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    • 2. 发明申请
    • Torsional rigidity control device
    • 扭转刚度控制装置
    • US20050079066A1
    • 2005-04-14
    • US10503760
    • 2003-10-10
    • Masamura TatsuyaHagidaira Shinichi
    • Masamura TatsuyaHagidaira Shinichi
    • B60G17/015B60G17/016B60G21/055F04B23/00F04B39/00F04B53/00
    • B60G21/0558B60G17/0162B60G21/0555B60G2202/413B60G2202/442B60G2400/0523B60G2400/104B60G2400/204B60G2400/41B60G2400/50B60G2400/51B60G2500/02B60G2800/0122B60G2800/24
    • A torsional rigidity control device capable of controlling a moment provided to stabilizers (1f) and (1r) against the moment based on an external moment loaded from the outside to the stabilizers (1f) and (1r), comprising a moment variable mechanism for varying the moment loaded on the stabilizers (1f) and (1r) by regulating a fluid pressure supplied from a fluid pressure source driving rotary actuators (2f) and (2r) connected to the intermediate parts or one ends of the stabilizers (1f) and (1r) or the cylinders (51f) and (51r) connected to one ends of the stabilizers (1f) and (1r), characterized in that the necessary value of the fluid pressure for driving the rotary actuators (2f) and (2r) or the cylinders (51f) and (51r) is calculated based on the value of the external moment, the value of the fluid pressure supplied to the rotary actuators (2f) and (2r) or cylinders (51f) and (51r) is compared with the necessary value of the fluid pressure, and based on the compared result, the fluid pressure is regulated to control the moment, whereby a stable torsional rigidity can be developed by stabilizing a fluid pressure in a pressure chamber to increase a riding comfortableness at the time of rolling of a vehicle even when the device is mounted on the vehicle.
    • 一种扭转刚度控制装置,其能够基于从外部加载到稳定器(1f)和(1r)的外力矩来控制提供给稳定器(1f)和(1r)的力矩的扭矩,所述力矩包括用于变化的力矩可变机构 通过调节从连接到稳定器(1f)的中间部分或一端的流体压力源驱动的旋转致动器(2f)和(2r)供应的流体压力,稳定器(1f)和(1r) 1r)或连接到稳定器(1f)和(1r)的一端的气缸(51f)和(51r),其特征在于用于驱动旋转致动器(2f)和(2r)的流体压力的必要值或 基于外力矩的值计算气缸(51f)和(51r),将供给到旋转致动器(2f)和(2r)或气缸(51f)和(51r)的流体压力的值与 流体压力的必要值,并根据比较结果, 调节压力以控制力矩,从而通过稳定压力室中的流体压力来提高稳定的扭转刚度,以增加车辆滚动时的乘坐舒适性,即使当该装置安装在车辆上时。
    • 3. 发明授权
    • Torsional rigidity control device
    • 扭转刚度控制装置
    • US07162945B2
    • 2007-01-16
    • US10503760
    • 2003-10-10
    • Masamura TatsuyaHagidaira Shinichi
    • Masamura TatsuyaHagidaira Shinichi
    • F15B11/042
    • B60G21/0558B60G17/0162B60G21/0555B60G2202/413B60G2202/442B60G2400/0523B60G2400/104B60G2400/204B60G2400/41B60G2400/50B60G2400/51B60G2500/02B60G2800/0122B60G2800/24
    • A torsional rigidity control device capable of controlling a moment provided to stabilizers (1f) and (1r) against the moment based on an external moment loaded from the outside to the stabilizers (1f) and (1r), comprising a moment variable mechanism for varying the moment loaded on the stabilizers (1f) and (1r) by regulating a fluid pressure supplied from a fluid pressure source driving rotary actuators (2f) and (2r) connected to the intermediate parts or one ends of the stabilizers (1f) and (1r) or the cylinders (51f) and (51r) connected to one ends of the stabilizers (1f) and (1r), characterized in that the necessary value of the fluid pressure for driving the rotary actuators (2f) and (2r) or the cylinders (51f) and (51r) is calculated based on the value of the external moment, the value of the fluid pressure supplied to the rotary actuators (2f) and (2r) or cylinders (51f) and (51r) is compared with the necessary value of the fluid pressure, and based on the compared result, the fluid pressure is regulated to control the moment, whereby a stable torsional rigidity can be developed by stabilizing a fluid pressure in a pressure chamber to increase a riding comfortableness at the time of rolling of a vehicle even when the device is mounted on the vehicle.
    • 一种扭转刚度控制装置,其能够基于从外部加载到稳定器(1f)和(1r)的外部力矩来控制提供给稳定器(1f)和(1r)的力矩的扭矩,包括一定时间 通过调节从连接到中间部分或一端的驱动旋转致动器(2f)和(2r)的流体压力源供应的流体压力来改变稳定器(1f)和(1r)上加载的力矩的可变机构, 的稳定器(1f)和(1r)或连接到稳定器(1f)和(1r)的一端的气缸(51f)和(51r)的特征在于流体的必要值 基于外力矩的值计算供给到旋转致动器的流体压力的值(2f)和(2r)和(2r)或气缸(51f)和(51r)的驱动压力 2 f)和(2 r)或气缸(51 f)和(51 r)与流体压力的必要值进行比较 并且基于比较结果,调节流体压力以控制力矩,从而通过稳定压力室中的流体压力来提高稳定的扭转刚度,以增加车辆滚动时的乘坐舒适性,甚至 当设备安装在车辆上时。