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USTIMENKO IGOR VLADIMIROVICH

Overview
  • Total Patents
    52
About

USTIMENKO IGOR VLADIMIROVICH has a total of 52 patent applications. Its first patent ever was published in 2005. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are VASILEV V V, CHANGSHU HUAJI BOILER MFG CO LTD and NANJING ZHIBO INDUSTRIAL TECH CO LTD.

Patent filings in countries

World map showing USTIMENKO IGOR VLADIMIROVICHs patent filings in countries
# Country Total Patents
#1 Russian Federation 52

Patent filings per year

Chart showing USTIMENKO IGOR VLADIMIROVICHs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Ustimenko Igor Vladimirovich 52
#2 Bochev Aleksandr Sergeevich 1

Latest patents

Publication Filing date Title
RU2435277C1 Method to increase quality and efficiency of electric energy usage in n-phase power supply system (version 4)
RU2436216C1 Method of load supply from n-phase power supply system (version 1)
RU2459336C2 Method to increase quality and efficiency of electric energy usage (version 1)
RU2436215C1 Method to increase quality and efficiency of power usage (version 2)
RU2435278C1 Method to increase quality and efficiency of electric energy usage in n-phase power supply system (version 3)
RU2435279C1 Method to increase quality and efficiency of electric energy usage (version 6)
RU2436214C1 Method to increase quality and efficiency of power usage (version 5)
RU2436212C1 Method to increase quality and efficiency of power usage (version 3)
RU2442259C1 METHOD FOR INCREASING QUALITY AND EFFICIENCY OF POWER USAGE IN n-PHASE POWER SUPPLY SYSTEM (VARIANT 1)
RU2435272C1 Method to increase efficiency of power usage (version 3)
RU2435276C1 Method to extract reactive component of power
RU2442262C1 Method for increasing quality and efficiency of power usage (variant 8)
RU2442261C1 Method for extracting higher harmonic current energy of one or several fixed frequencies
RU2436213C1 Method to increase quality and efficiency of power usage in n-phase power supply system (version 2)
RU2435275C1 Method to increase quality and efficiency of electric energy usage (version 4)
RU2435274C1 Method to increase efficiency of power usage (version 2)
RU2442260C1 Method for increasing quality and efficiency of power usage (variant 7)
RU2442263C1 METHOD FOR SUPPLYING POWER FROM n-PHASE POWER SUPPLY (VARIANT 2)
RU2435273C1 Method to increase efficiency of power usage (version 1)
RU2447562C1 Method for quality and efficiency improvement for electric power use (version 9)