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    • 3. 发明申请
    • DC motor phase detection method
    • 直流电机相位检测方法
    • US20080116898A1
    • 2008-05-22
    • US11590487
    • 2006-10-30
    • Rodney B. Washington
    • Rodney B. Washington
    • G01R31/08
    • H02P7/00H01H2300/018H02J9/061H02P2203/09
    • A DC motor phase detection algorithm that monitors the change in motor current to detect pulses in the current caused by the motor's commutator brushes crossing over the gap between rotor commutator segments as the motor shaft rotates. A pulse is generated each time a commutator brush breaks and then reconnects to a commutator segment. The algorithm detects and counts the pulses in order to determine the number of revolutions the shaft has rotated. The motor phase can then be used to determine the distance, rotational or linear, that the moving portion of the load attached to the motor has traveled. If the initial position of the moving portion of the device is known then the absolute position can be calculated.
    • 一种直流电动机相位检测算法,用于监视电动机电流的变化,以检测由电动机轴转动时电动机换向器电刷所产生的脉冲在电流换向器间隙之间的间隙上的电流。 每次换向器刷断时产生脉冲,然后重新连接到换向器段。 该算法检测和计数脉冲,以确定轴旋转的转数。 然后可以使用电动机相来确定连接到电动机的负载的移动部分行进的距离,旋转或线性。 如果装置的移动部分的初始位置是已知的,则可以计算绝对位置。
    • 5. 发明授权
    • Contact verification method for a transfer switch mechanism
    • 转接开关机构的接触验证方法
    • US07642676B2
    • 2010-01-05
    • US11590341
    • 2006-10-30
    • Rodney B. Washington
    • Rodney B. Washington
    • H01H47/00
    • H01H1/0015H01H9/26H01H2300/018H02J9/06Y10T307/858
    • An algorithm for verifying the state of switches (such as in a transfer switch mechanism) and for controlling the switches. The control algorithm controls automatic actuation of the switches. The verification algorithm measures the instantaneous voltage on the source and load sides of one or both switches and calculates the RMS magnitude, period, and relative phase for each voltage measurement. If the voltage characteristics for the load do not match any of those for any source, an error is outputted. If the voltage characteristics of the sources match each other, the algorithm determines that they are synchronized. The algorithm determines which switch is closed by comparing the voltage characteristics of the load and of each source, and if there is a match, then the switch associated with the source that is matched with the load is determined to be closed. Otherwise, the switch is determined to be opened.
    • 一种用于验证交换机状态(如转接交换机制)和控制交换机的算法。 控制算法控制开关的自动启动。 验证算法测量一个或两个开关的源极和负载侧的瞬时电压,并计算每个电压测量的RMS幅度,周期和相对相位。 如果负载的电压特性与任何源的电压特性不匹配,则输出错误。 如果源的电压特性相互匹配,则算法确定它们是同步的。 该算法通过比较负载和每个源的电压特性来确定哪个开关闭合,如果存在匹配,则确定与与负载匹配的源相关联的开关闭合。 否则,确定开关被打开。
    • 6. 发明授权
    • DC motor phase detection method for determining a distance traveled by a load
    • 用于确定负载行进的距离的直流电动机相位检测方法
    • US07511474B2
    • 2009-03-31
    • US11590487
    • 2006-10-30
    • Rodney B. Washington
    • Rodney B. Washington
    • G01P3/48H02P5/00H02P1/04
    • H02P7/00H01H2300/018H02J9/061H02P2203/09
    • A DC motor phase detection algorithm that monitors the change in motor current to detect pulses in the current caused by the motor's commutator brushes crossing over the gap between rotor commutator segments as the motor shaft rotates. A pulse is generated each time a commutator brush breaks and then reconnects to a commutator segment. The algorithm detects and counts the pulses in order to determine the number of revolutions the shaft has rotated. The motor phase can then be used to determine the distance, rotational or linear, that the moving portion of the load attached to the motor has traveled. If the initial position of the moving portion of the device is known then the absolute position can be calculated.
    • 一种直流电动机相位检测算法,用于监视电动机电流的变化,以检测由电动机轴转动时电动机换向器电刷所产生的脉冲在电流换向器间隙之间的间隙。 每次换向器刷断时产生脉冲,然后重新连接到换向器段。 该算法检测和计数脉冲,以确定轴旋转的转数。 然后可以使用电动机相来确定连接到电动机的负载的移动部分行进的距离,旋转或线性。 如果装置的移动部分的初始位置是已知的,则可以计算绝对位置。
    • 9. 发明申请
    • Contact verification method for a transfer switch mechanism
    • 转接开关机构的接触验证方法
    • US20080100146A1
    • 2008-05-01
    • US11590341
    • 2006-10-30
    • Rodney B. Washington
    • Rodney B. Washington
    • H01H47/00
    • H01H1/0015H01H9/26H01H2300/018H02J9/06Y10T307/858
    • An algorithm for verifying the state of switches (such as in a transfer switch mechanism) and for controlling the switches. The control algorithm controls automatic actuation of the switches. The verification algorithm measures the instantaneous voltage on the source and load sides of one or both switches and calculates the RMS magnitude, period, and relative phase for each voltage measurement. If the voltage characteristics for the load do not match any of those for any source, an error is outputted. If the voltage characteristics of the sources match each other, the algorithm determines that they are synchronized. The algorithm determines which switch is closed by comparing the voltage characteristics of the load and of each source, and if there is a match, then the switch associated with the source that is matched with the load is determined to be closed. Otherwise, the switch is determined to be opened.
    • 一种用于验证交换机状态(如转接交换机制)和控制交换机的算法。 控制算法控制开关的自动启动。 验证算法测量一个或两个开关的源极和负载侧的瞬时电压,并计算每个电压测量的RMS幅度,周期和相对相位。 如果负载的电压特性与任何源的电压特性不匹配,则输出错误。 如果源的电压特性相互匹配,则算法确定它们是同步的。 该算法通过比较负载和每个源的电压特性来确定哪个开关闭合,如果存在匹配,则确定与与负载匹配的源相关联的开关闭合。 否则,确定开关被打开。