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    • 4. 发明授权
    • Air filtration system using point ionization sources
    • 空气过滤系统采用点电离源
    • US07141098B2
    • 2006-11-28
    • US10763835
    • 2004-01-22
    • Zhiqun ZhangRobert M. Swinehart
    • Zhiqun ZhangRobert M. Swinehart
    • B03C3/36
    • B03C3/41B03C3/12
    • A filtration system for filtering particulates from air. A plurality of point ionization sources are positioned in the proximity of the periphery of an air flow channel and being oriented to generate ions in the proximity of the air flow channel in a direction generally upstream from each respective one of the plurality of point ionization sources. A particulate collection surface is positioned within the air flow channel in a downstream direction from the plurality of point ionization sources. The particulate collection surface is electrostatically charged in an opposite direction with respect to ground than the electrical charge of the ions. An ion trap is positioned within the air flow channel between the plurality of ionization sources and the particulate collection surface. The ion trap is relatively electrically neutral as compared with the particulate collection surface and the ions.
    • 用于从空气中过滤颗粒物的过滤系统。 多个点电离源被定位在空气流动通道的周边附近并且被定向成在大体上游于多个点电离源中的相应一个点电离源的上游方向上在空气流动通道附近产生离子。 颗粒收集表面在多个点电离源的下游方向上位于空气流动通道内。 颗粒收集表面相对于离子的电荷与地面相反的方向静电充电。 离子阱位于多个电离源和颗粒收集表面之间的空气流动通道内。 与颗粒收集表面和离子相比,离子阱相对电中性。
    • 6. 发明授权
    • Air filtration system using point ionization sources
    • 空气过滤系统采用点电离源
    • US06758884B2
    • 2004-07-06
    • US10214052
    • 2002-08-07
    • Zhiqun ZhangRobert M. Swinehart
    • Zhiqun ZhangRobert M. Swinehart
    • B03C3155
    • B03C3/80B03C3/12B03C3/32B03C3/41
    • A filtration system for filtering particulates from air. A plurality of point ionization sources are positioned in the proximity of the periphery of an air flow channel and being oriented to generate ions in the proximity of the air flow channel in a direction generally upstream from each respective one of the plurality of point ionization sources. A particulate collection surface is positioned within the air flow channel in a downstream direction from the plurality of point ionization sources. The particulate collection surface is electrostatically charged in an opposite direction with respect to ground than the electrical charge of the ions. An ion trap is positioned within the air flow channel between the plurality of ionization sources and the particulate collection surface. The ion trap is relatively electrically neutral as compared with the particulate collection surface and the ions.
    • 用于从空气中过滤颗粒物的过滤系统。 多个点电离源被定位在空气流动通道的周边附近并且被定向成在大体上游于多个点电离源中的相应一个点电离源的上游方向上在空气流动通道附近产生离子。 颗粒收集表面在多个点电离源的下游方向上位于空气流动通道内。 颗粒收集表面相对于离子的电荷与地面相反的方向被静电充电。 离子阱位于多个电离源和颗粒收集表面之间的空气流动通道内。 与颗粒收集表面和离子相比,离子阱相对电中性。