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    • 51. 发明申请
    • Control apparatus for automotive alternator with function of initialization state detection
    • 具有初始化状态检测功能的汽车交流发电机控制装置
    • US20080094039A1
    • 2008-04-24
    • US11976024
    • 2007-10-19
    • Kenji Oshima
    • Kenji Oshima
    • H02P9/48H02P9/00H02P9/08
    • H02P9/48H02P9/08H02P9/305
    • A control apparatus controls power generation of an electric generator and communicates with an external control apparatus. The control apparatus includes a receiver, a controller, an initialization state detector, and a transmitter. The receiver receives a command signal transmitted by the external control apparatus. The controller controls power generation of the electric generator according to the command signal received by the receiver. The initialization state detector detects an initialization state of the control apparatus. The transmitter transmits, when the initialization state of the control apparatus is detected by the initialization state detector, an informing signal to the external control apparatus, thereby informing the external control apparatus that the control apparatus is in the initialization state.
    • 控制装置控制发电机的发电并与外部控制装置通信。 控制装置包括接收器,控制器,初始状态检测器和发射器。 接收器接收由外部控制装置发送的命令信号。 控制器根据接收机接收到的命令信号控制发电机的发电。 初始化状态检测器检测控制装置的初始化状态。 当由初始化状态检测器检测到控制装置的初始化状态时,发送器向外部控制装置发送通知信号,由此通知外部控制装置控制装置处于初始化状态。
    • 52. 发明申请
    • SYSTEM AND METHOD FOR PROPELLING A LARGE LAND-BASED VEHICLE USING A DUAL FUNCTION BRUSHLESS DYNAMOELECTRIC MACHINE
    • US20080023966A1
    • 2008-01-31
    • US11460111
    • 2006-07-26
    • Ajith K. Kumar
    • Ajith K. Kumar
    • H02P9/04
    • B61C7/04B60K6/26B60K6/46B60L11/123B60L2200/26B60Y2200/14H02P9/08Y02T10/6217Y02T10/642Y02T30/16
    • A propulsion system for a relatively large land-based vehicle, such as a locomotive or off-highway vehicle, is provided. The system may include a brushless dynamoelectric machine made up of a main alternator having a main rotor and a main stator, and an auxiliary alternator having an auxiliary rotor and an auxiliary stator, wherein the main rotor and the auxiliary rotor are disposed on a shaft for joint rotation with the shaft. The dynamoelectric machine is operable in a power generating mode, and in an engine cranking mode. A power source may be connected to pass current to one or more windings in the auxiliary stator to induce an alternating current flow in one or more windings in the auxiliary rotor. A rectifier may be connected to receive the alternating current flow from the one or more windings in the auxiliary rotor. The rectifier is further connected to supply a rectified current to one or more windings in the main rotor to induce an alternating current flow in one or more windings in the main stator of the machine, wherein the alternating current flow in the one or more windings in the main stator of the machine constitutes the current generated by the dynamoelectric machine during the power generating mode. The power source to be connected during the engine cranking mode may be first and second inverters connected to provide an AC conversion to a DC input from an energy storage device to supply a respective alternating current having some desired characteristics. The one inverter may be connected to the one or more windings in the main stator, and the other inverter may be connected to the one or more windings in the auxiliary stator to produce a torque in the main rotor of the machine. The torque produced at the main rotor of the machine is mechanically coupled to a crankshaft of an internal combustion engine of the propulsion system to start the engine during the engine cranking mode.
    • 54. 发明申请
    • Stall controller and triggering condition control features for a wind turbine
    • 失速控制器和风力发电机的触发条件控制功能
    • US20070170724A1
    • 2007-07-26
    • US11487343
    • 2006-07-17
    • David Gregory Calley
    • David Gregory Calley
    • H02P9/04
    • F03D7/0256F03D7/0272F03D7/042F05B2270/1016H02P3/22H02P3/24H02P9/04H02P9/08H02P25/18H02P2101/15H02P2101/45Y02E10/721Y02E10/723
    • Control features for a wind turbine that control the turbine over a range of wind speeds and under triggering conditions with reduced noise, cost, and reliability issues associated with other such controls. Control is accomplished via control electronics, which adjust the torque produced by the electrical output generation device (e.g., alternator) within the wind turbine. During normal operation, torque is adjusted for optimum aerodynamic performance and maximum output of power. In winds above rated power, the control circuit regulates torque to lower aerodynamic performance, as necessary to maintain desired power level output. In triggering conditions, such as during simultaneous control circuit failure and loss of some portion of the electrical output generation device in extreme winds, wind turbine control is accomplished by increasing torque (e.g., via a separate controller) from the electrical output generation device via shorting of windings, so as to cause retardation of blade rotation.
    • 用于风力涡轮机的控制特征,其在一定范围的风速和触发条件下控制涡轮机,降低与其他这种控制相关联的噪声,成本和可靠性问题。 通过控制电子装置实现控制,控制电路调节由风力涡轮机内的电输出产生装置(例如,交流发电机)产生的扭矩。 在正常运行期间,调整扭矩以获得最佳的空气动力性能和最大功率输出。 在超过额定功率的风中,控制电路根据需要调节转矩以降低空气动力性能,以保持所需的功率电平输出。 在触发条件下,例如在同时控制电路故障期间和在极端风中的电输出发生装置的某些部分的损失时,风力涡轮机控制是通过经由短路从电输出发生装置增加扭矩(例如经由单独的控制器)来实现的 的绕组,从而导致叶片旋转的延迟。
    • 56. 发明授权
    • Engine starter
    • 发动机起动器
    • US06752111B2
    • 2004-06-22
    • US10231198
    • 2002-08-30
    • Masahiko OsadaMikio SaitoMasanori Ohmi
    • Masahiko OsadaMikio SaitoMasanori Ohmi
    • F02N1100
    • F02N11/0851F02D2041/2058F02N11/087F02N15/067F02N2300/104H02P9/08
    • Simplifying a control system by integrating current control for an exciting coil and a main current control for a starter motor is accomplished by a current control unit for a starter motor and is constructed with a control device provided among a battery, a motor contact point and an exciting coil, and a starter ECU for driving the control device. The control device has a device capacity for allowing main current of the starter motor. The starter ECU changes a control specification for the control device before and after closing the motor contact point. That is, control-start timing of a coil current is determined by a battery voltage before closing the motor contact point. Thereafter, the coil current is restricted to a predetermined value to reduce a moving speed of a plunger. After closing the motor contact point, the main current is slowly raised.
    • 通过集成用于起动电动机的励磁线圈和主电流控制的电流控制来简化控制系统由用于起动电动机的电流控制单元来实现,并且由电池,电动机接触点和 励磁线圈和用于驱动控制装置的起动ECU。 控制装置具有用于允许起动电动机的主电流的装置容量。 起动ECU在关闭电动机接点之前和之后更改控制装置的控制规格。 也就是说,线圈电流的控制开始定时由闭合电动机接触点之前的电池电压决定。 此后,将线圈电流限制在预定值以减小柱塞的移动速度。 关闭电机触点后,主电流缓慢上升。
    • 59. 发明授权
    • Vehicle generator control system
    • 车辆发电机控制系统
    • US06696773B2
    • 2004-02-24
    • US10151987
    • 2002-05-22
    • Makoto Taniguchi
    • Makoto Taniguchi
    • H02J700
    • H02P9/305H02P9/08Y10T307/50Y10T307/664
    • A generator control system of a vehicle AC generator includes a field coil, a first polyphase armature winding, a second polyphase armature winding, a first rectifier connected to the first armature winding and a second rectifier connected to the second armature winding. The generation control system includes a power transistor connected with the field coil, a voltage regulator for controlling the power transistor, a voltage comparator for providing a pulse signal by comparing output voltage of one of phase-windings of the first armature winding with one of second phase-windings of the second armature winding and a counter circuit for driving the voltage regulator when the number of pulses of the pulse signal becomes larger than a predetermined value.
    • 车辆交流发电机的发电机控制系统包括励磁线圈,第一多相电枢绕组,第二多相电枢绕组,连接到第一电枢绕组的第一整流器和连接到第二电枢绕组的第二整流器。 发电控制系统包括与励磁线圈连接的功率晶体管,用于控制功率晶体管的电压调节器,电压比较器,用于通过将第一电枢绕组中的一个的相绕组的输出电压与第二电枢绕组中的一个的输出电压进行比较来提供脉冲信号 第二电枢绕组的相绕组和用于在脉冲信号的脉冲数大于预定值时驱动电压调节器的计数器电路。