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LIPETSKIJ GTU LGTU

Overview
  • Total Patents
    20
About

LIPETSKIJ GTU LGTU has a total of 20 patent applications. Its first patent ever was published in 2004. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are NANJING ZHIBO INDUSTRIAL TECH CO LTD, MOTOYAMA KK and TAISHIN KOGYO KK.

Patent filings in countries

World map showing LIPETSKIJ GTU LGTUs patent filings in countries
# Country Total Patents
#1 Russian Federation 20

Patent filings per year

Chart showing LIPETSKIJ GTU LGTUs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Birjukov Konstantin Semenovich 5
#2 Shpiganovich Aleksandr Nikolae 5
#3 Bosh Violetta Iosifovna 5
#4 Zakharov Kirill Dmitrievich 3
#5 Shljakhov Nikolaj Aleksandrovi 3
#6 Dergunova Elena Sergeevna 3
#7 Ermolaeva Tat Jana Nikolaevna 3
#8 Zatsepin Evgenij Petrovich 3
#9 Kalmykova Elena Nikolaevna 3
#10 Karikh Viktor Vasil Evich 2

Latest patents

Publication Filing date Title
RU2396682C1 Double-current generator with compensation winding
RU2386000C1 Truss bar prestressed girder
RU2349715C1 Hollow-core reinforced-concrete slab
RU2338852C1 Roof decking
RU2322561C1 Method to increase steel vertical cylindrical tank capacity
RU2310728C1 Method to increase vertical cylindrical steel reservoir capacity
RU2297902C1 Disk cutter
RU2289876C1 Method for protecting power consumers against impact of higher-harmonic components
RU2294044C1 Method for protecting power consumers against higher harmonic components
RU2292495C1 Clutch
RU2288472C1 Method for detecting concentration of antibodies in blood sera to pathogenic bacteria yersinia enterocolitica of serovars o:3, o:5 or o:6.30 at application of piezogravimetric immunosensor
RU2293629C1 Rolled piece edge disintegration cutter
RU2287585C1 Composition of piezoelectric crystal resonator's covering for detecting yersinia enterocolitica antibodies in aqueous media
RU2290730C1 Device for protecting power consumers against short-time voltage dips
RU2290729C1 Device for protecting continuously running power consumers against voltage dip
RU2290731C1 Device for protecting power consumers against short-time break in power supply
RU2287215C1 Ripple-current motor and commutation improvement device
RU2287820C1 Method for selective assay of nonylphenol in solution by using piezoelectric crystal immunosensor
RU2284257C2 Built up grinding wheel
RU2284259C2 Built up face grinding wheel