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    • 5. 发明授权
    • Mounting apparatus for blood handling systems
    • 血液处理系统的安装装置
    • US5958338A
    • 1999-09-28
    • US962360
    • 1997-10-31
    • Erin J. LindsayRonald J. Leonard
    • Erin J. LindsayRonald J. Leonard
    • A61M1/16A61M1/36A61M1/14A61M37/00B64D47/00F16D31/00
    • A61M1/3627A61M1/1698A61M2209/082
    • A blood handling system has a first blood handling apparatus mounted on a second blood handling apparatus with a mounting apparatus. The mounting apparatus has two primary components: a retention sleeve attached to a stem that protrudes from the lower portion of the first blood handling apparatus; and a slotted plate that is attached to a stem on the second blood handling apparatus. The retention sleeve has a track for receiving the slotted plate and a flexible tab, with a protruding tooth, that securely engages the slotted plate in a locked position. If it becomes necessary to disconnect the first blood handling apparatus from the second blood handling apparatus during surgery, the tab may be easily moved into an unlocked position, allowing the disk to slide freely out of the track so that the units can be easily separated from each other.
    • 血液处理系统具有安装在具有安装装置的第二血液处理装置上的第一血液处理装置。 安装装置具有两个主要部件:附接到从第一血液处理装置的下部突出的杆的保持套筒; 以及附接到第二血液处理装置上的杆的开槽板。 保持套筒具有用于接收开槽板的轨道和具有突出齿的柔性突片,其在锁定位置牢固地接合开槽板。 如果需要在手术期间将第一血液处理设备与第二血液处理设备断开连接,则该突片可以容易地移动到解锁位置,从而允许盘自由地滑出轨道,使得单元可以容易地从 彼此。
    • 6. 发明授权
    • Blood oxygenator and heat exchanger
    • 血液充氧器和换热器
    • US5762868A
    • 1998-06-09
    • US565438
    • 1995-11-30
    • Ronald J. Leonard
    • Ronald J. Leonard
    • A61M1/14A61M1/16A61M1/18A61M1/36B01D63/02A61M1/34
    • B01D63/026A61M1/1625A61M1/1629A61M1/1698B01D63/02B01D2313/38Y10T428/2927
    • An integral blood oxygenator and heat exchanger device for oxygenating and heating or cooling a patient's blood during heart bypass surgery. The device preferably includes a pleated blood filter disposed within a gap formed between the opposite ends of the blood oxygenating medium. A blood inlet manifold closely receives a tubular heat exchanging barrier and directs blood flow around the barrier to a blood outlet slot. The blood oxygenating medium covers the blood outlet slot so that blood must flow through the blood oxygenating medium before reaching the blood filter. A vent port and bypass port may be provided in the gap formed by the opposite ends of the blood oxygenating medium upstream of the blood filter.
    • 用于在心脏旁路手术期间对患者血液进行氧化和加热或冷却的整体式血氧机和热交换器装置。 该装置优选地包括设置在形成在血液充氧介质的相对端之间的间隙内的褶式血液过滤器。 血液入口歧管紧密地接收管状热交换屏障,并将血液围绕屏障引导到血液出口狭槽。 血液充氧介质覆盖血液出口狭缝,使血液在到达血液过滤器之前必须流经血液充氧介质。 可以在由血液过滤器上游的血液充氧介质的相对端形成的间隙中设置排气口和旁通口。
    • 8. 发明授权
    • Hollow fiber bundle having transverse binding means and method of making
same
    • 具有横向结合装置的中空纤维束及其制造方法
    • US4863600A
    • 1989-09-05
    • US945141
    • 1986-12-22
    • Ronald J. LeonardKenneth M. Johnson
    • Ronald J. LeonardKenneth M. Johnson
    • B01D63/00B01D63/02B65H81/00
    • B01D63/025B01D63/02B01D63/021B65H81/00
    • A mass transfer device (60) includes a hollow fiber bundle (10) comprising a generally cylindrical core (14) having opposed ends, a plurality of layers of hollow fiber (12) that have been wound around the core, and binding means (48a, 48b, 48c), such as double-sided pressure-sensitive tape that have been wound around the layers of hollow fiber in a plurality of longitudinally spaced locations along the core and intermediate the opposite ends of the core for providing longitudinally spaced support means for the hollow fiber bundle. The hollow fiber bundle is enclosed in a housing (62) having an inner wall (80) which defines a generally circular opening for receiving the hollow fiber bundle except that the inner wall adjust a fluid outlet manifold (74) includes an expansion volume (82) for the hollow fibers that are adjacent that fluid outlet manifold. A screen (88) is provided adjacent the fluid outlet manifold to prevent the fibers from migrating too far into the outlet and to provide a controlled expansion.
    • 传质装置(60)包括中空纤维束(10),该中空纤维束(10)包括具有相对端的大致圆柱形的芯(14),已经缠绕在芯上的多层中空纤维(12)和装订装置(48a ,48b,48c),例如双层压敏胶带,其沿着芯部缠绕在多个纵向间隔开的中空纤维层周围并且在芯的相对端之间中间,以提供纵向间隔开的支撑装置 中空纤维束。 中空纤维束被封装在具有内壁(80)的壳体(62)中,内壁(80)限定用于接收中空纤维束的大致圆形的开口,除了内壁调节流体出口歧管(74)包括膨胀容积(82 )用于与该流体出口歧管相邻的中空纤维。 设置在流体出口歧管附近的屏幕(88),以防止纤维迁移到远离出口并提供受控的膨胀。
    • 9. 发明授权
    • Membrane blood oxygenator
    • 膜血液充氧器
    • US5382407A
    • 1995-01-17
    • US957415
    • 1992-10-05
    • Ronald J. Leonard
    • Ronald J. Leonard
    • A61M1/18A61M1/14A61M1/16A61M39/22
    • A61M1/1698A61M1/1625A61M1/1629A61M39/228
    • A membrane oxygenator is disclosed. The oxygenator has a housing, gas and blood inlets and outlets, and a transfer membrane mechanism for transferring oxygen to blood. The oxygenator has a device for increasing its efficiency. The device maintains the total pressure of the oxygenating gas at each point within gas flow paths near yet below the total pressure of the blood opposite the transfer membrane mechanism generally throughout the oxygenator. The mechanism restricts the flow of oxygenating gas exiting through a oxygenating gas outlet with approximately the pressure of blood exiting through a blood outlet by providing a pressurization fluid with approximately the pressure of the blood exiting through the blood outlet. In a preferred embodiment, the oxygenating gas outlet is situated within the hollow portion of the housing.
    • 公开了膜氧合器。 氧合器具有壳体,气体和血液入口和出口,以及用于将氧气输送到血液的转移膜机构。 氧合器具有提高其效率的装置。 该设备保持气体流动路径内的每个点处的氧合气体的总压力接近但低于与整个整个氧合器中的转移膜机构相反的血液总压力。 该机构通过提供近似于通过出血口离开的血液的压力的加压流体来限制离开氧合气体出口的充氧气体的流量,其中血液离开血液出口的压力。 在优选实施例中,氧合气出口位于壳体的中空部分内。