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    • 4. 发明申请
    • System and method for generator phase signal monitoring and control
    • 发电机相位信号监控系统及方法
    • US20110018504A1
    • 2011-01-27
    • US12460659
    • 2009-07-23
    • Ciaran Patterson
    • Ciaran Patterson
    • H02P9/48G06F19/00H02H7/06
    • H02P9/48H02P9/302H02P9/305Y10T307/944
    • A vehicle electrical system comprises a generator and a control device coupled with the generator and operable to protect the generator from catastrophic failure while providing the electrical load in the electrical system with sufficient electrical power. The control device determines a loss of symmetry between two alternating phase signals generated by a first and second phase windings of a single or multiple stator generator. In particular, the control device determines a first and second average values of two of the two or more alternating phase signals and either limits or ceases the total electrical output current of the generator, via a generator output power controller, when the first average value differs from the second average value by a predetermined value. The control device may alternatively be configured to generate an error signal without varying the generator's total electrical output current even in the event of a malfunction.
    • 车辆电气系统包括发电机和与发电机耦合的控制装置,并且可操作以保护发电机免受灾难性故障,同时在电气系统中提供足够的电力。 控制装置确定由单个或多个定子发生器的第一和第二相绕组产生的两个交变相位信号之间的对称损失。 特别地,控制装置确定两个或多个交变相位信号中的两个的第一和第二平均值,并且当第一平均值不同时,通过发电机输出功率控制器限制或停止发电机的总电输出电流 从第二平均值预定值。 可替代地,该控制装置也可以配置成即使在发生故障的情况下也不会改变发电机的总电力输出电流而产生误差信号。
    • 6. 发明申请
    • Inter-regulator control of multiple electric power sources
    • 多个电源的调节器间控制
    • US20050046396A1
    • 2005-03-03
    • US10650617
    • 2003-08-28
    • Ciaran Patterson
    • Ciaran Patterson
    • B60R16/02G05F1/12G05F1/46G05F1/66H02H7/06H02J1/10H02J3/40H02J4/00H02J7/14H02P9/00H02P11/00
    • B60R16/03H02J1/10H02J7/1423H02P5/00H02P2101/45
    • The present invention includes a system and method for controlling multiple sources of electric power using inter-regulator control. The regulators in the system may be of a universal type that may operate either as a master regulator or a follower regulator. Determination whether a regulator operates as a master or a follower regulator may occur before operation of the system, during operation of the system, or may reverse the role of master and follower regulators in response to operating conditions. The master regulator may control its source of electric power and may send signals to the follower regulators to control their sources of electric power. The control of the sources of electric power may be based on sensing output of at least one of the sources of electric power and based on the operational characteristics of at least one of the sources of electric power. Further, the follower regulator may verify the instructions sent from the master regulator.
    • 本发明包括使用调节器间控制来控制多个电源的系统和方法。 系统中的调节器可以是通用型,其可以作为主调节器或从动调节器操作。 确定调节器是作为主机还是从动调节器运行,可能在系统运行之前,系统运行期间发生,或者可能会根据运行条件反转主控和跟随调节器的作用。 主调节器可以控制其电源,并且可以向跟随器调节器发送信号以控制其电力来源。 电力源的控制可以基于至少一个电力源的感测输出,并且基于至少一个电力源的操作特性。 此外,从动调节器可以验证从主调节器发送的指令。