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VNII METIZNOJ PROMY

Overview
  • Total Patents
    346
About

VNII METIZNOJ PROMY has a total of 346 patent applications. Its first patent ever was published in 1976. It filed its patents most often in USSR (Union of Socialist Soviet Republics), German Democratic Republic and Russian Federation. Its main competitors in its focus markets machine tools, consumer goods and surface technology and coating are JIANGSU XINGDA STEEL CORD CO, GUIZHOU STEEL ROPE CO LTD and WUXI UNIVERSAL STEEL ROPE CO.

Patent filings per year

Chart showing VNII METIZNOJ PROMYs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Emelyanov Valentin P 32
#2 Lysyanyj Ivan K 32
#3 Glushko Mikhail F 32
#4 Malinovskij Valentin A 25
#5 Belalov Khasan N 19
#6 Baryshnikov Gennadij F 19
#7 Gelfand Ilya M 18
#8 Tuktamyshev Ismagil Sh 17
#9 Nedovizij Ivan N 15
#10 Latypov Khavas Yu 14

Latest patents

Publication Filing date Title
RU1782250C Powder-like composition for diffusion saturation of steel products
RU1784425C Method of manufacturing bimetal long-size products
SU1756003A1 Method of making slotted screen, being body of revolution
SU1691408A1 Method of annealing copper-clad steel wire
SU1756082A1 Method of manufacturing electrode wire
RU1784325C Draw plate holder
RU1770408C Method of wire annealing
SU1727936A1 Slotted sieve
SU1756002A1 Method of making slotted screen
SU1765270A1 Device for impregnation and lubrication of rope
SU1704898A1 Method of making rod-type articles with head
SU1714425A2 Method for determining bending rigidity of flexible samples
SU1719502A1 Method for production of long-measure twisted articles
SU1706769A1 Method of manufacture of lateral-slotted screen in the form of body of revolution
RU1794563C Method of making slot-type networks
SU1765264A1 Device for electrophoretic polymeric coating on the long articles
SU1714438A1 Method of determination of granular structure of hard alloys
RU1798393C Method for electrochemical cleaning of long-length steal products
SU1754256A1 Method of making high-strength wire
SU1706737A1 Method of producing steel-copper wire