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UNIV LATVIJSKIJ

Overview
  • Total Patents
    205
About

UNIV LATVIJSKIJ has a total of 205 patent applications. Its first patent ever was published in 1974. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Denmark and Sweden. Its main competitors in its focus markets electrical machinery and energy, basic materials chemistry and materials and metallurgy are MICANITE & INSULATORS CO LTD, HAO FU and HUZHOU NANXUN YUSHENGBO METAL MAT CO LTD.

Patent filings per year

Chart showing UNIV LATVIJSKIJs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Karlson Ilga M 22
#2 Yanson Edgar Yu 16
#3 Kristin Albert A 13
#4 Gode Garald K 13
#5 Klyavinya Lajla A 11
#6 Tsirkunov Valerij E 10
#7 Dzelme Yuris R 10
#8 Kiselev Vadim G 8
#9 Skards Ilmars V 8
#10 Pranch Anatolij S 7

Latest patents

Publication Filing date Title
RU1791752C Method of ruthenium extraction from acid solutions
SU1753372A1 Method for determining film defects
SU1751657A1 Method of preparing samples of biological materials for analysis
SU1749951A1 Illuminator
SU1739211A1 Temperature difference metering device
RU1771024C Connector for electric conductors
SU1675828A1 Device for determining average moment of star passing
SU1702454A1 High frequency electrodeless lamp
SU1702253A1 Method for determination of particles median radius in disperse phase in colloid solution @@@-as and @@@-p
SU1631047A1 Method of producing porous material for filters
SU1630711A1 Method of nutrient substrate preparation for plant tissues of rhododendrons and azaleas cultivation
SU1630710A1 Method of induction lily scales for bublbs formation
SU1661844A1 Method of manufacturing anisotropic conductive material
SU1756825A1 Method of determination of adrenaline
SU1698654A1 Luminescent photometer
SU1599169A1 Apparatus for measuring intensity of welding current
SU1649495A1 Zenith tube
SU1681268A1 Method for detecting adrenalin in biological material
SU1557493A1 Method of determining constant value of reaction speed
SU1635075A1 Method of determination of specific surface of manganese dioxide