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    • 1. 发明授权
    • Medical device for detecting hemodynamic conditions of a heart
    • 用于检测心脏血液动力学状况的医疗装置
    • US5615684A
    • 1997-04-01
    • US429614
    • 1995-04-27
    • Pia HagelKjell NorenKurt Hoegnelid
    • Pia HagelKjell NorenKurt Hoegnelid
    • A61B5/022A61N1/362A61N1/365A61N1/39A61B5/021
    • A61N1/36564A61N1/3621A61N1/3956
    • A device for detecting hemodynamic conditions in a heart, in particular conditions corresponding to dangerous arrhythmias contains a sensing unit for a physiological variable, such as blood pressure, the unit emitting a signal on the basis of the variable having an average value, a signal conditioning unit connected to the sensing unit, a calculation unit connected to the signal conditioning unit and a comparator after the calculation unit. The calculation unit is devised to calculate a variability measure relative to the signal's average value, the variability measure being correlated to average blood pressure, and the variability measure is compared in the comparator to an adjustable threshold value corresponding to a specific hemodynamic condition, whereupon the comparator emits an indication signal when the variability measure falls below the threshold value.
    • 用于检测心脏中的血液动力学状况的装置,特别是与危险性心律失常相对应的条件包括用于生理变量例如血压的感测单元,该单元基于具有平均值的变量发出信号,信号调理 连接到感测单元的单元,连接到信号调节单元的计算单元和计算单元之后的比较器。 计算单元被设计为计算相对于信号平均值的可变性度量,可变性度量与平均血压相关,并且可变性度量在比较器中被比较到对应于特定血液动力学条件的可调阈值, 当可变性测量值低于阈值时,比较器发出指示信号。
    • 2. 发明授权
    • Defibrillator with controllable discharge switch
    • 除颤器带可控放电开关
    • US5358512A
    • 1994-10-25
    • US107059
    • 1993-08-17
    • Kurt HoegnelidKenth-Ake-Sune Nilsson
    • Kurt HoegnelidKenth-Ake-Sune Nilsson
    • A61N1/39
    • A61N1/3931A61N1/3912
    • Defibrillation of a heart ensues using a charging capacitor connected via a controllable switch arrangement to electrodes arranged in the region of the heart, the switch arrangement being operated to discharge across the heart tissue. In order to limit the initial current to a value not significantly exceeding the minimum value necessary to effect defibrillation, the controllable switch arrangement includes two contacts between which a contact maker, for example a mercury drop, is disposed, which is deformable under the influence of an electro-mechanical transducer. The transducer is arranged such that the contact maker connects the two contacts to one another given a prescribed excursion of the electro-mechanical transducer and, given a change of the excursion departing from the prescribed excursion, varies the electrical resistance between the contacts. The drive of the controllable switch arrangement ensues with turn-on pulses having a pulse height that is variable for setting the desired electrical resistance between the contacts.
    • 心脏的除颤使用通过可控开关装置连接的充电电容器与布置在心脏区域中的电极连接,开关装置被操作以跨越心脏组织排出。 为了将初始电流限制在不显着超过实现除颤所需的最小值的值,可控开关装置包括两个触点,在该触点之间设置接触器,例如汞滴,其可在 机电换能器。 传感器被布置成使得接触器在给定机电换能器的规定偏移的情况下将两个触点彼此连接,并且在偏离规定的偏移的偏移的变化下,改变触点之间的电阻。 可控开关布置的驱动随着具有可变的脉冲高度的导通脉冲而发生,用于设置触点之间的期望的电阻。
    • 5. 发明授权
    • Resorbable temporary medical electrode device
    • 可再吸收的临时医用电极装置
    • US5480420A
    • 1996-01-02
    • US299345
    • 1994-09-01
    • Kurt HoegnelidHans ThornanderMartin Obel
    • Kurt HoegnelidHans ThornanderMartin Obel
    • A61N1/05A61N1/362A61N1/04
    • A61N1/056
    • A temporarily implantable electrode device, intended for sensing electrical signals from living tissue, has an insulating sheath of resorbable material, and at least one non-toxic, liquid conductor contained inside the insulating sheath in order to form an electrical conductor which, via an electrode adapted for interaction with living tissue can sense and carry electrical signals from living tissue to a medical apparatus connected to the electrode device. The resorbable material ultimately dissolves completely into the body of the subject in whom the electrode device was temporarily implanted, and the non-toxic, liquid conductor simultaneously mixes with other fluids, making explantation of the electrode device unnecessary.
    • 用于感测来自活体组织的电信号的临时可植入电极装置具有可再吸收材料的绝缘护套,以及包含在绝缘护套内部的至少一种无毒液体导体,以便形成电导体,其经由电极 适于与生物体组织的相互作用可以感测并携带从生物组织到连接到电极装置的医疗装置的电信号。 可再吸收材料最终完全溶解到临时注入电极装置的被检体的体内,并且无毒的液体导体与其它流体同时混合,不需要电极装置的外植。
    • 7. 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。
    • 9. 发明授权
    • Electrode system for pacemakers
    • 起搏器用电极系统
    • US5487758A
    • 1996-01-30
    • US124454
    • 1993-09-22
    • Kurt HoegnelidAlf Oehman
    • Kurt HoegnelidAlf Oehman
    • A61N1/05A61N1/36
    • A61N1/0573
    • An electrode system for pacemakers has at least one ventricular electrode, intended for placement in contact with heart tissue in the ventricle in order to sense electrical activity and stimulate and connected to a conductor for transmitting signals to and from the electrode. The part of the conductor nearest to the ventricular electrode is in the form of an insulated needle, helix or screw for puncturing or screwing into the part of the atrial wall facing the septum during implantation and having a sufficient length to permit the conductor to extend into the septum or superior part of the outer ventricular wall.
    • 用于起搏器的电极系统具有至少一个心室电极,用于与心室中的心脏组织接触以便感测电活动并且刺激并连接到用于将信号传导到电极和从电极传导的导体。 最靠近心室电极的导体部分是绝缘针,螺旋或螺钉的形式,用于在植入期间刺入或拧入面向隔膜的心房壁部分,并且具有足够的长度以允许导体延伸到 隔膜或外壁的上部。