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1.发明授权Method and apparatus for analyzing bioelectrical response waveform information, and diagnostic apparatus thereof 有权用于分析生物电响应波形信息的方法和装置及其诊断装置公开(公告)号：US07403816B2
公开(公告)日：2008-07-22
申请号：US11054436
申请日：2005-02-10
Applicant: Tamiko Ohkura
Inventor： Tamiko Ohkura
CPC classification number: A61B5/0531
Abstract: A method for analyzing skin response waveform information obtained by measuring skin impedance with a voltage of a predetermined frequency. A current value at the start of polarization caused by the application of the voltage is determined, followed by determining a current value after a predetermined amount of time from the start of the polarization. A current value after termination of the polarization (value NT) is then determined and the difference between the current value at the start of the polarization and after the predetermined amount of time from the start of the polarization (value A) is determined. The difference between the current value after the predetermined amount of time from the start of the polarization and the value NT (value B) is determined, followed by analyzing the skin response waveform information using the ratios A/B, B/A and the value NT.
Abstract translation: 一种用于分析通过以预定频率的电压测量皮肤阻抗而获得的皮肤响应波形信息的方法。 确定由施加电压引起的偏振开始时的电流值，随后在从偏振开始起经过预定时间量之后确定电流值。 然后确定极化结束后的电流值（值NT），并确定极化开始时的电流值与从极化开始起的预定时间量（值A）之间的差值。 确定从偏振开始起的预定时间量和值NT（值B）之后的电流值之间的差异，然后使用比率A / B，B / A和值来分析皮肤响应波形信息 新台币
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2.发明授权Method for measuring a gap between a proximity probe and a conductive target material 失效用于测量接近探头和导电目标材料之间的间隙的方法公开(公告)号：US06861852B2
公开(公告)日：2005-03-01
申请号：US10449931
申请日：2003-06-03
Applicant: Richard D. Slates
Inventor： Richard D. Slates
IPC: G01B7/00 , G01B7/02 , G01D5/20 , G01D18/00 , G01N27/90 , G01R27/02 , H03K17/95 , G01R25/06 , G01R27/08
CPC classification number: G01D5/202 , G01B7/003 , G01B7/023 , G01D18/00 , G01N27/9046
Abstract: A digital eddy current proximity system including a digital impedance measuring device for digitally measuring the proximity probes impedance correlative to displacement motion and position of a metallic target object being monitored. The system further including a cable-length calibration method, an automatic material identification and calibration method, a material insensitive method, an inductive ratio method and advanced sensing characteristics.
Abstract translation: 一种数字涡流接近系统，包括用于数字测量接近探针阻抗的数字阻抗测量装置，该阻抗与被监视的金属目标物体的位移运动和位置相关。 该系统还包括电缆长度校准方法，自动材料识别和校准方法，材料不敏感方法，感应比方法和先进的感测特性。
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公开(公告)号：US4700129A
公开(公告)日：1987-10-13
申请号：US899952
申请日：1986-08-25
Applicant: Shigemichi Yoshizawa , Goro Saito
Inventor： Shigemichi Yoshizawa , Goro Saito
CPC classification number: G01R25/06
Abstract: In a phase measurement apparatus having a phase detector for receiving a first frequency signal from a variable frequency signal generator and a second frequency signal from the generator through a calibration member having good linear frequency vs. phase characteristics and for detecting the input signals and outputting a phase difference signal, the apparatus further includes a first phase ratio operation section for changing an output frequency of the generator, receiving phase difference signals at frequencies as integer multiples of a phase difference of 2, and calculating a first frequency vs. phase difference ratio for the calibration member a second phase ratio operation section for changing the output frequency of the generator in a relatively narrow frequency range, receiving phase difference signals at upper and lower limit frequencies of the frequency range, and calculating a second frequency vs. phase difference ratio and a calibration section for comparing the first and second frequencies vs. phase difference ratios, increasing the gain of a variable gain amplifier for amplifying the phase difference signal when the second frequency vs. phase difference ratio is smaller than the first frequency vs. phase difference ratio, and decreasing the gain of the variable gain amplifier when the second frequency vs. phase difference ratio is larger than the first frequency vs. phase difference ratio.
Abstract translation: 在具有相位检测器的相位测量装置中，该相位检测器用于从可变频率信号发生器接收第一频率信号和通过具有良好的线性频率相位特性的校准部件来自发生器的第二频率信号，并且用于检测输入信号并输出 相位差信号，该装置还包括第一相位比操作部分，用于改变发生器的输出频率，以相位差为2的整数倍的频率接收相位差信号，并计算第一频率相对于相位差比 所述校准部件具有第二相位比操作部，用于在相对较窄的频率范围内改变所述发生器的输出频率，接收所述频率范围的上限和下限频率的相位差信号，以及计算第二频率对相位差比;以及 用于比较第一和第三的校准部分 在第二频率与相位差比小于第一频率与相位差比之间增加用于放大相位差信号的可变增益放大器的增益，并且减小变量的增益 当第二频率与相位差比大于第一频率对相位差比时，增益放大器。
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4.发明授权Magnetically coupled, high resolution linear position sensor for use in high temperature, high pressure environment 有权磁耦合，高分辨率线性位置传感器，适用于高温，高压环境公开(公告)号：US09250277B1
公开(公告)日：2016-02-02
申请号：US13425224
申请日：2012-03-20
Applicant: Mark D. Mulhern , Joseph M. Maurio
Inventor： Mark D. Mulhern , Joseph M. Maurio
Abstract: A high resolution, high reliability, magnetically coupled, linear position sensor (50) provides a means of determining the position of an object (51) using a methodology that does not require a direct mechanical or physical connection between the sensor (50) and the object (53) whose position is to be determined. The sensor (50) can operate in a high temperature, high pressure fluid with exposure to moderate levels of radioactivity. The sensor (50) utilizes dual rod elements with a magnetically coupled bridging contact slider (51) supported by a ceramic guide all of which are contained within a non magnetic pressure housing. The topology of the sensor (50) supports at least two types of measurement techniques, Time Domain Reflectometry (TDR) as well as linear resistive to determine target (51) position.
Abstract translation: 高分辨率，高可靠性的磁耦合线性位置传感器（50）提供了一种使用不需要传感器（50）和传感器（50）之间的直接机械或物理连接的方法来确定物体（51）的位置的装置 对象（53），其位置要被确定。 传感器（50）可以在暴露于中度放射性水平的高温高压流体中操作。 传感器（50）利用具有由陶瓷导向器支撑的磁耦合桥接接触滑块（51）的双杆元件，所述陶瓷导向器全部包含在非磁性压力壳体内。 传感器（50）的拓扑结构支持至少两种类型的测量技术，时域反射测量（TDR）以及线性电阻以确定目标（51）的位置。
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Patent Agency Ranking
公开(公告)号：US5744968A
公开(公告)日：1998-04-28
申请号：US641453
申请日：1996-04-30
Applicant: Walter S. Czarnocki , Thomas J. Walczak
Inventor： Walter S. Czarnocki , Thomas J. Walczak
CPC classification number: G01P15/131
Abstract: A ratiometric circuit (40) includes a differential capacitive sensor (42) for sensing a change in capacitance, a differential capacitive detector (46) operatively connected to the differential capacitive sensor for detecting a change in the capacitance of the differential capacitve sensor, an error voltage generator (48) operatively connected to the differential capacitve detector for generating a corrective voltage in response to the detected change in capacitance, and a bias circuit (50) operatively connected to the differential capacitive sensor for generating a bias voltage inversely proportional to and independent of a supply voltage for maintaining the ratiometricity between an output voltage of the differential capacitive sensor and the supply voltage.
Abstract translation: 比例电路（40）包括用于感测电容变化的差分电容传感器（42），可操作地连接到差分电容传感器的差分电容检测器（46），用于检测差分电容传感器的电容变化，误差 电压发生器（48），其可操作地连接到差分电容检测器，用于响应于检测到的电容变化产生校正电压;以及偏置电路（50），可操作地连接到差分电容传感器，用于产生与独立的成反比的偏置电压 用于维持差分电容传感器的输出电压与电源电压之间的比例尺的电源电压。
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6.发明授权Interferometer fractional freinge indicating device for sine wave input signal 失效用于正弦波输入信号的干涉仪分数倍频指示装置
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公开(公告)号：US07453268B2
公开(公告)日：2008-11-18
申请号：US11472802
申请日：2006-06-22
Applicant: Yingjie Lin
Inventor： Yingjie Lin
CPC classification number: G01L1/225
Abstract: MOSFETs are provided to connect the sensor input terminals of a ratiometric output sensor to a pair of power terminals, and the gate of each MOSFET is coupled to the opposite power terminal so that both MOSFETs are rendered conducting to power the sensor when a supply voltage of a predetermined polarity is connected across the power terminals but one of the MOSFETs is rendered non-conducting when a voltage of the opposite polarity is so applied. The MOSFET that is rendered non-conducting is oriented so that any internal source-drain diode does not bypass current around the MOSFET when voltage of the opposite polarity is applied. Optionally, over-voltage protection is provided by an input voltage sensor controlling the other MOSFET through a third MOSFET.
Abstract translation: 提供MOSFET以将比例输出传感器的传感器输入端子连接到一对电源端子，并且每个MOSFET的栅极耦合到相对的电源端子，使得当两个MOSFET被导通以对传感器供电时，当电源电压 如果施加相反极性的电压，则在功率端子之间连接预定的极性，但是MOSFET中的一个被导通成不导通。 导通不导通的MOSFET取向为使得当施加相反极性的电压时，任何内部源极 - 漏极二极管不会绕过MOSFET周围的电流。 可选地，通过通过第三MOSFET控制另一MOSFET的输入电压传感器提供过电压保护。
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公开(公告)号：US20060267572A1
公开(公告)日：2006-11-30
申请号：US11367011
申请日：2006-03-01
Applicant: Neil Sellars
Inventor： Neil Sellars
IPC: G01R25/06
CPC classification number: G06K19/07745 , G06K19/07749 , G06K19/0776 , H01L2924/0002 , H01L2924/00
Abstract: A label, a method of providing a label, and a method of applying a label are disclosed. The label and methods provide a permanently adhering base label portion, semi-permanently affix a removable portion of a secondary label portion at least to at least a portion of the base layer label, permanently affix a non-removable portion of a secondary label portion to a at least a portion of the base layer label, and apply at least a portion of an RF ID tag to a non-external face of the removable portion.
Abstract translation: 公开了一种标签，提供标签的方法和应用标签的方法。 标签和方法提供永久粘贴的基底标签部分，至少将基本标签部分的至少一部分半永久性地附加到辅助标签部分的可移除部分，永久性地将辅助标签部分的不可移除部分固定到 基底层标签的至少一部分，并且将RF ID标签的至少一部分应用于可移除部分的非外部表面。
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公开(公告)号：US06906532B2
公开(公告)日：2005-06-14
申请号：US10445691
申请日：2003-05-27
Applicant: Richard D. Slates
Inventor： Richard D. Slates
IPC: G01B7/00 , G01B7/02 , G01D5/20 , G01D18/00 , G01N27/90 , G01R27/02 , H03K17/95 , G01R27/08 , G01R25/06
CPC classification number: G01D5/202 , G01B7/003 , G01B7/023 , G01D18/00 , G01N27/9046
Abstract: A digital eddy current proximity system including a digital impedance measuring device for digitally measuring the proximity probes impedance correlative to displacement motion and position of a metallic target object being monitored. The system further including a cable-length calibration method, an automatic material identification and calibration method, a material insensitive method, an inductive ratio method and advanced sensing characteristics.
Abstract translation: 一种数字涡流接近系统，包括用于数字测量接近探针阻抗的数字阻抗测量装置，该阻抗与被监视的金属目标物体的位移运动和位置相关。 该系统还包括电缆长度校准方法，自动材料识别和校准方法，材料不敏感方法，感应比方法和先进的感测特性。
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