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    • 1. 发明申请
    • CENTRIFUGE WITH CONTROLLED DISCHARGE OF DENSE MATERIAL
    • 具有控制泄漏材料的离心机
    • WO2004080601A3
    • 2004-11-11
    • PCT/US2004007384
    • 2004-03-11
    • PHASE INCKIRKER CURTISFULLER BERKELEY F
    • KIRKER CURTISFULLER BERKELEY F
    • B01D21/24B04B1/00B04B1/10B04B1/14B04B7/08B01D21/26
    • B04B7/08B01D21/2444B01D21/26B01D21/262B04B1/00B04B1/10B04B1/14
    • A centrifuge (10) with controlled discharge of dense materials disclosed. A centrifuge (10) includes a fluid separation wall (26) placed within a sleeve (12) to form a containment zone (18) therebetween. The fluid separation wall (26) aligns and rotates parallel to an axis of rotation. A receptacle (30) forming a part of the fluid separation wall (26) includes a void area (32). An opening (28) extending through the fluid separation wall (26) from the void area (32) to the outer surface of the receptacle (30) transports the more dense material to the containment zone (18). A valve ring (50) forming a part of the fluid separation wall (26) includes a valve orifice (51). The valve ring (50) aligned perpendicular to the axis of rotation and slides along the fluid separation wall (26) to move between open and closed positions. The valve orifice (51) aligns with the opening (28) such that the more dense material exits the fluid separation wall (26) and moves into the containment zone (18).
    • 公开了一种具有受控排放致密材料的离心机(10)。 离心机(10)包括放置在套筒(12)内的流体隔离壁(26),以在它们之间形成容纳区域(18)。 流体隔离壁(26)平行于旋转轴对准并旋转。 形成流体隔离壁(26)的一部分的容器(30)包括空隙区域(32)。 延伸穿过流体隔离壁(26)从空隙区域(32)到容器(30)的外表面的开口(28)将更致密的材料输送到容纳区域(18)。 形成流体隔离壁(26)的一部分的阀环(50)包括阀孔(51)。 阀环(50)垂直于旋转轴线对齐并且沿着流体分隔壁(26)滑动以在打开和关闭位置之间移动。 阀孔(51)与开口(28)对准,使得更致密的材料离开流体分隔壁(26)并移动到容纳区(18)中。
    • 2. 发明申请
    • CENTRIFUGE
    • 离心机
    • WO02057019A1
    • 2002-07-25
    • PCT/EP2002/000221
    • 2002-01-11
    • B04B1/10B04B1/14B04B11/00
    • B04B1/14
    • The invention relates to a centrifuge (or a separator) comprising a centrifugal drum (1) and a spring-loaded piston valve (5) that is guided in a drum bottom part (2) so as to be axially displaceable. Said piston valve (5) is maintained in a closed position by springs (7) that are supported on the drum bottom part (2), in which position solid discharge openings (6) provided in the jacket area (2a) of the drum bottom part (2f) are closed. A pressure is generated when a control medium is fed to an opening chamber (8) between the piston valve (5) and the centrifuge chamber bottom (3), which pressure overcomes the spring forces so that the piston valve (5) is displaced axially to such an extent that the solid discharge openings (6) are released. The springs (7) are produced from a non-alloy spring steel and are fully enclosed by cylinders (7) from a corrosion-resistant material. The invention allows for minimum dimensions of the springs (7) and their integration into the entire construction, high spring and thus closing forces and at the same times guarantees a complete insulation of the spring chamber relative to the sterile chamber.
    • 本发明涉及一种具有离心式滚筒(1)和一个弹簧加载的活塞阀离心机(或隔膜)(5),其被支撑在滚筒底部部分的关闭位置,其中,在所述包层区域(2a)的保持的下滚筒部件(2)轴向移动的 (2)旨在固体出口开口(6)关闭。 通过在开口空间引入控制介质(8)的活塞滑动件(5)和所述离心腔室的底部(3),压力可以被创建,其克服弹簧力,从而使Kolbernschieber(5)轴向移动之间,使得固体出口开口 如果启用(6)。 (7)根据本发明的弹簧由非合金弹簧钢和由耐腐蚀材料的套筒(7)完全封装制成。 特此是弹簧(7),并将其纳入在大的弹簧实现的总体结构的最小尺寸,因此锁定力,并且同时确保在弹簧空间到无菌室出来的绝对隔离。
    • 3. 发明申请
    • CENTRIFUGE WITH A SIEVE SYSTEM AND METHOD FOR OPERATING THE SAME
    • 随着对操作筛和方法离心机
    • WO01094024A1
    • 2001-12-13
    • PCT/EP2001/005332
    • 2001-05-10
    • B04B7/18B01D63/16B04B1/04B04B1/10B04B3/00B04B7/12B04B11/00B04B11/06B04B15/06
    • B04B1/10B01D63/16B04B1/04B04B3/00B04B7/12B04B11/06
    • The invention relates to a centrifuge, especially a separator, with a feed tube (3) and/or a distributor (5) for feeding a material to be centrifuged into a centrifuge compartment (9) that is defined by a centrifugal drum (7) and in which a sieve system is disposed. The invention is further characterized in that the sieve system is designed and disposed in such a manner that the flow direction of the material to be centrifuged emerging from the distributor (5) and the flow direction of particles deposited on the sieve elements of the sieve system is identical. The invention further relates to a method for cleaning the centrifuge, according to which preferably a piston slide valve of the centrifuge is opened so that a return flow of liquid through the sieve system removes substances baked to the sieves and/or any impurities.
    • 一种离心机,特别是分离器,其包括入口管(3)和/或用于将材料(5)分配器被离心分离成一个离心滚筒(7)限定的离心分离室(9),其中,筛网装置设置,其特征在于的前部, 该屏幕布置被设计和布置成使得所述材料的流动方向被离心出分配器(5)和所述筛网组件Siebkörpern沉积在颗粒被整流的流动方向的。 在用于清洁所述离心机的活塞滑动件优选地被打开的离心机中,一种方法,使得通过屏幕组件结块和/或杂质溶解的液体的逆流。
    • 4. 发明申请
    • CONTROL EQUIPMENT FOR A CENTRIFUGAL SEPARATOR AND A METHOD OF CONTROLLING A SEPARATING OPERATION
    • 离心分离器的控制装置和分离操作的控制方法
    • WO00037177A1
    • 2000-06-29
    • PCT/SE1999/002037
    • 1999-11-10
    • B04B1/08B04B1/10B04B1/12B04B11/02B04B11/00
    • B04B1/12B04B1/08B04B1/10B04B11/02B04B2013/006
    • Upon use of a nozzle centrifuge for separating oil, water and sand from a mixture thereof separated water and sand is continuously removed through nozzles (12), which are arranged at the periphery of the rotor of the nozzle centrifuge. Separated oil is discharged through a central outlet (13-15) in the rotor. Through a space (17) in the rotor, which communicates with the radially outer part (7b) of the rotor separating chamber (7), water may either be supplied under pressure to the rotor or be discharged from the rotor for maintaining an interface layer, which is formed in the separating chamber (7) between separated oil and separated water, at a predetermined radial level (22). A supply device (23-25) and a discharge device (26, 27) are adapted to supply to the rotor and discharge from the rotor, respectively, only so much water that is required for said purpose. The discharge device (26, 27) is separated from the supply device (23-25), so that discharged water need not be subjected to the pressure generated by or maintained in the supply device (23-25).
    • 当使用喷嘴离心机从其混合物中分离油,水和沙子时,通过布置在喷嘴离心机转子周边的喷嘴(12)连续除去水和沙子。 分离的油通过转子中的中心出口(13-15)排出。 通过与转子分离室(7)的径向外部部分(7b)连通的转子中的空间(17),水可以在压力下供给转子,或者从转子排出以保持界面层 ,其在分离的油和分离的水之间的分离室(7)中以预定的径向水平(22)形成。 供应装置(23-25)和排出装置(26,27)适于分别向转子供应并且从转子排出只有用于所述目的所需的水量。 排出装置(26,27)与供给装置(23-25)分离,排出的水不需要经受由供给装置(23-25)产生或维持的压力。
    • 9. 发明申请
    • CENTRIFUGE WITH COMBINATIONS OF MULTIPLE FEATURES
    • 具有多种特征组合的离散度
    • WO2005002734A3
    • 2005-05-26
    • PCT/US2004020528
    • 2004-06-25
    • PHASE INCKIRKER CURTISFULLER BERKELEY F
    • KIRKER CURTISFULLER BERKELEY F
    • B01D21/26B04B1/00B04B1/10B04B7/08B04B11/00B01D17/038B04B1/04B04B1/12B04B7/12
    • B01D21/262B04B1/00B04B1/10B04B7/08B04B11/00
    • A centrifuge (10) for removing more dense material from a fluid medium includes a rotating fluid separation wall (26) placed within an non-rotating outer sleeve (12) . A containment zone (18) is formed between the separation wall (26) and the sleeve (12). A receptacle (30) defined in part by a respective geometry and a respective shape has a void area (32) and an opening (28) leading to the containment zone (18). The more dense material is separated from the fluid medium and transported through the receptacle (30) to the containment zone (18). An excitation apparatus creates a vibration within the receptacle (30). A valve ring (450) with a valve orifice (451) is couple to the separation wall (26). The valve ring (450) has a first position stopping the more dense material from exiting the receptacle (30), and a second position allowing the more dense material to exit the receptacle (30).
    • 用于从流体介质去除更致密材料的离心机(10)包括放置在非旋转外套筒(12)内的旋转流体隔离壁(26)。 在分隔壁(26)和套筒(12)之间形成一个容纳区(18)。 由相应几何形状和相应形状部分限定的容器(30)具有通向容纳区(18)的空隙区域(32)和开口(28)。 更密集的材料与流体介质分离并通过容器(30)输送到容纳区(18)。 激励装置在容器(30)内产生振动。 具有阀孔(451)的阀环(450)耦合到分隔壁(26)。 阀环(450)具有阻止更致密材料离开容器(30)的第一位置和允许更致密材料离开容器(30)的第二位置。
    • 10. 发明申请
    • ZENTRIFUGENTROMMEL EINES DÜSENSEPARATORS UND DÜSENSEPARATOR
    • WO2022263183A1
    • 2022-12-22
    • PCT/EP2022/064966
    • 2022-06-01
    • GEA WESTFALIA SEPARATOR GROUP GMBH
    • KLEIMANN, ThomasQUITER, Kathrin
    • B04B1/10B04B1/12B04B7/08
    • Eine Zentrifugentrommel (100) eines Düsenseparators mit einer Drehachse (D) und mit einer Mehrzahl umfangsverteilt entlang eines Querschnitts senkrecht zur Drehachse (D) verteilten Düsentaschen (2, 2', 2'', 2'''), wobei sich der Querschnitt einer jeweiligen Düsentasche (2, 2', 2'', 2''') in ihrem radialen Verlauf von einem Innenumfang (I) der Zentrifugentrommel (100) zu einer Austragsöffnung (16') einer endständig an der Düsentasche (2, 2', 2'', 2''') angeordneten Düse (1, 1') hin verringert, wobei die Düsentasche (2, 2', 2'', 2''') eine Ausnehmung (3) definiert wobei die Düsentasche (2, 2', 2'') eine Symmetrieachse (L) aufweist und wobei zumindest eine der Seitenflächen (10, 10', 10'', 11, 11', 11'', 12, 12', 12'', 13, 13', 13'') einen Böschungswinkel definiert, wobei der Böschungswinkel nicht-linear, insbesondere zur Symmetrieachse (L) hin ansteigend, ausgebildet ist, oder wobei die Ausnehmung (3) entlang eines Innenumfangs (I) der Zentrifugentrommel (100) eine Öffnung in Form einer viereckigen Grundfläche (4'''), insbesondere einer nicht-euklidischen viereckigen Grundfläche aufweist, wobei diese Grundfläche (4''') rechteckig ausgebildet ist mit zwei parallel verlaufenden ersten Seiten (6''', 8''') und zwei parallel verlaufenden im Umfangsrichtung der Zentrifugentrommel gebogenen zweiten Seiten (7''', 9'''), wobei die ersten Seiten (6''', 8''') länger sind als die zweiten Seiten (7''', 9''').