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VNI PK T I TOKOV VYSOKOJ CHAST

Overview
  • Total Patents
    75
About

VNI PK T I TOKOV VYSOKOJ CHAST has a total of 75 patent applications. Its first patent ever was published in 1980. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology, machines and medical technology are LUO XUEGANG, SAKAMOTO YAKUHIN KOGYO KK and CHINESE TEXTILE ACADEMY.

Patent filings in countries

World map showing VNI PK T I TOKOV VYSOKOJ CHASTs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 75

Patent filings per year

Chart showing VNI PK T I TOKOV VYSOKOJ CHASTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Filippov Kirill P 10
#2 Matin Yakov I 9
#3 Petushko Igor V 7
#4 Ivanov Vladimir N 7
#5 Akimov Igor K 6
#6 Zimin Nikolaj V 6
#7 Khimunin Andrej S 5
#8 Nadot Vladimir V 5
#9 Mikhalev Boris E 5
#10 Rejz Arkadij V 4

Latest patents

Publication Filing date Title
SU1763231A1 High-frequency welding device
SU1761533A1 Equipment for connection of two layers of thermoplastic material with current-conducting material
SU1755170A1 Method and device for determining radiation impedance of piezoceramic transducer
SU1615195A1 Device for thermal treatment of flat articles
SU1583452A1 Once-through heating installation
SU1536523A1 Induction heating unit
SU1631754A1 Ultrasonic converter for medical diagnostic instrumentation
SU1532794A1 Charging arrangement for thermal treatment units
SU1516495A1 Pass-through heating installation
SU1485381A1 Ultrasonic frequency amplifier
SU1457127A1 Thyristor inverter
SU1449114A1 Ultrasonic echo-pulsed visualized system
SU1473751A1 Method of ultrasonic doppler echo sounding
SU1444362A1 Induction heating unit
SU1461417A1 Method of setting up test-object for checking dynamic range of ultrasonic diagnostic devices
SU1394105A1 Apparatus for checking degree of ammonium dissociation
SU1410284A1 Method of controlling the process of induction heating of articles
SU1411900A1 Method of controlling the output voltage of twin-bridge self-excited inverter with resonance load
SU1473774A1 Ultrasonic inhalator
SU1304999A1 Method for induction metal deposition