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    • 1. 发明授权
    • Method and system for monitoring and treating hemodynamic parameters
    • 监测和治疗血液动力学参数的方法和系统
    • US08712549B2
    • 2014-04-29
    • US10734490
    • 2003-12-11
    • Mark ZdeblickGeorge M. Savage
    • Mark ZdeblickGeorge M. Savage
    • A61N1/00
    • A61B5/036A61B5/0422A61B18/1492A61B18/22A61B2562/02A61N1/0529A61N1/0551A61N1/0553A61N1/056
    • A multiplexed medical carrier provides for sensing one or more patient parameters and/or delivering energy via separately identifiable effectors. The carrier includes a body and at least two electrical conductors coupled with at least two effectors. Effectors may be any combination of sensors, actuators or both. Sensors may measure such parameters as pressure, oxygen content, volume, conductivity, fluid flow rate, or any other chemical or physical parameters. Actuators may be used, for example, to pace a heart, stimulate muscle or neural tissue, broadcast ultrasonic energy, emit light, heat or other forms of radiation, or deliver any form of energy or substance. A method for collecting medical data from a patient includes interrogating a network of multiplexed sensors residing on parallel conductors in the patient, including addressing a first addressable sensor in the network to obtain data and addressing a second addressable sensor in the network to obtain data.
    • 复用的医疗载体提供用于感测一个或多个患者参数和/或通过单独识别的效应器递送能量。 载体包括主体和与至少两个效应器耦合的至少两个电导体。 效应器可以是传感器,致动器或两者的任何组合。 传感器可以测量诸如压力,氧含量,体积,电导率,流体流速或任何其它化学或物理参数的参数。 例如,可以使用致动器来调节心脏,刺激肌肉或神经组织,广播超声能量,发射光,热或其他形式的辐射,或递送任何形式的能量或物质。 一种用于从患者收集医学数据的方法包括询问驻留在患者的并行导体上的复用传感器的网络,包括寻址网络中的第一可寻址传感器以获得数据并寻址网络中的第二可寻址传感器以获得数据。
    • 9. 发明授权
    • Position and seal wear indicator for valves and blowout preventers
    • 阀门和防喷器的位置和密封磨损指示器
    • US4922423A
    • 1990-05-01
    • US130938
    • 1987-12-10
    • Paul C. KoomeyGeorge M. SavageJames T. Stewart
    • Paul C. KoomeyGeorge M. SavageJames T. Stewart
    • E21B33/06E21B33/064E21B34/16E21B44/00G01S15/88
    • E21B33/064E21B33/063E21B34/16E21B44/00G01S15/88
    • A position and seal or packing wear indicator for mechanical flow controlling devices such as valves and blowout preventers. For blowout preventers the system includes ultrasonic sensors for each ram and annular blowout preventer of a blowout preventer stack. Each of the ultrasonic sensors is positioned within the wall structure of the valve or blowout preventer and is recessed with respect to the inner wall surface such that a desired echo thereof occurs at the plane of the inner wall surface, thereby rendering the electronic signal processing system capable of accurately and positively sensing the precise positions of the flow controlling devices at all times. Electrical signals from the ultrasonic sensors are converted by an electronic signal conditioner to a usable interface format for transmission through a multi-conductor cable system to a remotely located computer. The computer includes software which generates on its CRT a graphical display of the respective positions of the flow controlling devices. The position detection capability provided by precision spacing of the ultrasonic sensors from the inner wall surface develops sufficient position indicating accuracy that detection of seal or packing wear can be identified. The computer also includes a printer for printing out data such as position indicating data or the graphical display of the CRT and also includes a data port for transmission of data to remote locations via microwave.
    • 用于机械流量控制装置(如阀门和防喷器)的位置和密封或包装磨损指示器。 对于防喷器,该系统包括用于防喷器堆叠的每个压头和环形防喷器的超声波传感器。 每个超声波传感器位于阀或防喷器的壁结构内,并且相对于内壁表面凹陷,使得其在内壁表面的平面处出现期望的回波,从而使电子信号处理系统 能够始终精确地和肯定地感测流量控制装置的精确位置。 来自超声波传感器的电信号通过电子信号调节器转换成可用的接口格式,以通过多导体电缆系统传输到位于远程的计算机。 计算机包括在其CRT上产生流控制装置的相应位置的图形显示的软件。 通过超声波传感器与内壁表面的精密间隔提供的位置检测能力发展出足够的位置,指示可以识别密封件或包装磨损的检测的精度。 计算机还包括用于打印诸如位置指示数据或CRT的图形显示的数据的打印机,并且还包括用于经由微波将数据传输到远程位置的数据端口。