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    • 31. 发明授权
    • Micropower differential sensor measurement
    • 微功率差动传感器测量
    • US06714763B2
    • 2004-03-30
    • US10215752
    • 2002-08-09
    • Michael John HamelChristopher P. TownsendSteven W. Arms
    • Michael John HamelChristopher P. TownsendSteven W. Arms
    • H04B500
    • G06K19/0701G06K19/0723
    • A sensing device includes a Wheatstone bridge and a source of a stimulation configured to apply the stimulation across two electrodes of the Wheatstone bridge. The device also includes a timing sensitive circuit configured to detect timing of a signal appearing across one of the other electrodes of the bridge as a result of the stimulation being applied. The timing provides a way to read the sensor. The device can be powered remotely and data so read can be transmitted using the remote power. The timing sensitive circuit includes a comparator. The comparator provides a high logic signal for a time related to the reactance of one leg of the Wheatstone bridge, and that provides a reading of a differential sensor having elements in each leg of the bridge.
    • 感测装置包括惠斯通电桥和被配置为在惠斯通电桥的两个电极上施加刺激的刺激源。 该装置还包括定时敏感电路,其被配置为作为施加刺激的结果来检测出现在桥的另一个电极之间的信号的定时。 时序提供了读取传感器的方法。 该设备可以远程供电,并且可以使用远程电源传输所读取的数据。 时序敏感电路包括比较器。 该比较器提供了一个与逻辑信号相关的时间,与惠斯通电桥的一条电抗相关,并提供了一个差分传感器的读数,该差分传感器在桥的每条支路中都有元件。
    • 32. 发明授权
    • Temperature gradient compensation circuit
    • 温度梯度补偿电路
    • US5914593A
    • 1999-06-22
    • US110513
    • 1998-07-06
    • Steven W. ArmsChristopher P. Townsend
    • Steven W. ArmsChristopher P. Townsend
    • G01B7/24G01D5/22G01B7/00G01N27/72G01R33/025
    • G01B7/24G01D5/2216
    • The novel temperature gradient compensation circuit is designed to overcome temperature gradient problems in inductive or capacitive circuits, such as, differential variable reluctance transducers. The system comprises, in one embodiment, the use of an inductive or alternating current bridge which sends its output to a low pass filter in order to remove the alternating current component of the bridge output. The output of the low pass filter is fed into an instrumentation amplifier whose gain can be adjusted. The output of this instrumentation amplifier is a signal that is proportional to the temperature gradient experienced by the alternating current bridge. The output of the alternating current bridge is also fed to a high pass filter and then sent to a demodulator and amplifier. By subtracting the direct current output from the alternating current output, the effects of temperature do not have an effect upon the result.
    • 新颖的温度梯度补偿电路设计用于克服电感或电容电路中的温度梯度问题,如差分可变磁阻传感器。 在一个实施例中,该系统包括使用电感或交流电桥,其将其输出发送到低通滤波器,以便去除桥输出的交流分量。 低通滤波器的输出被馈送到可以调节增益的仪表放大器中。 该仪表放大器的输出是与交流电桥经历的温度梯度成比例的信号。 交流电桥的输出也被馈送到高通滤波器,然后发送到解调器和放大器。 通过从交流输出中减去直流输出,温度的影响对结果没有影响。
    • 37. 发明申请
    • Data Collection and Storage Device
    • 数据采集​​和存储设备
    • US20090112523A1
    • 2009-04-30
    • US12353190
    • 2009-01-13
    • Christopher P. TownsendSteven W. Arms
    • Christopher P. TownsendSteven W. Arms
    • G06F17/40G06F17/30
    • G08B21/0453A61B5/002A61B5/0022A61B5/4504G06F19/00G08B21/0446Y10S707/99945Y10S707/99948
    • A data collection apparatus includes a network of sensing units for sensing a parameter. Each sensing unit of the network of sensing units includes a sensor, a first data storage device, a first receiving device, and a first transmitting device. The first data storage device is for storing data from the sensor. The first transmitting device is for transmitting data derived from the sensor. The apparatus also includes a single control unit. The single control unit includes a second receiving device, a second transmitting device, and a second data storage device. The second receiving device is for receiving data transmitted from the network of sensing units. The second data storage device is for storing the data received from the network of sensing units. The sensing units of the network of sensing units are each configured so a real time signal triggers a change in at least one from the group consisting of: (a) sensor data handling, (b) sensor data collection, (c) sensor data storage in the sensing unit, and (d) sensor data transmission to the single control unit.
    • 数据采集​​装置包括用于感测参数的感测单元的网络。 感测单元网络的每个感测单元包括传感器,第一数据存储设备,第一接收设备和第一发送设备。 第一数据存储装置用于存储来自传感器的数据。 第一发送装置用于发送从传感器得到的数据。 该装置还包括单个控制单元。 单个控制单元包括第二接收设备,第二发送设备和第二数据存储设备。 第二接收装置用于从传感单元的网络接收数据。 第二数据存储装置用于存储从感测单元的网络接收的数据。 感测单元的网络的感测单元每个被配置为使得实时信号触发从以下组中的至少一个的变化:(a)传感器数据处理,(b)传感器数据收集,(c)传感器数据存储 在传感单元中,和(d)传感器数据传输到单个控制单元。