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    • 53. 发明授权
    • Filter cleaning in a vacuum having a flap element
    • 在具有襟翼元件的真空中过滤清洁
    • US08961633B2
    • 2015-02-24
    • US13063830
    • 2009-09-05
    • Martin KienzleGünther WerbachRainer HafenrichterKlaus Dietz
    • Martin KienzleGünther WerbachRainer HafenrichterKlaus Dietz
    • B01D41/00B01D46/00A47L9/20B01D46/02B01D46/24
    • B01D46/0068A47L9/20B01D46/02B01D46/24B01D2265/023B01D2273/16B01D2279/55
    • The invention relates to filter cleaning in a vacuum having a switchable flap element, the cleaning of the filter or of parts of the filter being carried out by supplying a secondary air flow to the interior of the filter to be cleaned, and air being able to flow through the filters separately from each other from the outside to the inside in the vacuum container in a sealed manner, and a flap element disposed in a chamber housing being pivotable, by means of the pivoting of which openings may be closed and released, the secondary air flow reaching the surface of the filter to be cleaned from the inside toward the outside in pulses, characterized in that the flap element comprises at least two partial flaps, the pivoting of which is actuated by a pivot drive, the respective partial flap optionally closes the outflow opening of the respective filter chamber in the direction of the intake opening of the suction turbine, the blow-out side of the suction turbine delivers the created overpressure air into an overpressure chamber in which a chamber housing is disposed, the at least one drive element to be suddenly actuated comprises openings to be opened and closed, upon the opening of which the overpressure air flows through the chamber housing optionally into an impulse channel which branches off at that location and introduces the air into one or into the other filter chamber for cleaning.
    • 本发明涉及在真空中具有可切换的襟翼元件的过滤器清洁,通过将二次空气流供应到要清洁的过滤器的内部来进行过滤器或过滤器的部件的清洁,以及空气能够 以密封的方式从真空容器中的外部到内部彼此分离地流过过滤器,并且设置在室壳体中的挡板元件可通过枢转而旋转,这些开口可以被关闭和释放, 二次空气流以脉冲方式从内部到外部到达待清洁的过滤器的表面,其特征在于,所述挡板元件包括至少两个部分翼片,其枢转由枢转驱动器驱动,所述相应的部分翼片可选地 关闭吸入涡轮机进气口方向的各个过滤室的流出口,抽吸涡轮机的吹出口输送所产生的过载 将空气输入到其中设置有腔室壳体的超压室中,待突然致动的至少一个驱动元件包括要打开和关闭的开口,其中过压空气通过腔室壳体任选地流入脉冲通道 其在该位置处分支并将空气引入到另一个过滤室中以进行清洁。
    • 55. 发明授权
    • Twin filter for compressed air
    • 双过滤器用于压缩空气
    • US5950672A
    • 1999-09-14
    • US981556
    • 1997-12-05
    • Lauri JauholaTero Nikkila
    • Lauri JauholaTero Nikkila
    • B01D46/00B01D46/46B01D35/12
    • B01D46/002B01D46/46B01D2267/30B01D2273/16Y10T137/8085Y10T137/87338
    • A twin filter for compressed air, in which there are two filters set in parallel and an arrangement of valves to direct compressed air through a selected filter. The arrangement of valves includes inlet valves to distribute compressed air from the inlet to the selected filter and an arrangement of counter-valves to direct the compressed air from the selected filter to the compressed air outlet. The arrangement of counter-valves includes a ball chamber formed in the housing structure, at the ends of which are inlet connections and an outlet connection in the center. A ball is arranged to close that inlet connection in which there is no pressure. The ball chamber has a filter element in the central area of which a ring-like outlet channel is formed, which collects the outlet flow to the outlet connection.
    • PCT No.PCT / FI96 / 00300 Sec。 371 1997年12月5日第 102(e)日期1997年12月5日PCT提交1996年5月28日PCT公布。 WO96 / 39240 PCT公开 日期1996年12月12日一种用于压缩空气的双过滤器,其中并联设置两个过滤器,并且设置阀以将压缩空气引导通过选定的过滤器。 阀的布置包括将压缩空气从入口分配到所选择的过滤器的入口阀和用于将压缩空气从所选择的过滤器引导到压缩空气出口的反向阀的布置。 反向阀的布置包括形成在壳体结构中的球室,其末端是入口连接件和位于中心的出口连接件。 一个球被设置成关闭没有压力的入口连接。 球室具有在其中心区域中的过滤元件,其形成有环状出口通道,其将出口流收集到出口连接。