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    • 1. 发明授权
    • Apparatus and method for optimizing cardiac performance by determining
the optimal timing interval from an accelerometer signal
    • 通过从加速度计信号确定最佳定时间隔来优化心脏性能的装置和方法
    • US5836987A
    • 1998-11-17
    • US815697
    • 1997-03-12
    • Lawrence S. BaumannBruce A. TockmanRodney W. SaloEmanuel H. Silvermint
    • Lawrence S. BaumannBruce A. TockmanRodney W. SaloEmanuel H. Silvermint
    • A61N1/362A61N1/365A61N1/368
    • A61N1/36542A61N1/3627A61N1/3682
    • A cardiac stimulating apparatus and method which optimizes cardiac performance by determining, from a filtered waveform transmitted from an accelerometer contained within the cardiac pacer, an optimum timing interval between at least one of intrinsic and paced stimulations of pre-selected chambers of the heart. Digitized data of the accelerometer signal, corresponding with identified R--R intervals, are stored for a plurality of preselected timing intervals for analysis and comparison. The accelerometer signal is filtered to isolate features of the waveform associated with specific cardiac events including for example, the first heart sound, the second heart sound or an amplitude in the frequency domain thereof. Characteristic values of these features of the accelerometer signal are calculated over a plurality of complete R--R intervals for each of the preselected timing intervals. The characteristic values are analyzed and compared to determine which timing interval optimizes cardiac performance. The cardiac stimulating apparatus and method may be used in any of several pacing modes including A-V pacing, V--V pacing, or A--A pacing.
    • 一种心脏刺激装置和方法,其通过从包含在所述心脏起搏器内的加速度计传输的经过滤波的波形确定心脏预先选择的腔室的内在和起搏刺激中的至少一个之间来优化心脏性能。 对应于识别的R-R间隔的加速度计信号的数字化数据被存储用于多个预选的定时间隔用于分析和比较。 过滤加速度计信号以分离与特定心脏事件相关联的波形的特征,包括例如第一心音,第二心音或其频域中的振幅。 对于每个预选的定时间隔,在多个完整的R-R间隔上计算加速度计信号的这些特征的特征值。 对特征值进行分析和比较,以确定哪个时间间隔优化心脏性能。 心脏刺激装置和方法可以以包括A-V起搏,V-V起搏或A-A起搏的多种起搏方式中的任何一种使用。
    • 2. 发明申请
    • WIRELESS SYNCHRONIZATION OF REMOTE SWITCHES FOR END DEVICE APPLICATIONS
    • 用于终端设备应用的远程开关的无线同步
    • US20110228936A1
    • 2011-09-22
    • US13069013
    • 2011-03-22
    • Emanuel H. Silvermint
    • Emanuel H. Silvermint
    • G06F13/42H04K1/00H04L7/00
    • H04Q9/04
    • An apparatus comprises a first device including a first switch and a transmission circuit. The switch circuit is in one of a plurality of possible switch states. The transmission circuit is communicatively coupled to the first switch circuit and is configured to transmit a wireless communication signal upon the first switch changing state. A second device includes a receiver circuit and a second switch circuit. The receiver circuit is configured to remotely receive the wireless communication signal from the transmission circuit. The second switch circuit is communicatively coupled to the receiver circuit, wherein, upon receipt of the wireless communication signal, a state of the second switch is synchronized to the state of the first switch.
    • 一种装置包括包括第一开关和传输电路的第一装置。 开关电路处于多个可能的开关状态之一。 发送电路通信地耦合到第一开关电路,并且被配置为在第一开关改变状态时发送无线通信信号。 第二装置包括接收器电路和第二开关电路。 接收机电路被配置为从传输电路远程接收无线通信信号。 第二开关电路通信地耦合到接收器电路,其中,在接收到无线通信信号时,第二开关的状态与第一开关的状态同步。
    • 5. 发明授权
    • Multiaxial transducer interconnection apparatus
    • 多轴传感器互连装置
    • US5012316A
    • 1991-04-30
    • US329533
    • 1989-03-28
    • Emanuel H. Silvermint
    • Emanuel H. Silvermint
    • A61N1/365G01P15/08G01P15/18H01L29/84
    • A61N1/36542G01P15/0802G01P15/18H01R12/714
    • A multiaxial transducer interconnection apparatus. The apparatus comprises first, second and third substrate modules each having a plurality of electrical tracks thereon. A portion of the electrical tracks is structured and arranged to interconnect the substrate modules in an orthogonal relationship to each other. The plurality of tracks on each substrate module is further arranged to form a pattern identical to the plurality of tracks on the other substrate modules. The substrate modules each include a mounting region whereon transducer die elements are mounted. One alternate embodiment of the invention would include a base upon which the modules would mount. Another alternate invention of the invention employs a chip carrier to support the multiaxial transducer of the invention.
    • 多轴传感器互连装置。 该装置包括第一,第二和第三基板模块,每个基板模块上具有多个电轨道。 电气轨道的一部分被构造和布置成以彼此正交的关系互连衬底模块。 每个衬底模块上的多个轨道还被布置成形成与其它衬底模块上的多个轨道相同的图案。 基板模块各自包括其中安装有传感器模具元件的安装区域。 本发明的一个替代实施例将包括模块所在的基座。 本发明的另一个替代发明使用芯片载体来支撑本发明的多轴换能器。