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INST OPTIKI ATMOSFERY SIB OTDE

Overview
  • Total Patents
    14
About

INST OPTIKI ATMOSFERY SIB OTDE has a total of 14 patent applications. Its first patent ever was published in 1975. It filed its patents most often in Germany, Russian Federation and USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets optics, electrical machinery and energy and measurement are VERTILAS GMBH, HE JIAN-JUN and THORLABS QUANTUM ELECTRONICS INC.

Patent filings in countries

World map showing INST OPTIKI ATMOSFERY SIB OTDEs patent filings in countries

Patent filings per year

Chart showing INST OPTIKI ATMOSFERY SIB OTDEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Soldatov Anatolij Nikolaevic 4
#2 Kirilov Anatolij Egorovic 3
#3 Sukhanov Viktor Borisovich 2
#4 Fedorov Valerij Fedorovic 2
#5 Troitskij Vladimir Olegovich 2
#6 Andrienko Oleg Semenovich 1
#7 Balin Yurij S 1
#8 Shijanov Dmitrij Valer Evich 1
#9 Makarov A A 1
#10 Kovalevskaja Tamara Vasil Evna 1

Latest patents

Publication Filing date Title
RU2363080C2 Method for excitation of lasers in vapours of metal halogenides and active element of laser in vapors of metal halogenides
RU2349893C1 Automatic isokinetic aerosol sampler
RU2338223C1 Method of optical mode multiple time coherence formation and related device for its realisation
RU2295811C2 Method for maintaining and controlling concentration of halogen hydrogen in gas-discharge tube of laser and gas-discharge laser tube working on metal halogenide vapors
SU1647838A1 Method for overexciting hysteresis motor
DE3225328A1 Gas-discharge tube for a gas-pulse laser
DE3225327A1 Vapour pulse laser and a method for supplying the same
DE3222473A1 Beacon
DE3219919A1 Method for energising pulse lasers which operate with vapours of chemical materials, and a pulse laser for carrying out the method
DE3138951A1 Gas discharge tube for gas lasers
DE3138680A1 Pulsed vapour laser
SU731410A1 Optical polarization device for sounding atmosphere
SU702839A1 Method of determining structural characteristics of refraction index
RU592265C Device for optical atmospheric sounding