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INST METALLURG URAL NAUCHNOGO

Overview
  • Total Patents
    74
About

INST METALLURG URAL NAUCHNOGO has a total of 74 patent applications. Its first patent ever was published in 1972. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology, machine tools and materials and metallurgy are ZLATOUSTOVSKIJ METALL Z, VNI PK I AVTOM PROIZV PROTSESS and OAO NIZHNETAGIL SKIJ METALL KO.

Patent filings in countries

World map showing INST METALLURG URAL NAUCHNOGOs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 74

Patent filings per year

Chart showing INST METALLURG URAL NAUCHNOGOs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Shavrin Sergej V 17
#2 Vatolin Nikolaj A 13
#3 Kudinov Boris Z 10
#4 Kobelev Vladimir A 9
#5 Zhuchkov Vladimir I 8
#6 Galimov Masnauj D 8
#7 Chentsov Arkadij V 8
#8 Leontev Leopold 7
#9 Leontev Leopold I 7
#10 Kozhevnikov Georgij N 7

Latest patents

Publication Filing date Title
SU1694355A1 Method of producing powders of iron-carbon alloys
SU1565907A1 Method of melting ferroalloys in ore-smelting electric furnaces
SU1615205A1 Method of processing red slurries
SU1634925A1 High-vacuum seal
SU1600927A1 Method of working pulverized metallic powder
SU1416513A1 Method of modifying gray iron
SU1416514A1 Steel melting process
SU1520130A1 Inoculant
SU1331899A1 Charge for producing processed ferrosilicochrome
SU1235635A1 Open-ended mould
SU1306609A1 Set of rolls for multihigh working stand
SU1310446A1 Method for sintering iron ore materials
SU1339151A1 Method of producing pellets from titanium-containing iron ore materials
SU1221511A1 Method of determining energy of residual stress
SU1188208A1 Method of controlling heat condition of blast furnace
SU1194519A1 Method of rolling thin and very thin strips
SU1163996A1 Apparatus for making dispersion powders from melts
SU1122726A1 Sulfidizer for processing oxidized non-ferrous ores and concentrates
SU1167211A1 Method of adding components to alloy during teeming
SU1154332A1 Method of blast furnace smelting