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    • 2. 发明申请
    • IONIZER
    • 离子
    • US20080190294A1
    • 2008-08-14
    • US12015010
    • 2008-01-16
    • Toshio SATOGen Tsuchiya
    • Toshio SATOGen Tsuchiya
    • B03C3/41
    • H05F3/04H01T23/00
    • In an ionizer composed of an electrode needle cartridge and a main body block, the electrode needle cartridge is provided with an electrode needle for generating an ion, a high voltage generating device for applying high voltage to the electrode needle, and a receiving connector for connecting a feeding connector, and the main body block is provided with an air-blowing outlet serving as an electrode needle housing portion, an air passing-through hole for supplying air to the air-blowing outlet, and a connecting port for connecting an air piping. The electrode needle cartridge is configured such that when the electrode needle cartridge and the main body block are connected or separated, the electrode needle is inserted into or removed from the air-blowing outlet from a rear end portion side of the air-blowing outlet.
    • 在由电极针筒和主体块构成的电离器中,电极针筒设置有用于产生离子的电极针,向电极针施加高电压的高压发生装置和用于连接的接收连接器 馈电连接器和主体块设置有用作电极针收容部分的空气吹出口,用于向吹风出口供应空气的通气孔和用于连接空气管道的连接口 。 电极针筒被构造成使得当电极针筒和主体块被连接或分离时,电极针从空气吹出口的后端侧插入或从吹风出口排出。
    • 4. 发明申请
    • IONIZER
    • 离子
    • US20080098895A1
    • 2008-05-01
    • US11877269
    • 2007-10-23
    • Toshio SATOSatoshi SuzukiTakashi Yasuoka
    • Toshio SATOSatoshi SuzukiTakashi Yasuoka
    • B03C3/38
    • B03C3/383B03C2201/06
    • Positive and negative electrode needles, an air-blowing outlet, and a protection cover for covering these electrode needles and the air-blowing outlet are attached to an electrode cartridge which is attached to a housing, and an air-blowing hole positioned in front of the air-blowing outlet in a concentric manner therewith, for blowing out air from the air-blowing outlet toward the outside, and two air-flowing-out holes positioned in a concentric manner with the respective positive and negative electrode needles, and respectively surrounding outer peripheries of respective tip end portions of respective electrode needles via respective gaps for flowing out the air are formed in the protection cover.
    • 正极和负极针,空气吹出口和用于覆盖这些电极针和吹风出口的保护盖附接到安装到壳体的电极盒,并且位于前面的空气喷射孔 吹气出口与其同心的方式吹出空气从吹风出口朝向外部,以及两个空气流出孔与各自的正极和负极针同心地分别设置,并分别围绕 在保护盖中形成有各个电极针的各个末端部分的相对间隙的外周,用于流出空气。
    • 5. 发明申请
    • ION BALANCE ADJUSTING METHOD AND METHOD OF REMOVING CHARGES FROM WORKPIECE BY USING THE SAME
    • 离子平衡调整方法及使用方法从工件中取出电费
    • US20070133145A1
    • 2007-06-14
    • US11562211
    • 2006-11-21
    • Toshio SATOSatoshi SUZUKI
    • Toshio SATOSatoshi SUZUKI
    • H05F3/00
    • H05F3/04H01T19/04
    • When charges are removed from a charged workpiece by applying positive and negative pulse-like high voltages to positive and negative electrode needles to generate positive and negative ions in a charge removing area and feeding the charged workpiece into the charge removing area, an ion balance inside the charge removing area is measured by a surface potential sensor before the workpiece is fed into the charge removing area, and a pulse width and/or a voltage value of the pulse-like high voltage applied to the electrode needle is changed depending on a measured result, thereby adjusting an amount of ions generated from the electrode needle to take a balance between the positive and negative ions.
    • 当通过向正极针和负极针施加正脉冲和负脉冲高电压以在电荷去除区域中产生正离子和负离子并将带电工件馈送到电荷去除区域中时,从充电工件移除电荷时,内部的离子平衡 在将工件送入电荷去除区域之前,通过表面电位传感器测量电荷去除面积,并且施加到电极针的脉冲状高电压的脉冲宽度和/或电压值根据测量的 结果,从而调节从电极针产生的离子的量以在正离子和负离子之间取得平衡。