Learn more

GO G UNIV IM N I LOBACHEVSKOGO

Overview
  • Total Patents
    65
About

GO G UNIV IM N I LOBACHEVSKOGO has a total of 65 patent applications. Its first patent ever was published in 1972. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets materials and metallurgy are INST FIZ AN KIRGSSR, CERCETARE SI PRODUCTIE MATERIA and ELENKOV.

Patent filings in countries

World map showing GO G UNIV IM N I LOBACHEVSKOGOs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 65

Patent filings per year

Chart showing GO G UNIV IM N I LOBACHEVSKOGOs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

# Technology
#1 Non-metallic elements

Top inventors

# Name Total Patents
#1 Korshunov Ilya A 9
#2 Orlov Boris N 6
#3 Olejnik Anatolij V 6
#4 Treushnikov Valerij M 5
#5 Krylov Vasilij N 5
#6 Mensov Sergej N 4
#7 Samarin Valerij P 4
#8 Chernorukov Nikolaj G 4
#9 Burnaeva Alla A 3
#10 Kryukova Albina I 3

Latest patents

Publication Filing date Title
SU1668218A1 Device for transporting invertebrate animals
SU1669025A1 Single-frequency laser
SU1674184A1 Device to restore images of remote objects
SU1629870A1 Optical analyzer of low spatial frequencies
SU1602322A1 Ring laser
SU1633291A1 Noise meter
SU1572994A1 Method of producing double phosphates of elements of groups i and iv
SU1527493A1 Ultrasonic device for measuring vibratory movement of object
SU1565865A1 Fungicide bactericide
SU1510030A1 Radial spatial resonator
SU1486971A1 Optical device for correction of distortions caused by inclined illumination of flat object
SU1539874A1 Microband elliptical polarization aerial
SU1467502A1 Method of checking stregth of article materials
SU1439635A1 Device for restoring images of remote objects
SU1432439A1 Double-refracting prism
SU1370623A1 Device for measuring noise signal intensity
SU1402970A1 Device for measuring parameters of noise signal
SU1420627A1 Resonator
SU1378016A1 Selective device
SU1555654A1 Method of determining parameters of unstationary objects