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BALASHIKHINSKOE N PROIZV OB KR

Overview
  • Total Patents
    69
About

BALASHIKHINSKOE N PROIZV OB KR has a total of 69 patent applications. Its first patent ever was published in 1988. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets materials and metallurgy, environmental technology and thermal processes are SALTX TECH AB, SUZUKI SHOKAN KK and CLIMATEWELL AB PUBL.

Patent filings in countries

World map showing BALASHIKHINSKOE N PROIZV OB KRs patent filings in countries

Patent filings per year

Chart showing BALASHIKHINSKOE N PROIZV OB KRs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Filin Nikolaj V 15
#2 Garin Vadim A 13
#3 Krotov Vladimir A 9
#4 Kupriyanov Vladimir I 7
#5 Fedorov Aleksej N 6
#6 Golubev Vladimir M 5
#7 Mazaev Viktor V 5
#8 Smorodin Anatolij I 5
#9 Poznyak Vladimir E 5
#10 Dedkov Aleksej K 5

Latest patents

Publication Filing date Title
RU1791669C Reservoir for storage and transportation of cryogenic fluid
SU1756453A1 Device for breaking down road dressings
RU1768513C Method of ceolite dehydration before cryogenic purification of argon from oxygen
SU1761067A1 Device for keeping aquatic living organisms
SU1763840A1 Method of assembling heat exchanger
RU1792735C Heat-mass exchange unit
SU1768919A1 Heat exchanger member
RU1777937C Adsorber
SU1747167A1 Plant for grinding of materials at low temperatures
SU1749653A1 Heating and cooling unit
RU1787486C Full-flow filter for cryogenic media
SU1779524A1 Method and apparatus for installing set of sealing rings
SU1712719A1 Method of assembling gate with polymer seal for cryogenic valves
RU1791661C Cryogenic reservoir
RU1772509C Method of removing gases and vapors from heat insulating cavities of cryogenic pipe line
SU1765597A1 Double wall pipeline
SU1740999A1 Method of testing cylindrical articles for tightness
SU1731984A1 Vacuum installation
SU1754275A1 Device for manufacture of punched packing of plate-type heat exchangers
SU1745313A2 Method of separating krypton and xenon