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    • 92. 发明授权
    • Messvorrichtung zur Reduzierung von Messfehlern
    • 用于减少测量误差的测量装置
    • EP1487332B1
    • 2012-06-27
    • EP03744728.1
    • 2003-03-13
    • Stockinger, Christian
    • Stockinger, Christian
    • A61B5/04A61B5/0424
    • A61B5/01A61B5/0002A61B5/0531
    • The invention relates to a device for determining the inexact placement of measuring points on measuring sensors and for reducing measuring errors, which result from the movement between the measuring points and the measuring sensors when measuring the most diverse quantities to be measured, with the aim of creating robust measuring systems for recording measured values under real or difficult conditions. The invention is characterized by: detecting whether and which sensor elements are covered and thus in contact with the point to be measured; tracking and/or adapting the sensor elements so that the contact is not interrupted even during movements, and; the resilient arrangement of the contacts for constantly maintaining the mechanical bearing pressure when measuring the electrical skin resistance. The measurement data are processed further by software that determines the area of contact from the signals of the device and from the knowledge of the arrangement of the measuring elements, and uses the completely covered sensor elements determined thereby in order to conduct measurements with the fewest possible number of errors.
    • 93. 发明公开
    • ACTIVE DISCHARGE OF ELECTRODE
    • 铅的有效放电
    • EP2155054A1
    • 2010-02-24
    • EP08738096.0
    • 2008-05-07
    • Koninklijke Philips Electronics N.V.
    • DOUGLAS, Alexander Ulrich
    • A61B5/0424A61B5/0428G01R27/26
    • A61B5/04284A61B5/0424
    • The disclosure is directed to a capacitive sensor for measuring a small biomedical electrical charge originating from an object under test comprising input circuit elements having an electrode for sensing the charge to provide an output signal that is a function of the charge being measured, wherein the electrode has no electrical contact with the object; amplification circuit elements (A) connected to the input circuit elements; processing circuit elements configured for receiving and processing the amplified output signal and to provide the measurement; and conditioning and monitoring circuit elements coupled to at least the input circuit elements comprising monitoring circuit elements and conditioning circuit elements; (Rl) wherein the monitoring circuit elements are configured for monitoring the amplified output signal to detect an error in a measurement that is greater than a preset value caused by charge buildup on the electrode; and wherein the conditioning circuit elements are configured to be activated for. discharging the electrode when the error in the measurement is detected by the monitoring circuit elements and the conditioning circuit elements are configured to be deactivated, when the error in the measurement is no longer detected.
    • 98. 发明公开
    • An electrode connectivity determination system
    • 系统zur Bestimmung einer Elektrodenverbindung
    • EP1611845A1
    • 2006-01-04
    • EP05105795.8
    • 2005-06-29
    • Draeger Medical Systems, Inc.
    • Prydekker, Randolph
    • A61B5/0424
    • A61B5/0424
    • An electrode connectivity determination system is coupled to a plurality of patient attachable electrodes (305,315). Such a system includes a comparator (306) for performing a comparison of a low frequency differential signal derived from at least two of the patient attachable electrodes with a predetermined threshold signal (DT) and a decision processor (308) for generating a signal indicating an electrode signal is at least potentially degraded in response to said first comparison. Preferably the system further comprises

      a second comparator (210(a)) for performing a second comparison of a low frequency signal derived from one of said patient attachable electrodes with a second predetermined threshold signal (AT) and the
      decision processor generates a signal indicating an electrode signal is at least potentially degraded in response to said first and said second comparisons.
    • 电极连接性确定系统耦合到多个患者可附接电极(305,315)。 这样的系统包括:比较器(306),用于执行从至少两个患者可附接电极得到的低频差分信号与预定阈值信号(DT)的比较;以及决策处理器(308),用于产生指示 电极信号至少可以响应于所述第一比较而劣化。 优选地,该系统还包括第二比较器(210(a)),用于执行从一个所述患者可附接电极得到的低频信号与第二预定阈值信号(AT)的第二比较,并且所述决策处理器产生指示 响应于所述第一和第二比较,电极信号至少可能劣化。