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    • 13. 发明申请
    • TWIN SCREW EXTRUDER PRESS FOR SOLID/FLUID SEPARATION
    • 双螺杆挤出机用于固体/流体分离
    • WO2013149350A1
    • 2013-10-10
    • PCT/CA2013/050279
    • 2013-04-05
    • GREENFIELD ETHANOL INC.
    • LEHOUX, Richard, RomeoBRADT, Christopher, Bruce
    • B01D29/82
    • B01D33/009B01D29/46B01D29/828B30B1/00B30B9/12B30B9/16B30B9/26B30B11/24
    • Disclosed is a solid/liquid separation apparatus including an extruder press combined with a solid/fluid separation module for separating fluid from a mass of solids compressed by the extruder at elevated pressures. The extruder includes two or more extruder screws with flighting intercalated at least along a part of the extruder barrel. The separation module forms a continuation of the barrel, receives the pressurized mass and at least a portion of the twin screws, and includes a filter pack consisting of a filter plate and a backer plate. The filter plate has a throughgoing filter slot extending away from a core opening and into the filter plate for directing fluid away from the core opening. The backer plate has a core opening shaped and sized equal to the barrel and defines a passage for guiding fluid collected in the filter slot to an exterior of the filter pack.
    • 公开了一种固体/液体分离装置,其包括与固体/流体分离模块结合的挤出机压力机,用于将流体与在挤压机在高压下压缩的固体物质分离。 挤出机包括两个或更多个挤出机螺杆,其至少沿挤出机筒的一部分插入。 分离模块形成筒的延续部,接收加压质量和至少一部分双螺杆,并且包括由过滤板和后板组成的过滤器组件。 过滤板具有贯穿的过滤器槽,该过滤槽从芯开口延伸并进入过滤板,用于将流体从芯开口引出。 支撑板具有形成并且尺寸等于筒体的芯开口,并且限定了用于将收集在过滤器狭槽中的流体引导到过滤器包装件的外部的通道。
    • 14. 发明申请
    • APPARATUS AND METHOD FOR RECYCLING BITUMINOUS ROOFING WASTE
    • 用于回收BITUMINOUS屋顶废物的装置和方法
    • WO2008103035A1
    • 2008-08-28
    • PCT/NL2008/050090
    • 2008-02-19
    • ESHA GROUP B.V.ZANDVOORT, Frits
    • ZANDVOORT, Frits
    • B29B17/02B01D29/11B29B7/48
    • B29B17/02B01D29/118B01D29/828B29K2095/00B29L2031/108Y02W30/622
    • An apparatus (1) for recycling bituminous roofing waste comprises a screw conveyor system (2) which is provided with: a conveying space (4) for accommodating a bituminous mass; a screw conveyor (3) with a screw boss (31) and a screw blade (32) linking up with the screw boss for propelling the mass in a conveying direction (T); a pressure section (41); a sieve (18) provided with sieve openings (20) for sieving the mass in the pressure section, wherein a fine fraction of the mass is discharged from the conveying space via the sieve openings while leaving a coarse fraction of the mass behind in the conveying space; and a discharge (9) for discharging the coarse fraction from the conveying space. In the conveying direction, an increase of the diameter of the screw boss occurs.
    • 用于回收沥青屋顶废物的装置(1)包括螺旋输送机系统(2),其设有:用于容纳沥青块的输送空间(4) 具有螺钉凸台(31)的螺旋输送机(3)和与所述螺钉凸台连接的螺旋叶片(32),用于在输送方向(T)上推进所述质量块; 压力部分(41); 设置有筛孔(20)的筛子(18),用于筛分压力段中的物料,其中质量的细小部分经由筛孔从输送空间排出,同时在输送物中留下质量的粗略部分 空间; 以及用于从输送空间排出粗馏分的排出口(9)。 在输送方向上,螺杆凸起的直径增大。
    • 15. 发明申请
    • 固液分離装置
    • 固液分离装置
    • WO2007135920A1
    • 2007-11-29
    • PCT/JP2007/060054
    • 2007-05-16
    • アムコン株式会社佐々木 正昌
    • 佐々木 正昌
    • B01D33/00B01D29/25B30B9/14
    • B30B9/26B01D29/35B01D29/6476B01D29/828B30B9/12B30B9/121B30B9/128
    • [PROBLEMS] A solid-liquid separation device having a solid-liquid separation section provided with adjacent stationary plates and movable plates arranged between the adjacent stationary plates and also having at least one screw extending so as to penetrate the solid-liquid separation section. The movable plates are formed such that they are pushed and moved by the screw that rotates.An object to be processed having entered in the solid-liquid separation section is moved toward the exit of the solid-liquid separation section, and at the same time, filtrate separated from the object is discharged to the outside through a filtrate discharge gap of the solid-liquid separation section. Wear of the movable plates are suppressed with dewatering efficiency for slurry maintained at a high level. [MEANS FOR SOLVING PROBLEMS] The diameter (d) of the shaft (41) of a screw section (21A) on the exit side of the solid-liquid separation section (3) gradually increases from a predetermined position (S 1 ) of the screw in the solid-liquid separation section (3) toward the exit side, and the lead angle of the screw section (21A) is set to the range from 10° to 30°.
    • 一种固液分离装置,其具有设置有相邻的固定板的固液分离部和布置在相邻的固定板之间的活动板,并且还具有至少一个螺旋,以便穿透固液分离部。 可移动板形成为使得它们被旋转的螺钉推动和移动。进入固液分离部分的待处理物体朝向固液分离部的出口移动,同时 从物体分离的滤液通过固液分离部的滤液排出间隙排出到外部。 抑制可动板的磨损,保持高水平的浆料的脱水效率。 [解决问题的手段]固液分离部(3)的出口侧的螺杆部(21A)的轴(41)的直径(d)从预定位置(S 1 (3)中的螺杆朝向出口侧,并且螺杆部分(21A)的引导角被设定在10°至30°的范围内。
    • 16. 发明申请
    • SCREW PRESS APPARATUS
    • 螺丝压机
    • WO01039965A1
    • 2001-06-07
    • PCT/JP1999/006707
    • 1999-11-30
    • B01D29/11B01D37/03B30B9/12
    • B30B9/125B01D29/118B01D29/60B01D29/6476B01D29/68B01D29/828B01D37/03B01D37/04B30B9/12
    • A screw press apparatus has frames (3, 4), a screw shaft (6), an outside tube (5), a cylindrical screen (8), a screw blade (13), a supply pipe (16), and a cleaning pipe (34). The screen (8) is fixed between the frames (3, 4) to the outside tube (5), and has a plurality of fine holes (74) and covers the screw shaft (6). The screw shaft (6) and the screen (8) define a cylindrical space (70) continuously extending from an upstream region (71) to a downstream region (72). Raw liquid is fed from the supply pipe (16) via an opening (73) of the screw shaft (6) to the upstream region (71) of the cylindrical space (70). The cleaning pipe (34) ejects cleaning water onto the screen (8). Between an outer peripheral surface of the screw shaft (6) and an inner peripheral surface of the screen (8), the relative distance decreases from the upstream region (71) towards the downstream region (72). Raw liquid fed from the opening (73) to the upstream region (71) is pressurized and carried towards the downstream region (72) by the screw blade (13), while being separated into filtrate allowed to flow through the fine holes (74) out of the screen (8) and a cake allowed to move in the cylindrical space (70), to be discharged from the downstream region (72). Sizes of the fine holes (74) of the screen (8) decrease gradually from the upstream region (71) towards the downstream region (72).
    • 螺旋压制装置具有框架(3,4),螺杆轴(6),外管(5),圆筒筛(8),螺旋叶片(13),供给管(16)和清洁 管(34)。 屏幕(8)固定在与外管(5)之间的框架(3,4)之间,并且具有多个细孔(74)并覆盖螺杆轴(6)。 螺杆轴(6)和筛网(8)限定从上游区域(71)连续延伸到下游区域(72)的圆柱形空间(70)。 原料液经由螺杆轴(6)的开口(73)从供给管(16)供给到圆筒形空间(70)的上游区域(71)。 清洁管34将清洁水喷射到筛网8上。 在螺杆轴(6)的外周面与丝网(8)的内周面之间,相对距离从上游区域(71)向下游区域(72)减小。 从开口(73)供给到上游区域(71)的原液被螺旋叶片(13)加压并向下游区域(72)运送,同时被分离成允许流过细孔(74)的滤液, (8)和允许在圆柱形空间(70)中移动的饼,从下游区域(72)排出。 屏幕(8)的细孔(74)的尺寸从上游区域(71)向下游区域(72)逐渐减小。
    • 17. 发明申请
    • SCREW PRESS
    • 螺丝压
    • WO01034374A1
    • 2001-05-17
    • PCT/JP2000/007822
    • 2000-11-08
    • B01D29/25B01D29/11B01D33/11B30B9/12B30B9/14C02F11/12B01D33/64B01D29/82
    • 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.
    • 在螺旋压力机中,将屏幕(4)张紧在其上的外管(5)在其前半部分分成可自由旋转的冷凝区域,其后半部分处有过滤和脱水区域 可旋转的螺杆轴(7)设置在如此分开的外管(5a,5b)内,过滤的流体与通过外管(5a)的筛网(4)供应到冷凝区的起始端的污泥分离, 并且在过滤和脱水区的外管(5b)的后端处的排出口(29)处除去滤饼。 在螺杆轴7上设置污泥供给路径28,在冷凝区的外管5a的起始端形成有供给路28的供给孔28a, 刮刀(33)在螺旋叶片(6)的外周从起始端延伸到末端。 使刮刀(33)与外管(5a)的内周面进行加压滑动接触,从而进行作为冷凝区域和螺杆轴(7)的外管(5a)的过滤和脱水, 被旋转。
    • 18. 发明申请
    • LIQUID AND SOLID SEPARATOR
    • 液体和固体分离器
    • WO1997029827A1
    • 1997-08-21
    • PCT/US1997002444
    • 1997-02-14
    • SCHROEDER, Vern
    • B01D29/64
    • B30B9/14B01D29/25B01D29/6476B01D29/82B01D29/828B30B9/18
    • A flattened end portion (70) of flighting is added to the conventional auger flighting (66) at the output end of an auger separator (40). A plug zone (67) is created in the inner perforated tube between the flattened flighting (70) and pressure end gates (68), which normally close the inner tube (56). The auger shaft (60) extends beyond the flattened flighting to the end of the inner tube (56), forming a stub shaft which centers the auger in the inner tube when the plug zone is filled with material around the stub shaft (60A). The material functions as a bearing to center the auger shaft (60). The material in the plug zone (67) is pressed against the perforated inner tube, causing the bonded water (100) to be removed. The flattened end portion flighting (70) extends circumferentially approximately 70 DEG to 80 DEG around the auger shaft (60), adding an axial length of approximately 1/4 to 3/8 inch.
    • 在螺旋推运器分离器(40)的输出端处,将常规的螺旋推运器(66)添加到平坦化的端部(70)。 在穿孔管(70)和通常关闭内管(56)的压力端口(68)之间的内穿孔管中形成堵塞区(67)。 螺旋钻杆(60)延伸超过内管(56)的端部的扁平飞行,形成当塞子区域被短轴(60A)周围的材料填充时将螺旋钻定位在内管中的短轴。 该材料用作使螺旋钻轴(60)居中的轴承。 插塞区域(67)中的材料被压靠穿孔的内管,导致结合的水(100)被去除。 扁平的端部排放(70)围绕螺旋推运轴(60)周向延伸约70°至80°,增加约1/4至3/8英寸的轴向长度。