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    • 1. 发明授权
    • Steering system
    • 转向系统
    • US07954827B2
    • 2011-06-07
    • US12028279
    • 2008-02-08
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • B62D17/00B62D5/04B60G17/016
    • B62D7/146B62D5/0481B62D17/00
    • A steering controller for an electric power steering device 110 includes a base signal computing part 51 for computing a base signal DT in accordance with at least the steering torque; a damper compensation signal computing part 52 for computing a damper compensation signal in accordance with an angular velocity of an electric motor 4 or a speed of steering wheel turn; and an inertia compensation signal computing part 53 for compensating inertia and viscosity in the steering unit. The electric motor is driven by a target signal IM1 obtained by compensating the base signal with a damper compensation signal and an inertia compensation signal, to provide a steering auxiliary force. The target signal of the auxiliary torque is compensated so that a difference between a reference self-aligning torque of front wheel in a front wheel steering vehicle and a self-aligning torque of front wheel in an all-wheel steering vehicle is provided to a driver as a responsive feeling from the steering torque.
    • 用于电动助力转向装置110的转向控制器包括:基本信号计算部51,用于根据至少转向转矩计算基准信号DT; 用于根据电动机4的角速度或方向盘转动的速度计算阻尼器补偿信号的阻尼器补偿信号计算部52; 以及用于补偿转向单元中的惯性和粘度的惯性补偿信号计算部件53。 电动机由通过用阻尼器补偿信号和惯性补偿信号补偿基本信号而获得的目标信号IM1驱动,以提供转向辅助力。 辅助转矩的目标信号被补偿,使得前轮转向车辆中的前轮的参考自动对准转矩与全轮转向车辆中的前轮的自调整扭矩之间的差提供给驾驶员 作为来自转向扭矩的响应感。
    • 2. 发明授权
    • Steering system
    • 转向系统
    • US08340867B2
    • 2012-12-25
    • US13095979
    • 2011-04-28
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • B62D12/00
    • B62D7/146B62D5/0481B62D17/00
    • A steering controller for an electric power steering device 110 includes a base signal computing part 51 for computing a base signal DT in accordance with at least the steering torque; a damper compensation signal computing part 52 for computing a damper compensation signal in accordance with an angular velocity of an electric motor 4 or a speed of steering wheel turn; and an inertia compensation signal computing part 53 for compensating inertia and viscosity in the steering unit. The electric motor is driven by a target signal IM1 obtained by compensating the base signal with a damper compensation signal and an inertia compensation signal, to provide a steering auxiliary force. The target signal of the auxiliary torque is compensated so that a difference between a reference self-aligning torque of front wheel in a front wheel steering vehicle and a self-aligning torque of front wheel in an all-wheel steering vehicle is provided to a driver as a responsive feeling from the steering torque.
    • 用于电动助力转向装置110的转向控制器包括:基本信号计算部51,用于根据至少转向转矩计算基准信号DT; 用于根据电动机4的角速度或方向盘转动的速度计算阻尼器补偿信号的阻尼器补偿信号计算部52; 以及用于补偿转向单元中的惯性和粘度的惯性补偿信号计算部件53。 电动机由通过用阻尼器补偿信号和惯性补偿信号补偿基本信号而获得的目标信号IM1驱动,以提供转向辅助力。 辅助转矩的目标信号被补偿,使得前轮转向车辆中的前轮的参考自动对准转矩与全轮转向车辆中的前轮的自调整扭矩之间的差提供给驾驶员 作为来自转向扭矩的响应感。
    • 3. 发明申请
    • STEERING SYSTEM
    • 转向系统
    • US20110202239A1
    • 2011-08-18
    • US13095979
    • 2011-04-28
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • B62D6/00B62D5/04
    • B62D7/146B62D5/0481B62D17/00
    • A steering controller for an electric power steering device 110 includes a base signal computing part 51 for computing a base signal DT in accordance with at least the steering torque; a damper compensation signal computing part 52 for computing a damper compensation signal in accordance with an angular velocity of an electric motor 4 or a speed of steering wheel turn; and an inertia compensation signal computing part 53 for compensating inertia and viscosity in the steering unit. The electric motor is driven by a target signal IM1 obtained by compensating the base signal with a damper compensation signal and an inertia compensation signal, to provide a steering auxiliary force. The target signal of the auxiliary torque is compensated so that a difference between a reference self-aligning torque of front wheel in a front wheel steering vehicle and a self-aligning torque of front wheel in an all-wheel steering vehicle is provided to a driver as a responsive feeling from the steering torque.
    • 用于电动助力转向装置110的转向控制器包括:基本信号计算部51,用于根据至少转向转矩计算基准信号DT; 用于根据电动机4的角速度或方向盘转动的速度计算阻尼器补偿信号的阻尼器补偿信号计算部52; 以及用于补偿转向单元中的惯性和粘度的惯性补偿信号计算部件53。 电动机由通过用阻尼器补偿信号和惯性补偿信号补偿基本信号而获得的目标信号IM1驱动,以提供转向辅助力。 辅助转矩的目标信号被补偿,使得前轮转向车辆中的前轮的参考自动对准转矩与全轮转向车辆中的前轮的自调整扭矩之间的差提供给驾驶员 作为来自转向扭矩的响应感。
    • 4. 发明申请
    • STEERING SYSTEM
    • 转向系统
    • US20080196966A1
    • 2008-08-21
    • US12028279
    • 2008-02-08
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • Kouhei MaruyamaYasuhiro TeradaYutaka HoriuchiNobuo SugitaniTakashi Yanagi
    • B62D5/04
    • B62D7/146B62D5/0481B62D17/00
    • A steering controller for an electric power steering device 110 includes a base signal computing part 51 for computing a base signal DT in accordance with at least the steering torque; a damper compensation signal computing part 52 for computing a damper compensation signal in accordance with an angular velocity of an electric motor 4 or a speed of steering wheel turn; and an inertia compensation signal computing part 53 for compensating inertia and viscosity in the steering unit. The electric motor is driven by a target signal IM1 obtained by compensating the base signal with a damper compensation signal and an inertia compensation signal, to provide a steering auxiliary force. The target signal of the auxiliary torque is compensated so that a difference between a reference self-aligning torque of front wheel in a front wheel steering vehicle and a self-aligning torque of front wheel in an all-wheel steering vehicle is provided to a driver as a responsive feeling from the steering torque.
    • 用于电动助力转向装置110的转向控制器包括:至少根据转向转矩计算基本信号D SUB T T的基本信号计算部51; 用于根据电动机4的角速度或方向盘转动的速度计算阻尼器补偿信号的阻尼器补偿信号计算部52; 以及用于补偿转向单元中的惯性和粘度的惯性补偿信号计算部件53。 电动机由通过用阻尼器补偿信号和惯性补偿信号补偿基本信号而获得的目标信号IM 1> 1来驱动,以提供转向辅助力。 辅助转矩的目标信号被补偿,使得前轮转向车辆中的前轮的参考自动对准转矩与全轮转向车辆中的前轮的自调整扭矩之间的差提供给驾驶员 作为来自转向扭矩的响应感。