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INST OPTIKI ATMOSFERY SO AN SS

Overview
  • Total Patents
    259
About

INST OPTIKI ATMOSFERY SO AN SS has a total of 259 patent applications. Its first patent ever was published in 1972. It filed its patents most often in Russian Federation and USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology are SEIKO KIKAI KK, XI AN HUOWEI POWER SUPPLY CO LTD and BEIJING SOUYISOU ADVERTISING C.

Patent filings in countries

World map showing INST OPTIKI ATMOSFERY SO AN SSs patent filings in countries

Patent filings per year

Chart showing INST OPTIKI ATMOSFERY SO AN SSs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Lukin I P 17
#2 Kopytin Yu D 15
#3 Shelevoj Konstantin D 12
#4 Fadeev V Ya 12
#5 Kaloshin G A 11
#6 Ponomarev Yu N 11
#7 Belenkij M S 11
#8 Tsvyk R Sh 11
#9 Pokasov V V 9
#10 Makogon M M 9

Latest patents

Publication Filing date Title
RU1814054C Method of remote controlling gaseous medium
RU1800323C Device for measuring optic characteristics of the atmosphere under fall-out
RU1824632C Device for information input
RU1812603C Half-bridge resonant converter of direct voltage
RU1830603C One-shot direct voltage transducer
RU1670993C Multichannel photon counter for recording superlow-power light flux
RU1805304C Method of remotely measuring temperature of liquids and substances being in melt state
SU1693377A1 Method of monitoring frequency of reflecting radius surfaces
RU1672811C Method of measuring volumetric concentration of aerosol particles
SU1653121A1 Static converter for hysteresis motors
SU1595182A1 Light pulse detecting device
SU1707483A1 Device for measuring angular fluctuations of optical radiation
SU1693400A1 Method of measuring energy loss of a laser radiation beam
SU1642577A1 Electric drive
RU1644609C Method of measuring speed of direction motion of components of gas and plasma fluxes
SU1672566A1 Converter of digital code to pulse sequence
SU1615604A1 Method of measuring atmospheric refraction
SU1622774A2 Automatic photometer
RU1628687C Laser optical-acoustic spectrometer
RU1616318C Method of determining structural characteristic of fluctuation of atmosphere index of refraction