Learn more

BEREZNIKOVSK VNI PI TITANA

Overview
  • Total Patents
    47
About

BEREZNIKOVSK VNI PI TITANA has a total of 47 patent applications. Its first patent ever was published in 1976. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology and materials and metallurgy are GV N I I TSEMENTNOJ PROMY, LASKORIN B N and KOSCHWITZ NIKOLAUS.

Patent filings in countries

World map showing BEREZNIKOVSK VNI PI TITANAs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 47

Patent filings per year

Chart showing BEREZNIKOVSK VNI PI TITANAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Belkin Gennadij I 10
#2 Zhitkov Konstantin F 9
#3 Rudnitskij Marko L 8
#4 Glukhikh Sergej M 7
#5 Gribov Vladimir I 7
#6 Yazev Vladimir D 7
#7 Penskij Albert V 6
#8 Polyakov Yurij A 6
#9 Teterin Valerij V 6
#10 Mikhajlov Eduard F 5

Latest patents

Publication Filing date Title
SU1704825A1 Crusher for spongy titanium samples
SU1608555A1 Comparison electrode for determining active chlorine in solutions
SU1549921A1 Unit for carnallite dehydration
SU1530241A1 Method of separating boron from titanium
SU1528603A1 Casting conveyer installation
SU1528809A1 Method of working ingots in flow lines
SU1452144A1 Method of processing spent melt of titanium chlorates
SU1527161A2 Method of dehydrating carnallite
SU1424174A1 Method of sorption separating of scandium and thorium
SU1379729A1 Method of determining water in sponge titanium
SU1404553A1 Magnesium electrolyser electrolyte correction method
SU1366693A1 Peristaltic-action pump
SU1328293A1 Method of dewatering carnallite
SU1314260A1 Method of determining hydrogen chloride
SU1318528A1 Method for producing copper monochloride
SU1259086A1 Salt heating furnace
SU1255572A1 Method of producing carnallite dust
SU1180772A1 Method of potentiometric determination of chlorine ions
SU1404158A1 Faggoted metal ingot
SU1154379A1 Electrolyzer anode for obtaining magnesium