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KRASNOD NII MORSKOJ GEOFIZIKI

Overview
  • Total Patents
    39
About

KRASNOD NII MORSKOJ GEOFIZIKI has a total of 39 patent applications. Its first patent ever was published in 1983. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology are ZHEJIANG WANLI COLLEGE, SANDENSHA KK and NIZHEGORODSKIJ I INZH VODNOGO.

Patent filings in countries

World map showing KRASNOD NII MORSKOJ GEOFIZIKIs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 39

Patent filings per year

Chart showing KRASNOD NII MORSKOJ GEOFIZIKIs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Antonenko Vladimir I 8
#2 Pustovalov Nikolaj D 7
#3 Ezhov V A 5
#4 Dumchev S V 4
#5 Shterengarts Efim M 4
#6 Zagurskij Aleksandr S 4
#7 Kryuchkov Anatolij I 4
#8 Popov Leonid P 3
#9 Mikhajlenko Viktor N 3
#10 Lomachev Evgenij P 2

Latest patents

Publication Filing date Title
SU1647255A1 Device for orientating instrument with communication cable line
SU1544960A1 Logging station running/pulling arrangement
SU1518493A1 Arrangement for testing operability of pipe string in well
SU1498913A1 Digital ferroprobe azimuth meter
SU1492036A1 Digital ferrite-probe azimuth transmitter
SU1582360A1 Device for radiation of elastic vibrations
SU1469477A1 Apparatus for generating elastic oscillations in well
SU1485171A1 Section of seismic off-shore seep
SU1539707A1 Recorder of phase correlation diagrams
SU1569547A1 Ferroprobe compass
SU1394148A1 Resistance-to-voltage bridge-type converter
SU1413537A1 Method of balancing digital extremum a.c. bridges
SU1423973A1 Self-excited quartz timepiece
SU1409957A1 Automatic gating device
SU1437811A1 Digital ferroprobe magnetometer
SU1467526A1 Acoustic well-logging system
SU1413536A1 Automatic digital a.c. bridge
SU1398631A1 Linear pneumatic source of acoustic signals for water bodies
SU1402993A1 Comprehensive logging system
SU1383245A1 Method of volumetric seismic survey