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    • 5. 发明授权
    • 스크루 프레스
    • 스크루프레스
    • KR100440597B1
    • 2004-07-15
    • KR1020017008676
    • 2000-11-08
    • 가부시키가이샤 이시가키
    • 이시가키에이치
    • B01D33/11B30B9/12B01D29/11
    • B30B9/121B01D29/118B01D29/54B01D29/6476B01D29/828B01D29/90B01D33/11B01D33/39B01D33/466B01D33/648B01D33/72B30B9/12
    • In a screw press, an outer tube (5), over which a screen (4) is tensioned, is divided into a freely rotatable condensing zone at the front half thereof, and a filtering and dewatering zone at the rear half thereof, a freely rotatable screw shaft (7) is provided within the thus-divided outer tube (5a, 5b), filtered fluid is separated from sludge supplied to the starting end of the condensing zone by the screen (4) of the outer tube (5a), and a cake is removed at a discharge port (29) at the rear end of the outer tube (5b) of the filtering and dewatering zone. A sludge supply path (28) is provided in the screw shaft (7), a supply hole (28a) of this supply path (28) is formed at the starting end of the outer tube (5a) of the condensing zone, and a scraper (33) extends on the outer periphery of a screw vane (6) from the starting end to the ending end. The scraper (33) is caused to make pressured sliding contact with the inner peripheral surface of the outer tube (5a), so that filtering and dewatering are performed as the outer tube (5a) of the condensing zone and the screw shaft (7) are rotated.
    • 在螺旋压榨机中,其上张紧筛网(4)的外管(5)在其前半部分划分成可自由旋转的冷凝区,在其后半部分划分为过滤和脱水区, 在这样分开的外管(5a,5b)内设置可旋转的螺杆轴(7),过滤流体通过外管(5a)的滤网(4)从供应到冷凝区起始端的污泥中分离出来, 在过滤脱水区域的外筒(5b)的后端的排出口(29)除去滤饼。 在螺旋轴7上设置有污泥供给通路28,该供给通路28的供给孔28a形成在冷凝区域的外管5a的始端, 刮板33在螺旋叶片6的外圆周上从起始端延伸到终止端。 使刮板33与外管5a的内周面进行加压滑动接触,从而与冷凝区域的外管5a和丝杠轴7一起进行过滤和脱水, 被旋转。
    • 8. 发明授权
    • 연속 필터 프레스
    • 过滤器
    • KR100121431B1
    • 1997-11-15
    • KR1019900011225
    • 1990-07-24
    • 구리케미컬엔지니어스,인코오포레이티드
    • 구리세츠야
    • B01D25/12B01D29/66
    • B01D29/118B01D29/60B01D29/606B01D29/6476B01D29/66B01D29/828
    • Continuous dual functional filter for slurry fed under pressure which also scrapes the cake piled on the filter medium, compresses and discharges the precipitated cakes continuously, comprises (a) a filtering zone consisting of a filter medium, and a filtrate-collecting chamber and a chamber for contg. a slurry and a filtered cake; (b) a cake-compressing conical zone connected at one end of the filter chamber, where a rotating screw squeezes and moves downward falling cakes scraped and pulled off the filter zone; (c) a cake-discharging zone connected to the other end of the cake-compressing zone for discharging a compressed cake formed in the cake-compressing zone; (d) a slurry feed opening and closing valve arranged on the slurry feed mechanism; (e) a cake discharge control mechanism for detecting the cake-compressing degree in the cake-compressing zone and opening or closing the cake-discharging zone to control the discharge of the compressed cake; (f) a backwashing mechanism for peeling off the heel cake and washing the filter medium; (g) a slurry relief conduit and valve, for decreasing immediately the pressure in the filter chamber; and (h) a detecting mechanism of clogging up of the filter medium, such as checking the flow rate of the filtrate and measuring the pressure difference between the filter zone and the filtrate collecting chamber.
    • 9. 发明授权
    • 스크류식 고체ㆍ액체분리장치
    • 固液分离装置螺丝类型
    • KR100672218B1
    • 2007-01-22
    • KR1020050084526
    • 2005-09-12
    • 변상철
    • 변상철
    • B01D33/052
    • B01D29/118B01D29/6476B01D29/824
    • A screw type of solid-liquid separation equipment of which volume is reduced, which can perform cleaning of very small gaps very well, and which prevents the cleaning means from being broken down and enables the cleaning means to be installed and dismantled promptly and simply by simplifying the structure of cleaning means, is provided. A screw type of solid-liquid separation equipment comprises: a casing(10) having a sludge inlet(11) formed at one side thereof, a solid outlet(12) formed at the other side thereof, and a catchment part(14) formed on a lower part thereof; separation means(20) comprising supporting plates(27a,27b) installed at at least both sides of the casing, a plurality of fixing rings(21) fixed between the supporting plates to form very small gaps(g) therebetween, and a screw-inserting space part(S) formed in the fixing rings; a screw(30) which is inserted into the screw-inserting space part, and on which a spiral blade(32) is formed; and cleaning means(40) comprising supporting members(41) fixed onto an outer peripheral surface of the spiral blade in an axial direction of the screw, and a plurality of cleaning blades(44) which are supported and connected to the supporting members and are inserted each into each of the very small gaps such that the cleaning blades are rotated only by rotary power of the screw.
    • 螺杆式固液分离设备的体积减小,可以非常好地进行非常小的间隙的清洁,并且防止清洁装置分解,并能够快速,简单地安装和拆卸清洁装置 提供了简化清洁装置的结构。 螺杆式固液分离设备包括:壳体(10),在其一侧形成有污泥入口(11),形成在其另一侧的固体出口(12)和形成的集水部分(14) 在其下部; 分离装置(20),包括安装在壳体的至少两侧的支撑板(27a,27b),固定在支撑板之间的多个固定环(21),以在它们之间形成非常小的间隙(g) 插入形成在固定环中的空间部分(S); 螺钉(30),其插入到所述螺钉插入空间部分中,并且形成有螺旋叶片(32); 以及清洁装置(40),其包括沿所述螺杆的轴向固定在所述螺旋叶片的外周表面上的支撑构件(41),以及多个清洁刀片(44),所述多个清洁刀片(44)被支撑并连接到所述支撑构件,并且 插入每个非常小的间隙中,使得清洁刀片仅通过螺杆的旋转动力旋转。
    • 10. 发明授权
    • 유동하는액체나기체로부터고체를미립자를분리하는장치
    • KR100376637B1
    • 2003-06-12
    • KR1019960707238
    • 1995-06-16
    • 블랑세 폴크롬톤 스테펜
    • 블랑세폴크롬톤스테펜
    • B01D39/10
    • E03F5/14B01D21/003B01D21/0039B01D21/0075B01D21/2433B01D21/26B01D29/118B01D29/908B01D45/12B01D2201/184B01D2201/287B01D2221/12
    • PCT No. PCT/AU95/00351 Sec. 371 Date Mar. 24, 1997 Sec. 102(e) Date Mar. 24, 1997 PCT Filed Jun. 16, 1995 PCT Pub. No. WO95/35145 PCT Pub. Date Dec. 28, 1995An apparatus and method for separating material which includes solid and/or particulate matter from flowing liquid and/or gas. The apparatus includes a separation panel positioned in a fluid flow path, and the separation panel is housed in a separation chamber. Fluid can be introduced into the separation chamber by an inlet to establish a circular flow of the fluid within a confine of the separation panel, so material entrained in the fluid is trapped within the confine of the separation panel. The separation panel, separation chamber and inlet can be dimensioned and disposed such that as the apparatus operates, the flow of the fluid outside the separation panel is in a direction opposite to a direction of the flow of the fluid within the separation panel. The separation panel can include plural deflection means for deflecting material entrained in the fluid away from the openings, and the deflection means are generally opposed to a direction of the flow of the fluid, each opening having one of the deflection means associated therewith.
    • PCT No.PCT / AU95 / 00351 Sec。 371日期1997年3月24日Sec。 102(e)日期1997年3月24日PCT申请日1995年6月16日PCT Pub。 WO95 / 35145 PCT Pub。 日期1995年12月28日用于从流动液体和/或气体分离包括固体和/或颗粒物质的材料的设备和方法。 该设备包括定位在流体流动路径中的分离面板,并且分离面板容纳在分离室中。 可以通过入口将流体引入分离室中,以在分离板的范围内建立流体的循环流动,因此夹带在流体中的物质被捕获在分离板的范围内。 分离板,分离室和入口的尺寸和设置可以使得随着设备的操作,分离板外部的流体的流动方向与分离板内流体的流动方向相反。 分离板可以包括多个偏转装置,用于使夹带在流体中的材料偏离开口,并且偏转装置通常与流体的流动方向相反,每个开口具有与之相关的偏转装置之一。