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    • 51. 发明授权
    • Chamber cluster for a co-axial damper unit in a suspension module
    • 用于悬架模块中的同轴阻尼器单元的腔室群
    • US09527361B2
    • 2016-12-27
    • US14369429
    • 2012-12-28
    • Dimitrios Hatzikakidis
    • Dimitrios Hatzikakidis
    • F16F9/14B60G15/06F16F9/12B60G21/055
    • B60G15/06B60G21/0558B60G2202/22F16F9/12F16F9/14F16F9/145
    • A chamber cluster (1) for a co-axial damper unit, used in a suspension module, that is driven by the motion of a torsion bar (2), that transmits the rotational motion through gears (3), (4), (5) to a wing (6), enclosed within. The rotary motion of the wing (6), in a viscous medium in a volumous space (19), sealed by seals (10), (11), achieves damping by enclosing the wing (6), inside a W-shaped flexible component (7), and by the use of a two-phase viscous fluid, that is subject to a viscosity variation, by means of electromagnetic control through a device (15). Several chamber cluster (1) units connected via a bulkhead (20), create an assembly forming the co-axial damper unit, thus a cluster (1) of cluster units (e.g., 3, 4, 5, 6), for use in a suspension module.
    • 用于悬挂模块的同轴阻尼器单元的腔室群(1),其由扭杆(2)的运动驱动,所述扭转杆(2)的运动通过齿轮(3),(4),( 5)到一个机翼(6),封闭在里面。 在密封件(10),(11)中密封的体积空间(19)中的粘性介质中的翼(6)的旋转运动通过将翼(6)包围在W形柔性部件 (7),并且通过使用通过装置(15)的电磁控制使其经受粘度变化的两相粘性流体。 通过隔板(20)连接的几个室组(1)单元形成一个组件,该组件形成了同轴阻尼器单元,因此形成了一个簇(1)的簇单元(例如,3,4,5,6),用于 悬架模块
    • 54. 发明申请
    • COUPLING MECHANISM FOR ANTI-ROLL BAR
    • 反转棒联轴器机构
    • US20100327549A1
    • 2010-12-30
    • US12875174
    • 2010-09-03
    • Laurent BarthXavier Delayre
    • Laurent BarthXavier Delayre
    • B60G21/055
    • B60G21/0558B60G2202/1351B60G2202/1362B60G2204/82B60G2204/8306B60G2206/427B60G2206/722
    • Coupling mechanism for a vehicle anti-roll bar comprising a first piece able to be fixed to a first half-bar, a second piece able to be fixed to a second half-bar, the second piece being so arranged as to be moveable in rotation about an axis of rotation A relative to the first piece. The mechanism includes at least one elastically deformable elongate element coupled to the first and second pieces so that relative rotation of the first and second pieces about the axis of rotation A causes elastic flexion deformation of the at least one elongate element, the mechanism including an actuator able to position the at least one elongate element in a first state in which the said at least one elongate element presents a first flexion stiffness for the said elastic flexion deformation, and a second state in which the said at least one elongate element presents a second flexion stiffness for the said elastic flexion deformation.
    • 一种用于车辆防侧倾杆的联接机构,包括能够被固定到第一半杆的第一件,能够被固定到第二半杆的第二件,所述第二件被布置成可旋转地移动 围绕相对于第一件的旋转轴线A。 该机构包括至少一个可弹性变形的细长元件,其联接到第一和第二部件,使得第一和第二部件围绕旋转轴线A的相对旋转引起至少一个细长元件的弹性弯曲变形,该机构包括致动器 能够将所述至少一个细长元件定位在第一状态,其中所述至少一个细长元件具有用于所述弹性屈曲变形的第一屈曲刚度,以及第二状态,其中所述至少一个细长元件呈现第二状态 所述弹性弯曲变形的屈曲刚度。
    • 55. 发明申请
    • ROLL RIGIDITY CONTROLLER OF VEHICLE
    • 车辆刚性控制器
    • US20100318262A1
    • 2010-12-16
    • US12446465
    • 2007-11-30
    • Yuichi Mizuta
    • Yuichi Mizuta
    • G06F19/00B60G17/015
    • B60G21/0558B60G2400/0521B60G2400/0523B60G2400/104
    • A target roll angle of the vehicle is computed based on an actual lateral acceleration at the centroid of the vehicle, and the lateral acceleration of the vehicle at the centroid is corrected by use of lateral acceleration correction amounts based on a yaw rate of the vehicle, whereby the lateral accelerations of the vehicle at the front wheel position and the rear wheel position are computed. Subsequently, target anti-roll moments at the front wheel position and the rear wheel position are computed based on the target roll angle and the accelerations of the vehicle at the front wheel position and the rear wheel position, and active stabilizer apparatuses of the front and rear wheels are controlled based on these target anti-roll moments.
    • 基于车辆的重心处的实际横向加速度来计算车辆的目标侧倾角,并且通过使用基于车辆的偏航率的横向加速度校正量来校正重心处的车辆的横向加速度, 由此计算车辆在前轮位置和后轮位置处的横向加速度。 随后,基于前轮位置和后轮位置处的车辆的目标滚动角度和加速度来计算前轮位置和后轮位置处的目标防倾向力矩,以及前轮和后轮位置的主动稳定器装置 基于这些目标防倾向力矩控制后轮。
    • 59. 发明授权
    • Stabilizer control apparatus
    • 稳定器控制装置
    • US07344142B2
    • 2008-03-18
    • US10587715
    • 2005-02-10
    • Yoshiyuki Yasui
    • Yoshiyuki Yasui
    • B60G17/015
    • B60G21/0555B60G17/0162B60G21/0558B60G2800/012
    • To provide a small-sized stabilizer control apparatus for actively restraining a roll of a vehicle body within an output range of an electric motor, and certainly providing a torsion spring characteristic inherently owned by a stabilizer bar, if the output exceeds the range. A stabilizer actuator having an electric motor and a speed reducing mechanism is disposed between a pair of stabilizer bars disposed between a right wheel and a left wheel. The inverse of the product of a normal efficiency and a reverse efficiency of the speed reducing mechanism {1/(ηP·ηN)} is equal to or greater than 1.17 and equal to or smaller than 3.75, and the output of the electric motor is controlled to be held or reduced, when the turning state has come to be out of such a range that the rolling motion of the vehicle body can be actively controlled.
    • 为了提供一种用于在电动机的输出范围内主动地限制车体的小型稳定器控制装置,并且当输出超出该范围时肯定地提供由稳定杆固有地拥有的扭转弹簧特性。 具有电动机和减速机构的稳定器致动器设置在设置在右轮和左轮之间的一对稳定杆之间。 减速机构{1 /(etaP.etaN)}的正常效率和反向效率的乘积的倒数等于或大于1.17且等于或小于3.75,电动机的输出为 当转动状态已经达到能够主动地控制车体的滚动运动的范围时,被控制为保持或减小。