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    • 1. 发明申请
    • HIGH TEMPERATURE, HIGH BANDWIDTH PRESSURE ACQUISITION SYSTEM
    • WO2010085603A3
    • 2010-07-29
    • PCT/US2010/021733
    • 2010-01-22
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony D.NED, Alexander A.VAN DEWEERT, Joseph
    • KURTZ, Anthony D.NED, Alexander A.VAN DEWEERT, Joseph
    • G01L15/00G01L9/06G01M9/06G01L1/18G01M9/02
    • A system for measuring a multiplicity of pressures as those experienced by a model in a wind tunnel is depicted. The system includes individual sensor devices which are connected to an Acquisition and Compensation electronics module. The individual sensor or transducer devices are semiconductor piezoresistive devices and are connected to the Acquisition and Compensation electronics module by means of a cables in a first embodiment. In an alternate embodiment the system uses connectors which connect each of the individual sensor devices to the Acquisition and Compensation electronics module via a mating connector located therein. The connectors may also include a memory which stores compensation coefficients associated with each of the various sensor devices. In this manner as described, the transducers which are small devices are connected via electrical lines or cables to the central Acquisition and Compensation electronics modules. This module houses electronics which digitally converts the data from the sensors and then compensates the data for temperature effects. The advantage of the system is that each individual sensor does not have any compensation and it can be made very small to operate at very high temperatures without any loss of accuracy. Thus, a large number of sensors can be utilized in a very small volume, even under extreme environmental conditions. It is noted that the Acquisition and Compensation electronics module can be located remotely in a safe environment outside of the wind tunnel and therefore respond extremely accurately to the pressure and temperatures subjected by the model in the wind tunnel.
    • 3. 发明申请
    • PRESSURE SCANNER ASSEMBLIES HAVING REPLACEABLE SENSOR PLATES
    • 具有可更换传感器板的压力扫描仪组件
    • WO2012009570A2
    • 2012-01-19
    • PCT/US2011/044066
    • 2011-07-14
    • KULITE SEMICONDUCTOR PRODUCTS, INC.MARTIN, RichardDEROSA, LouVAN DE WEERT, Joseph
    • MARTIN, RichardDEROSA, LouVAN DE WEERT, Joseph
    • G01L5/00
    • G01L15/00G01L9/0052
    • A pressure scanner assembly having at least one replaceable sensor plate, wherein each of the replaceable sensor plates has at least one pressure sensor adapted to transmit a signal substantially indicative of a sensed pressure condition. A memory chip, which stores correction coefficients for each of the pressure sensor to compensate for thermal errors, may be installed on each of the replaceable sensor plates. The signals from the pressure sensors are multiplexed and may be outputted in analog or digital form. The pressure scanner assemblies described herein have sensor plates that can be interchanged with other sensor plates of the same or different pressure range without disrupting the electronic configuration of the pressure scanner assembly or having to recalibrate and/or update the memory chip installed thereon.
    • 一种具有至少一个可更换的传感器板的压力扫描器组件,其中每个可更换传感器板具有至少一个压力传感器,其适于传输基本上指示感测到的压力状况的信号。 存储芯片,其存储用于每个压力传感器以补偿热误差的校正系数,可以安装在每个可更换的传感器板上。 来自压力传感器的信号被复用并且可以以模拟或数字形式输出。 本文所述的压力扫描器组件具有可以与相同或不同压力范围的其他传感器板互换的传感器板,而不会中断压力扫描器组件的电子配置或必须重新校准和/或更新安装在其上的存储器芯片。
    • 4. 发明申请
    • APPARATUS FOR MEASURING MULTIPLE PRESSURES WITHIN DIFFERENT PRESSURE RANGES
    • 用于在不同压力范围内测量多种压力的装置
    • WO2010083230A1
    • 2010-07-22
    • PCT/US2010/020915
    • 2010-01-13
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony, D.GARDNER, RobertDEROSA, Louis
    • KURTZ, Anthony, D.GARDNER, RobertDEROSA, Louis
    • G01L19/00
    • G01L19/0007G01L15/00
    • There is disclosed apparatus for measuring multiple pressures within different pressure ranges. The apparatus contains multiple pressure sensors which are positioned on a housing, where each pressure sensor is adapted to measure pressure within a different pressure range. The housing has an input port which is constructed to communicate with different output ports, where the output ports communicate with each different pressure sensor utilized in a different pressure range. The input port has a stepped or keyed aperture which is adapted to receive different pressure adapters to assure that, for example, only a high pressure will be applied to the high pressure sensor during high pressure measurements. By selecting another adapter, a mid-range pressure and a high pressure will be applied to the pressure sensors during the measurement of a mid-range pressure. By receiving a different adapter, a low pressure will be applied to all the pressure sensors during low pressure measurement. In this manner, one is assured that the pressure sensors are operated without damage to the diaphragms during all pressure measurements. It is of course noted that while three pressure ranges are indicated, there can be more than three or at least two pressure ranges can be accommodated within the common housing. As indicated, the common housing has an input port which consists of contiguous varying diameter sections to enable the selective insertion of various adapter members as indicated where each adapter member can only be inserted within the input port to a desired position, where at that position, the pressure applied to the input port will be directed to the proper sensor.
    • 公开了用于测量不同压力范围内的多个压力的装置。 该装置包含多个压力传感器,其位于壳体上,其中每个压力传感器适于测量不同压力范围内的压力。 壳体具有被构造成与不同输出端口通信的输入端口,其中输出端口与在不同压力范围内使用的每个不同的压力传感器连通。 输入端口具有阶梯式或带键的孔,其适于接收不同的压力适配器,以确保例如在高压测量期间只有高压将施加到高压传感器。 通过选择另一个适配器,在测量中档压力时,中压和高压将被​​施加到压力传感器。 通过接收不同的适配器,在低压测量期间,所有压力传感器都将施加低压。 以这种方式,确保压力传感器在所有压力测量期间都不会损坏隔膜。 当然,注意到,当指示三个压力范围时,可以在公共壳体内容纳多于三个或至少两个压力范围。 如图所示,公共壳体具有由相邻的可变直径部分组成的输入端口,以使得能够选择性地插入各个适配器部件,如所示,每个适配器部件只能在输入端口内插入到期望的位置, 施加到输入端口的压力将被引导到适当的传感器。
    • 5. 发明申请
    • INTERNALLY SWITCHED MULTIPLE RANGE TRANSDUCER
    • 内部切换多范围传感器
    • WO2010118326A1
    • 2010-10-14
    • PCT/US2010/030547
    • 2010-04-09
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony D.DEROSA, Louis
    • KURTZ, Anthony D.DEROSA, Louis
    • G01L9/00G01L9/06G01L15/00
    • G01L9/0054G01L9/00G01L9/06G01L15/00
    • There is disclosed an internally switched multiple range transducer. The transducer employs a plurality of individual pressure sensors or Wheatstone bridges fabricated from semiconductor materials and utilizing piezoresistors. Each sensor is designed to accommodate accurately a given pressure range, therefore, each sensor is selected to provide an output when an applied pressure is within its accommodated range. As soon as the pressure exceeds the range, then another sensor is employed to produce an output. Each of the sensors, or each separate transducer, is coupled to a switch or other device to enable the selection of one of the plurality of sensors to operate within its given pressure range when the applied pressure is in that range. In this manner one obtains pressure measurements with a high degree of accuracy across a relatively large pressure range.
    • 公开了一种内部切换的多范围换能器。 传感器采用多个单独的压力传感器或由半导体材料制造的惠斯通电桥,并利用压阻电阻。 每个传感器被设计成准确地适应给定的压力范围,因此,当所施加的压力在其容纳范围内时,选择每个传感器以提供输出。 一旦压力超过该范围,则使用另一传感器来产生输出。 每个传感器或每个单独的换能器耦合到开关或其他装置,以使得当所施加的压力在该范围内时,可以选择多个传感器中的一个传感器在其给定的压力范围内操作。 以这种方式,在相对较大的压力范围内以高精度获得压力测量。
    • 6. 发明申请
    • METHOD FOR TEMPERATURE COMPENSATION OF A PIEZORESISTIVE GAGED METAL DIAPHRAGM
    • 热塑性金属膜的温度补偿方法
    • WO2010090972A2
    • 2010-08-12
    • PCT/US2010/022787
    • 2010-02-02
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony D.VAN DEWEERT, JosephKOCHMAN, Boaz
    • KURTZ, Anthony D.VAN DEWEERT, JosephKOCHMAN, Boaz
    • G01L9/065
    • There is described a temperature compensation scheme for a pressure sensitive metal diaphragm transducer. The transducer employs a Wheatstone bridge fabricated from p-type piezoresistors. The Wheatstone bridge is glassed directly onto the metal diaphragm. As the temperature of operation increases, the diaphragm exhibits a temperature variation of the Modulus of Elasticity. The Modulus of the metal diaphragm decreases with increasing temperature. Because of this, the same pressure applied to the metal diaphragm causes it to deflect further, which in turns causes increased strain applied to the bridge. Because of this effect, the sensitivity of the transducer increases with increasing temperature. A resistor is now placed in series with the Wheatstone bridge. The resistor is in series with the biasing voltage and because the TCS of the diaphragm is of an opposite sign, the series resistor has an even higher TCR in series with the bridge. In this manner, the bridge voltage is made to decrease with increasing temperature. Due to the fact that the bridge voltage decreases with increasing temperature the change in voltage compensates for the change in the Modulus of the metal diaphragm and therefore provides an accurate output at all temperatures.
    • 描述了压敏金属隔膜换能器的温度补偿方案。 传感器采用由p型压阻电阻制造的惠斯通电桥。 惠斯通电桥直接在金属隔膜上玻璃化。 随着操作温度的升高,隔膜呈现弹性模量的温度变化。 金属隔膜的模量随着温度的升高而降低。 因此,施加到金属隔膜上的相同压力导致其进一步偏转,这又导致施加到桥的应变增加。 由于这种影响,传感器的灵敏度随着温度的升高而增加。 电阻器现在与惠斯通电桥串联放置。 电阻与偏置电压串联,并且由于隔膜的TCS具有相反的符号,所以串联电阻具有与桥连接的更高的TCR。 以这种方式,使电桥电压随着温度的升高而降低。 由于桥接电压随着温度升高而降低,所以电压的变化补偿了金属隔膜的模量的变化,因此在所有的温度下提供了精确的输出。
    • 7. 发明申请
    • DUAL PURPOSE PRESSURE SENSOR
    • 双用压力传感器
    • WO2010042541A2
    • 2010-04-15
    • PCT/US2009/059727
    • 2009-10-06
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony D.GARDNER, RobertMARTIN, RichardGERAS, Leo
    • KURTZ, Anthony D.GARDNER, RobertMARTIN, RichardGERAS, Leo
    • G01L9/08G01L9/00B60C23/00
    • G01L17/00B60C23/0408B60C23/0496
    • A pressure transducer, particularly adapted to measure the pressure in a tire and to enable the tire to be filled includes a first housing, having an internal hollow. Positioned in the hollow of the first housing is a second housing, also having an internal hollow. The second housing is supported within the first housing so that a passageway for airflow exists between the housings. The second housing has a pressure port for monitoring the pressure of a tire. The first housing has an inlet port for receiving a source of pressure. The inlet port contains a valve which is selectively operated. The valve, when operated, permits air to flow into the hollow of the first housing and to flow about the periphery of the second housing to enter the pressure port associated with the second housing. The pressure port may, as indicated, be associated with a tire and the second housing contains a pressure sensing device which monitors the pressure in the tire via the pressure port. In this manner, the pressure in the tire can be monitored while additional air can be added through the valve which air flows around the second housing to enter the tire or other device coupled to the pressure transducer.
    • 特别适于测量轮胎中的压力并使得轮胎能够被填充的压力传感器包括具有内部空心的第一壳体。 位于第一壳体的中空部的是具有内部空心的第二壳体。 第二壳体被支撑在第一壳体内,使得在壳体之间存在气流通道。 第二壳体具有用于监测轮胎压力的压力端口。 第一壳体具有用于接收压力源的入口。 入口端口包含选择性操作的阀。 阀被操作时允许空气流入第一壳体的中空部分并且围绕第二壳体的周边流动以进入与第二壳体相关联的压力端口。 如图所示,压力端口可以与轮胎相关联,并且第二壳体包含经由压力端口监测轮胎中的压力的​​压力感测装置。 以这种方式,可以监视轮胎中的压力,同时可以通过阀添加额外的空气,其中空气围绕第二壳体流动以进入轮胎或联接到压力传感器的其它装置。
    • 9. 发明申请
    • PRESSURE TRANSDUCERS EMPLOYING RADIATION HARDENED ELECTRONICS
    • 使用辐射硬化电子的压力传感器
    • WO2010144156A2
    • 2010-12-16
    • PCT/US2010/022964
    • 2010-02-03
    • KULITE SEMICONDUCTOR PRODUCTS, INC.KURTZ, Anthony D.
    • KURTZ, Anthony D.
    • G21F3/00
    • G01L19/0069G01L19/069G01L19/142
    • There is disclosed a transducer employing radiation hardened electronics. Essentially a sensor assembly is positioned in a front section of a housing where the sensor assembly is coupled to an electronic module via terminals which connect the sensor to the module. The electronic module assembly is surrounded by an internal tungsten housing which is formed from a first tungsten "U" shaped cross-sectional member coupled to a second tungsten "U" shaped cross-sectional enclosure. The two members are coupled together and totally surround the electronic assembly. The members as held together are positioned within the housing by outer shell members to form a complete housing assembly whereby the electronic assembly and its associated terminal pins are totally surrounded by the tungsten holder section and the tungsten enclosure section.
    • 公开了一种使用辐射硬化电子器件的传感器。 基本上,传感器组件位于壳体的前部,传感器组件通过将传感器连接到模块的端子耦合到电子模块。 电子模块组件由内部钨壳体围绕,该内部钨壳体由联接到第二钨“U”形横截面外壳的第一钨“U”形横截面构件形成。 两个构件联接在一起并且完全围绕电子组件。 保持在一起的构件通过外壳构件定位在壳体内以形成完整的壳体组件,由此电子组件及其相关联的端子销被钨保持器部分和钨壳体部分完全包围。