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    • 5. 发明申请
    • MULTI-LEVEL AVERAGING SCHEME FOR ACQUIRING HEMODYNAMIC DATA
    • 用于获取血液动力学数据的多级平均方案
    • WO2005053791A1
    • 2005-06-16
    • PCT/US2004/039412
    • 2004-11-23
    • MEDTRONIC, INC.LEE, Brian, B.BENNETT, Tommy, D.
    • LEE, Brian, B.BENNETT, Tommy, D.
    • A61N1/37
    • A61B5/0031A61B5/0205A61B5/04325A61B5/145A61B5/14532G06F19/00
    • A system and method for storing and processing physiological data in a medical recording device that allows continuous data collection and storage of such data in multiple time-resolved levels are provided. The method includes: sampling one or more physiological signals at a selected sampling rate; deriving physiological parameter values from the sampled signal; storing the parameter values as they are determined in a temporary memory buffer for a predetermined storage interval; determining a statistical aspect of the stored parameter values upon expiration of the storage interval; and writing the statistical aspect to a long-term memory buffer. A number of long-term memory buffers may be designated for storing a statistical aspect of a physiological parameter at uniquely different time resolutions. The resolution of each long-term memory buffer is determined by the storage interval defined for an associated temporary memory buffer, which stores parameter values from which statistical aspects are computed.
    • 提供一种在医疗记录装置中存储和处理生理数据的系统和方法,其允许以多个时间分辨级别连续数据收集和存储这些数据。 该方法包括:以选定的采样速率对一个或多个生理信号进行采样; 从采样信号中得到生理参数值; 将其在临时存储器缓冲器中确定的参数值存储在预定的存储间隔中; 在所述存储间隔期满时确定所存储的参数值的统计方面; 并将统计方面写入长期内存缓冲区。 可以指定多个长期记忆缓冲器用于以独特的不同时间分辨率存储生理参数的统计方面。 每个长期存储器缓冲器的分辨率由为关联的临时存储器缓冲器定义的存储间隔确定,其存储从其计算统计方面的参数值。
    • 7. 发明申请
    • VIRTUAL PHYSICIAN ACUTE MYOCARDIAL INFARCTION DETECTION SYSTEM AND METHOD
    • 虚拟医学急性心肌梗死检测系统及方法
    • WO2010011632A1
    • 2010-01-28
    • PCT/US2009/051220
    • 2009-07-21
    • MEDTRONIC, INC.WENGREEN, Eric, J.SONG, ZhendongLEE, Brian, B.
    • WENGREEN, Eric, J.SONG, ZhendongLEE, Brian, B.
    • A61B5/00
    • A61B5/0002A61B5/0006A61B5/0031A61B5/02405A61B5/0404A61B5/0452A61B5/04525A61B5/076A61N1/365
    • A system and method for virtually detecting a medical condition, such as acute myocardial infarction (AMI), in a patient using holistic diagnostic procedures implemented in medical devices. Physiological parameters in a patient are monitored in an implantable medical device (IMD) to detect deviations from desired characteristics. When severe physiological parameter deviations exist indicating with a desired certainty that the patient is experiencing a medical condition (e.g., AMI), an alert is generated. If only minor deviations from the desired characteristics exist, additional holistic diagnostic procedures are performed virtually for diagnosing whether the patient is likely to be experiencing the medical condition, such as querying the patient through an external device regarding symptoms the patient is experiencing and analyzing the patient's responses to the questions to determine whether the patient is experiencing the medical condition. When diagnosis is still unclear, additional holistic diagnostic procedures can be performed virtually until diagnosis is certain.
    • 用于使用在医疗装置中实施的整体诊断程序来虚拟检测医疗状况的系统和方法,例如急性心肌梗塞(AMI)。 在可植入医疗器械(IMD)中监测患者的生理参数,以检测与所需特征的偏差。 当存在严重的生理参数偏差,指示患者正在经历医疗状况(例如,AMI)的期望确定性时,产生警报。 如果仅存在与期望特征的微小偏差,则虚拟地执行附加的整体诊断程序,用于诊断患者是否可能经历医疗状况,例如通过外部设备查询患者所遇到的症状并分析患者的 回答问题以确定患者是否正在经历医疗状况。 当诊断仍不清楚时,可以进行额外的整体诊断程序,直到诊断确定为止。
    • 9. 发明申请
    • IMPLANTABLE MEDICAL DEVICE WITH SENSOR SELF-TEST FEATURE
    • 具有传感器自检功能的可植入医疗器械
    • WO2008039242A1
    • 2008-04-03
    • PCT/US2007/009852
    • 2007-04-24
    • MEDTRONIC, INC.PANKEN, Eric, J.MIESEL, Keith, A.LEE, Brian, B.DENISON, Timothy, J.
    • PANKEN, Eric, J.MIESEL, Keith, A.LEE, Brian, B.DENISON, Timothy, J.
    • A61N1/37
    • A61N1/3706A61B2560/0276A61N1/36535A61N1/36542A61N1/3702
    • An implantable medical device (IMD) applies a sensor self-test when a sensing device generates a sensor signal indicating an event, or when the sensor is used to validate an event detected by another device. The event may be based on a sensed condition that triggers an operational adjustment, such as a therapy or diagnostic adjustment within the IMD. A sensor self-test verifies that an implantable sensing device is functional, and can be performed with or without activating the sensor. Activating the sensor may involve, application of an electrical input signal that causes the sensor to generate an output signal. Alternatively, the sensor self-test may be performed without activating the sensor by analyzing the continuity of a signal path between the sensor and sensor interface circuitry. In either case, a sensor self-test verifies proper operation so that operational adjustments can be made with greater confidence.
    • 当感测装置产生指示事件的传感器信号时,或者当传感器用于验证另一个设备检测到的事件时,可植入医疗设备(IMD)应用传感器自检。 事件可以基于触发操作调整的感测条件,例如IMD内的治疗或诊断调整。 传感器自检可以验证可植入的感测装置是否起作用,并且可以在启动或不启动传感器的情况下执行。 激活传感器可能涉及施加导致传感器产生输出信号的电输入信号。 或者,可以通过分析传感器和传感器接口电路之间的信号路径的连续性而不激活传感器来执行传感器自检。 在任一种情况下,传感器自检将验证正确的操作,以便可以更有信心地进行操作调整。