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    • 1. 发明授权
    • Blood cell washing systems and methods
    • 血细胞清洗系统及方法
    • US4919817A
    • 1990-04-24
    • US159446
    • 1988-02-18
    • Donald W. SchoendorferLee H. Williamson
    • Donald W. SchoendorferLee H. Williamson
    • B01D61/14A61M1/02A61M1/26A61M1/34A61M1/36B01D63/16
    • A61M1/34A61M1/265A61M1/3692
    • A system and method for cleaning contaminants from shed blood to enable reinfusion of a cell concentrate in the patient employs successive rotary membrane filtering stages in which Taylor vortices are generated. Shed blood led into the first rotary membrane stage is filtered to a hematocrit in the range of 50-60 with some of the waste matter being removed. The intermediate cell concentrate is passed to the second filter stage where further waste matter is initially extracted. At any intermediate region, however, a major amount of wash solution is fed into the concentrate and effectively mixed by the Taylor vortices. In the remaining length of the second filter stage waste matter is entrained in wash solution and both waste and wash solution are filtered out to provide a cell concentrate from which the great majority of contaminants have been removed.
    • 用于从流出的血液清洁污染物以使患者能够再次输注细胞浓缩物的系统和方法采用生成泰勒涡流的连续旋转膜过滤阶段。 导入第一个旋转膜阶段的血液过滤到50-60范围内的血细胞比容,其中一些废物被去除。 将中间细胞浓缩物送至第二过滤器阶段,其中最初提取进一步的废物。 然而,在任何中间区域,将主要量的洗涤溶液进料到浓缩物中并由泰勒涡流有效地混合。 在第二过滤段的剩余长度中,废物被夹带在洗涤溶液中,并且废物和洗涤溶液都被过滤出来以提供细胞浓缩物,其中大部分污染物已被除去。
    • 2. 发明授权
    • Blood cell washing systems and methods
    • 血细胞清洗系统及方法
    • US5053121A
    • 1991-10-01
    • US443550
    • 1989-11-29
    • Donald W. SchoendorferLee H. Williamson
    • Donald W. SchoendorferLee H. Williamson
    • B01D61/14A61M1/02A61M1/26A61M1/34A61M1/36B01D63/16
    • A61M1/34A61M1/265A61M1/3692
    • A system and method for cleaning contaminants from shed blood to enable reinfusion of a cell concentrate in the patient employs successive rotary membrane filtering stages in which Taylor vortices are generated. Shed blood led into the first rotary membrane stage is filtered to produce a hematocrit in the range of 50-60 with some of the waste matter being removed. The intermediate cell concentrate is passed to the second filter stage where further waste matter is initially extracted. At any intermediate region, however, a major amount of wash solution is fed into the concentrate and effectively mixed therein. In the remaining length of the second filter stage, waste matter is entrained in the wash solution and both waste and wash solution are filtered out to provide a cell concentrate from which the great majority of contaminants have been removed.
    • 用于从流出的血液清洁污染物以使患者能够再次输注细胞浓缩物的系统和方法采用生成泰勒涡流的连续旋转膜过滤阶段。 导入第一旋转膜级的血液过滤,以产生50-60范围内的血细胞比容,其中一些废物被去除。 将中间细胞浓缩物送至第二过滤器阶段,其中最初提取进一步的废物。 然而,在任何中间区域,将主要量的洗涤溶液进料到浓缩物中并有效地混合在其中。 在第二过滤阶段的剩余长度中,废物被夹带在洗涤溶液中,废物和洗涤溶液都被过滤掉,以提供细胞浓缩物,大部分污染物从该浓缩物中除去。
    • 5. 发明授权
    • Continuous centrifugation system and method for directly deriving
intermediate density material from a suspension
    • 连续离心系统和从悬浮液中直接得到中密度材料的方法
    • US4944883A
    • 1990-07-31
    • US256234
    • 1988-10-11
    • Donald W. SchoendorferClaude E. Berthe
    • Donald W. SchoendorferClaude E. Berthe
    • A61M1/26A61M1/30A61M1/36B04B5/04
    • A61M1/30A61M1/262A61M1/265A61M1/302A61M1/303A61M1/3696B04B5/0442B04B2005/0464
    • A system for continuously separating lighter and intermediate density matter, such as plasma rich in platelets from whole blood moves blood through a diverging centrifugation gap between inner and outer walls of a rotor rotating about a central axis within an outer housing. The centrifugation action creates layered flow along an intermediate section. However by crating trailing wakes in the gap between the rotor and housing, localized remixing patterns tending to move in the opposite direction are induced in the layered matter. Platelet rich plasm may then be extracted through adjacent platelet concentrate ports on the inner wall of the rotor. An interior passageway system passes the platelet rich plasma to a platelet concentrate reservoir. Recirculation of blood in the rotor-housing gap between the output and input, and pumping action provided by the diverging centrifugation gap, aid in enhancing throughput and concentration levels. Prior to the centrifugation gap an initial narrow gap section is employed to limit backward propagation of the induced circulatory patterns.
    • 用于连续分离较轻和中等密度物质的系统,例如来自全血的富含血小板的血浆,使血液通过在外壳内围绕中心轴旋转的转子的内壁和外壁之间的发散的离心间隙移动。 离心作用沿着中间部分产生分层流。 然而,通过在转子和壳体之间的间隙中装配尾部的擦拭物,在分层物质中引起倾向于在相反方向移动的局部再混合模式。 然后可以通过转子内壁上的相邻血小板浓缩物端口提取富血小板血浆。 内部通道系统将富含血小板的血浆传递到血小板浓缩物储存器。 在输出和输入之间的转子 - 壳体间隙中的血液再循环以及由分散离心间隙提供的泵送作用有助于提高产量和浓度水平。 在离心间隙之前,采用初始窄间隙部分来限制诱导循环图案的反向传播。
    • 8. 发明授权
    • Fluid processing centrifuge and apparatus thereof
    • 流体处理离心机及其设备
    • US4421503A
    • 1983-12-20
    • US281655
    • 1981-07-09
    • Allen Latham, Jr.Donald W. Schoendorfer
    • Allen Latham, Jr.Donald W. Schoendorfer
    • B04B5/04B04B13/00B04B5/00
    • B04B13/00B04B5/0428
    • A pressure plate blood processing centrifuge apparatus is described. A plate is disposed adjacent a flexible bag in which blood is being processed. Under the influence of centrifugal force the plate, which is disposed inwardly nearer the center of rotation than the bag, expels a separated blood component from the bag into a receiver container. The container may be located (1) radially inward or (2) radially outward from the bag or (3) adjacent and equidistant from the center of rotation.In the embodiment in which the container is located radially outward from the bag, a valve is provided which is responsive to the specific density of separated components to stop the flow. In other embodiments, the mass of the plate is selected so as to expel only the desired component. A plurality of alternate embodiments are described which make the apparatus useful for a variety of apparatus, such as plasma pheresis, platelet pheresis and cell-washing.
    • 描述了压板血液处理离心机装置。 邻近一个正在处理血液的柔性袋布置板。 在离心力的作用下,位于靠近旋转中心的板比该袋更靠内侧的板将分离的血液成分从袋中排出到接收容器中。 容器可以从袋子径向向内或(2)径向向外定位(1),或者(3)从旋转中心相邻和等距离地定位。 在其中容器从袋子径向向外定位的实施例中,提供了一种阀,其响应于分离的部件的特定密度来停止流动。 在其他实施例中,选择板的质量以便仅排出所需的组分。 描述了多个替代实施例,其使得该装置可用于各种装置,例如血浆置换,血小板置换和细胞洗涤。