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    • 1. 发明申请
    • DISPOSABLE AND TRIMMABLE WIRELESS PRESSURE SENSOR FOR MEDICAL APPLICATIONS
    • 用于医疗应用的可拆卸和可靠的无线压力传感器
    • US20060117859A1
    • 2006-06-08
    • US11002409
    • 2004-12-02
    • James LiuJames CookPeter Dierauer
    • James LiuJames CookPeter Dierauer
    • G01L9/00
    • A61B5/02152A61B5/031G01L9/007G01L9/0072G01L9/10G01L9/12
    • Disposable pressure sensor methods and systems are disclosed. A substrate can be provided, along with a capacitor and an inductor fixed to the substrate to form a pressure sensor thereof. In a variable L configuration, the inductor can be configured to comprise an inductor surface and a diaphragm, such that when the diaphragm is exposed to a pressure, the diaphragm moves close to the inductor surface, thereby resulting in an increase in the inductance and a decrease in the resonant frequency associated with the capacitor and the inductor and any associated circuitry. In a variable C configuration, the capacitor can be configured to comprise one electrode on the surface and one on the diaphragm, such that when the diaphragm is exposed to a pressure, the diaphragm moves close to the capacitor surface, thereby resulting in an increase in the capacitance and a decrease in the resonant frequency associated with the capacitor and the inductor and any associated circuitry. Such increase and/or decrease data are detectable by external interrogation.
    • 公开了一次性压力传感器方法和系统。 可以提供衬底以及固定到衬底的电容器和电感器,以形成其压力传感器。 在可变L配置中,电感器可以被配置为包括电感器表面和膜片,使得当膜片暴露于压力时,膜片移动靠近电感器表面,从而导致电感增加,并且a 降低与电容器和电感器以及任何相关电路相关联的谐振频率。 在可变C构造中,电容器可以被配置为包括表面上的一个电极和隔膜上的一个电极,使得当隔膜暴露于压力时,隔膜移动到电容器表面附近,从而导致增加 电容和与电容器和电感器以及任何相关电路相关联的谐振频率的降低。 这种增加和/或减少的数据可以通过外部询问来检测。
    • 4. 发明申请
    • Micro-machined acoustic wave accelerometer
    • 微加工声波加速度计
    • US20070079656A1
    • 2007-04-12
    • US11248777
    • 2005-10-11
    • James CookJames LiuSteven Magee
    • James CookJames LiuSteven Magee
    • G01P15/09
    • G01P15/0975
    • A micro-machined acceleration sensing apparatus includes a piezoelectric substrate that functions as a propagation medium. A diaphragm is configured upon the substrate, wherein the diaphragm is etched to form one or more etched cavities. Sensing elements are formed on the diaphragm, wherein a first sensing element among the sensing elements is located on a top of the diaphragm, a second sensing element among the sensing elements is located on a side of the diaphragm, and a third sensing element among the sensing elements is located at a crystallography different orientation with respect to the first and second sensing elements, such that the substrate, the diaphragm and the plurality of sensing elements comprise a micro-machined acceleration sensing apparatus thereof that is clamped at one end of the substrate to an object under an acceleration and submitted to a force at the free end of the substrate to provide signals indicative of acceleration.
    • 微加工加速度感测装置包括用作传播介质的压电基板。 隔膜被配置在基板上,其中隔膜被蚀刻以形成一个或多个蚀刻腔。 感测元件形成在隔膜上,其中感测元件中的第一感测元件位于隔膜的顶部上,感测元件中的第二感测元件位于隔膜的一侧,并且第三感测元件 感测元件相对于第一和第二感测元件位于不同取向的结晶学位置,使得衬底,隔膜和多个感测元件包括微加工的加速度感测装置,其被夹持在衬底的一端 在加速下被加载物体并且在基板的自由端处施加力以提供指示加速度的信号。
    • 6. 发明申请
    • Surface acoustic wave sensor methods and systems
    • 表面声波传感器的方法和系统
    • US20060130585A1
    • 2006-06-22
    • US11017171
    • 2004-12-18
    • Steven MageeJames CookJames Liu
    • Steven MageeJames CookJames Liu
    • G01N9/24
    • G01L1/165G01L3/10G01L9/0025
    • Sensor systems and methods are disclosed herein, including a sensor chip, upon which at least two surface acoustic wave (SAW) sensing elements are centrally located on a first side (e.g., front side) of the sensor chip. The SAW sensing elements occupy a common area on the first side of the sensor chip. An etched diaphragm is located centrally on the second side (i.e., back side) of the sensor chip opposite the first side in association with the two SAW sensing elements in order to concentrate the mechanical strain of the sensor system or sensor device in the etched diagram, thereby providing high strength, high sensitivity and ease of manufacturing thereof.
    • 传感器系统和方法在本文中公开,包括传感器芯片,至少两个表面声波(SAW)感测元件位于传感器芯片的第一侧(例如,前侧)的中心。 SAW感测元件占据传感器芯片第一侧上的公共区域。 与两个SAW传感元件相关联,蚀刻的隔膜位于与第一侧相对的传感器芯片的第二侧(即后侧)的中央,以将传感器系统或传感器设备的机械应变集中在蚀刻图中 从而提供高强度,高灵敏度和易于制造。
    • 8. 发明申请
    • Deep-fry oil quality sensor
    • 油炸油质量传感器
    • US20060272415A1
    • 2006-12-07
    • US11145461
    • 2005-06-02
    • James LiuSteven MageeJames Cook
    • James LiuSteven MageeJames Cook
    • G01N29/00
    • A47J37/1266G01N29/022G01N33/03G01N2291/0226G01N2291/0256G01N2291/0422G01N2291/0423G01N2291/0426G01N2291/0427
    • A cooking oil quality sensing apparatus and system includes an acoustic wave sensor comprising one or more acoustic wave transducers configured upon a piezoelectric substrate such that when the acoustic wave sensor is in contact with cooking oil, the sensor generates acoustic wave data indicative of the quality of the cooking oil. An antenna can be integrated with the acoustic wave sensor, such that the antenna receives data an external source and transmits the acoustic wave data indicative of the quality of the cooking oil to the external source. An oscillator can be integrated with the acoustic wave sensor, such that the output of the oscillator contains data indicative of the quality of the cooking oil. The acoustic wave sensor can be coated with a material that is selectively sensitive and/or reactive to one or more fatty acids associated with or contained in the cooking oil.
    • 烹饪油质量检测装置和系统包括声波传感器,该声波传感器包括在压电基片上配置的一个或多个声波换能器,使得当声波传感器与烹饪油接触时,传感器产生指示质量的声波数据 烹饪油。 天线可以与声波传感器集成,使得天线接收外部源的数据,并将表示烹饪油的质量的声波数据传输到外部源。 振荡器可以与声波传感器集成,使得振荡器的输出包含指示烹饪油的质量的数据。 声波传感器可以涂覆有与对烹饪油相关或包含的一种或多种脂肪酸选择性敏感和/或反应的材料。