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    • 1. 发明授权
    • Engine starting method in idling stop condition
    • 发动机起动方式为怠速停机状态
    • US06651603B2
    • 2003-11-25
    • US09849274
    • 2001-05-07
    • Masahiko OsadaMasato HanaiMasahiro KatohMasanori OhmiMikio Saito
    • Masahiko OsadaMasato HanaiMasahiro KatohMasanori OhmiMikio Saito
    • F02N1700
    • F02N11/0855F02N11/0814F02N11/087F02N15/04Y02T10/48
    • The present invention provides an engine starting method from an idling stop condition wherein a preliminary step pushes a pinion to abut with a ring gear when a vehicle operating condition is in an idling stop condition, a starting step rotates the pinion into mesh with the ring gear by a motor upon receiving an engine start signal and thereafter an engine is started, and a restoring step is carried out after engine startup where the pinion is restored to an original position thereof. Also provided, when the engine is stopped, a pinion is meshed with a ring gear. Upon engine start-up, a pinion actuator disengages the pinion from the ring gear and a cutout portion engages an engaging piece to maintain the pinion disengaged. When the engine stops, a releasing actuator disengages the cutout portion and the engaging piece and the pinion is reset.
    • 本发明提供了一种怠速停止状态的发动机起动方法,其中,当车辆工作状态处于怠速停止状态时,初步步骤推动小齿轮与环形齿轮抵接,起动步骤使小齿轮与齿圈啮合 通过马达接收到发动机启动信号,然后发动机起动,并且在发动机启动之后执行恢复步骤,其中小齿轮恢复到其初始位置。 还提供了当发动机停止时,小齿轮与齿圈啮合。 在发动机启动时,小齿轮执行器将小齿轮与环形齿轮分离,并且切口部分与接合件接合以保持小齿轮脱离接合。 当发动机停止时,释放致动器解除切口部分并且接合件并且小齿轮被复位。
    • 4. 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。
    • 8. 发明授权
    • Engine starter system having duty-controlled switching device
    • 发动机起动器系统,具有占空控切换装置
    • US06737759B2
    • 2004-05-18
    • US10040444
    • 2002-01-09
    • Masahiko OsadaMikio SaitoMasato Hanai
    • Masahiko OsadaMikio SaitoMasato Hanai
    • F02N1108
    • F02N11/087F02N2300/108
    • An engine starter system includes a current switching device for controlling an armature current, a shorting relay for electrically shorting the current switching device, and an electronic control circuit. In a normal starting mode, the electronic control circuit gradually increases the armature current by varying a duty ratio of the current switching device. When the armature current becomes larger than an allowable current value of the current switching device, an armature is energized through the shorting relay. In an economy-running starting mode, the armature current is controlled through the current switching device until the engine is completely started.
    • 发动机起动器系统包括用于控制电枢电流的电流开关装置,用于电短路电流开关装置的短路继电器和电子控制电路。 在正常启动模式下,电子控制电路通过改变电流开关装置的占空比来逐渐增加电枢电流。 当电枢电流变得大于电流开关装置的容许电流值时,电枢通过短路继电器通电。 在经济运行的启动模式下,通过当前的开关装置控制电枢电流,直到发动机完全启动为止。
    • 9. 发明授权
    • Apparatus for starting engine mounted on-vehicle
    • 用于起动发动机安装在车上的装置
    • US08754556B2
    • 2014-06-17
    • US12762537
    • 2010-04-19
    • Kiyokazu HarunoMitsuhiro MurataMikio SaitoMasami Niimi
    • Kiyokazu HarunoMitsuhiro MurataMikio SaitoMasami Niimi
    • H02K11/00H02K7/06F02N11/10H01H67/02
    • F02N11/087F02N15/067F02N2011/0892H01H51/065Y10T74/134
    • In a starter for starting an on-vehicle engine, a solenoid is provided to push a pinion gear. The solenoid has an electromagnetic coil composed of a single coil and electrically separated from a motor circuit, a fixed core, and a plunger. Supply of excitation current to the electromagnetic coil allows the fixed core to be magnetized to attract the plunger. Hence, a movement of the plunger results in a push of the movable member toward the ring gear. A switch is provided in the circuit and has a contact, a movable core, and a switch coil functioning as an electromagnet attracting the movable core in response to supply of current to the switch coil. A movement of the movable core results in on/off switching operations of the switch. The switch is allowed to operate independently of the solenoid when both the switch and solenoid are controlled.
    • 在用于启动车载发动机的起动器中,设置螺线管以推动小齿轮。 螺线管具有由单个线圈组成的电磁线圈,并且与电动机电路,固定铁芯和柱塞电分离。 向电磁线圈供应励磁电流使得固定磁芯被磁化以吸引柱塞。 因此,柱塞的运动导致可动件向环形齿轮的推动。 开关设置在电路中,并且具有接触件,可动铁芯和用作响应于向开关线圈提供电流而吸引可动铁芯的电磁体的开关线圈。 可动芯的运动导致开关的开/关切换操作。 当开关和螺线管都被控制时,开关允许独立于螺线管工作。