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    • 1. 发明申请
    • STEERING DEVICE, STEERING CONTROL DEVICE, AND STEERING CONTROL METHOD
    • 转向装置,转向控制装置和转向控制方法
    • US20150120140A1
    • 2015-04-30
    • US14405341
    • 2013-07-16
    • Yoshio KudoYoshiaki SuzukiMotoaki KataokaDaiji WatanabeHisaya Akatsuka
    • Yoshio KudoYoshiaki SuzukiMotoaki KataokaDaiji WatanabeHisaya Akatsuka
    • B62D5/04B62D6/00
    • B62D5/0472B62D6/008
    • A steering device (1) includes: a steering member (4) that is provided in a vehicle (2) and configured to be rotationally operated; an actuator (8) that generates a torque assisting a steering operation on the steering member (4); a detection device (9) that detects a torque applied to a steering shaft portion (5) that rotates together with the steering member (4); and a steering control device (11) that performs vibration suppression control to suppress vibrations transmitted to the steering member (4) by adjusting a torque generated by the actuator (8), on a basis of a detected torque that is a torque detected by the detection device (9). The steering control device (11) controls the actuator (8) such that a torque of a frequency band in a first predetermined range, which corresponds to the detected torque is not suppressed.
    • 转向装置(1)包括:转向构件(4),其设置在车辆(2)中并构造成可旋转地操作; 致动器(8),其产生帮助所述转向构件(4)上的转向操作的扭矩; 检测装置(9),其检测施加到与所述转向构件(4)一起旋转的转向轴部分(5)的扭矩; 以及转向控制装置(11),其通过基于由所述致动器(8)检测到的扭矩的检测转矩来进行调节由所述致动器(8)产生的转矩来抑制传递到所述转向构件(4)的振动的振动抑制控制 检测装置(9)。 转向控制装置(11)控制致动器(8),使得对应于检测转矩的第一预定范围内的频带的扭矩不被抑制。
    • 2. 发明授权
    • Steering device, steering control device, and steering control method
    • 转向装置,转向控制装置和转向控制方法
    • US09457837B2
    • 2016-10-04
    • US14405341
    • 2013-07-16
    • Yoshio KudoYoshiaki SuzukiMotoaki KataokaDaiji WatanabeHisaya Akatsuka
    • Yoshio KudoYoshiaki SuzukiMotoaki KataokaDaiji WatanabeHisaya Akatsuka
    • B62D5/04B62D6/00
    • B62D5/0472B62D6/008
    • A steering device (1) includes: a steering member (4) that is provided in a vehicle (2) and configured to be rotationally operated; an actuator (8) that generates a torque assisting a steering operation on the steering member (4); a detection device (9) that detects a torque applied to a steering shaft portion (5) that rotates together with the steering member (4); and a steering control device (11) that performs vibration suppression control to suppress vibrations transmitted to the steering member (4) by adjusting a torque generated by the actuator (8), on a basis of a detected torque that is a torque detected by the detection device (9). The steering control device (11) controls the actuator (8) such that a torque of a frequency band in a first predetermined range, which corresponds to the detected torque is not suppressed.
    • 转向装置(1)包括:转向构件(4),其设置在车辆(2)中并构造成可旋转地操作; 致动器(8),其产生帮助所述转向构件(4)上的转向操作的扭矩; 检测装置(9),其检测施加到与所述转向构件(4)一起旋转的转向轴部分(5)的扭矩; 以及转向控制装置(11),其通过基于由所述致动器(8)检测到的扭矩的检测转矩来进行调节由所述致动器(8)产生的转矩来抑制传递到所述转向构件(4)的振动的振动抑制控制 检测装置(9)。 转向控制装置(11)控制致动器(8),使得对应于检测转矩的第一预定范围内的频带的扭矩不被抑制。
    • 5. 发明授权
    • Control apparatus for electric power steering system
    • 电动助力转向系统控制装置
    • US08265828B2
    • 2012-09-11
    • US12800458
    • 2010-05-14
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • A01B69/00
    • B62D5/0466
    • The control apparatus for an electric power steering system is designed to satisfy the first spec that a first relation characteristic between speed of the electric motor to generate steering assist force and the steering wheel torque is the same as a basic relation characteristic in which the electric motor is driven in accordance with a basic assist amount calculated on the basis of the measured steering torque not corrected by an assist compensation amount calculated depending on the operating state of the electric power steering system, and to satisfy the second spec that a second relation characteristic between speed of the electric motor and a road surface reaction force is such that speed of the electric motor is suppressed compared to a case where the electric motor is driven in accordance with the basic relation characteristic.
    • 电动助力转向系统的控制装置被设计为满足第一规格,即产生转向辅助力的电动机的速度与方向盘转矩之间的第一关系特性与电动机的基本关系特性相同 根据不是根据电动助力转向系统的运转状态计算出的辅助补偿量而校正的测量转向转矩而计算的基本辅助量被驱动,并且为了满足第二规格,第二关系特性是 与根据基本关系特性驱动电动机的情况相比,电动机的速度和路面反作用力使得电动机的速度被抑制。
    • 6. 发明申请
    • Control apparatus for electric power steering system
    • 电动助力转向系统控制装置
    • US20100292896A1
    • 2010-11-18
    • US12800458
    • 2010-05-14
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • G06F19/00B62D5/04
    • B62D5/0466
    • The control apparatus for an electric power steering system is designed to satisfy the first spec that a first relation characteristic between speed of the electric motor to generate steering assist force and the steering wheel torque is the same as a basic relation characteristic in which the electric motor is driven in accordance with a basic assist amount calculated on the basis of the measured steering torque not corrected by an assist compensation amount calculated depending on the operating state of the electric power steering system, and to satisfy the second spec that a second relation characteristic between speed of the electric motor and a road surface reaction force is such that speed of the electric motor is suppressed compared to a case where the electric motor is driven in accordance with the basic relation characteristic.
    • 电动助力转向系统的控制装置被设计为满足第一规格,即产生转向辅助力的电动机的速度与方向盘转矩之间的第一关系特性与电动机的基本关系特性相同 根据不是根据电动助力转向系统的运转状态计算出的辅助补偿量而校正的测量转向转矩而计算的基本辅助量被驱动,并且为了满足第二规格,第二关系特性是 与根据基本关系特性驱动电动机的情况相比,电动机的速度和路面反作用力使得电动机的速度被抑制。
    • 8. 发明申请
    • ELECTRIC POWER STEERING SYSTEM DESIGNED TO GENERATE TORQUE FOR ASSISTING DRIVER'S TURNING EFFORT
    • 电动转向系统设计用于产生用于辅助驱动器的转速的扭矩
    • US20100204889A1
    • 2010-08-12
    • US12705029
    • 2010-02-12
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • Daiji WatanabeMotoaki KataokaTomoyuki Hori
    • G06F19/00
    • B62D5/0463B62D5/0466
    • In an electric power steering system installed in a vehicle and designed to generate, by a motor, assist torque for assisting the driver's turning effort of the steering wheel, a self-aligning torque determiner determines a value of self aligning torque applied to the vehicle. A commanded-value generator determines a value of an assist ratio based on a predetermined relationship between a variable of the self aligning torque and a variable of the assist ratio. The assist ratio represents a ratio of share of torque by the motor for compensating the self aligning torque. The commanded-value generator generates, based on the self aligning torque and the value of the assist ratio, a commanded value for the assist torque. An assist torque determiner determines the assist torque based on the commanded value for the assist torque generated by the commanded-value generator.
    • 在安装在车辆中并被设计成通过电动机产生辅助转矩以帮助驾驶员转向方向盘的转向力的电动助力转向系统中,自动调心扭矩确定器确定施加到车辆的自对准转矩的值。 指令值发生器基于自对准转矩的变量与辅助比的变量之间的预定关系来确定辅助比的值。 助力比表示用于补偿自动对准转矩的电动机的转矩份额之比。 指令值发生器基于自对准转矩和辅助比的值生成辅助转矩的指令值。 辅助转矩确定器基于由指令值发生器产生的辅助转矩的指令值来确定辅助转矩。
    • 10. 发明授权
    • Electric power-steering control device
    • 电动助力转向控制装置
    • US08996251B2
    • 2015-03-31
    • US13597700
    • 2012-08-29
    • Motoaki KataokaDaiji Watanabe
    • Motoaki KataokaDaiji Watanabe
    • B62D6/00B62D11/00B62D5/04
    • B62D6/008B62D5/0466
    • A base assist section generates a base assist command so that a steering reaction according to a road surface reaction returns to a steering wheel side. A modifying section generates a torque modifying command for modifying the base assist command so that an unstable movement of a vehicle converges appropriately. A sum of the each command becomes a final assist torque command. The base assist section estimates a road surface force based on the self-generated base assist command and a steering torque actually detected. A target steering torque is generated based on the estimated force, and the base assist command is generated based on a deviation of the target steering torque and the steering torque.
    • 基辅助部产生基辅助指令,使得根据路面反应的转向反作用力返回方向盘一侧。 变更部生成用于修正基准辅助指令的转矩修正命令,使得车辆的不稳定运动适当地收敛。 每个命令的总和成为最终的辅助转矩指令。 基座辅助部基于自身生成的基辅助指令和实际检测到的转向转矩来估计路面力。 基于估计的力产生目标转向转矩,并且基于目标转向转矩和转向转矩的偏差来生成基本辅助指令。