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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR PERITONEAL DIALYSIS HAVING POINT OF USE DIALYSIS FLUID PREPARATION INCLUDING TESTING THEREOF
    • 具有使用透析流体制剂的腹膜透析的系统和方法,包括对其进行测试
    • WO2017193065A1
    • 2017-11-09
    • PCT/US2017/031396
    • 2017-05-05
    • GAMBRO LUNDIA ABWELLINGS, Anders
    • WELLINGS, AndersWIESLANDER, AndersJANSSON, Olof
    • A61M1/16A61M1/28
    • A peritoneal dialysis system includes a disposable set, source(s) of concentrate(s), a water purifier, a sensor, and a control unit. The disposable set includes a water port, an inlet port, a drain port, a water line in fluid communication with the water port, a drain line in fluid communication with the drain port, and a container to hold a dialysis fluid prepared by mixing water and the concentrate(s). The source(s) of concentrate(s) are in fluid communication with the inlet port, and the water purifier is configured to purify water and feed the water towards the water port so the sensor can detect a fluid property. The control unit is configured to deliver dialysis fluid mixed in the disposable set to the drain line and water purified by the water purifier along the water line, into the disposable set, and out the drain line to push dialysis fluid to the sensor.
    • 腹膜透析系统包括一次性装置,浓缩物的来源,净水器,传感器和控制单元。 一次性装置包括水端口,入口端口,排水端口,与水端口流体连通的水管线,与排水端口流体连通的排水管线以及容纳透析流体的容器,所述透析流体通过混合水 和浓缩物。 一种或多种浓缩物源与入口端口流体连通,并且净水器被配置为净化水并将水供给到水端口,从而传感器可以检测流体性质。 控制单元被配置为将在一次性装置中混合的透析流体输送到排水管线,并且由水净化器沿着水管线净化的水进入一次性装置,并且排出排水管线以将透析流体推送到传感器。 p>
    • 5. 发明申请
    • EXTRACORPOREAL BLOOD CLEANING
    • 超声波清洗
    • WO2007046757A1
    • 2007-04-26
    • PCT/SE2006/050349
    • 2006-09-25
    • GAMBRO LUNDIA ABSTERNBY, JanWIESLANDER, AndersKJELLSTRAND, PerLINDÉN, Torbjörn
    • STERNBY, JanWIESLANDER, AndersKJELLSTRAND, PerLINDÉN, Torbjörn
    • A61M1/34A61M1/16A61M1/36
    • A61M1/3472A61M1/3479A61M1/3482A61M1/3486A61M1/3686A61M1/3687A61M1/369A61M2205/055A61M2205/058
    • An apparatus (100) for extracorporeal blood cleaning includes a separation unit (110), at least two processing branches (120; 130) and a mixing unit (140). The separation unit (110) receives 5 incoming blood (B A ) and divides off a first fraction (f C ) from this blood. The first fraction (f C ) contains predominantly blood cells. The separation unit (110) also divides off at least one second fraction (f P ) , which contains predominantly blood plasma. A first processing branch (120) processes the first fraction (f C ) accor- 10 d i n g to a first cleaning process, in which cell-bound substances are removed from the blood cells. As a result, a first cleaned fraction (f C c ) containing washed blood cells is produced. A second processing branch (130) processes the second fraction (f P ) according to a second cleaning process in which toxins bound on proteins within the plasma and/or toxins dissolved in 15 the plasma are removed, and a second cleaned fraction (f P c ) is produced. The second cleaning process is different from the first cleaning process. Thereby each process can be tailored for the requirements of the respective fraction (f C , f P ) . The mixing unit 20 (140) receives the first and second cleaned fractions (f C c , f P c ) , combines these fractions (f C c , f P c ) , and outputs cleaned whole blood (B V ).
    • 用于体外血液清洁的装置(100)包括分离单元(110),至少两个处理分支(120; 130)和混合单元(140)。 分离单元(110)接收5个进入的血液(B A),并从该血液中分离出第一部分(f C)。 第一级分(f C C)主要含有血细胞。 分离单元(110)还分离出主要含有血浆的至少一个第二级分(f SUB P)。 第一处理分支(120)将第一分数(f C C C)进行处理,其中细胞结合物质从血细胞中移除。 结果,第一清洗部分(f C)