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    • 87. 发明授权
    • Vehicle motor-generator apparatus utilizing synchronous machine having field winding
    • 利用具有励磁绕组的同步电机的车辆电动发电机装置
    • US06806687B2
    • 2004-10-19
    • US10761270
    • 2004-01-22
    • Hiroaki Kajiura
    • Hiroaki Kajiura
    • H02P1100
    • F02N11/04F02N2300/104H02J7/1453H02J7/1461H02J7/1492H02P9/02
    • A vehicle motor-generator apparatus based on a field winding type of synchronous machine coupled to a power inverter and a battery, wherein the synchronous machine is controlled to operate as a motor to perform engine starting and thereafter be driven by the engine as an electrical generator, wherein during a short time interval at the commencement of engine starting, the armature winding of the synchronous machine is driven by a current such that magnetic flux is produced by the armature winding acting in the same direction as magnetic flux produced by the field winding, to thereby achieve increased torque during the time when maximum torque is required. In addition, the supplied field current is set at a maximum value during only an initial period when engine starting begins, until the first compression stroke of the engine has been completed, and thereafter set to a reduced value until the completion of engine starting, thereby reducing the amount temperature rise within the field winding during engine starting, while ensuring a sufficiently high value of initial torque.
    • 一种基于耦合到电力逆变器和电池的同步电机的励磁绕组型的车辆电动发电机装置,其中,所述同步电机被控制为作为电动机进行发动机起动,然后由作为发电机的发动机驱动 其中,在发动机启动开始时的短时间间隔内,同步电机的电枢绕组由电流驱动,使得由与励磁绕组产生的磁通量相同的方向作用的电枢绕组产生磁通, 从而在需要最大扭矩的时间内实现增加的扭矩。 此外,在发动机起动开始的初始期间,直到发动机的第一压缩冲程已经完成,然后将其设定为减小的值直到发动机起动结束为止,将所提供的励磁电流设定为最大值,从而 在发动机启动期间减小励磁绕组内的温度升高,同时确保初始转矩足够高。
    • 89. 发明申请
    • Vehicle battery charging system
    • 车载电池充电系统
    • US20040019441A1
    • 2004-01-29
    • US10621285
    • 2003-07-17
    • Gerald L. Larson
    • G06F019/00
    • H02J7/1453Y02T10/7005
    • A vehicle electrical system is disclosed having a plurality of electrical subsystems for supplying power to different component groups of the vehicle. A voltage regulator is provided each subsystem for setting the voltage on each electrical subsystem independently of the other electrical subsystems. One such subsystem includes a battery having a grounded terminal and an ungrounded terminal. An electrical system controller including data processing capacity provides control of the voltage level on the charging subsystem through a charging regulator having an output connected to the ungrounded terminal of the battery and a control input. An electrical power generator is connected to energize the charging regulator. Instrumentation connected to the electrical system controller provides measurements of current discharged from the battery, current delivered to the battery, and battery temperature. A program residing on the electrical system controller for execution, utilizes battery temperature, battery temperature rate of change and measured current discharged as inputs to an algorithm for dynamically setting a control signal value. The generated control signal is applied to the control input of the charging regulator.
    • 公开了一种车辆电气系统,其具有用于向车辆的不同组件组供电的多个电气子系统。 为每个子系统提供电压调节器,用于独立于其他电气子系统设置每个电气子系统上的电压。 一个这样的子系统包括具有接地端子和未接地端子的电池。 包括数据处理能力的电气系统控制器通过具有与电池的未接地端子连接的输出的充电调节器和控制输入来提供对充电子系统上的电压电平的控制。 连接一个发电机来给充电调节器通电。 连接到电气系统控制器的仪器提供从电池释放的电流,传递到电池的电流和电池温度的测量。 驻留在电气系统控制器上的程序用于执行,利用电池温度,电池温度变化率和测量电流作为动态设置控制信号值的算法的输入。 所产生的控制信号被施加到充电调节器的控制输入端。
    • 90. 发明授权
    • Programmable system and method for regulating an alternator
    • 用于调节交流发电机的可编程系统和方法
    • US06426607B1
    • 2002-07-30
    • US09434051
    • 1999-11-04
    • Mauro MerloDavid F. Swanson
    • Mauro MerloDavid F. Swanson
    • H02J704
    • H02J7/1453
    • A system and method regulates an alternator charging system and includes a memory for storing and regulating voltages used at specific temperatures for the specific alternator charging system requirements of an alternator. A circuit generates a digital signal indicative of both temperature of a battery supplied by the alternator charging system and the charging system voltage. A digital comparator receives the digital signal and compares the digital signal with the regulating voltage stored within the memory for the specific temperature that is indicative of the temperature of the battery supplied by the alternator charging system to generate a regulator control signal.
    • 系统和方法调节交流发电机充电系统,并且包括用于存储和调节在特定温度下用于交流发电机的特定交流发电机充电系统要求的电压的存储器。 电路产生指示由交流发电机充电系统提供的电池的温度和充电系统电压的数字信号。 数字比较器接收数字信号,并将数字信号与存储在存储器内的调节电压比较,该特定温度指示由交流发电机充电系统提供的电池的温度以产生调节器控制信号。