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    • 1. 发明授权
    • Drive system and vehicle for use therewith
    • 驱动系统和与其一起使用的车辆
    • US4809803A
    • 1989-03-07
    • US34651
    • 1987-04-06
    • Charles J. AhernBohdan W. FedorowyczMartin J. Neumeyer
    • Charles J. AhernBohdan W. FedorowyczMartin J. Neumeyer
    • B60G11/23B60L11/08B62D11/06B62D55/104B60K17/30
    • B62D55/104B60G11/23B60L11/08B62D11/06B60L2210/20B60L2220/14Y02T10/646Y02T10/648Y02T10/70Y02T10/7077Y02T10/725
    • An electrical drive system is controlled by a microprocessor-based, electronic control unit which is coupled to operator-generated input signals and various feedback signals to individually control the major components of the drive system including a turbine engine, a three-phase alternator, power control units and their respective synchronous AC motors and gearboxes. A combat vehicle which utilizes the drive system includes a vehicle bed on which right and left sets of three wheels are mounted on opposite sides of the centerline of the vehicle in driving engagement with their respective gearboxes. Each of the wheels includes a hollow hub in which its gearbox and its synchronous AC motor is mounted. A torsilastic suspension system supports the wheels on the vehicle bed. The turbine engine drives the alternator which comprises a brushless, synchronous device having a variable three-phase power output. Each of the power control units first rectifies the three-phase output power, then controls the resulting DC power and finally converts the controlled DC power to variable frequency AC power to independently control the speed and torque of its motor. The vehicle turns by electrically slowing the motors on one side of the centerline of the vehicle and electrically speeding up the motors on the other side so that the vehicle turns about the wheels whose motors are electrically slowed (i.e. regenerative skid steering).
    • 电驱动系统由基于微处理器的电子控制单元控制,该单元耦合到操作者生成的输入信号和各种反馈信号,以分别控制驱动系统的主要部件,包括涡轮发动机,三相交流发电机,功率 控制单元及其各自的同步交流电动机和变速箱。 利用该驱动系统的作战车辆包括一车辆,在该车床上左右一组三个车轮安装在车辆中心线的相对侧上,与其相应的变速箱驱动接合。 每个车轮包括中空轮毂,其中安装有齿轮箱及其同步交流电动机。 机动悬架系统支撑车床上的车轮。 涡轮发动机驱动交流发电机,其包括具有可变三相功率输出的无刷同步装置。 每个功率控制单元首先对三相输出功率进行整流,然后控制所得到的直流电力,最后将受控直流电力转换为可变频率交流电源,以独立控制其电机的转速和转矩。 车辆通过电动减速车辆中心线一侧的电动机并使电动机在另一侧电动加速,使得车辆绕电动机电动减速的车轮(即再生滑行转向)转动。