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    • 2. 发明授权
    • Hermetically sealed displacement sensor apparatus
    • 气密位移传感器装置
    • US07284444B2
    • 2007-10-23
    • US11322721
    • 2005-12-30
    • Anthony D. KurtzAdam KaneLouis DeRosa
    • Anthony D. KurtzAdam KaneLouis DeRosa
    • G01L1/00
    • G01B7/18G01L1/2231
    • A hermetically sealed displacement sensor has strain gauges placed on thin flexible triangular shaped beams of a load beam cell. The strain gauges are enclosed in a hermetically sealed cavity which cavity is sealed by means of a cover plate placed over the load beam cell. The thin beams are connected together by a center hub and basically form two constant moment beams. There is a top isolation diaphragm member which is convoluted and to which a force is applied which applied force is transmitted to the thin flexible beams. The beams deflect and the sensors produce an output proportional to strain. The sensors on each beam are two in number wherein one sensor is placed in a longitudinal direction with respect to the beam while the other sensor is in a transverse position. The sensors may be wired to form a full Wheatstone bridge or half bridges may be employed. The electrical output from the strain gauge bridge is proportional to the deflection of the center of the sensor.
    • 密封位移传感器具有放置在负载梁单元的薄柔性三角形梁上的应变计。 应变计被封闭在密封的空腔中,该空腔通过放置在负载梁单元上的盖板密封。 薄梁通过中心毂连接在一起,基本上形成两个恒定力矩梁。 存在顶部的隔离膜构件,其被卷绕并且施加力,施加的力被传递到薄柔性梁。 光束偏转,传感器产生与应变成比例的输出。 每个光束上的传感器是两个,其中一个传感器相对于光束被放置在纵向方向上,而另一个传感器处于横向位置。 传感器可以被布线以形成完整的惠斯登电桥,或者可以采用半桥。 应变仪桥的电气输出与传感器中心的偏转成正比。
    • 3. 发明授权
    • Internally switched multiple range transducers
    • 内部切换多范围换能器
    • US08596132B2
    • 2013-12-03
    • US13196035
    • 2011-08-02
    • Anthony D. KurtzLouis DeRosa
    • Anthony D. KurtzLouis DeRosa
    • G01L13/02
    • 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成的惠斯通电桥,并利用压敏电阻。 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。
    • 4. 发明授权
    • Apparatus for measuring multiple pressures within different pressure ranges
    • 用于在不同压力范围内测量多个压力的装置
    • US07779699B2
    • 2010-08-24
    • US12319855
    • 2009-01-13
    • Anthony D. KurtzRobert GardnerLouis DeRosa
    • Anthony D. KurtzRobert GardnerLouis DeRosa
    • G01L13/02
    • G01L19/0007G01L15/00
    • There is disclosed an 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. The input port enables the selective insertion of various pressure adapter members as indicated where each pressure 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 pressure sensor.
    • 公开了一种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。 输入端口能够选择性地插入各种压力适配器构件,如所示的,每个压力适配器构件只能在输入端口内插入到期望的位置,在该位置处,施加到输入端口的压力将被引导到适当的位置 压力传感器。
    • 5. 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
    • US20100175481A1
    • 2010-07-15
    • US12319855
    • 2009-01-13
    • Anthony D. KurtzRobert GardnerLouis DeRosa
    • Anthony D. KurtzRobert GardnerLouis DeRosa
    • G01L13/00
    • 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,在中程压力的测量期间,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。
    • 6. 发明申请
    • INTERNALLY SWITCHED MULTIPLE RANGE TRANSDUCERS
    • 内部切换多范围传感器
    • US20110283803A1
    • 2011-11-24
    • US13196035
    • 2011-08-02
    • Anthony D. KurtzLouis DeRosa
    • Anthony D. KurtzLouis DeRosa
    • G01L9/06G01L9/00
    • 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成的惠斯通电桥,并利用压敏电阻。 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,多个传感器之一的选择能够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。
    • 7. 发明授权
    • Internally switched multiple range transducer
    • 内部切换多范围传感器
    • US07997143B2
    • 2011-08-16
    • US12384821
    • 2009-04-09
    • Anthony D. KurtzLouis DeRosa
    • Anthony D. KurtzLouis DeRosa
    • G01L13/02
    • 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成的惠斯通电桥,并利用压敏电阻。 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,多个传感器之一的选择能够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。
    • 9. 发明申请
    • Internally switched multiple range transducer
    • 内部切换多范围传感器
    • US20100257936A1
    • 2010-10-14
    • US12384821
    • 2009-04-09
    • Anthony D. KurtzLouis DeRosa
    • Anthony D. KurtzLouis DeRosa
    • G01L9/06
    • 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成的惠斯通电桥,并利用压敏电阻。 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,多个传感器之一的选择能够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。