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    • 4. 发明申请
    • PORTABLE DEFIBRILLATOR WITH DISPOSABLE POWER PACK
    • 便携式解码器,具有可拆卸电源包
    • WO1997002068A1
    • 1997-01-23
    • PCT/US1996011259
    • 1996-07-02
    • AUTOMATIC DEFIBRILLATOR, INC.LAMOND, PierreSTRUL, Bruno
    • AUTOMATIC DEFIBRILLATOR, INC.
    • A61N01/378
    • A61N1/39A61N1/3975
    • A portable defibrillator device has a housing including a disposable power pack and a main electronic unit. Treatment, ground pad and ECG electrodes are also included. One or more non-rechargeable batteries are positioned in the power pack, with each battery including battery contacts. An ECG detection circuit provides a control signal representative of heart activity. A defibrillation circuit is responsive to the control signal and is connected to the treatment electrode to deliver a discharge to the patient. In another embodiment, the portable defibrillator's housing includes a removable power pack and a main electronic unit. Disposed within the power pack are one or more batteries. A treatment electrode is capable of delivering a defibrillation shock and also measure ECG activity of a patient. A ground pad electrode is also included. An ECG detection circuit provides the control signal and a defibrillation circuit receives the control signal and delivers a treatment shock when appropriate. The defibrillation circuit is substantially positioned in the main electronic unit.
    • 便携式除颤器装置具有包括一次性电源组件和主电子单元的壳体。 还包括治疗,接地垫和ECG电极。 一个或多个不可充电电池位于电源组中,每个电池包括电池触点。 ECG检测电路提供代表心脏活动的控制信号。 除颤电路响应于控制信号并且连接到处理电极以向患者输送放电。 在另一个实施例中,便携式除颤器的壳体包括可拆卸的电源组件和主电子单元。 在电源包中设置一个或多个电池。 治疗电极能够递送除颤休克并且还测量患者的ECG活动。 还包括接地焊盘电极。 ECG检测电路提供控制信号,并且除颤电路接收控制信号并在适当时传递治疗冲击。 除颤电路基本上位于主电子单元中。
    • 6. 发明申请
    • THIN LAYER ABLATION APPARATUS
    • 薄层消除装置
    • WO1996000042A1
    • 1996-01-04
    • PCT/US1995008012
    • 1995-06-23
    • VIDACARE INTERNATIONALEDWARDS, Stuart, D.SHARKEY, Hugh, R.BAKER, JamesJONES, ChrisLEE, Kee, S.SOMMER, PhillipSTRUL, Bruno
    • VIDACARE INTERNATIONAL
    • A61B17/39
    • A61B18/148A61B18/1485A61B18/1492A61B18/18A61B2017/00084A61B2017/00106A61B2017/4216A61B2018/00065A61B2018/00083A61B2018/00214A61B2018/0022A61B2018/00559A61B2018/00577A61B2018/00654A61B2018/00666A61B2018/00678A61B2018/00702A61B2018/00708A61B2018/00761A61B2018/00791A61B2018/00827A61B2018/00869A61B2018/00875A61B2018/00886A61B2018/00892A61B2018/00898A61B2018/0091A61B2018/00916A61B2018/00982A61B2018/124A61B2018/1472A61B2218/002A61M3/0279A61M16/0438A61M16/0447A61M16/0481A61M25/1002A61M2025/1052A61M2025/1086A61N1/06A61N1/08
    • An apparatus for ablating an inner layer in an organ or lumen of a body, or any desired thin layer. The ablation apparatus includes a balloon-like expandable member (12) (the balloon hereinafter) having an interior section for housing an electrolytic solution, a conforming member (20) made of a material such as a resilient foam rubber (the foam rubber hereinafter). Capable of substantially conforming to a portion of the inner layer of the organ. The foam rubber delivering the electrolytic solution housed within the balloon to the inner layer of the organ, one or more electrodes (39, 41) positioned in or on the foam rubber for delivering RF energy to the inner layer of the organ, an electrical connector device connecting the one or more electrodes to an RF energy source and an electrolytic solution delivery tube for delivering the electrolytic solution from the electrolytic solution source to the balloon. The apparatus may also include a feedback device which monitors a characteristic of the inner layer and, in response, controls the delivery of RF energy to the one or more electrodes. The one or more electrodes may be positioned in or on the foam rubber for delivering RF energy to the inner layer of the organ, each electrode including an insulator formed on a surface of the electrode. The foam rubber may also include "non"-zone areas with a first porosity rate for delivering electrolytic solution to the inner layer and zone areas for housing an electrode and electrolytic solution, the zone areas having a second porosity rate that is less than the first porosity rate such that the electrolytic solution passes through the zone areas at a slower rate than through the non-zone areas. The ablation apparatus may also include a membrane positioned between the balloon and the foam rubber, the membrane adapted to receive the electrolytic solution from the balloon and deliver the electrolytic solution to the foam rubber.
    • 一种用于烧蚀身体的器官或内腔中的内层或任何所需的薄层的装置。 消融装置包括具有用于容纳电解液的内部部分的气球状可膨胀构件(以下称为气囊),由诸如弹性泡沫橡胶(以下称为泡沫橡胶)的材料制成的适形构件(20) 。 能够基本上符合器官内层的一部分。 将容纳在气囊内的电解液输送到器官的内层的泡沫橡胶,位于泡沫橡胶中或其上的一个或多个电极(39,41),用于将RF能量传递到器官的内层,电连接器 将一个或多个电极连接到RF能量源的装置和用于将电解溶液从电解液源输送到气囊的电解溶液输送管。 该装置还可以包括反馈装置,其监测内层的特性,并且作为响应,控制将RF能量传送到一个或多个电极。 一个或多个电极可以定位在泡沫橡胶中或泡沫橡胶上,用于将RF能量传递到器官的内层,每个电极包括形成在电极表面上的绝缘体。 泡沫橡胶还可以包括具有用于将电解溶液输送到内层的第一孔隙率的“非”区域和用于容纳电极和电解液的区域区域,所述区域区域具有小于第一孔隙率的第二孔隙率 孔隙率使得电解溶液以比通过非区域区域更慢的速率通过区域区域。 消融装置还可以包括位于球囊和泡沫橡胶之间的膜,该膜适于从球囊接收电解溶液并将电解溶液输送到泡沫橡胶。