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    • 2. 发明公开
    • Resistor-operated tubular rotary level indicator of float-type
    • Mit einem Widerstand经典,schlauchförmiger,rotierender Niveauanzeiger nach Art eines施维默斯。
    • EP0516242A2
    • 1992-12-02
    • EP92201524.3
    • 1992-05-29
    • BITRON S.p.A.
    • Bianco, Giovanni
    • G01F23/64G01F23/66G01F23/52G01F23/48
    • G01F23/68G01F23/48G01F23/52
    • An apparatus is proposed for indicating the level of fuel or other liquid contained in a tank. The apparatus consists of a cylindrical casing closed at its two ends by two suitably shaped disc-like covers, and internally comprising two guides on which there slides a float provided with a slot within which there is engaged a rod having its ends connected to a rotary moving element which comprises on its top a contact which slides along a resistor installed on the upper disc-like cover of the cylindrical casing. As the height of the float varies within the cylindrical casing, which is suitably holed to allow the liquid to enter or leave, the position of contact along the resistor varies with corresponding variation in the electrical signal measured at its output.
    • 提出了一种用于指示容纳在罐中的燃料或其他液体的水平的装置。 该装置由圆柱形壳体组成,其两端由两个适当形状的盘形盖封闭,并且内部包括两个导向件,在该滑动件上滑动设置有槽的浮子,在该槽中与其接合的杆的端部连接到旋转 移动元件在其顶部包括沿着安装在圆柱形壳体的上盘状盖上的电阻器滑动的触点。 随着浮子的高度在圆柱形壳体内变化,该圆柱形壳体适当地用于允许液体进入或离开,沿着电阻器的接触位置随其在其输出处测量的电信号的相应变化而变化。
    • 3. 发明授权
    • Fiber optic flammable liquid measuring system
    • 光纤易燃液体测量系统
    • US07216537B2
    • 2007-05-15
    • US11001726
    • 2004-12-02
    • Mark MargolinMalcolm Hodge
    • Mark MargolinMalcolm Hodge
    • G01F23/30
    • G01F23/52
    • An optical liquid measuring system for measuring the amount of flammable liquid in a storage tank consisting of a pair of encoder disks that are operatively connected to a pair of floats through a pair of pulley systems. The floats are designed so that the first float will float on top of flammable liquid such as gasoline, and the second float will float on top of water. Optical encoder reader heads or optical connectors are located proximate to the respective encoder disks to receive light that is reflected by or transmitted through the encoder disks. The optical connectors include a plurality of optical fibers that receive the light from the encoder disks and transmits signals to a CPU. The CPU then takes the information derived from the received signals and uses an algorithm to accurately calculate the amount of gasoline and water in the storage tank.
    • 一种光学液体测量系统,用于测量由一对编码器盘组成的储罐中的可燃液体的量,所述编码器盘通过一对滑轮系统可操作地连接到一对浮子。 浮子被设计成使得第一浮子将漂浮在易燃液体(例如汽油)的顶部,并且第二浮子将浮在水的顶部。 光学编码器读取器头或光学连接器位于相应的编码器盘附近以接收被编码器盘反射或通过编码器盘传输的光。 光连接器包括多个光纤,其接收来自编码器盘的光并向CPU发送信号。 然后CPU接收从接收信号得到的信息,并使用算法来准确计算储罐中汽油和水的量。
    • 6. 发明申请
    • LOW-LEVEL OIL SENSOR
    • 低油位传感器
    • WO2007127423A3
    • 2008-10-23
    • PCT/US2007010328
    • 2007-04-27
    • C K ENGINEERING INCMCCORMICK HAROLD EDWARDMURRAY MARK
    • MCCORMICK HAROLD EDWARDMURRAY MARK
    • B60Q1/00
    • F01M11/12F01M11/0408F01M2011/0416G01F23/52G01F23/70G01F23/76
    • A low fluid sensor for an internal combustion engine. The sensor includes a base with helically threaded post and a float slidably mounted on the post. The float rotates about the post as it moves longitudinally along it. In the preferred embodiment, eccentric mounting of the assembly along with its lobe shape act in concert with the pitch of the screw threads and fluid viscosity to dampen the buoyant movement of the float against fluid turbulence. At a predetermined level a latch spring on the float contacts an ignition circuit terminal and grounds the engine ignition circuit. A catch holds the float at the predetermined level, preventing engine starting, so that the sensor may only be reset by addition of fluid and re-insertion of the dipstick.
    • 用于内燃机的低流体传感器。 传感器包括具有螺旋螺纹柱的底座和可滑动地安装在柱上的浮子。 当浮体沿其纵向移动时,浮子围绕柱旋转。 在优选实施例中,组件的偏心安装及其凸起形状与螺纹螺距和流体粘度一致,以抑制浮子的浮力运动抵抗流体湍流。 在预定水平上,浮子上的闩锁弹簧接触点火电路端子并使发动机点火电路接地。 捕捉器将浮子保持在预定水平,防止发动机起动,使得传感器只能通过添加流体和重新插入量油尺来重置。
    • 7. 发明申请
    • FIBER OPTIC FLAMMABLE LIQUID MEASURING SYSTEM
    • 光纤可燃液体测量系统
    • WO2006060277A3
    • 2006-10-12
    • PCT/US2005042740
    • 2005-11-22
    • OPTOSENSE TECHNOLOGIES INCHODGE MALCOLMMARGOLIN MARK
    • HODGE MALCOLMMARGOLIN MARK
    • G01F23/52
    • G01F23/52
    • An optical liquid measuring system for measuring the amount of-flammable liquid in a storage tank consisting of a pair of encoder disks that are operatively connected to a pair of floats through a pair of pulley systems. The floats are designed so that the first float will float on top of flammable liquid such as gasoline, and the second float will float on top of water. Optical encoder reader heads or optical connectors are located proximate to the respective encoder disks to receive light that is reflected by or transmitted through the encoder disks. The optical connectors include a plurality of optical fibers that receive the light from the encoder disks and transmit signals to a CPU. The CPU then takes the information derived from the received signals and uses an algorithm to accurately calculate the amount of gasoline and water in the storage tank.
    • 一种光学液体测量系统,用于测量由一对编码器盘组成的存储罐中的可燃液体的量,所述编码器盘通过一对滑轮系统可操作地连接到一对浮子。 浮子被设计成使得第一浮子将漂浮在易燃液体(例如汽油)的顶部,并且第二浮子将浮在水的顶部。 光学编码器读取器头或光学连接器位于相应的编码器盘附近以接收被编码器盘反射或通过编码器盘传输的光。 光连接器包括多个光纤,其接收来自编码器盘的光并向CPU发送信号。 然后CPU接收从接收信号得到的信息,并使用算法来准确计算储罐中汽油和水的量。
    • 9. 发明公开
    • Fluid measurement gauge
    • 仪表液体。
    • EP0175372A1
    • 1986-03-26
    • EP85111883.6
    • 1985-09-19
    • Rochester Gauges, Inc. of Texas
    • Howeth, James R.
    • G01F23/54
    • G01F23/52G01F23/50
    • A fluid measurement gauge is principally used to measure the fluid level in large underground storage tanks, such as for storing gasoline at service stations. A housing (12) is positioned vertically in the fluid and includes a leadscrew (30) which is driven by a stepper motor (100). A nut (176) is mounted for longitudinal movement along the leadscrew. A float (160) encircles the housing and includes a magnet (164) at the surface of the fluid level. A magnetic sensor, such as a Hall-effect switch (188) is mounted on the nut and driven in selected steps downward to encounter the magnet mounted in the float. A reference position is marked at the top of the housing and the fluid level is measured downward from the reference position by detecting the magnet by operation of the magnetic sensor. An additional float (166) can be provided to detect the interface between two fluids such as gasoline and water. The second float is further provided with a magnet (168) to be detected by the magnetic sensor. In addition, temperature sensors (150,152,154), such as thermistors, can be mounted near the housing to measure the temperature of the fluid for compensation to standard conditions. An electronic circuit board (112) can be included within the fluid measurement gauge to provide an integral unit for making periodic, unattended fluid measurements.