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BELGORODSKIJ NI PI OBOGASHCHEN

Overview
  • Total Patents
    82
About

BELGORODSKIJ NI PI OBOGASHCHEN has a total of 82 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, basic materials chemistry and machines are OTSUKA TOMOAKI, XU SHENGYING and Pilawski Marek.

Patent filings in countries

World map showing BELGORODSKIJ NI PI OBOGASHCHENs patent filings in countries

Patent filings per year

Chart showing BELGORODSKIJ NI PI OBOGASHCHENs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bales Aleksandr A 20
#2 Trebukov Semen A 15
#3 Vishnevetskij Meer L 15
#4 Sysa Anatolij B 15
#5 Smyshlyaev Gennadij K 12
#6 Azamatov Farid L 8
#7 Dyuldin Aleksandr M 7
#8 Bobylev Anatolij V 7
#9 Salykin Aleksej A 7
#10 Ilina Tatyana N 7

Latest patents

Publication Filing date Title
SU1763020A1 Magnetic separator
SU1747171A1 Method of separating ores containing magnetic minerals
SU1758010A1 Method of activation of bentonite clay sorbent for cleaning sewage
RU1781194C Ameliorant for soil deacidification
SU1706703A1 Method of separating ores containing magnetic minerals
SU1759474A1 Method of determining crushability of materials
SU1699623A1 Hydraulic cyclone
SU1695986A1 Arrangement for cleaning working member of magnetic separator
SU1691411A1 Method for controlling conditions of pellet heat treatment
SU1707011A1 Method of producing granulated fertilizers from waste chalk
SU1677074A1 Method of producing pellets
SU1669547A1 Method of producing chalk suspension
SU1674970A1 Magnetic separator
SU1690817A1 Liquid filtering unit
SU1715397A1 Cone crusher
SU1558481A1 Magnetic system for drum separator
SU1632994A1 Method of producing pellets
SU1592778A1 Method of determining exchange capacity of alkali-earth bentonites
SU1601159A1 Method of preparing charge to nodulizing
SU1558470A1 Method of separating products of concentration of magnetite ores