag
SU1133512A1 Spectral method of substance concentration determination