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QINGJUN NIU

Overview
  • Total Patents
    26
About

QINGJUN NIU has a total of 26 patent applications. Its first patent ever was published in 2009. It filed its patents most often in China. Its main competitors in its focus markets environmental technology are CHINA STEEL CO LTD, T IM G V PLEKHANOVA and KUNMING INST OF NOBLE METALS.

Patent filings in countries

World map showing QINGJUN NIUs patent filings in countries
# Country Total Patents
#1 China 26

Patent filings per year

Chart showing QINGJUN NIUs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Qingjun Niu 26
#2 Zhenfeng Wang 5

Latest patents

Publication Filing date Title
CN101831549A Method for producing artificial rich iron ore from nickel, copper and cobalt smelting waste slag by utilizing new sintering process
CN101831555A Method for producing artificial rich iron ore from nickel smelting waste slag by utilizing new sintering process
CN101831539A Method for producing artificial rich iron ore from copper smelting waste slag by using new sintering technology
CN101782331A Coal injection device
CN101792915A Method for recycling uranium from uranium-bearing fly ash in Yili of Xinjiang
CN101782332A Mobile electric furnace coal injection method using bituminous coal for replacing coke in pyrogenic electric furnace smelting
CN101792868A Method for recycling gallium from gallium-bearing fly ash in Yili of Xinjiang
CN101813420A Movable electric furnace coal injection method for replacing coke w anthracite in electrosmelting by fire method
CN102078270A Toothpaste
CN101545046A Method for producing microalloy ferro-silicon by using a nickel, copper and cobalt smelting waste slag electric stove integral deoxidation and reduction
CN101798091A Method for producing ferrous silicate by purifying and decontaminating smelting residual of nickel, copper and cobalt
CN101798094A Method for producing ferrous silicate by purifying and decontaminating smelting residual of copper
CN101545044A Method for producing ferro-silicon by using a ferrous metasilicate electric stove integral deoxidation and reduction
CN101545047A Method for producing microalloy ferro-silicon by using a nickle smelting waste slag electric stove integral deoxidation and reduction
CN101545045A Method for producing microalloy ferro-silicon by using a ferrous metasilicate electric stove integral deoxidation and reduction
CN101704530A Method for producing ferrous metasilicate by purification and impurity removal of nickel smelting waste slag
CN101545048A Method for producing ferro-silicon by using a copper smelting waste slag electric stove integral deoxidation and reduction
CN101545039A Method for producing ferro-silicon by using a copper smelting waste slag electric stove integral deoxidation and reduction
CN101545040A Method for producing microalloy ferro-silicon by using a nickle smelting waste slag electric stove integral deoxidation and reduction
CN101545042A Method for producing microalloy ferro-silicon by using a ferrous metasilicate electric stove integral deoxidation and reduction