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    • 2. 发明授权
    • Parallelogram actuated liquid level sensor
    • 平行四边形致动液位传感器
    • US07444865B2
    • 2008-11-04
    • US11800443
    • 2007-05-04
    • John J. FlingWilliam F. Fling
    • John J. FlingWilliam F. Fling
    • G01F23/30G01F23/32
    • G01F23/64G01F23/76
    • A liquid level sensor for insertion into a tank for measuring the liquid level in the tank comprises an elongate tubular frame and a float movable inside the frame to seek the liquid level. A float lock guide formed as an elongate member is mounted lengthwise inside the frame. A float lock formed as an elongate member is located inside the frame parallel to the float lock guide. A plurality of linkages is pivotally connected between the float lock guide and the float lock such that lengthwise movement of the float relative to the float lock guide causes corresponding lateral movement of the float in the frame between an unlocked position where the float is free to move lengthwise in the frame to seek the liquid level and a locked position where frictional forces retain the float between the float lock and an inner wall portion of the frame.
    • 用于插入到用于测量罐中的液位的罐中的液位传感器包括细长的管状框架和可在框架内移动以寻求液面的浮子。 形成为细长构件的浮子锁定引导件纵向安装在框架内。 形成为细长构件的浮动锁位于平行于浮子锁定引导件的框架的内部。 多个连接件枢转地连接在浮子锁定引导件和浮动锁之间,使得浮子相对于浮动锁定引导件的纵向移动导致框架中浮子的相应横向移动在浮动位置自由移动的解锁位置之间 纵向地在框架中寻找液位和锁定位置,其中摩擦力将浮子保持在浮动锁和框架的内壁部分之间。
    • 3. 发明授权
    • Horizontal liquid level measuring system
    • 卧式液位测量系统
    • US07188521B2
    • 2007-03-13
    • US11317159
    • 2005-12-22
    • William F FlingJohn J. Fling
    • William F FlingJohn J. Fling
    • G01F23/30
    • G01F23/543
    • A liquid level measuring system includes a housing mounted to a container and a flexible coupling connected between the housing and a tubular frame suspended in a container holding a liquid. The flexible coupling maintains the tubular frame in a vertical orientation in the container. The tubular frame has a pair of 270° rifling grooves therein. A float is mounted in the tubular frame. The float has a pair of projections that extend from opposite sides portion thereof into the rifling grooves so that the float is force to rotate as it moves vertically in the tubular frame to seek the liquid level. A magnetic coupler assembly transfers movement of the float to an indicator. The magnetic coupler assembly includes a pair of facing dielectric discs. Each dielectric disc has three magnets mounted thereon with opposite poles facing one another.
    • 液面测量系统包括安装到容器的壳体和连接在壳体和悬挂在容纳液体的容器中的管状框架之间的柔性联接件。 柔性联接器将管状框架保持在容器中的垂直取向。 管状框架在其中具有一对270°的膛​​线槽。 浮筒安装在管状框架中。 浮子具有从其相对侧部分延伸到膛线槽中的一对突起,使得当浮体在管状框架中垂直移动以寻求液位时,浮子被迫转动。 磁耦合器组件将浮子的运动传递到指示器。 磁耦合器组件包括一对相对的介质盘。 每个电介质盘具有安装在其上的三个磁体,相对极彼此相对。
    • 5. 发明授权
    • Horizontal liquid level measuring device
    • 卧式液位测量装置
    • US07043983B2
    • 2006-05-16
    • US10737349
    • 2003-12-15
    • William F. FlingJohn J. Fling
    • William F. FlingJohn J. Fling
    • G01F23/36
    • G01F23/543
    • A system for actuating an indicator in response to a depth change in a liquid that is confined to a container comprises a housing, a float constrained to vertical movement in response to changes in liquid depth in the container and a drive rod arranged to move in response to vertical movement of the float. A flexible coupling is connected to the actuator and arranged to maintain the actuator in a vertical orientation in the liquid when the actuator and the housing are out of vertical alignment, and a coupler mechanism arranged to transfer movement of the actuator to the indicator.
    • 用于响应于限制在容器中的液体的深度变化来致动指示器的系统包括壳体,响应于容器中的液体深度的变化而被限制为垂直运动的浮子和布置成响应地移动的驱动杆 浮动的垂直运动。 柔性联接器连接到致动器并且布置成当致动器和壳体不垂直对准时将致动器保持在液体中的垂直取向,以及联接器机构,其布置成将致动器的运动传递到指示器。
    • 7. 发明授权
    • Collapsible liquid level measurement device with attachment
    • 具有附件的可折叠液位测量装置
    • US07574912B2
    • 2009-08-18
    • US11801433
    • 2007-06-19
    • William F. FlingJohn J. Fling
    • William F. FlingJohn J. Fling
    • G01F23/30
    • G01N1/12G01F23/0046G01F23/04G01F23/30G01F23/64G01F23/66
    • A liquid level measuring device includes an elongate handle and an elongate frame arranged in telescoping relationship. The frame is movable between a collapsed position for storage and an extended position for usage. A float is movable lengthwise along the elongate frame. A control rod extends lengthwise in the elongate frame and through a passage in the float. The control rod controls movement of the float relative to the elongate frame. An actuator actuates the control arm to move the float from the locked position to the unlocked position in response to a downward pressure between a lower end of the elongate frame and a bottom surface of the container so that the float is free to seek the liquid level in the container and to move the float from the unlocked position back to the locked position when the downward pressure is released.
    • 液位测量装置包括细长手柄和以伸缩关系布置的细长框架。 该框架可以在用于存储的折叠位置和用于使用的延伸位置之间移动。 浮子可沿着细长框架纵向移动。 控制杆在细长框架中纵向延伸并且穿过浮子中的通道。 控制杆控制浮子相对于细长框架的运动。 执行器响应于细长框架的下端和容器的底表面之间的向下的压力致动控制臂以将浮子从锁定位置移动到解锁位置,使得浮子自由地寻找液位 并且当释放向下的压力时将浮子从解锁位置移回到锁定位置。
    • 8. 发明授权
    • Mechanically self actuated liquid level sensor
    • 机械自动液位传感器
    • US07418861B2
    • 2008-09-02
    • US11328839
    • 2006-01-10
    • John J. FlingWilliam F. Fling
    • John J. FlingWilliam F. Fling
    • G01F23/30
    • G01F23/64
    • A liquid level sensor for measuring liquid levels in underground and above ground containers includes a frame formed to have an elongate hollow tubular configuration that encloses a cavity. A cam pivot has an end extending into the cavity from a first inner wall portion of the frame. A cam is arranged to be pivotal about the end of the cam pivot. A float is placed in the cavity. A spring is arranged to bias the cam arm into contact with the float to force a side portion of the float into a locked position in frictional engagement with the second inner wall portion of the frame. A cam actuator pivotally mounted in a lower end portion of the frame exerts a force on the cam arm to release the float from the locked position when the lower end of the frame contacts the container bottom.
    • 用于测量地下和地上容器中的液面的液位传感器包括形成为具有包围空腔的细长中空管状构造的框架。 凸轮枢轴具有从框架的第一内壁部分延伸到空腔中的端部。 凸轮设置成围绕凸轮枢轴的端部枢转。 浮子放置在空腔中。 弹簧布置成将凸轮臂偏置成与浮子接触,以迫使浮子的侧部与框架的第二内壁部分摩擦接合到锁定位置。 枢转地安装在框架的下端部的凸轮致动器在凸轮臂上施加力,当框架的下端接触容器底部时,将浮子从锁定位置释放。
    • 10. 发明授权
    • Fiber optic switch using polished-type directional coupler
    • 光纤开关采用抛光式定向耦合器
    • US5546484A
    • 1996-08-13
    • US453540
    • 1995-05-25
    • John J. FlingHerbert J. ShawMichel J. DigonnetNarinder S. Kapany
    • John J. FlingHerbert J. ShawMichel J. DigonnetNarinder S. Kapany
    • G02B6/28G02B6/26G02B6/42
    • G02B6/283
    • A fiber optic switch module that can be incorporated into switch designs characterized by negligible crosstalk. The switch module is capable of operation over two wavelength bands. A 2.times.2 switch module has an open or bar state in which polished portions of the fiber segments are separated from each other and a closed or cross state where the polished portions are in optical contact with each other. The module has arbitrarily low crosstalk in the bar state, but typically some crosstalk in the cross state. In one embodiment, the third port of a first 2.times.2 module is coupled to the first port a second 2.times.2 module while no connections are-made to the second ports of the modules or to the third port of the second module. Fiber parameters (core radius and numerical aperture) and fabrication parameters (radius of curvature of the fibers in the interaction region and minimum edge-to-edge spacing between the fiber cores) are chosen so that the switch module has high coupling ratio (close to unity) in two distinct wavelength bands.
    • 光纤开关模块可以结合在开关设计中,其特征在于可忽略的串扰。 开关模块能够在两个波段上工作。 2×2开关模块具有打开状态或条状状态,其中光纤段的抛光部分彼此分离,并且抛光部分彼此光学接触的封闭或交叉状态。 该模块在条形状态下具有任意低的串扰,但通常在交叉状态下具有一些串扰。 在一个实施例中,第一2x2模块的第三端口耦合到第一端口第二2x2模块,而没有连接到模块的第二端口或第二模块的第三端口。 选择纤维参数(芯半径和数值孔径)和制造参数(纤维在相互作用区域中的曲率半径和最小边缘到边缘间距),以使开关模块具有高耦合比(接近于 统一)在两个不同的波段。