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FEDERAL NOE GUP VRNII AVTOMATIKI IM N L DUKHOVA FGUP VNIIA

Overview
  • Total Patents
    105
  • GoodIP Patent Rank
    63,040
About

FEDERAL NOE GUP VRNII AVTOMATIKI IM N L DUKHOVA FGUP VNIIA has a total of 105 patent applications. Its first patent ever was published in 2009. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are FEDERAL NOE G BJUDZHETNOE OBRAZOVATEL NOE UCHREZHDENIE VYSSHEGO PROFESSIONAL NOGO OBRAZOVANIJA VELIK, VNI PI VTORICHNOJ TSVETNOJ MET and CRYSTAL CG CO LTD.

Patent filings in countries

World map showing FEDERAL NOE GUP VRNII AVTOMATIKI IM N L DUKHOVA FGUP VNIIAs patent filings in countries
# Country Total Patents
#1 Russian Federation 105

Patent filings per year

Chart showing FEDERAL NOE GUP VRNII AVTOMATIKI IM N L DUKHOVA FGUP VNIIAs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Baryshnikov Anatolij Konstantinovich 23
#2 Mineev Aleksandr Nikolaevich 14
#3 Baryshnikova Ol Ga Vladimirovna 14
#4 Mikerov Vitalij Ivanovich 9
#5 Molochkov Viktor Fedorovich 9
#6 Kuzin Viktor Mikhajlovich 6
#7 Dulin Oleg Nikolaevich 6
#8 Turkin Vitalij Nikolaevich 6
#9 Skegin Vladimir Romanovich 6
#10 Kuznetsov Jurij Pavlovich 6

Latest patents

Publication Filing date Title
RU2573181C1 Laser processing of non-metallic plates
RU2573180C1 Compact broadband three-component receiving antenna device
RU2570109C1 Method of attachment of optical fibre with bragg grating
RU2570119C1 Method to control tightness
RU2568977C1 Protection of angles of 3d micromechanical structures on silicon plate at deep anisotropic etching
RU2564057C1 Device to generate electric signals imitating simultaneous actuation of group of electrocontact sensors
RU2564058C1 Method to generate electric signals imitating simultaneous actuation of group of electrocontact sensors
RU2562831C1 Generator of electromagnetic pulses
RU2564071C1 Method of compensating for light losses caused by spherical aberrations in system with fabry-perot interferometer
RU2559309C1 Method of detecting and identifying concealed substances
RU2559312C1 Converter of mechanical values to optical signal
RU2559307C1 Device for determination of direction and distance to signal source
RU2559165C1 Device for determination of direction and distance to signal source
RU2559145C1 Device for determination of direction and distance to signal source
RU2558654C1 Device determining direction and distance to signal source
RU2554321C1 Device for determination of direction and distance to signal source
RU2552852C1 Device for determination of direction and distance to signal source
RU2561308C1 Device for determination of direction and distance to signal source
RU2562828C1 Device for determination of direction and distance to signal source
RU2559149C1 Device for determination of direction and distance to signal source