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INST FIZ METALLOV URAL

Overview
  • Total Patents
    171
About

INST FIZ METALLOV URAL has a total of 171 patent applications. Its first patent ever was published in 1974. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets surface technology and coating and materials and metallurgy are BABUSHKIN VIKTOR D, AKTSIONERNOE OBSHCHESTVO NAPOR and LVOVSKOE SP KT B PROIZV OBEDIN.

Patent filings in countries

World map showing INST FIZ METALLOV URALs patent filings in countries

Patent filings per year

Chart showing INST FIZ METALLOV URALs patent filings per year from 1900 to 2020

Focus technologies

Top inventors

# Name Total Patents
#1 Shcherbinin Vitalij E 18
#2 Korzunin Gennadij S 13
#3 Shakshin Nikolaj I 12
#4 Deordiev Gennadij I 11
#5 Sokolov Boris K 10
#6 Gubernatorov Vladimir V 10
#7 Kamenetskij Boris I 10
#8 Sandovskij Vladimir A 9
#9 Sagaradze Viktor V 9
#10 Chistyakov Vladimir K 8

Latest patents

Publication Filing date Title
RU1797041C Method of varying ultrasound entrance angle into material to be investigated
RU1772213C Method of regulated alloys on the gold-base working
SU1767005A1 Method for production of alloys of monotectic type on the basis of aluminium
SU1731841A1 Method of treatment of metal products
SU1742341A1 Method for heat-magnetic treatment amorphous magnetically soft alloys having zero magnetic striction
RU1779992C Focusing ultrasonic device
SU1744128A1 Method of producing anisotropic electrical steel
SU1766727A1 Contact system wire wear measuring device
RU1776587C Method and apparatus for measuring wear of contact system wire
SU1750829A1 Method for processing metals by pressure and device
SU1735760A1 Device for automatic adjusting at ultrasonic installation
SU1719975A1 Method of non-destructive testing of mechanical properties of ferromagnetic products
SU1754289A1 Method to fabricate hollow articles from tubular workpieces
RU1777067C Method of determination of parameters of surface defect of type of crack on ferromagnetic object
SU1689808A1 Method of determining azimuth of linearly polarized radiation
SU1683056A1 Medical simulator
SU1708883A1 Method of producing electric steel
SU1705407A1 Method of producing amorphous magnetic material
SU1674026A1 Method of recording spatial distribution of a magnetic field
SU1629821A1 Device for determining wear rate of materials in a stream of abrasive particles