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    • 1. 发明授权
    • Heart Stimulator
    • 心脏刺激器
    • US5571143A
    • 1996-11-05
    • US467267
    • 1995-06-06
    • Kurt HoegnelidHans Strandberg
    • Kurt HoegnelidHans Strandberg
    • A61N1/365A61N1/368A61N1/00
    • A61N1/368
    • A heart stimulator having a pulse generator and an electrode system, which contain at least one bipolar electrode with one pole arranged in the atrium and another pole in the ventricle, or at least two unipolar electrodes respectively arranged in the atrium and ventricle, for detecting atrial and ventricular activity includes an atrial measurement unit which is connected for measuring a signal between the two poles of the bipolar electrode, or between the two unipolar electrodes, and a ventricular measurement unit arranged to measure the signals between the ventricular pole (or electrode) and the housing of the stimulator.
    • 具有脉冲发生器和电极系统的心脏刺激器,其包含至少一个双极电极,其中一个极设置在心房中,另一极位于心室中,或至少两个单极电极分别布置在心房和心室中,用于检测心房 并且心室活动包括被连接用于测量双极电极的两极之间或两个单极电极之间的信号的心房测量单元,和设置成测量心室极(或电极)和 刺激器的住房。
    • 3. 发明授权
    • Method and device for monitoring electrodes of electrical heart
stimulators
    • 电心电刺激器电极监测方法及装置
    • US5423871A
    • 1995-06-13
    • US178837
    • 1994-01-07
    • Kurt HoegnelidHans Strandberg
    • Kurt HoegnelidHans Strandberg
    • A61N1/08A61N1/37
    • A61N1/3706A61N2001/083
    • In a method for continuous, electrical monitoring of the electrodes of an electrical heart stimulator, having at least one stimulation electrode and an indifferent electrode, the inter-electrode voltage is kept constant by regulation of a very low compensating current, and the magnitude of this current is measured and monitored. A device for such electrode monitoring includes control electronics and an output stage for delivery to the stimulation electrode of stimulation pulses. The output stage is devised to supply the electrodes with a weak, continuous current, or a repeated, pulsed current, producing a net direct current, in addition to stimulation pulses. A monitoring unit senses the inter-electrode voltage and, on the basis thereof, deliver an output signal to the control electronics for the purpose of controlling the weak current so the inter-electrode voltage is kept constant at a given value. This output signal is monitored, with significant deviations thereof, or an inability to maintain the inter-electrode voltage constant indicating the presence of a fault in the electrode system.
    • 在具有至少一个刺激电极和无关电极的电心脏刺激器的电极的连续,电监测的方法中,电极间电压通过调节非常低的补偿电流而保持恒定,并且这个 测量和监测电流。 用于这种电极监测的装置包括控制电子装置和用于传送到刺激电极的刺激脉冲的输出级。 输出级被设计为向电极提供弱的,连续的电流或重复的脉冲电流,产生除了刺激脉冲之外的净直流电流。 监视单元感测电极间电压,并且基于此,将输出信号传递到控制电子器件,以便控制弱电流,使得电极间电压保持恒定在给定值。 该输出信号被监测,具有显着的偏差,或者不能保持指示电极系统中存在故障的电极间电压恒定。
    • 4. 发明授权
    • Medical implantable lead and method for the manufacture thereof
    • 医用植入式铅及其制造方法
    • US08442647B2
    • 2013-05-14
    • US13132125
    • 2008-12-02
    • Hans StrandbergÅke SivardÅsa BrooméKenneth DahlbergGustav PellijeffLeda Henriquez
    • Hans StrandbergÅke SivardÅsa BrooméKenneth DahlbergGustav PellijeffLeda Henriquez
    • A61N1/05
    • A61N1/05A61N1/056A61N1/086A61N1/3718Y10T29/49002
    • A medical implantable lead adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body has a fixation in a distal end, which is adapted to fix a distal end of the lead to the organ, an electrode member in the distal end adapted to be in contact with tissue of the organ and receive and/or transmit electrical signals from and/or to the organ, and at least one electrically conducting coil, which includes one or more electrically conducting helical wires and that is adapted to connect the electrode member in the distal end with a monitoring and/or controlling device in a proximal end of the lead. One or more of the individual wires of the coil has a wire core that is provided with a surrounding electrically insulating layer, which in turn is provided with a surrounding electrically conducting shield layer, and the coil is close lapped such that electrically conducting shield layers of adjacent loops of the coil are in electrical contact with each other.
    • 适于植入人体或动物体内的用于监测和/或控制体内器官的医用可植入引线具有在远端固定,其适于将引线的远端固定到器官, 远端中的电极构件适于与器官的组织接触并且接收和/或传送来自器官和/或器官的电信号,以及至少一个导电线圈,其包括一个或多个导电螺旋线和 其适于将远端中的电极构件与引线的近端中的监视和/或控制装置连接。 线圈的一条或多条单独的线具有线芯,该芯线设置有环绕的电绝缘层,该电绝缘层又设置有环绕的导电屏蔽层,并且线圈被紧密地重叠,使得导电屏蔽层 线圈的相邻环彼此电接触。
    • 6. 发明授权
    • Perex respiratory system stimulation upon tachycardia detection
    • 佩雷克斯呼吸系统刺激对心动过速检测
    • US5814086A
    • 1998-09-29
    • US950138
    • 1997-10-14
    • Jakub HirschbergHans Strandberg
    • Jakub HirschbergHans Strandberg
    • A61N1/365A61N1/36A61N1/372A61N1/38
    • A61N1/3601
    • A tachycardia eliminating apparatus includes a heartbeat detector which detects heartbeats in an input heart activity signal which delivers an output heartbeat signal indicating each detected heartbeat, a tachycardia detector coupled to the output of the heartbeat detector which generates a tachycardia indication signal in response to a detected tachycardia status of a heart as reflected in the heartbeat signal, and a respiratory system stimulator coupled to the output of the tachycardia detector and generating an output respiratory system stimulation signal for stimulating a respiratory system to achieve a stimulated breathing rate, with the ratio of the detected heartbeat rate to the stimulated breathing rate corresponding to a predetermined value.
    • 心动过速消除装置包括心跳检测器,该心跳检测器检测输入心跳活动信号中的心跳,该信号传送指示每个检测到的心跳的输出心跳信号,耦合到心跳检测器的输出的心动过速检测器,其响应于检测到的心跳过程指示信号而产生心动过速指示信号 在心跳信号中反映的心脏的心动过速状态,以及耦合到心动过速检测器的输出的呼吸系统刺激器,并且产生用于刺激呼吸系统以产生刺激呼吸频率的输出呼吸系统刺激信号, 检测到对应于预定值的刺激呼吸频率的心跳速率。
    • 8. 发明授权
    • Atrial tachycardia-detecting heart stimulator comparing a plurality of
P-P intervals with a threshold
    • 房性心动过速检测心脏刺激器将多个P-P间隔与阈值进行比较
    • US5683428A
    • 1997-11-04
    • US571190
    • 1995-12-12
    • Per FranbergAnders LindgrenHans Strandberg
    • Per FranbergAnders LindgrenHans Strandberg
    • A61B5/0402A61B5/0452A61N1/362A61N1/365A61N1/368
    • A61N1/3622A61N1/3682
    • A heart stimulator for detecting atrial tachycardia, contains a control device to which are connected an atrial detector, having a blanking period, for detecting atrial events, a ventricular stimulation unit for delivering stimulation pulses in the ventricle, a counter for generating a variable PV interval between a detected atrial event and a stimulation pulse delivered in the ventricle, a time measurement unit for measuring time between two consecutive, detected atrial events and a calculation unit which, in a test mode for determining of whether atrial tachycardia is present, is arranged to cause the counter to generate a PV interval so the PV interval plus the atrial detector's blanking period is equal to half or less than half of an adjustable threshold level PP tachycardia. The time measurement unit sends a detection signal to the control device when a defined number of measured, consecutive PP intervals is less than a defined threshold value PP for the PP interval (threshold value PP tachycardia).
    • 用于检测房性心动过速的心脏刺激器包含控制装置,其连接有心房检测器,具有用于检测心房事件的消隐期,用于在心室中传送刺激脉冲的心室刺激单元,用于产生可变PV间隔的计数器 在检测到的心房事件和在心室中传送的刺激脉冲之间的时间测量单元,用于测量两个连续的检测到的心房事件之间的时间的时间测量单元和在用于确定是否存在心房性心动过速的测试模式中的计算单元被布置为 导致计数器产生PV间隔,因此PV间隔加上心房检测器的消隐周期等于可调节阈值水平PP心动过速的一半或者更少的一半。 当定义数量的测量的连续PP间隔小于PP间隔(阈值PP心动过速)的定义阈值PP时,时间测量单元向控制装置发送检测信号。
    • 10. 发明授权
    • Implantable medical electrode system having an indifferent electrode
formed as a part of the electrode insulator sleeve
    • 具有形成为电极绝缘体套筒的一部分的无差异电极的植入式医用电极系统
    • US5476496A
    • 1995-12-19
    • US241397
    • 1994-05-11
    • Hans StrandbergJakub Hirschberg
    • Hans StrandbergJakub Hirschberg
    • A61N1/05
    • A61N1/056
    • An implantable electrode system includes a connector for connecting a proximal end of the electrode to an implantable medical apparatus, such as for stimulating living tissue, and a distal end at which a tip electrode is located. The proximal end and the distal end are connected by a conductor which electrically connects the medical apparatus to the electrode tip, and which is surrounded by a flexible insulating sleeve. In order to provide an indifferent electrode having a large surface area relative to the size of the tip electrode, the insulating sleeve is provided with a section formed by an electrically conductive, flexible material, which serves as the indifferent electrode. The flexibility of the electrode system is retained, while providing an indifferent electrode of optional size.
    • 可植入电极系统包括用于将电极的近端连接到可植入医疗装置的连接器,例如用于刺激生物体组织和尖端电极所在的远端。 近端和远端通过将医疗设备电连接到电极尖端并由柔性绝缘套管包围的导体连接。 为了提供相对于尖端电极的尺寸具有大的表面积的无关电极,绝缘套管设置有由用作无差异电极的导电柔性材料形成的部分。 保持电极系统的灵活性,同时提供任选尺寸的无关电极。