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    • 1. 发明授权
    • Electric steering control device
    • 电动转向控制装置
    • US07031813B2
    • 2006-04-18
    • US10712321
    • 2003-11-14
    • Michiyuki SugiyamaHirozumi EkiKazumasa KodamaJunji KawamuroTakahiro KojoMasatoshi Nakatsu
    • Michiyuki SugiyamaHirozumi EkiKazumasa KodamaJunji KawamuroTakahiro KojoMasatoshi Nakatsu
    • A01B69/00
    • B62D5/0496B62D5/008
    • An electric steering control device is provided which is capable of enabling the driver to perform steering manipulation stably without being substantially affected by the ambient temperature and the heat generation of the control device. The control device comprises a temperature sensor for detecting the temperature of a circuit board mounting a motor drive circuit thereon and a compensation section for compensating an electric current command value based on the board temperature detected by the temperature sensor, so that en electric motor for exerting an assist force on a vehicle steering mechanism is driven by the compensated electric current command value output from a motor drive circuit. Therefore, the steering operation can be done stably without being substantially affected by the ambient temperature and the heat generation of the control device. In particular, since the temperature sensor is arranged not on the motor drive circuit per se but on a circuit board mounting the motor drive circuit thereon, the freedom can be heightened in arranging the temperature sensor. Further, since the temperature sensor for heat control of a spiral cable provided on the electric motor is utilized also for compensation of the electric current command value, the components for the control device can be reduced in number.
    • 提供一种电动转向控制装置,其能够使驾驶员能够稳定地执行转向操作,而不受基本上受到环境温度和控制装置的发热的影响。 控制装置包括温度传感器,用于检测在其上安装电动机驱动电路的电路板的温度,以及补偿部分,用于基于由温度传感器检测到的电路板温度补偿电流指令值,使得用于施加电动机 由电机驱动电路输出的补偿电流指令值驱动车辆转向机构上的辅助力。 因此,可以在不受环境温度和控制装置的发热的显着影响的情况下稳定地进行转向操作。 特别地,由于温度传感器本身不设置在电动机驱动电路上,而是在其上安装电动机驱动电路的电路板上,因此可以在布置温度传感器时提高自由度。 此外,由于设置在电动机上的螺旋形电缆的热控温度传感器也用于电流指令值的补偿,所以可以减少控制装置的部件数量。
    • 5. 发明授权
    • Vehicular steering control device and vehicular steering control method
    • 车辆转向控制装置和车辆转向控制方法
    • US06904999B2
    • 2005-06-14
    • US10614872
    • 2003-07-09
    • Takahiro KojoJunji KawamuroMasatoshi Nakatsu
    • Takahiro KojoJunji KawamuroMasatoshi Nakatsu
    • B62D6/00B62D5/00B62D5/04B62D5/07B62D113/00B62D119/00B62D137/00B62D5/06
    • B62D5/008B62D6/002
    • A target relative rotational angle Δθt which is created by a steering gear ratio change unit and which is formed by a lower steering shaft relative to an upper steering shaft is calculated on the basis of a steering angle θ, and a post-correction target relative rotational angle Δθta to be created by the steering gear ratio change unit is calculated on the basis of the target relative rotational angle Δθt and a vehicle speed range that has been determined on the basis of a vehicle speed V. Thus, a target relative rotational angle in one lateral direction is so corrected as to be equal to or smaller than a difference between a permissible rotational angle to be defined by a spiral cable in the other lateral direction and a maximum possible rotational angle of the lower steering shaft in the other lateral direction. An electric motor is controlled on the basis of the post-correction target relative rotational angle Δθta.
    • 基于转向角θ和修正后目标相对旋转计算由舵机比改变单元产生并且由下转向轴相对于上转向轴形成的目标相对旋转角度 基于目标相对旋转角度Deltathetat和基于车辆速度V确定的车速范围来计算由转向齿轮比变化单元产生的角度Deltathetata。因此,目标相对旋转角度 一个横向方向被校正为等于或小于由另一横向方向上的螺旋线缆限定的允许旋转角度和下转向轴在另一横向方向上的最大可能旋转角度之间的差。 基于校正后目标相对旋转角度Deltathetata控制电动机。
    • 6. 发明授权
    • Vehicle steering apparatus
    • 车辆转向装置
    • US06840347B2
    • 2005-01-11
    • US10619080
    • 2003-07-15
    • Masatoshi NakatsuJunji KawamuroTakahiro Kojo
    • Masatoshi NakatsuJunji KawamuroTakahiro Kojo
    • B62D1/16B62D1/20B62D5/00B62D5/04B62D6/00B62D101/00B62D113/00B62D137/00
    • B62D5/008
    • A vehicle steering apparatus is provided with a transmitting ratio variable gear ratio mechanism in a steering force transmitting system, and a lock mechanism which limits relative rotation between an input shaft and an output shaft of the steering force transmitting system. In the lock mechanism is provided a lock holder which rotates together with a rotor of a motor, and in which is formed a plurality of first indented portions in a circumferential direction along the circumference and a second indented portion indented deeper than the first indented portions at one end portion of each of the first indented portions. In the lock mechanism is also provided a lock arm which is provided on a stator side of the motor and which engages with the one of the first indented portions or second indented portions.
    • 车辆转向装置在转向力传递系统中设置有传动比可变齿轮比机构,以及限制转向力传递系统的输入轴和输出轴之间的相对旋转的锁定机构。 在锁定机构中,设置有与电动机的转子一起旋转的锁定保持器,并且沿着圆周沿圆周方向形成有多个第一凹入部分和在第一凹入部分的第一凹进部分的凹陷部分 每个第一凹入部分的一个端部。 在锁定机构中还设置有锁定臂,其设置在电动机的定子侧上并且与第一缩进部分或第二缩进部分中的一个接合。