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URALSKY INST CHERNYKH METALL

Overview
  • Total Patents
    530
About

URALSKY INST CHERNYKH METALL has a total of 530 patent applications. Its first patent ever was published in 1968. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and France. Its main competitors in its focus markets environmental technology, materials and metallurgy and machine tools are STALEPROKATNYJ ZD, WUXI HUASHENG PRECISON MATERIAL CO LTD and FUJI SASH KOGYO KK.

Patent filings per year

Chart showing URALSKY INST CHERNYKH METALLs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Smirnov Leonid A 65
#2 Filippenkov Anatolij A 61
#3 Deryabin Anatolij A 35
#4 Demin Boris L 30
#5 Rakovskij Feliks S 28
#6 Dovgopol Vitalij 26
#7 Orininskij Nikolaj V 25
#8 Shagalov Vladimir L 25
#9 Fomin Nikolaj A 23
#10 Shkolnik Yakov Sh 23

Latest patents

Publication Filing date Title
RU2034031C1 Method for blast-furnace melting of titanium magnetites
RU1838444C Steel
RU1802828C Steel for spring
RU1813074C Enamel
RU1812234C Blend for manufacturing agglomerate from vanadium-and titanium-containing materials
RU1812167C Method of manufacture of slag-pumice gravel and plant for its realization
SU1759939A1 Cast iron
SU1774957A3 Method of processing cast iron outside furnace
RU1796595C Plant for producing slag stone
RU1786129C Method of decarburizing annealing of cold-rolled low-carbon steel
RU2005805C1 Low-alloy cold-resistant steel
RU1822412C Method of blast melting iron ore burden
SU1749232A1 Blast furnace processing of high-magnesia iron ore stock
RU1774956C Method of obtaining cast iron
RU1772171C Method for deoxidation and microalloying of low-alloyed low-carbon steel
RU1786073C Method and apparatus for blowing in blast furnace
RU1805103C Mass for preparation of glass ceramic enamel coating
RU1770374C Method for production of low-alloyed structural steel with boron content 0,0015-0,0040 machines,@
SU1731826A1 Method of microalloying of steel with nitrogen
SU1740084A1 Method of recovering abrasive material from metallurgical slags