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GROZNENSK N PROIZV OB PROMAV

Overview
  • Total Patents
    420
About

GROZNENSK N PROIZV OB PROMAV has a total of 420 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 environmental technology, chemical engineering and machines are HASEGAWA SHOJI, GNI PI AZOTNOJ PROMY PRODUKTOV and UK ZNAK POCHETA NI UGLEKHIMICH.

Patent filings in countries

World map showing GROZNENSK N PROIZV OB PROMAVs patent filings in countries

Patent filings per year

Chart showing GROZNENSK N PROIZV OB PROMAVs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kuznetsov Grigorij M 47
#2 Pasichenko Valentin T 36
#3 Kalinov Boris P 33
#4 Sokolov Boris G 29
#5 Sokolov Vyacheslav P 28
#6 Chefonov Nikolaj G 24
#7 Chernikov Viktor A 24
#8 Koltsov Valentin A 23
#9 Lubentsov Valerij F 23
#10 Glukhov Vladimir S 22

Latest patents

Publication Filing date Title
RU1784646C Method for automatic control of the process of diffusion juice clearing
RU1789555C Froth suppressing device for fermenter
SU1731817A1 System of automatic control of first carbonation process
SU1744565A1 Method of determination of ultimate strain stress of viscous-plastic materials
RU1789880C Device for temperature measurement
SU1760417A1 Pressure transducer
SU1744511A1 Automatic two-wave photometric concentration meter
RU1768273C Method and device for automatically-controlled process of production of terping acetate
SU1723131A1 Automatic batching system for sterile fermentation processes
RU1791716C Metering micropump
SU1765746A1 Device for liquid sampling from microorganism cultivating apparatus
RU1769276C Integrated circuit connector
SU1723496A1 Strain gage
SU1687620A2 A method of automatic control multiple evaporator with developed steam bleeding
SU1730159A1 Method for automatic control of evaporation processes in multistage evaporator with developed steam extraction
SU1712420A1 Method for cultivation of microorganisms
RU1786524C Key switch
SU1745281A1 Method of automatic control of evaporation process
SU1688108A1 Analog-digital indicator
SU1678827A1 Method of control of catalytic cracking process