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INST PROCHNOSTI AN USSR

Overview
  • Total Patents
    290
About

INST PROCHNOSTI AN USSR has a total of 290 patent applications. Its first patent ever was published in 1978. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Bulgaria. Its main competitors in its focus markets measurement, medical technology and environmental technology are KOONAN KK, MIGRATA UK LTD and LIFETIME INDUSTRIAL TIANJIN CO LTD.

Patent filings in countries

World map showing INST PROCHNOSTI AN USSRs patent filings in countries

Patent filings per year

Chart showing INST PROCHNOSTI AN USSRs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Muzyka Nikolaj R 23
#2 Krashchenko Valerij P 20
#3 Stepanov Gennadij V 18
#4 Petrenko Anatolij I 17
#5 Gogotsi Georgij A 15
#6 Fot Nikolaj A 12
#7 Aleksyuk Mikhail M 12
#8 Kaminer Arkadij A 11
#9 Lebedev Anatolij A 11
#10 Ruban Valerij V 11

Latest patents

Publication Filing date Title
SU1780952A1 Contact electro-erosion alloying method
RU1821662C Device for dynamic testing of objects in aerohydrodynamic flow
RU1786388C Method for evaluating the fault rate of deformed material
RU1797013C Method of analyzing sensitivity of fuel element cladding to corrosive cracking
RU1769064C Method of studying dynamic stress of sheet material at biaxial tension
RU1769081C Specimen thermal test facility
RU1821671C Shortcut method for determining long-term strength of material of given longevity
SU1762175A1 Sample for high-temperature strength testing at electric current heating
RU1835500C Unit for material fatigue tests
SU1744464A1 Object dimension photopulse meter
RU1805328C Method of biaxial tensile testing specimens and device for its realization
RU1783293C Two-coordinate optic measuring device
SU1758494A1 Method of strength testing of specimen of material under axial loading
SU1747993A1 Specimen for testing for crack resistance
SU1748055A1 Device foe testing planar specimens with a concentrator for crack resistance
SU1749763A1 Installation for tensile testing of rings during heating
SU1763923A1 Ballistic testing stand
SU1716419A2 Method to measure mechanical stresses in ferromagnetic materials
SU1749760A1 Method for determining tension intensity in article material
RU1783362C Installation for strength testing of pipe specimen in temperature action