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    • 7. 发明授权
    • Torque-limiting catheter handle
    • 扭矩限制导管手柄
    • US08231569B2
    • 2012-07-31
    • US12968149
    • 2010-12-14
    • Martin Maitre GrasseAnthony D. HillDon Curtis Deno
    • Martin Maitre GrasseAnthony D. HillDon Curtis Deno
    • A61M37/00A61M25/00B25B23/157
    • A61M25/01A61M25/0136A61M25/0147
    • A catheter includes a handle that advantageously limits the amount of torque that can be imparted to the body of the catheter. This advantageously reduces the likelihood of catheter failure, damage to tissue, or damage to medical devices introduced into the vasculature via the catheter. The catheter handle includes a grip portion that the practitioner manipulates in order to impart a torque and a torque transmitting portion operably coupled thereto that transmits the torque to the catheter body. A torque limiting mechanism decouples the torque transmitting portion from the grip portion, the body, and/or any pull wires when the torque imparted to the grip portion exceeds a torque threshold, thereby preventing excessive torques from being transmitted to the catheter body and/or pull wires. A practitioner may be able to adjust the torque threshold and may be able to disable the torque limiting mechanism.
    • 导管包括有利地限制可以赋予导管主体的扭矩的量的手柄。 这有利地减少导管失效,组织损伤或通过导管引入脉管系统的医疗装置的损伤的可能性。 该导管手柄包括一个把手部分,该把手部分被操作以便施加一个转矩,和一个可操作地耦合到其上的转矩传递部分,该扭矩传递部分将扭矩传递到导管主体。 当施加到把手部分的扭矩超过扭矩阈值时,转矩限制机构将扭矩传递部分与把持部分,主体和/或任何拉线分离,从而防止过大扭矩传递到导管主体和/或 拉线。 从业者可能能够调整转矩阈值,并且可能能够禁用转矩限制机构。
    • 8. 发明授权
    • Pacemaker with intra-stimulus capture detection
    • 起搏器内刺激捕获检测
    • US5766230A
    • 1998-06-16
    • US744577
    • 1996-11-06
    • Andre Guy RouthDon Curtis DenoWilliam Bruce Rottenber
    • Andre Guy RouthDon Curtis DenoWilliam Bruce Rottenber
    • A61N1/37A61N1/365
    • A61N1/3712
    • A pacemaker is disclosed that includes circuitry for monitoring the current and/or voltage delivered to the heart during a pacing pulse. A microprocessor connects to the monitoring circuitry and analyzes the current (and/or voltage) to determine when capture occurs. When capture occurs, the microprocessor terminates the pacing pulse to save energy. Conversely, if capture does not occur within a predetermined maximum time period, or if the pacing pulse amplitude falls below a predetermined threshold value, the processor immediately causes a safety pulse to fire to insure a regular beating of the heart. By monitoring the current and/or voltage delivered, and by permitting the pacing pulse width to be variable, the pacemaker of the present invention can closely track the pacing threshold of the patient with a minimum expenditure of energy.
    • 公开了一种起搏器,其包括用于在起搏脉冲期间监测输送到心脏的电流和/或电压的电路。 微处理器连接到监控电路并分析电流(和/或电压)以确定何时捕获发生。 当发生捕获时,微处理器终止起搏脉冲以节省能量。 相反,如果在预定的最大时间段内没有发生捕捉,或者如果起搏脉冲幅度低于预定阈值,则处理器立即引起安全脉冲点火以确保心脏的正常跳动。 通过监测所输送的电流和/或电压,并且通过允许起搏脉冲宽度是可变的,本发明的起搏器可以以最小的能量消耗密切地跟踪患者的起搏阈值。
    • 9. 发明授权
    • Body surface mapping system
    • 身体表面测绘系统
    • US07957784B2
    • 2011-06-07
    • US11647305
    • 2006-12-29
    • Eric Jon VothDon Curtis Deno
    • Eric Jon VothDon Curtis Deno
    • A61B5/04
    • A61B5/04011A61B5/6805
    • A body-surface mapping system is disclosed that uses a plurality of electrodes to map at least a portion of a human torso without having to adjust the positions of the electrodes. The body-surface mapping system energizes groupings or regions of electrodes, then compares and adjusts the current driven through each grouping or region of electrodes to produce near-uniform fields. The electrodes of the body-surface mapping system may be interconnected by wires capable of sensing interelectrode distances, such that the system can reconstruct a detailed model of a patient's torso surface. The body-surface mapping system may also use a catheter in addition to the body surface electrodes to compute both endocardial and epicardial voltage distributions.
    • 公开了体表映射系统,其使用多个电极来映射人体躯干的至少一部分,而不必调整电极的位置。 体表映射系统激励电极的分组或区域,然后比较和调整通过电极的每个分组或区域驱动的电流以产生近均匀的场。 身体表面映射系统的电极可以通过能够感测电极间距离的导线相互连接,使得系统可以重建患者躯干表面的详细模型。 除了身体表面电极之外,体表映射系统还可以使用导管来计算心内膜和心外膜电压分布。