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    • 1. 发明授权
    • Flexible distributed processing system for sensor data acquisition and
control
    • 灵活的分布式处理系统,用于传感器数据采集和控制
    • US06035240A
    • 2000-03-07
    • US190480
    • 1998-11-12
    • Jack MooreheadHoward S. Barr
    • Jack MooreheadHoward S. Barr
    • G05B15/00G05B19/18
    • G05B19/0428G05B2219/21065
    • An all digital physical parameter sensing network. Sensors under control of a central computer measure factors such as temperature, pressure, flow rate, filter efficiency and the like at numerous locations in a system such as a water treatment plant. Each sensor is precalibrated with voltage offset information, sensitivity variations, corrections for nonlinear behavior, etc. stored in memory at the sensor. All sensors generate corrected voltage signals conforming with the measured physical parameter, so that any sensor can be replaced without requiring recalibration. Basically, the system comprises a central computer, a communications interface between the computer and a single bus, plural sensor nodes along the bus each including a sensor for sensing a physical condition and processing the sensed information to correct for sensor individual characteristics and for transmitting the corrected sensed information to the central computer. Assembling the various sensors and their sealing engagement with their electrical connections.
    • 全数字物理参数感测网络。 在中央计算机的控制下的传感器在诸如水处理设备的系统中的许多位置处测量诸如温度,压力,流速,过滤效率等因素。 每个传感器预先校准存储在传感器存储器中的电压偏移信息,灵敏度变化,非线性行为校正等。 所有传感器产生符合测量物理参数的校正电压信号,从而可以更换任何传感器,无需重新校准。 基本上,该系统包括中央计算机,计算机与单个总线之间的通信接口,沿着总线的多个传感器节点,每个传感器节点包括用于感测物理状况的传感器,并且处理感测到的信息以校正传感器的各个特性并传送 校正的感测信息到中央计算机。 组装各种传感器及其与电气连接的密封接合。
    • 2. 发明授权
    • Programmable infusion pump
    • 可编程输液泵
    • US5244463A
    • 1993-09-14
    • US804828
    • 1991-12-06
    • Edward T. Cordner, Jr.George T. Walker, IIIHoward S. BarrFarid Khadem
    • Edward T. Cordner, Jr.George T. Walker, IIIHoward S. BarrFarid Khadem
    • A61M5/142
    • A61M5/142Y10S128/12
    • An infusion pump system, comprises disposable tubing having an elastic segment and one-way check valves at each end of the segment for conveying intravenous fluid from a source to a patient, a compact, portable housing having an open receptacle for removably receiving a segment of the disposable tubing, a reciprocating ram mounted in the housing for periodically engaging and compressing the segment of the disposable tubing for pumping fluid therethrough, a motor mounted in the housing for driving the ram upon energization thereof, a control system mounted in the housing for receiving input signals and energizing the motor so that the fluid is pumped through the disposable tubing in accordance with pre-selected delivery rate parameters.
    • 一种输液泵系统,包括一次性管道,其具有在段的每个端部处的弹性段和单向止回阀,用于将静脉内流体从源输送到患者;紧凑的便携式壳体,具有用于可移除地接收一段 一次性管道,安装在壳体中的往复式压头,用于周期性地接合和压缩用于泵送流体的一次性管道的段;马达,其安装在壳体中,用于在通电时驱动压头;安装在壳体中用于接收的控制系统 输入信号并激励电动机,使得流体根据预先选择的输送速率参数被泵送通过一次性管道。
    • 4. 再颁专利
    • Fluorometer
    • 荧光计
    • USRE34782E
    • 1994-11-08
    • US969794
    • 1992-10-12
    • Walter B. DandlikerHoward S. BarrHenry S. KatzensteinKeith R. Watson
    • Walter B. DandlikerHoward S. BarrHenry S. KatzensteinKeith R. Watson
    • G01N21/64G02B21/16
    • G01N21/6408G02B21/16G01N21/6456G01N21/6458G01N2201/1087
    • A fluorometer for measuring a particular fluorescence emanating from a specimen and operating in accordance with the following method. Producing a burst of concentrated light energy and directing the concentrated light energy toward the specimen to produce a fluorescence from the specimen including the particular fluorescence. Preferably producing an image of the fluorescence. Detecting the fluorescence and producing a signal in accordance with the fluorescence. Controlling the passage of the image of the fluorescence for detecting within a particular time period so as to optimize the detection of the particular fluorescence. Timing the operation to sequence the detection of the fluorescence within the particular time period after the production of the burst of concentrated light energy. Scanning the fluorescence from the specimen for forming signals representative of the fluorescence from the specimen. Analyzing the signals to enhance the portion of the signal representing the particular fluorescence relative to the portion of the signal.
    • 一种荧光计,用于测量从样品发出的特定荧光并根据以下方法进行操作。 产生集中的光能的突发,并将集中的光能引导到样品以从包括特定荧光的样品产生荧光。 优选地产生荧光图像。 根据荧光检测荧光并产生信号。 控制在特定时间段内用于检测的荧光图像的通过,以便优化特定荧光的检测。 计算在产生聚集的光能的突发之后的特定时间段内对荧光的检测进行排序的操作。 扫描来自样品的荧光,以形成代表来自样品荧光的信号。 分析信号以增强表示相对于信号部分的特定荧光的信号部分。
    • 6. 发明授权
    • Electronic diving system and face mask display
    • 电子潜水系统和面罩显示屏
    • US5033818A
    • 1991-07-23
    • US297706
    • 1989-01-13
    • Howard S. Barr
    • Howard S. Barr
    • B63C11/12G02B27/00G02B27/01
    • B63C11/12G02B27/017G02B27/0172B63C2011/021G02B2027/014G02B2027/0178
    • A diver's information system is disclosed that displays information in the diver's line of sight without substantially obstructing his vision. The diver's system includes a microprocessor, and has an input capability that allows a diver to select one or more dive parameters before a dive. A plurality of sensors, connected to the microprocessor, are provided to monitor parameters such as air tank pressure, depth and water temperature. The system monitors these parameters during the ensuing dive, and provides warnings upon any of a variety of conditions occurring, such as if one or more of the parameters are violated. Throughout the dive, the system periodically stores dive data and any warnings (if present) in a static RAM. Subsequent to the dive, the stored information can be downloaded into an external computer through a provided external port.The display system of the preferred embodiment includes an LED display that is reflected from a red reflecting mirror affixed to the diver's face mask so that the image of the LEDs is positioned well within the diver's line of sight, but appears to be at a comfortable viewing distance from the diver's eyes, this distance being greater than the distance from the eyes to the mirror. Thus, simply by looking through his face mask, the diver can continuously monitor a display of pertinent dive information such as depth and water temperature, as well as essential information such as air tank pressure.
    • 潜水员的信息系统被公开,在潜水员的视线中显示信息,而不会基本上阻碍他的视力。 潜水员的系统包括微处理器,并且具有允许潜水员在潜水之前选择一个或多个潜水参数的输入能力。 连接到微处理器的多个传感器被提供以监测诸如空气罐压力,深度和水温等参数。 在随后的潜水期间,系统监视这些参数,并对发生的各种情况提供警告,例如违反了一个或多个参数。 在整个潜水过程中,系统会定期将潜水数据和任何警告(如果存在)存储在静态RAM中。 潜水后,所存储的信息可以通过提供的外部端口下载到外部计算机。 优选实施例的显示系统包括从安装在潜水员的面罩上的红色反射镜反射的LED显示器,使得LED的图像位于潜水员的视线范围内,但似乎处于舒适的观察 距离潜水员眼睛的距离,这个距离大于从眼睛到镜子的距离。 因此,只要透过他的面罩,潜水员就可以连续监测相关潜水信息的显示,例如深度和水温,以及空气罐压力等基本信息。
    • 7. 发明授权
    • Fluorometer
    • 荧光计
    • US4877965A
    • 1989-10-31
    • US751746
    • 1985-07-01
    • Walter B. DandlikerHoward S. BarrHenry S. KatzensteinKeith R. Watson
    • Walter B. DandlikerHoward S. BarrHenry S. KatzensteinKeith R. Watson
    • G01N21/64G02B21/16
    • G01N21/6408G02B21/16G01N21/6456G01N21/6458G01N2201/1087
    • A fluorometer for measuring a particular fluorescence emanating from a specimen and operating in accordance with the following method. Producing a burst of concentrated light energy and directing the concentrated light energy toward the specimen to produce a fluorescence from the specimen including the particular fluorescence. Preferably producing an image of the fluorescence. Detecting the fluorescence and producing a signal in accordance with the fluorescence. Controlling the passage of the image of the fluorescence for detecting within a particular time period so as to optimize the detection of the particular fluorescence. Timing the operation to sequence the detection of the fluorescence within the particular time period after the production of the burst of concentrated light energy. Scanning the fluorescence from the specimen for forming signals representative of the fluorescence from the specimen. Analyzing the signals to enhance the portion of the signal representing the particular fluorescence relative to the portion of the signal.
    • 一种荧光计,用于测量从样品发出的特定荧光并根据以下方法进行操作。 产生集中的光能的突发,并将集中的光能引导到样品以从包括特定荧光的样品产生荧光。 优选地产生荧光图像。 根据荧光检测荧光并产生信号。 控制在特定时间段内用于检测的荧光图像的通过,以便优化特定荧光的检测。 计算在产生聚集的光能的突发之后的特定时间段内对荧光的检测进行排序的操作。 扫描来自样品的荧光,以形成代表来自样品荧光的信号。 分析信号以增强表示相对于信号部分的特定荧光的信号部分。
    • 9. 发明授权
    • Programmable infusion system
    • 可编程输液系统
    • US5078683A
    • 1992-01-07
    • US518987
    • 1990-05-04
    • Gregory E. SancoffMark McWilliamsHoward S. BarrEdward T. Cordner, Jr.Russell C. Barton
    • Gregory E. SancoffMark McWilliamsHoward S. BarrEdward T. Cordner, Jr.Russell C. Barton
    • A61M5/142A61M39/28
    • A61M5/14228A61J2205/10A61J2205/70A61M2205/3306A61M2205/6072A61M39/281A61M5/365Y10S128/13
    • A programmable infusion system includes a disposable IV tubing apparatus for conveying intravenous fluid from a source to a patient. A compact, portable case has a receptacle for removably receiving a segment of the disposable apparatus. A peristaltic pump is mounted in the case for engaging the segment of the disposable apparatus and pumping intravenous fluid therethrough. A motor is mounted in the case and is connected for driving the pump upon energization thereof. A bar code reader is mounted in an edge portion of the case for sensing a bar code label attached to the source of intravenous fluid, such as a bag. The bar code label represents the prescribed fluid delivery parameters. These are read and displayed in alphanumeric form by the system when the edge portion of the case containing the bar code reader is passed over the label. A micro-controller mounted in the case energizes the motor so that the peristaltic pump conveys the fluid through the disposable apparatus in accordance with the delivery rate parameters.
    • 可编程输注系统包括用于将静脉内流体从源输送到患者的一次性IV管道装置。 紧凑的便携式外壳具有用于可拆卸地接收一次性装置的一部分的插座。 蠕动泵安装在壳体中用于接合一次性装置的部分并泵送静脉内流体通过其中。 电动机安装在壳体中并连接用于在通电时驱动泵。 条形码读取器安装在外壳的边缘部分中,用于感测附接到静脉内流体源(例如袋子)上的条形码标签。 条形码标签代表规定的流体输送参数。 当包含条形码读取器的外壳的边缘部分通过标签时,系统将以字母数字形式读取和显示这些内容。 安装在壳体中的微型控制器为电动机通电,使得蠕动泵根据输送速率参数将流体输送通过一次性装置。
    • 10. 发明授权
    • Heart contraction monitor
    • 心脏收缩监测仪
    • US4993427A
    • 1991-02-19
    • US434136
    • 1989-11-09
    • Howard S. BarrJoe E. DeavenportRobert J. SchuesslerThomas A. Steinke
    • Howard S. BarrJoe E. DeavenportRobert J. SchuesslerThomas A. Steinke
    • A61B8/08A61B8/15
    • A61B8/15A61B8/08
    • An apparatus for determining the magnitude of heart muscle contractions has two ultrasonic transceivers, both of which are disposed in sonic alignment on selected points of the heart. A digital counter electrically interconnects the transceivers with a digital microprocessor. The counter determines a pulse transit time which corresponds to the difference in time between the transmission of a sonic pulse from the transmitter and the reception of the sonic pulse by the receiver. Immediately after determining each pulse transit time, the counter sends the transit time signal to the microprocessor, which first filters the signals to reject any signal which indicates a heart size that is unreasonably large or small. After filtering, the transit times are averaged in groups of a predetermined number and then converted to corresponding heart size measurements for storage and display.
    • 用于确定心脏肌肉收缩幅度的装置具有两个超声波收发器,两个超声收发器在心脏的选定点处以声音对准的方式设置。 数字计数器将收发器与数字微处理器电互连。 计数器确定对应于发射机发送声音脉冲与接收机接收声音脉冲之间的时间差的脉冲传播时间。 在确定每个脉冲通过时间之后,计数器立即将通过时间信号发送到微处理器,微处理器首先对信号进行滤波以拒绝任何指示不合理大或小的心脏尺寸的信号。 过滤后,将传送时间按预定数量的组进行平均,然后转换为相应的心脏尺寸测量值进行存储和显示。