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    • 1. 发明授权
    • Apparatus and method for measuring and selectively adjusting a clearance
    • 用于测量和选择性地调节间隙的装置和方法
    • US06486487B2
    • 2002-11-26
    • US09781144
    • 2001-02-12
    • Christopher Donald JohnsonWeiping WangThomas Huei HwangEmily Yixie Shu
    • Christopher Donald JohnsonWeiping WangThomas Huei HwangEmily Yixie Shu
    • G01N2186
    • F01D11/08F01D17/02F01D21/003F01D21/04
    • A technique for measuring and selectively adjusting a clearance between a stationary object and desirably a rotating object includes a non-contact, sensing system having a sensor attachable to the stationary object, a mask having a predetermined sized viewport or aperture that sets or limits the sensing or operation of the sensor, and a controller. The sensor is operable for sensing within a field of view a portion of the rotating object and generating a signal in response thereto. The field of view varies in response to varying the clearance between the sensor and the second object. Desirably, the portion of the second object includes a varying pattern. The controller is operable to determine the clearance between the first object and the second object in response to the signal. In another embodiment, sensing system is operable to adjust the clearance by controller providing an electrical current to a resistive heating element in the thermally expandable portion of a plurality of segmented labyrinth seals. The sensing system is also operable to measure vibration of the rotating object.
    • 用于测量和选择性地调节固定物体和期望的旋转物体之间的间隙的技术包括具有附接到静止物体的传感器的非接触式感测系统,具有预定尺寸的视口或孔的掩模,其设定或限制传感 或操作传感器,以及控制器。 传感器可操作用于在视场内感测旋转对象的一部分并响应于此产生信号。 视场响应于传感器和第二物体之间的间隙的变化而变化。 期望地,第二对象的部分包括变化的图案。 控制器可操作以响应于该信号来确定第一物体与第二物体之间的间隙。 在另一个实施例中,感测系统可操作以通过控制器调节间隙,该电流向多个分段迷宫式密封件的热膨胀部分中的电阻加热元件提供电流。 感测系统还可操作以测量旋转物体的振动。
    • 2. 发明授权
    • Apparatus and method for measuring and selectively adjusting a clearance
    • 用于测量和选择性地调节间隙的装置和方法
    • US06279400B1
    • 2001-08-28
    • US09268305
    • 1999-03-16
    • Christopher Donald JohnsonWeiping WangThomas Huei HwangEmily Yixie Shu
    • Christopher Donald JohnsonWeiping WangThomas Huei HwangEmily Yixie Shu
    • G01C306
    • F01D11/08F01D17/02F01D21/003F01D21/04
    • A technique for measuring and selectively adjusting a clearance between a stationary object and desirably a rotating object includes a non-contact, sensing system having a sensor attachable to the stationary object, a mask having a predetermined sized viewport or aperture that sets or limits the sensing or operation of the sensor, and a controller. The sensor is operable for sensing within a field of view a portion of the rotating object and generating a signal in response thereto. The field of view varies in response to varying the clearance between the sensor and the second object. Desirably, the portion of the second object includes a varying pattern. The controller is operable to determine the clearance between the first object and the second object in response to the signal. In another embodiment, sensing system is operable to adjust the clearance by controller providing an electrical current to a resistive heating element in the thermally expandable portion of a plurality of segmented labyrinth seals. The sensing system is also operable to measure vibration of the rotating object.
    • 用于测量和选择性地调节固定物体和期望的旋转物体之间的间隙的技术包括具有附接到静止物体的传感器的非接触式感测系统,具有预定尺寸的视口或孔的掩模,其设定或限制传感 或操作传感器,以及控制器。 传感器可操作用于在视场内感测旋转对象的一部分并响应于此产生信号。 视场响应于传感器和第二物体之间的间隙的变化而变化。 期望地,第二对象的部分包括变化的图案。 控制器可操作以响应于该信号来确定第一物体与第二物体之间的间隙。 在另一个实施例中,感测系统可操作以通过控制器调节间隙,该电流向多个分段迷宫式密封件的热膨胀部分中的电阻加热元件提供电流。 感测系统还可操作以测量旋转物体的振动。
    • 8. 发明申请
    • Method and system to improve engineered system decisions and transfer risk
    • 改进工程系统决策和转移风险的方法和系统
    • US20090076873A1
    • 2009-03-19
    • US11901992
    • 2007-09-19
    • Christopher Donald JohnsonBrock Estel OsbornJens AlkemperOladimeji BassirOnur Ilkin Dulgeroglu
    • Christopher Donald JohnsonBrock Estel OsbornJens AlkemperOladimeji BassirOnur Ilkin Dulgeroglu
    • G06Q10/00
    • G06Q40/08G06Q10/06G06Q10/0635G06Q50/02
    • A method and system are provided to improve industrial engineered systems such as oil well drilling decisions and transfer risk. The method and system each include an interactive decision-support planning tool that aids a user as to how to select a portfolio of engineered systems and entities that the systems will process such as aircraft engines and flights, rigs and reserves, apparatus configuration, apparatus inspection, apparatus on line sensors, dynamic operations decisioning for the apparatus and drill path or asset dispatching and a contractual incentive to allocate risks to stakeholders best positioned to abate them. The decision support will reduce a fleet's financial risk associated with the cost of operations below that achievable without using the interactive decision-support planning tool and/or increase financial return associated with the cost of activity above that achievable without using the interactive decision-support planning tool, such that the financial risk and/or financial return are allocated in a desired manner among a plurality of operations stakeholders.
    • 提供了一种改进工业设计系统的方法和系统,如油井钻井决策和转移风险。 该方法和系统各自包括交互式决策支持规划工具,其帮助用户如何选择系统将处理的工程系统和实体的组合,例如飞机发动机和飞行,钻机和储备,设备配置,设备检查 ,在线传感器装置,设备的动态操作决策和钻井路径或资产调度,以及合同激励,以将风险分配给最有利于减排的利益相关者。 决策支持将减少与低于可实现的运营成本相关联的车队的财务风险,而不使用交互式决策支持计划工具和/或增加与可实现的活动成本相关的财务回报,而不使用交互式决策支持计划 使得在多个操作利益相关者中以期望的方式分配财务风险和/或财务回报。