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SHANGHAI AOWEI TECHNOLOGY DEV

Overview
  • Total Patents
    63
  • GoodIP Patent Rank
    186,360
About

SHANGHAI AOWEI TECHNOLOGY DEV has a total of 63 patent applications. Its first patent ever was published in 2004. It filed its patents most often in China, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets environmental technology, electrical machinery and energy and machines are XU FU-ZI, TOMIYAMA PURE CHEMICAL IND LTD and POWER SYSTEMS CO LTD.

Patent filings in countries

World map showing SHANGHAI AOWEI TECHNOLOGY DEVs patent filings in countries

Patent filings per year

Chart showing SHANGHAI AOWEI TECHNOLOGY DEVs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 An Zhongxun 25
#2 Yang Endong 23
#3 Wu Mingxia 22
#4 Yan Liangliang 18
#5 Cao Xiaowei 18
#6 Huang Tingli 14
#7 Hua Li 9
#8 Xu Jianhong 9
#9 Mingxia Wu 8
#10 Ran Wang 7

Latest patents

Publication Filing date Title
CN105355457A Lithium ion capacitor and formation method thereof
CN104616906A Cathode embedded magnesium ion supercapacitor and preparing method thereof
CN104616907A Magnesium ion super capacitor and manufacturing method thereof
CN104616901A Sodium ion super capacitor and preparation method thereof
CN104617335A Low-temperature chemical power supply and production method thereof
CN103887074A Lithium-ion capacitor long in service life
CN103700514A High-energy inorganic hybrid supercapacitor
CN103022560A Organic electrolyte with propylene carbonate as base solvent
CN103021670A Tantalum anode and activated carbon cathode based hybrid super capacitor
CN103021677A Low-internal-resistance button-type double-electric-layer supercapacitor
CN103000390A Preparation method of negative current collector and super capacitor using same
CN103050295A Lithium ion capacitor
CN103050290A Internally combined super capacitor
CN103050293A Hard-carbon-based chemical power supply with long service life
CN103050732A Lithium titanate-based chemical power supply
CN103050292A High-power double-electric layer capacitor
CN102969171A Preparation method of non-stoichiometry ruthenium dioxide electrode material
CN102923797A Method for preparing high-dispersion high-activity hydration ruthenium dioxide electrode material
CN102891013A Method for preparing ruthenium dioxide combination electrode for energy storage
CN102842703A Chemical power supply