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INST ELEKTROKHIMII IM A N FRUM

Overview
  • Total Patents
    26
About

INST ELEKTROKHIMII IM A N FRUM has a total of 26 patent applications. Its first patent ever was published in 1984. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets electrical machinery and energy, optics and environmental technology are ISHIDA MASAMI, KUDO NORIO and ECOTIS CO LTD.

Patent filings in countries

World map showing INST ELEKTROKHIMII IM A N FRUMs patent filings in countries

Patent filings per year

Chart showing INST ELEKTROKHIMII IM A N FRUMs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Gromyko Violetta A 4
#2 Vannikov Anatolij V 4
#3 Grafov Boris M 4
#4 Tarasevich Mikhail R 4
#5 Kazarinov Vladimir E 4
#6 Gajdadymov Viktor B 4
#7 Vasilev Yurij B 4
#8 Khazova Olga A 3
#9 Sinyak Yurij E 3
#10 Khomchenko Tatyana N 2

Latest patents

Publication Filing date Title
RU94045238A Positive photoresist
RU2046437C1 Time-setting electrode of time-program device
RU2055352C1 Vibration conductivity measuring device
SU1756967A1 Electrode for assigning time intervals and method of using same
SU1689467A1 Method for mercerization of cotton cloth
SU1751668A1 Method for determining the influenza sensitivity to remantadinum
SU1672407A1 Method of obtaining electrographic image
SU1699943A1 Method of water mineralization
SU1656412A1 Porosity meter
SU1606923A1 Method of determining content of cations of heavy metals in water
SU1705795A1 Method of creating relief negative of positive image
SU1576942A1 Method of manufacturing separator of salt cell
SU1608138A1 Method of producing mineralized drinking water
SU1562786A1 Method of measuring distribution of pores by radii and carillary pressures in porous sample
SU1517005A1 Method of producing electrophotographic carrier
SU1545168A1 Method of investigating near-wall characteristics of turbulent flow of liquid
SU1474550A1 Method of determining activity of phospholipase
SU1485120A1 Method of investigating of polarized boundary of solid electrode with liquid electrolyte at decelerated stage of mass transducer
SU1395675A1 Method of preparing biferment electrode for determining saccharose
SU1402914A1 Active layer of gas-diffusion electrode for determining microconcentration of sulfur dioxide and hydrogen sulfide