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URALSKY NI PI MEDNOJ PROMY

Overview
  • Total Patents
    266
About

URALSKY NI PI MEDNOJ PROMY has a total of 266 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 Bulgaria. Its main competitors in its focus markets environmental technology, civil engineering and chemical engineering are VNI GORNOMETALLURGICHESKIJ I T, HUBEI SHUANGHUAN SCIENCE & TECHNOLOGY STOCK CO LTD and NORILSK GORNO METALL.

Patent filings in countries

World map showing URALSKY NI PI MEDNOJ PROMYs patent filings in countries

Patent filings per year

Chart showing URALSKY NI PI MEDNOJ PROMYs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Berkovich Vyacheslav Kh 26
#2 Vyatkin Aleksandr P 20
#3 Boriskov Fedor F 19
#4 Atmanskikh Sergej A 19
#5 Ukhin Vadim B 18
#6 Bulatov Viktorin F 18
#7 Drobot Boris P 15
#8 Khabibulin Boris V 15
#9 Podmarev Kamil Sh 13
#10 Dik Yurij A 13

Latest patents

Publication Filing date Title
RU1794480C Mill lining
RU1768229C Disk vacuum-filter
RU1772196C Piercing jimmy
SU1763501A1 Method for blast smelting of secondary copper-containing raw with high content on iron
RU1789679C District for mineral heap leaching
RU1778315C Method for preventing dynamic effects in laminated rocks
RU1796302C Device for trapping gases from electric arc furnace
SU1758238A1 Compound for anchoring reinforcing members
RU1775588C Method of loading of shaft furnace and device to implement it
RU1795006C Working member of car loader
SU1745931A1 Method of exploitation of mineral deposits
SU1747212A1 Device for vibration cleaning of vessel walls
SU1731958A1 Removable anchor
SU1710743A1 Method of mining ore bodies
SU1761960A1 Tubular anchor
SU1699964A1 Method of removing deposits from vacuum filters at concentration plants
SU1696525A1 Method of processing sulfide-type copper concentrates
SU1726780A1 Composition for reinforcement fastening
SU1733454A1 Polymer compound
SU1668670A1 Method for mining inclined ore bodies