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    • 11. 发明申请
    • BLOOD PURIFICATION APPARATUS AND BLOOD PURIFICATION CIRCUIT
    • 血液净化装置和血液净化电路
    • US20090272679A1
    • 2009-11-05
    • US12278427
    • 2007-01-29
    • Junya FujiiShigeki Kawarabata
    • Junya FujiiShigeki Kawarabata
    • B01D29/60
    • A61M1/16A61M1/3437A61M1/3441A61M1/3465
    • The present invention provides a blood purification apparatus and a blood purification circuit, by which a circuit can be shared by different modes for performing respective continuous blood purification methods, a structure of the apparatus performing the continuous blood purification methods can be simplified, and CHF, CHD, CHDF, and ECUM can be performed. The blood purification apparatus and the blood purification circuit according to the present invention includes: a first supply fluid channel (3) having one end connected to a supply fluid container (1) containing a supply fluid flowing in the first supply fluid channel (3); a first branched part (4) connected to the other end of the first supply fluid channel (3); a first supply fluid pump (10a) connected to the first branched part (4); a second supply fluid channel (7) which has one end connected to the first supply fluid pump (10a) and the other end connected to a dialyzer (6) that filters and dialyzes blood, and in which the supply fluid from the first supply fluid pump (10a) flows; a second supply fluid pump (10b) connected to the first branched part (4); and a third supply fluid channel (9) in which a supply fluid from the second supply fluid pump (10b) flows, having one end connected to the second supply fluid pump (10b) and the other end connected to a vein side blood channel (16) in which blood taken from a patient flows.
    • 本发明提供了一种血液净化装置和血液净化电路,通过该血液净化装置和血液净化回路,可以通过不同的模式共享用于进行各自的连续血液净化方法的电路,可以简化执行连续血液净化方法的装置的结构,并且CHF, 可以执行CHD,CHDF和ECUM。 根据本发明的血液净化装置和血液净化回路包括:第一供给流体通道(3),其一端与供给流体容器(1)连接,供给流体容器(1)包含在第一供给流体通道(3)中流动的供给流体, ; 连接到第一供应流体通道(3)的另一端的第一分支部分(4); 连接到第一分支部分(4)的第一供应流体泵(10a); 第二供应流体通道(7),其一端连接到第一供给流体泵(10a),另一端连接到过滤和透析血液的透析器(6),并且其中来自第一供给流体 泵(10a)流动; 连接到第一分支部分(4)的第二供给流体泵(10b); 以及第三供应流体通道(9),其中来自第二供给流体泵(10b)的供给流体流动,其一端连接到第二供给流体泵(10b),另一端连接到静脉侧血液通道 16),其中从患者身上获取的血液流动。
    • 12. 发明申请
    • Closed-Type Blood Reservoir and Extracorporeal Blood Circulation Apparatus Using the Same
    • 闭式血库和体外循环血液循环装置
    • US20090062716A1
    • 2009-03-05
    • US11992839
    • 2006-10-03
    • Hiroyuki MaedaShigeki Kawarabata
    • Hiroyuki MaedaShigeki Kawarabata
    • A61M1/10
    • A61M1/3627A61M1/3636A61M2206/16
    • An example of the closed-type blood reservoir of the invention is furnished with an outer shell in which a space is formed within its interior, a flexible septum that is interposed between a blood storage chamber shell and a volume adjustment chamber shell and that divides the space into a blood storage chamber for storing blood and a volume adjustment chamber for storing volume adjustment liquid, a blood inlet port, a blood outlet port, and a blood storage chamber air discharge port that are provided in the blood storage chamber shell such that they are in communication with the blood storage chamber, and a volume adjustment liquid port that is provided in the volume adjustment chamber shell such that it is in communication with the volume adjustment chamber, for injecting and ejecting the volume adjustment liquid into and away from the volume adjustment chamber, wherein the blood inlet port and the blood outlet port each are provided tangentially to the inner surface of the blood storage chamber shell such that blood that flows into the blood storage chamber from the blood inlet port can swirl along the inner surface of the blood storage chamber shell, and wherein the closed-type blood reservoir has a first blood flow route, provided in the blood storage chamber, that is formed by an outward concavity of the inner surface of the blood storage chamber shell, and that is in communication with the blood outlet port and at least part of which is formed in the direction of extension of the blood outlet port.
    • 本发明的封闭式血液储存器的一个实例配备有外壳,其中在其内部形成有空间,柔性隔膜插入在血液储存室壳体和体积调节室壳体之间, 用于存储血液的血液存储室的空间和用于存储设置在储血室壳体中的容积调节液体,血液入口,血液出口和血液存储室空气排出口的容积调节室,使得它们 与血液存储室连通,以及容积调整液体口,其设置在容积调节室壳体内,使得其与容积调节室连通,用于将体积调节液体注入和排出体积 调节室,其中,所述血液入口和所述血液出口各自与所述血液塞的内表面相切地设置 使得血液从血液入口进入血液储存室的血液可以沿着血液储存室壳体的内表面旋转,并且其中闭合型血液储存器具有设置在血液中的第一血流路径 存储室,其由储血室壳体的内表面的向外凹部形成,并且与血液出口连通,并且其至少一部分在血液出口的延伸方向上形成。