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KIM JUU HWAN

Overview
  • Total Patents
    13
  • GoodIP Patent Rank
    195,946
  • Filing trend
    0.0%
About

KIM JUU HWAN has a total of 13 patent applications. It increased the IP activity by 0.0%. Its first patent ever was published in 2009. It filed its patents most often in Republic of Korea. Its main competitors in its focus markets engines, pumps and turbines, environmental technology and civil engineering are SUPERVAWT LTD, VIND OCH VATTENTURBINER and JIANGSU ZHONGYUN WIND POWER SCIENCE & TECHNOLOGY CO LTD.

Patent filings in countries

World map showing KIM JUU HWANs patent filings in countries
# Country Total Patents
#1 Republic of Korea 13

Patent filings per year

Chart showing KIM JUU HWANs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kim Juu Hwan 12
#2 Kim Juu Hoan 1

Latest patents

Publication Filing date Title
KR20200005833A The principle and accelerating device of a comprehensive air purifying device utilizing discharge pressure gas of a device that utilizes engines of a spacecraft, a ship, an automobile, an aircraft, a power plant & forward friction resistor
KR20190110177A The method of injecting the air layer of the energy-saving liquid piping system into the building with clean air and energy efficiency
KR20180093675A resistance force resistivity Additional energy buoyancyblade omitted
KR20180093674A Propeller aircraft (such as light aircraft) and a propeller of the helicopter and a blade unit for additional energy in the pressure zone between the body
KR20180042073A Energy economizing type liquid pipe method and device
KR20150024747A Comprehensive device that utilizes the resistance of the forward frictional resistance area of a moving engine (ship, automobile, airplane, etc.) as additional energy
KR20130104679A Additional energy utilization of forward frictional resistance of moving engines (cars, airplanes, ships, etc.) and propulsion devices and principles of buoyancy blades
KR20120037921A Principle methods and devices for obtaining additional energy of the front frictional resistance of a moving engine
KR20120038420A Principle methods and devices for obtaining additional energy of forward frictional resistance
KR20130012252A Energy-saving piping device and method
KR20120135968A Forward frictional resistance of moving organs
KR20110126564A Frictional force
KR20100089426A Compressed gas buoyancy power train