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INST ELEKTRONIKI IM U A ARIFOV

Overview
  • Total Patents
    78
About

INST ELEKTRONIKI IM U A ARIFOV has a total of 78 patent applications. Its first patent ever was published in 1977. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and WIPO (World Intellectual Property Organization). Its main competitors in its focus markets machine tools, measurement and surface technology and coating are MIRONOFF NICOLAS, SARCLAD LTD and LEHR PREC INC.

Patent filings per year

Chart showing INST ELEKTRONIKI IM U A ARIFOVs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Abdukarimov Erkin Tukhtaevich 11
#2 Esterlis M Kh 9
#3 Saidov Mukhtar S 8
#4 Kharmats Dmitrij E 8
#5 Ismailov Lipilla 8
#6 Abdukarimov Erkin T 7
#7 Rasulev Utkur Khasanovich 7
#8 Nazarov Erkinzhan Ganidzhanovi 6
#9 Kirson P F 5
#10 Esterlis Moisej Kh 5

Latest patents

Publication Filing date Title
RU2068305C1 Method and apparatus for electric-arc treatment of products
RU2007708C1 Method of determining trace amount of amines with low vapor flexibility
RU2031484C1 Photoconverter of concentrated solar radiation
AU5989790A Method and apparatuses for electric arc treatment of parts
EP0468110A1 Electric arc treatment of parts
RU2010391C1 Method of determination of characteristics of ion-optical systems
SU1698916A1 Method of layer-by-layer analysis of crystal solids
CN1049228A Surface ionization tester for analysing mixed gases
SU1679320A1 Method of location of impurity atoms in crystal
SU1597207A1 Machine modyfying polymeric membrane from polivinyl trimethylsilane
CA1308176C Apparatus for electroerosive piercing of holes in workpieces
SU1605179A1 Method of determining coefficient of thermal expansion in near-surface region of solid body
SU1755180A1 Gas chromatograph
SU1698727A1 Surface ionization detector for analysis of gas mixtures
WO8907028A1 Device for electro-erosive perforation of parts
EP0412157A1 Device for clamping a wire rod
RU1695704C Method of treating surface articles by arc discharge in vacuum
RU1836992C Installation for cleaning the pipe internal surface
SU1689845A1 Method and device for analysis of organic compounds in gas chromatography
RU1695707C Linear evaporator of low-melting metals