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MO GORNYJ & FAHNE

Overview
  • Total Patents
    91
About

MO GORNYJ & FAHNE has a total of 91 patent applications. Its first patent ever was published in 1971. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Germany. Its main competitors in its focus markets civil engineering, chemical engineering and environmental technology are ACHISAJSKIJ POLIMETALLICHESKIJ, WUHAN STARFIELD MINECOOLING TECH CO LTD and KOGAN IZRAIL S.

Patent filings in countries

World map showing MO GORNYJ & FAHNEs patent filings in countries

Patent filings per year

Chart showing MO GORNYJ & FAHNEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Burchakov Anatolij S 10
#2 Lukash Aleksandr S 9
#3 Yarunin Sergej A 8
#4 Konarev Valentin V 7
#5 Voloshinovskij Ivan I 6
#6 Gryaznov Vladimir A 5
#7 Chirkov Aleksandr S 5
#8 Kutuzov Boris N 5
#9 Pudak Valentin V 5
#10 Kapustin Aleksandr A 5

Latest patents

Publication Filing date Title
RU2061878C1 Method for forecasting areas in methane-saturated beds being dangerous as potential gas ejectors
RU1809087C Underground mine working support
RU1822985C Method for determination of insulation parameters with respect to earth for supply lines having insulated neutral wire
RU2002962C1 Mine working support
RU1804351C Pneumatic classifier
RU1806269C Method of development of thick ore deposits
RU2002904C1 Ground taker of suction-tube dredger
RU1805219C Process of stripping and developing gently dipping and inclined seams
RU1810562C Method for supporting mine working
RU1800160C Hydraulic drive
RU1810530C Actuating member of front-end unit
RU2010154C1 Device for check of hermetic parameters of parts
RU2014464C1 Cast-iron-concrete tubbing support
RU1810536C Self-propelled machine for opencast mining
SU1802850A3 Method for prediction of granulometric composition of blasted rocks
RU2002903C1 Working member of device for mineral underwater mining
RU2023161C1 Method for construction of underground structure
RU1799737C Method for manufacture of artistic glassware
RU1803558C Method of excavation of mineral resources
RU1809101C Unit base continuous advance system