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    • 23. 发明授权
    • Implantable defibrillator system employing capacitor switching networks
    • 使用电容开关网络的可拆卸的定位器系统
    • US5199429A
    • 1993-04-06
    • US704619
    • 1991-05-23
    • Mark W. KrollTheodore P. Adams
    • Mark W. KrollTheodore P. Adams
    • A61N1/39H02M3/07
    • H02M3/07A61N1/3956A61N1/3906A61N1/3912Y02E10/56
    • The present invention uses switching networks for the predetermined combination of capacitor-discharge waveforms in order to approximate a particular waveform for application to the heart muscle in a defibrillation procedure. These are usually biphasic waveforms, or waveforms exhibiting a positive pulse followed immediately by a negative pulse. Examples of the discharge-process possibilities are those of two capacitors in parallel, two in series, two in sequence, or a capacitor or capacitors with polarity inverted. Adding capacitors and switches expands the range of possibilities and provides waveforms "tailoring" under the guidance of a switching network that can be digitally programmed from an external programming console, much as in the digital programming of a pacemaker system. Digital signals are transmitted to the implanted system using infrared, visible, RF electromagnetic radiation, or ultrasound radiation. The use of multiple capacitors rather than just a single capacitor makes it possible to pack the components more densely, and in the case of some waveforms, to use less total capacitance than in the prior art, both factors contributing to very desirable size reduction for the implantable defibrillator. One or more implanted batteries are used to meet the heavy energy requirements of defibrillation, and these are recharged, one at a time, and after full discharge, by means of implanted series-array photovoltaic devices, preferably monolithic.
    • 25. 发明授权
    • Implantable medical electrode with reduced number of conductors
    • 具有减少导体数量的植入式医用电极
    • US5531782A
    • 1996-07-02
    • US239778
    • 1994-05-09
    • Mark W. KrollTheodore P. AdamsJoseph S. PerttuCharles Supino
    • Mark W. KrollTheodore P. AdamsJoseph S. PerttuCharles Supino
    • A61N1/05A61N1/39
    • A61N1/3956A61N1/0563
    • A defibrillation electrode apparatus which provides defibrillating, pacing, and sensing functions with the use of fewer conductors. Conductor requirements are minimized by solid-state multiplexing that is accomplished at the distal end of the apparatus. The apparatus comprises:a. a body structure;b. a number "X", wherein X is at least 3, of electrode members disposed on the body structure for electrical communication with the exterior environment;c. a number "X-Y", wherein Y is a number between 1 and X-2, of conductive lead members, each lead member being communicatively connected to at least one electrode member and extending therefrom to a predetermined point on the body structure, and wherein each electrode member is connected to one lead member and at least one lead member is connected to more than one electrode member; andd. a rectifier connected between at least one lead member and at least one electrode member.
    • 一种除颤电极装置,其使用更少的导体提供除颤,起搏和感测功能。 导体要求通过在设备的远端实现的固态复用来最小化。 该装置包括:a。 身体结构; b。 设置在与外部环境电连通的主体结构上的电极构件的数量“X”,其中X为至少3个; C。 导电引线构件的数量“XY”,其中Y是1和X-2之间的数字,每个引线构件通信地连接到至少一个电极构件并从其延伸到主体结构上的预定点,并且其中每个 电极构件连接到一个引线构件,并且至少一个引线构件连接到多于一个的电极构件; 和d。 连接在至少一个引线部件和至少一个电极部件之间的整流器。
    • 27. 发明授权
    • Overcharged final countershock for an implantable cardioverter
defibrillator and method
    • 用于植入式心律转复除颤器和方法的过度充电最后的反冲
    • US5449377A
    • 1995-09-12
    • US125288
    • 1993-09-22
    • Theodore P. AdamsMark W. Kroll
    • Theodore P. AdamsMark W. Kroll
    • A61N1/39H01M2/10
    • A61N1/3956A61N1/3906H01M2/1066
    • An implantable cardioverter defibrillator (ICD) device in operated in an overcharged final countershock condition so as to provide greater efficacy and broader treatment modality for the device. Instead of delivering a repeated series of up to five countershocks at the maximum rated charging voltage in response to a persistent ventricular arrhythmia as is done in existing ICD systems, an overcharged final countershock is delivered for which the electrolytic capacitor charge storage system of the ICD system is charged at a voltage that exceeds a maximum voltage specification. By delivering an overcharged final countershock, the present invention increases the chances of reversing a persistent ventricular arrhythmia which has become increasingly resistant to electrical therapy the longer the arrhythmia persists. As there is little to no risk in overcharging electrolytic capacitors for delivering the overcharged final countershock, and in fact the added electrical energy may overcome the increasing resistance to electrical countershock therapy, the present invention can deliver a more efficacious programmed therapy regimen than is available on existing ICD systems.
    • 一种植入式心律转复除颤器(ICD)装置,其运行于过充电的最终反冲状态,以便为装置提供更大的功效和更广泛的治疗方式。 不像现有的ICD系统那样,以最大的额定充电电压提供多达五个反冲的一系列响应于持续性室性心律失常的一系列重复序列,而是向ICD系统提供电解电容器充电存储系统的过充电最终的反冲 以超过最大电压规格的电压充电。 通过产生过度充电的最后的褥疮,本发明增加了逆转持续性室性心律失常的机会,该心律失常已经变得越来越耐电疗治疗,心律失常持续时间越长。 由于过充电的电解电容器用于递送过充电的最后的反冲,几乎没有风险,事实上,所增加的电能可以克服对电抗冲击治疗的增加的阻力,本发明可以提供比现有的更有效的程序治疗方案 现有ICD系统。
    • 28. 发明授权
    • Apparatus for defibrillation pretreatment of a heart
    • 心脏除颤预处理装置
    • US5366485A
    • 1994-11-22
    • US967215
    • 1992-10-27
    • Mark W. KrollTheodore P. Adams
    • Mark W. KrollTheodore P. Adams
    • A61N1/39A61N1/00
    • A61N1/3956A61N1/3906
    • The present invention is an apparatus to apply an electrical pretreatment of pulses to a fibrillating heart that begins the process of organizing the action of the chaotically contracting myocardial cells, so that the defibrillating waveform applied after the pretreatment can accomplish its task with less energy than would otherwise be required. The same electrodes are employed for both pretreatment and defibrillation. In one preferred embodiment a long-duration, low-voltage pretreatment pulse is generated directly by battery and voltage-conversion circuitry, and is followed by the defibrillation pulse delivered from the previously charged capacitor. In variations on the embodiments, the capacitor is charged during the pretreatment pulse, or between the pretreatment and defibrillation pulses. In other embodiments, pretreatment includes a train of pulses of appreciably lower energy than the defibrillation pulse, and with inter-pulse time adjusted so that necessary capacitor recharging can be accomplished, so that the same capacitor (a component of dominant size) can be used for all pretreatment pulses and for the defibrillation pulse as well. Wide-ranging variations of pulse duration, height spacing and waveform are included, as well as selected polarity inversions.
    • 本发明是一种将脉冲电预处理应用于原纤化心脏的装置,其开始组织紊乱收缩心肌细胞的作用的过程,使得在预处理之后施加的除颤波形可以以比能量少的能量完成其任务 否则需要。 同样的电极用于预处理和除颤。 在一个优选实施例中,长期,低电压预处理脉冲由电池和电压转换电路直接产生,并且之后是从先前充电的电容器传送的除颤脉冲。 在实施例的变型中,电容器在预处理脉冲期间或在预处理和除颤脉冲之间被充电。 在其他实施例中,预处理包括比除颤脉冲明显更低能量的脉冲序列,并且调整脉冲间时间以便可以实现必要的电容器充电,使得可以使用相同的电容器(主要尺寸的分量) 对于所有预处理脉冲和除颤脉冲。 包括脉冲宽度,高度间隔和波形的广泛变化,以及选定的极性反转。
    • 29. 发明授权
    • Process for defibrillation pretreatment of a heart
    • 心脏除颤预处理的过程
    • US5314448A
    • 1994-05-24
    • US783763
    • 1991-10-28
    • Mark W. KrollTheodore P. Adams
    • Mark W. KrollTheodore P. Adams
    • A61N1/39
    • A61N1/3956A61N1/3906
    • The present invention is a process to apply an electrical pretreatment to a fibrillating heart that begins the process of organizing the action of the chaotically contracting myocardial cells, so that the defibrillating waveform applied after the pretreatment can accomplish its task with less energy than would otherwise be required. The same electrodes are employed for both pretreatment and defibrillation. In one preferred embodiment a long-duration, low-voltage pretreatment pulse is generated directly by battery and voltage-conversion circuitry, and is followed by the defibrillation pulse delivered from the previously charged capacitor. In variations on this embodiment, the capacitor is charged during the pretreatment pulse, or between the pretreatment and defibrillation pulses. In other preferred embodiments, pretreatment consists of a train of pulses of appreciably lower energy than the defibrillation pulse, and with inter-pulse time adjusted so that necessary capacitor recharging can be accomplished, so that the same capacitor (a component of dominant size) can be used for all pretreatment pulses and for the defibrillation pulse as well. Wide-ranging variations of pulse duration, height spacing and waveform are included, as well as selected polarity inversions.
    • 本发明是一种将电预处理应用于起始于组织紊乱心肌细胞的作用的过程的原纤维心脏的方法,使得在预处理之后施加的除颤波形可以以比原来的更少的能量完成其任务 需要。 同样的电极用于预处理和除颤。 在一个优选实施例中,长期,低电压预处理脉冲由电池和电压转换电路直接产生,并且之后是从先前充电的电容器传送的除颤脉冲。 在本实施例的变型中,电容器在预处理脉冲期间或在预处理和除颤脉冲之间被充电。 在其他优选实施例中,预处理包括比除颤脉冲明显更低能量的脉冲序列,并且调整脉冲间时间以便可以实现必要的电容器充电,使得相同的电容器(主要尺寸的分量)可以 用于所有预处理脉冲和除颤脉冲。 包括脉冲宽度,高度间隔和波形的广泛变化,以及选定的极性反转。