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    • 2. 发明授权
    • Distributor apparatus for providing a uniform discharge of material
    • 用于提供材料的均匀排放的分配器装置
    • US06871745B2
    • 2005-03-29
    • US10324323
    • 2002-12-20
    • John D. LynnAlvin M. NestlerNazareno M. Medei
    • John D. LynnAlvin M. NestlerNazareno M. Medei
    • B01D33/04B01D33/72
    • B01D33/04B01D33/042B01D33/722B01D2201/44
    • The present invention provides an improved distributor including a conduit having an inlet end to receive incoming slurry and an outlet end to feed slurry onto a treatment apparatus such as a filter. A plurality of spaced apart diverter rows are arranged within the conduit between the inlet and outlet ends including a first diverter row comprising one adjustable diverter that is selectively adjustable to divide incoming slurry into either two slurry streams or into three slurry streams. A last diverter row is provided adjacent the outlet end, and the last row includes a plurality of spaced apart non-adjustable diverters make a last division of the slurry before it is discharged onto the filter. At least one intermediate diverter row is provided between the first and last diverter rows, and the intermediate diverter row may include either spaced apart adjustable diverters that can be selectively adjusted to subdivide slurry streams into either two or three additional slurry streams, spaced apart non-adjustable diverters that subdivide slurry streams into two additional slurry streams, or a combination of both adjustable and non-adjustable spaced apart diverters. The each intermediate diverter row contains at least one more spaced apart diverter than the a previous diverter row and one less spaced apart diverter than a following diverter row.
    • 本发明提供一种改进的分配器,其包括具有入口端以接收进入的浆料的导管和用于将浆料输送到诸如过滤器的处理设备上的出口端。 在入口和出口端之间的管道内布置有多个间隔开的分流器排,包括一个第一分流器排,该第一分流器排包括一个可调节的分流器,其可选择性地调节以将进料浆料分​​成两个浆料流或三个浆料流。 最后一个分流器排设置在出口端附近,最后一排包括多个间隔开的不可调节的分流器,使浆料在排放到过滤器上之前进行最后的分割。 至少一个中间转向排设置在第一和最后一个分流器排之间,并且中间转向排可以包括间隔开的可调节分流器,其可以选择性地调节以将浆料流细分成两个或三个另外的浆料流, 可调节的分流器将浆料流细分成两个另外的浆料流,或者可调节和不可调间隔开的分流器的组合。 每个中间分流器排包含比先前的分流器排和至少一个间隔开的分流器至少一个间隔开的分流器,而不是后续分流器排。
    • 4. 发明授权
    • Device for dewatering suspensions
    • 脱水装置
    • US5879551A
    • 1999-03-09
    • US687376
    • 1996-07-02
    • Ulrich KolmarHarald MaternLothar Wenzel
    • Ulrich KolmarHarald MaternLothar Wenzel
    • B01D33/04C02F11/12B01D33/056
    • B01D33/042
    • A device for dewatering suspensions such as sludge or similar dewaterable goods contains several rollers and filtering webs that follow a sinuous path around the rollers. The width of at least one pressure gap, as well as the force which is applied on the goods to be filtered in this pressure gap, may be adjusted by sliding or swivelling so that the ratio between linear pressure and surface pressure can be adapted to the properties of the goods to be dewatered. By influencing this ratio it is possible from a standard model to cover a wide range of applications by simple and economic means, so that the cost-effectiveness ratio is improved.
    • PCT No.PCT / DE94 / 01437 371日期:1996年7月2日 102(e)日期1996年7月2日PCT 1994年11月29日PCT PCT。 公开号WO95 / 15925 日期1995年6月15日一种用于脱水悬浮液(如污泥或类似的可脱水物品)的装置包含若干辊和过滤网,其沿着绕辊的弯曲路径。 可以通过滑动或旋转来调节至少一个压力间隙的宽度以及施加在要在该压力间隙中过滤的货物上的力,使得线性压力和表面压力之间的比率可以适应于 要脱水的物品属性。 通过影响该比例,可以通过简单经济手段从标准模式覆盖广泛的应用,从而提高成本效益比。
    • 7. 发明授权
    • Slurry rising apparatus and method therefor
    • 浆料上升装置及其方法
    • US5204009A
    • 1993-04-20
    • US745007
    • 1991-08-14
    • Steve Rowland
    • Steve Rowland
    • B01D33/04
    • B01D33/042
    • A method of rinsing a slurry contained between a pair of converging mesh belts comprising the steps of splitting the slurry into two streams, each stream adjacent one of the converging mesh belts, introducing a stream of rinsing fluid between the two slurry streams, the point of introduction of the rinsing fluid between the two slurry streams is not more than 12 inches before and not more than 72 inches after the slurry streams contact the converging mesh, and creating compressive forces within the pair of mesh belts, which compressive forces continue for a distance of at least 24 inches after introduction of the stream of rinsing fluid.
    • 一种冲洗包含在一对会聚网带之间的浆料的方法,包括以下步骤:将浆料分成两股流,每条流在相邻的一个会聚网带之间流动,在两个浆料流之间引入冲洗流体流, 在两个浆料流之间的冲洗流体的引入在浆液流接合会聚网之前不超过12英寸,并且不超过72英寸,并且在一对网带内产生压缩力,该压缩力持续一段距离 在引入冲洗液流之后至少24英寸。
    • 8. 发明授权
    • Device for separating solids from suspension
    • 用于从悬浮液中分离固体的装置
    • US5128030A
    • 1992-07-07
    • US745953
    • 1991-08-09
    • Jouko Hautala
    • Jouko Hautala
    • B01D33/04B01D33/052B01D37/02
    • B01D37/02B01D33/042
    • A device for separating solids from suspension comprises two filtering belts pervious to water travelling in the same direction and arranged to be supported and guided each by their respective liquid withdrawing surfaces provided with holes which form therebetween a prefiltering chamber converging in the direction of travel. The prefiltering chamber comprises in the beginning a supply inlet for supplying suspension to be treated into the chamber, as well as sealing elements defining the chamber at its sides in directions perpendicular to the direction of travel of the belts. The sealing elements are formed by rigid walls rigidly joined to the liquid withdrawing surfaces, such that the prefiltering chamber has a substantially closed housing-like construction.
    • 用于从悬浮液中分离固体的装置包括两个沿相同方向流动的水的过滤带,并且被布置成由它们各自的液体抽出表面支撑和引导,每个液体抽出表面在其间形成有在行进方向上会聚的预过滤室。 预过滤室在起始处包括用于将要处理的悬浮液供应到室中的供应入口以及在垂直于带的行进方向的方向上在其侧面限定室的密封元件。 密封元件由刚性地连接到液体抽出表面的刚性壁形成,使得预过滤室具有基本封闭的壳体结构。
    • 9. 发明授权
    • Drainage device in a double-sieve mold
    • 排水装置在双层模具中
    • US5116477A
    • 1992-05-26
    • US614934
    • 1990-11-16
    • Alfred BubikOtto Hildebrand
    • Alfred BubikOtto Hildebrand
    • B01D33/04D21F3/00D21F9/00
    • D21F3/00B01D33/042D21F9/003
    • An extended drainage strip (3) is placed next to the primary sieve (5) of a double-sieve mold. It has a liquid-intake space (2), which is disposed between the part of the surface (4) facing the sieve and the sieve (5). Disposed next to the other sieve (6) is at least one adjustable strip (7) arranged so that it can be placed opposite the intake space (2). Intake space (2) has a cross-sectional size that increases, if necessary, in the direction in which the liquid flows. By pressing the adjustable strip (7) against the intake space (2) of the extended strip (3), the shape of the intake space (2) can be controlled, and the suction or intake of the liquid in the intake space (2) is regulated. One object is to achieve steadily increasing suction in the flow direction. This result assists in preventing undesired pressure surges. The drainage device is simplified and thus easy to monitor. Drainage proceeds carefully, with higher retention of fine particles in the sheet of material between the sieves.
    • 将延伸的排水条(3)放置在双筛模具的主筛(5)旁边。 它具有液体进入空间(2),其设置在面向筛子的表面(4)的部分与筛(5)之间。 设置在另一个筛子(6)旁边的至少一个可调节条带(7),其布置成使得其可以放置在进气空间(2)的对面。 进气空间(2)具有如果需要在液体流动的方向上增加的横截面尺寸。 通过将可调节条(7)压靠在延伸条(3)的进气空间(2)上,可以控制进气空间(2)的形状,并且进入空间(2)中的液体的吸入或吸入 )受到管制。 一个目标是在流动方向上实现稳定增加的吸力。 该结果有助于防止不必要的压力波动。 排水装置简化,易于监控。 排水小心地进行,在筛子之间的材料片中具有更高的微粒保留。