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    • 1. 发明授权
    • Autologous blood system and method
    • 自体血液系统及方法
    • US4047526A
    • 1977-09-13
    • US580087
    • 1975-05-22
    • Gordon S. ReynoldsKarl A. Pannier, Jr.James L. Sorenson
    • Gordon S. ReynoldsKarl A. Pannier, Jr.James L. Sorenson
    • A61M1/02A61M5/00
    • A61M1/02
    • An autologous blood system comprising at least two interconnected blood receptacles, the first of which is evacuated and connected to a suction device for aspirating blood. The second receptacle takes blood from the first by overcoming the vacuum in the first without interrupting the ability of the suction device to simultaneously aspirate blood. An infusion set is connected to the second receptacle to permit simultaneous collection of the blood from the patient and infusion of the blood back into the patient. The method includes aspirating blood from the patient and collecting blood in the first receptacle. Blood is thereafter transferred to the second receptacle by overcoming the vacuum in the first receptacle without interrupting the ability of the suction device to simultaneously aspirate blood. Blood is then returned to the patient either with or without disconnecting the second receptacle from the first, the infusion step taking place concurrently with blood collection.
    • 一种自体血液系统,其包括至少两个相互连接的血液贮器,其中第一个血液接收器被抽真空并连接到用于抽吸血液的抽吸装置。 第二容器通过克服第一容器中的真空而不中断抽吸装置同时抽吸血液的能力从第一容器中取出血液。 输液器连接到第二容器以允许从患者同时收集血液并将血液输回到患者体内。 该方法包括从患者吸取血液并在第一容器中收集血液。 此后,通过克服第一容器中的真空而将血液转移到第二容器,而不会中断抽吸装置同时抽吸血液的能力。 然后,血液随着或不与第一容器断开而返回到患者,输液步骤与血液采集同时进行。
    • 3. 发明授权
    • Autologous transfusion filter system and method
    • 自体输血过滤系统及方法
    • US4033345A
    • 1977-07-05
    • US651376
    • 1976-01-21
    • James L. SorensonKarl A. Pannier, Jr.Gordon S. Reynolds
    • James L. SorensonKarl A. Pannier, Jr.Gordon S. Reynolds
    • A61M1/00A61M1/02A61M1/36A61M5/14
    • A61M1/3627A61M1/0011A61M1/0017A61M1/02Y10T137/3109
    • An autologous blood transfusion system having at least two interconnected blood receptacles and an associated filter assembly, the first receptacle being evacuated and connected to a suction device for aspirating blood. The second receptacle takes blood from the first by overcoming the vacuum in the first with a greater vacuum in the second without interrupting the ability of the suction device to simultaneously aspirate blood. The second receptacle may comprise a transfer bag for reinfusion into the patient or an infusion set may be connected to the second receptacle to permit simultaneous collection of the blood from the patient and infusion of the blood back into the patient. In either case, the second receptacle is selectively exposed to positive pressure to force blood through the filter assembly and expel the blood from the second receptacle into the transfer bag or patient. The method includes aspirating blood from the patient and collecting blood in the first receptacle. Blood is thereafter transferred to the second receptacle by increasing the vacuum in the second receptacle over the first receptacle without interrupting the ability of the suction device to simultaneously aspirate blood. Blood is then filtered by subjecting the blood within the second receptacle to positive fluid pressure which urges the blood through the filter assembly.
    • 一种自体输血系统,具有至少两个相互连接的血液接收器和相关联的过滤器组件,所述第一容器被抽真空并连接到用于抽吸血液的抽吸装置。 第二个容器从第一容器中取出血液,在第二个容器中以较大的真空克服第一个真空,而不会中断抽吸装置同时抽吸血液的能力。 第二容器可以包括用于输入到患者体内的输送袋,或者输注组件可连接到第二容器,以允许同时收集来自患者的血液并将血液输回到患者体内。 在任一情况下,第二容器选择性地暴露于正压力以迫使血液通过过滤器组件,并将血液从第二容器排出到传送袋或患者体内。 该方法包括从患者吸取血液并在第一容器中收集血液。 此后,血液通过在第一容器上增加第二容器中的真空而转移到第二容器,而不会中断抽吸装置同时抽吸血液的能力。 然后通过使第二容器内的血液经受通过过滤器组件推动血液的正的液体压力来过滤血液。
    • 4. 发明授权
    • Autologous transfusion system and method
    • 自体输血系统及方法
    • US4006745A
    • 1977-02-08
    • US631584
    • 1975-11-13
    • James L. SorensonKarl A. Pannier, Jr.Gordon S. Reynolds
    • James L. SorensonKarl A. Pannier, Jr.Gordon S. Reynolds
    • A61M1/00A61M1/02A61M5/00
    • A61M1/0011A61M1/0017A61M1/02
    • An autologous blood transfusion system comprising at least two interconnected blood receptacles, the first of which is evacuated and connected to a suction device for aspirating blood. The second receptacle takes blood from the first by overcoming the vacuum in the first with a greater vacuum in the second without interrupting the ability of the suction device to simultaneously aspirate blood. The second receptacle may comprise a transfer bag for reinfusion into the patient or an infusion set may be connected to the second receptacle to permit simultaneous collection of the blood from the patient and infusion of the blood back into the patient. In either case, the second receptacle is selectively exposed to positive pressure to expel the blood from the second receptacle into the transfer bag or patient. The method includes aspirating blood from the patient and collecting blood in the first receptacle. Blood is thereafter transferred to the second receptacle by increasing the vacuum in the second receptacle over the first receptacle without interrupting the ability of the suction device to simultaneously aspirate blood. Blood is then expelled from the second receptacle by subjecting the blood within the second receptacle to positive fluid pressure.
    • 一种自体输血系统,其包括至少两个相互连接的血液贮器,其中第一个被抽吸并连接到用于抽吸血液的抽吸装置。 第二个容器从第一容器中取出血液,在第二个容器中以较大的真空克服第一个真空,而不会中断抽吸装置同时抽吸血液的能力。 第二容器可以包括用于输入到患者体内的输送袋,或者输注组件可连接到第二容器,以允许同时收集来自患者的血液并将血液输回到患者体内。 在任一情况下,第二容器选择性地暴露于正压力以将血液从第二容器排出到传送袋或患者体内。 该方法包括从患者吸取血液并在第一容器中收集血液。 此后,血液通过在第一容器上增加第二容器中的真空而转移到第二容器,而不会中断抽吸装置同时抽吸血液的能力。 然后通过使第二容器内的血液受到正的流体压力而将血液从第二容器排出。
    • 6. 发明授权
    • Needle restraining apparatus
    • 针限制装置
    • US4079738A
    • 1978-03-21
    • US724486
    • 1976-09-20
    • Karl L. DunnGordon S. ReynoldsKarl A. Pannier, Jr.James L. Sorenson
    • Karl L. DunnGordon S. ReynoldsKarl A. Pannier, Jr.James L. Sorenson
    • A61M25/00A61M25/01A61M25/06A61M39/10A61M5/00
    • A61M39/1011A61M25/0111A61M25/0606A61M2039/1077A61M2039/1088
    • Needle restraining apparatus is provided which serves to prevent a stylet needle of a venipuncture device which fits telescopically within a catheter of the venipuncture device from longitudinally moving with respect to the catheter during venipuncture. In one embodiment, the needle restraining apparatus provides a collar constructed of heat-shrinkable plastic releasably conforming to a needle hub and the hub of a tube adaptor of the venipuncture device. The collar is shrunk so that the leading and trailing ends of the collar form a non-slip fit over the irregular contour of the hub of the tube adaptor and the hub of the stylet needle. In a second embodiment of the invention, the collar is constructed of rigid plastic and preformed to engage the hub of the tube adaptor of the device and the hub of the stylet needle thereby preventing longitudinal movement of the stylet needle relative to the catheter. Structure is provided whereby the collar can be easily released to permit removal of the stylet needle from the venipuncture device after a venipuncture has been made.
    • 提供了针限制装置,其用于防止在静脉穿刺期间相对于导管纵向移动的可伸缩地装配在静脉穿刺装置的导管内的静脉穿刺装置的针刺针。 在一个实施例中,针限制装置提供由热可收缩塑料构成的套环,该热收缩塑料可释放地符合针座和静脉穿刺装置的管适配器的毂。 颈圈收缩,使得衣领的前端和后端在管适配器的轮毂和通孔针的轮毂的不规则轮廓上形成防滑配合。 在本发明的第二实施例中,套环由刚性塑料构成并预成型以与设备的管接头的轮毂和探针针的轮毂接合,从而防止探针相对于导管的纵向移动。 提供了结构,由此可以容易地释放套环,以便在进行静脉穿刺之后从静脉穿刺装置移除探针。