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    • 5. 发明申请
    • FILTER MODULE AND FILTER SYSTEM COMPRISING SAME
    • 过滤器模块和过滤器系统
    • US20140047806A1
    • 2014-02-20
    • US13959909
    • 2013-08-06
    • Pall Corporation
    • Steffen HEIDENREICH
    • B01D46/00
    • B01D46/002B01D46/0013B01D46/0023B01D46/2422B01D46/2429B01D46/247B01D2273/20
    • A filter module comprises block-shaped units, each unit comprising filter elements and clean gas ducts, and a clean gas collecting and discharge arrangement at a discharge side of the units. The elements have open first ends and closed second ends, the open ends located on a feed side of the module. The ducts are open at one end forming a clean gas outlet and closed at their opposite end, the closed ends at the feed side, and their open ends adjacent to the discharge side opposite the feed side. The open ends of the elements and closed ends of the ducts form a feed side surface of a unit, and the open ends of the ducts and closed ends of the elements form a discharge side surface. The arrangement extends across the gas outlets of the ducts, the arrangement comprising clean gas channels communicating with gas outlets.
    • 过滤器模块包括块状单元,每个单元包括过滤元件和清洁气体管道,以及在单元的排出侧的清洁气体收集和排出装置。 元件具有开放的第一端和闭合的第二端,开口端位于模块的馈送侧。 管道在一端开口形成清洁气体出口,并在其相对端封闭,封闭端在进料侧,并且其开口端邻近与进料侧相对的排放侧。 元件的开口端和管道的封闭端形成单元的进料侧表面,并且元件的开口端和元件的封闭端形成排出侧表面。 该装置延伸穿过管道的气体出口,该装置包括与气体出口连通的清洁气体通道。
    • 8. 发明申请
    • Filtering member and method of manufacturing the same
    • 过滤构件及其制造方法
    • US20070169454A1
    • 2007-07-26
    • US10597815
    • 2005-02-09
    • Yuichi Hirata
    • Yuichi Hirata
    • B01D24/00
    • B60R21/2644B01D29/111B01D29/35B01D37/025B01D39/12B01D46/0001B01D46/24B01D46/4263B01D2273/20B01D2275/105B01D2279/10B60R21/26B60R2021/26011Y10S55/05
    • A filter (15) has a cylindrical body (15a). The cylindrical body (15a) is formed by laminating a plurality of pattern layers formed into a mesh form by a wire (16) in the radial direction. By repeating the traverse of the wire (16) and the reversal of the traverse direction in one winding end portion (L1) and an other winding end portion (L2), a plurality of turnaround points are set uniformly in the winding end portions (L1, L2). The shortest distance (X) in the circumferential direction between a first turnaround point (B1) of the plurality of turnaround points in the other winding end portion (L2) and a third turnaround point (B3) at which the traverse direction is reversed immediately after being reversed at the first turnaround point (B1) is longer than the shortest distance (Y) in the circumferential direction between the first turnaround point (B1) and a fifth turnaround point (B5) located nearest to the first turnaround point (B1).
    • 过滤器(15)具有圆筒体(15a)。 圆筒体(15a)通过在径向上通过线(16)层压形成网状的多个图案层而形成。 通过在一个卷绕端部(L 1)和另一个卷绕端部(L 2)中重复线(16)的横动和横动方向的反转,多个转向点被均匀地设置在卷绕端部 (L 1,L 2)。 在另一绕组端部(L 2)中的多个转向点的第一转向点(B 1)与横向方向为第三转向点(B 3)之间的圆周方向上的最短距离(X) 在第一周转点(B 1)反转后立即反转的长度比第一周转点(B 1)和最靠近第一周转点(B 1)的第五周转点(B 5)之间的圆周方向上的最短距离(Y)长。 周转点(B 1)。
    • 10. 发明申请
    • Thermal regenerative granular-moving bed apparatus
    • 热再生颗粒移动床装置
    • US20050217225A1
    • 2005-10-06
    • US10900424
    • 2004-07-28
    • Ching-Yu PengTzu-Yueh YangHom-Ti Lee
    • Ching-Yu PengTzu-Yueh YangHom-Ti Lee
    • B01D53/46B01D46/32B01D46/34B01D53/08B01D53/34B01D53/56B01D53/58B01D53/62B01D53/68B01D53/70B01D53/83B01D53/86
    • B01D46/38B01D46/0041B01D46/0057B01D53/0446B01D53/08B01D2253/106B01D2257/93B01D2259/40081B01D2273/20
    • A thermal regenerative granular-moving bed apparatus for a gas de-pollutant process includes a plurality of recycling granular material, a heat-and-clean unit, a heat-recycling unit, and a granular material-cleaning unit. The heat-and-clean unit can heat the granular material to further heat a polluted gas, de-pollute the gas, and detain pollutants or particles from the de-polluting. The heat-recycling unit constructed on top of the heat-and-clean unit can have the hot up-flowing de-polluted gas heat-exchange with the down-flowing cold granular material. The granular material-cleaning unit can transport the granular material from a lower-end of the heat-and-clean unit to an upper end of the heat-recycling unit and re-activate the granular material during the transportation. By providing the thermal regenerative granular-moving bed apparatus, heating, de-polluting and filtering upon the gas can be carried out in a single unit, and also energy in the de-polluted gas can be transferred and thus saved to pre-heat the cold granular material.
    • 用于气体去污染处理的热再生粒状移动床装置包括多个再循环粒状材料,热和清洁单元,热回收单元和颗粒材料清洁单元。 加热和清洁单元可以加热颗粒物料,以进一步加热污染气体,去除污染气体,并将污染物或颗粒从污染物中扣留。 在热清洁单元顶部构造的热回收单元可以与向下流动的冷颗粒材料进行热上下流的脱污气体热交换。 颗粒状材料清洁单元可以将颗粒材料从热清洁单元的下端输送到热回收单元的上端,并在运输过程中重新激活颗粒材料。 通过提供热再生粒状移动床装置,可以在单个单元中对气体进行加热,去污染和过滤,并且还可以转移去除污染气体的能量,从而节省预热 冷颗粒状材料。