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    • 1. 发明授权
    • System and method for pressure measurement
    • 用于压力测量的系统和方法
    • US07270010B2
    • 2007-09-18
    • US10928024
    • 2004-08-27
    • Yoshikazu KanekoShuji ShimadaIkuhiro YanagisawaYoshinori WadaWilliam Stephen KoshWilliam J. Loxsom
    • Yoshikazu KanekoShuji ShimadaIkuhiro YanagisawaYoshinori WadaWilliam Stephen KoshWilliam J. Loxsom
    • G01L9/00
    • G01L19/148G01L9/0055G01L19/143
    • A pressure measurement system may provide ready manufacturing, reliable operation, and/or enhanced performance by using a circuit board housing. In particular implementations, a pressure measurement system includes a pressure inlet joint, a pressure detecting component, a circuit board, and a circuit board housing. The pressure detecting component is coupled to the pressure inlet joint, which is adapted to introduce a pressure of a fluid. The circuit board is coupled to the pressure detecting component and is operable to condition an electrical signal from the pressure detecting component. The circuit board housing at least partially encloses the pressure detecting component and is adapted to engage the circuit board. The circuit board housing has a substantially cylindrical shape and includes a larger diameter section and a smaller diameter section, the smaller diameter section coupled to the pressure inlet joint, the circuit board located at least in part in the larger diameter section.
    • 压力测量系统可以通过使用电路板外壳来提供准备制造,可靠的操作和/或增强的性能。 在具体实施方式中,压力测量系统包括压力入口接头,压力检测部件,电路板和电路板外壳。 压力检测部件联接到压力入口接头,其适于引入流体的压力。 电路板耦合到压力检测部件并且可操作以调节来自压力检测部件的电信号。 电路板壳体至少部分地包围压力检测部件并且适于接合电路板。 电路板壳体具有大致圆柱形形状,并且包括较大直径部分和较小直径部分,较小直径部分联接到压力入口接头,电路板至少部分地位于较大直径部分中。
    • 2. 发明授权
    • System and method for pressure measurement
    • 用于压力测量的系统和方法
    • US07252009B2
    • 2007-08-07
    • US10928644
    • 2004-08-27
    • William Stephen KoshYoshikazu Kaneko
    • William Stephen KoshYoshikazu Kaneko
    • G01L9/00
    • G01L9/0051G01L9/045G01L19/0084G01L19/143G01L19/148
    • A system and method for pressure measurement may include the ability to readily produce a pressure measurement system. In one general aspect, a process for producing a pressure measurement system includes providing an assembly including a stem, a pressure detector, and a first circuit board. The pressure detector is operable to generate a signal based on pressure introduced through the stem, and the circuit board is operable to condition the signal. The process also includes compensating the assembly, determining a signal output type for a pressure measurement system that will include the assembly, and installing a second circuit board that produces the signal output type without materially affecting the compensation.
    • 用于压力测量的系统和方法可以包括容易地产生压力测量系统的能力。 在一般的方面,用于生产压力测量系统的方法包括提供包括杆,压力检测器和第一电路板的组件。 压力检测器可操作以基于通过杆引入的压力产生信号,并且电路板可操作以调节信号。 该过程还包括补偿组件,确定包括组件的压力测量系统的信号输出类型,以及安装产生信号输出类型的第二电路板,而不会对补偿产生实质影响。
    • 4. 发明授权
    • Pressure generator for portable instrument
    • 便携式仪器用压力发生器
    • US06895799B2
    • 2005-05-24
    • US10736010
    • 2003-12-15
    • William Stephen Kosh
    • William Stephen Kosh
    • G01L27/00
    • G01L27/005Y10T137/0379
    • A compact, portable and NIST traceable pressure source dynamically generates very low pressures includes at least one adjustable valves in-line with a fluid, such as air, flowing through the valve. A differential pressure is created across a pressure control device downstream from the valve. The differential pressure varies depending on the volume of the gas flow and the amount of resistance to the gas flow. The pressure generating device utilizes a miniature pump to create a pressure, or, alternatively, a vacuum, that causes gas flow. The pressure generating device is compact and capable of providing a very low and stable differential pressure by using a dynamic flow that compensates for temperature changes and volume changes. The compact module may be configured as a plug-in module for existing handheld calibrators for operator ease of use.
    • 紧凑,便携和NIST可追溯的压力源动态地产生非常低的压力,包括至少一个与流过阀的流体(例如空气)成一直线的可调节阀。 在阀门下游的压力控制装置上产生压差。 压差根据气体流量和气体流量的阻力量而变化。 压力发生装置利用微型泵产生导致气体流动的压力,或者替代地,真空。 压力发生装置紧凑,能够通过使用补偿温度变化和体积变化的动态流动来提供非常低和稳定的压差。 紧凑型模块可以被配置为用于现有手持式校准器的插件模块,以便操作者易于使用。
    • 5. 发明授权
    • Pressure generator for portable instrument
    • 便携式仪器用压力发生器
    • US06672130B2
    • 2004-01-06
    • US10151053
    • 2002-05-16
    • William Stephen Kosh
    • William Stephen Kosh
    • G01L2700
    • G01L27/005Y10T137/0379
    • A compact, portable and NIST traceable pressure source dynamically generates very low pressures includes at least one adjustable valves in-line with a fluid, such as air, flowing through the valve. A differential pressure is created across a pressure control device downstream from the valve. The differential pressure varies depending on the volume of the gas flow and the amount of resistance to the gas flow. The pressure generating device utilizes a miniature pump to create a pressure, or, alternatively, a vacuum, that causes gas flow. The pressure generating device is compact and capable of providing a very low and stable differential pressure by using a dynamic flow that compensates for temperature changes and volume changes. The compact module may be configured as a plug-in module for existing handheld calibrators for operator ease of use.
    • 紧凑,便携和NIST可追溯的压力源动态地产生非常低的压力,包括至少一个与流过阀的流体(例如空气)成一直线的可调节阀。 在阀门下游的压力控制装置上产生压差。 压差根据气体流量和气体流量的阻力量而变化。 压力发生装置利用微型泵产生导致气体流动的压力,或者替代地,真空。 压力发生装置紧凑,能够通过使用补偿温度变化和体积变化的动态流动来提供非常低和稳定的压差。 紧凑型模块可以被配置为用于现有手持式校准器的插件模块,以便操作者易于使用。