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VNI PK I METALL TEPLOTEKHNIKI

Overview
  • Total Patents
    141
About

VNI PK I METALL TEPLOTEKHNIKI has a total of 141 patent applications. Its first patent ever was published in 1980. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology, chemical engineering and materials and metallurgy are INST NOVYKH KHIM AN SSSR, SIB V TEPLOTEKHNICHESKOGO NII and EREVANSKIJ POLITEKHNICHESKIJ INST IM K MARKSA.

Patent filings in countries

World map showing VNI PK I METALL TEPLOTEKHNIKIs patent filings in countries

Patent filings per year

Chart showing VNI PK I METALL TEPLOTEKHNIKIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bezdezhskij Grigorij N 15
#2 Smolin Georgij K 14
#3 Gorodetskij Vil A 12
#4 Asanov Petr N 11
#5 Slobodchikov Yakov A 10
#6 Vikhlyaev Nikolaj A 10
#7 Strizhov Gennadij F 10
#8 Davydov Stanislav Ya 9
#9 Tonkov Vladimir N 9
#10 Kirakosyan Vage A 9

Latest patents

Publication Filing date Title
RU1787500C Heat and mass exchanger
RU1784820C Rotating furnace
SU1767000A1 Fuel-restorer for waltz process of zinc-containing materials
SU1763423A1 Ceramic material
SU1749679A1 Indirect radiant metal heating system
RU1777637C Fire-box for burning solid fuel in fluidized bed
RU1772414C Heat-mechanical engine
SU1749668A1 Gas distribution cooled grid
SU1759909A1 Unit for rapid heating of metal
SU1761722A1 Method for producing high-strength ceramics
RU1784038C Compound for producing heat insulant
SU1726453A1 Method of preparation of electrode mass
SU1722993A1 Bucket conveyor
SU1703935A1 Furnace doorplate
SU1701705A1 High-strength ceramic material
SU1665185A2 Device for thermal treatment and humidification of air
SU1676970A2 Chamber feeder for positive-pressure pneumatic transport unit
SU1715778A1 Mixture for producing heat insulating material
SU1708795A1 Method of preparation binder for production heat insulation material
SU1669562A1 Device for electric precipitator electrode clearing