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    • 2. 发明授权
    • Capacitive sensor and method and apparatus for controlling a pump using same
    • 电容式传感器及其使用方法和装置
    • US08380355B2
    • 2013-02-19
    • US12049906
    • 2008-03-17
    • Philip A. MaylebenThomas R. Stetter
    • Philip A. MaylebenThomas R. Stetter
    • G06F19/00
    • G01F23/30F04B49/06G01F23/263G01F23/266G01F23/268H01G5/0132H01G5/019Y10T29/435Y10T29/49826
    • A variable capacitor for sensing the level of a liquid. The capacitor provides a readable capacitance that varies with respect to the level of the liquid. A pump control system implementing the capacitive sensor to control the level of a liquid by activating and deactivating the pump depending on the level of the liquid. Methods relating to varying capacitance of a capacitive sensor and controlling a pump based on the level of a liquid. A pump controller for controlling the level of a liquid in a reservoir includes a controller and a capacitor. The capacitor is adapted to provide an activation signal to the controller when the liquid in the reservoir reaches a first predetermined level relative thereto. Additionally, the capacitor is adapted to provide a trigger signal to the controller when the liquid in the reservoir reaches a second predetermined level relative thereto. Based on the trigger signal, the controller determines when to deactivate the pump.
    • 用于感测液体液位的可变电容器。 电容器提供相对于液体水平而变化的可读电容。 一种泵控制系统,其实现电容式传感器以通过根据液体水平启动和停用泵来控制液体的液位。 涉及电容传感器的电容变化和基于液体水平控制泵的方法。 用于控制储存器中的液体水平的泵控制器包括控制器和电容器。 电容器适于在储存器中的液体相对于其达到第一预定水平时向控制器提供激活信号。 另外,电容器适于在储存器中的液体相对于其达到第二预定水平时向控制器提供触发信号。 根据触发信号,控制器决定何时停用泵。
    • 4. 发明授权
    • Sump pump monitoring and control system
    • 水泵监控系统
    • US06676382B2
    • 2004-01-13
    • US10233832
    • 2002-08-29
    • Harold LeightonPhilip A. MaylebenScott R. GrahamBuford A. Cooper
    • Harold LeightonPhilip A. MaylebenScott R. GrahamBuford A. Cooper
    • F04B4904
    • F04D29/2222F04D13/068F04D29/2261
    • Motor speed, motor amps, float position and elapsed run time are monitored to determine whether a sump pump is in a normal condition, a jammed condition, an inadequate pumping rate condition, a dry running condition or a stuck float condition. A processor is configured to increase the motor speed in response to an inadequate pumping rate condition, and to rapidly energize the motor clockwise and counterclockwise in response to a jammed condition or a stuck float condition. The processor provides signals to a display for displaying information about the condition that the pump is in. The pump is set up to receive power from either an AC power source or a battery power source. Availability of the AC power source is monitored and the pump is switched to operate from the battery power source when AC power is unavailable.
    • 监测电动机速度,电动机放大器,浮动位置和经过的运行时间,以确定集水泵是否处于正常状态,卡住状态,泵送速率条件不足,干运行状态或卡住的浮动状态。 处理器被配置为响应于不充分的泵送速率条件而增加电动机速度,并且响应于卡住状态或卡住的浮动状况而使电动机顺时针和逆时针快速地激励电动机。 处理器向显示器提供信号以显示关于泵所处的状况的信息。泵设置为从AC电源或电池电源接收电力。 监控交流电源的可用性,并且当交流电不可用时,泵将从电池电源切换到工作状态。