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    • 6. 发明申请
    • Steering shaft assembly
    • 转向轴总成
    • US20040056467A1
    • 2004-03-25
    • US10252308
    • 2002-09-23
    • DELPHI TECHNOLOGIES, INC.
    • Marc William HeinzmanMichael Patrick Anspaugh
    • B62D001/18B62D001/19
    • F16C3/03B62D1/192F16C2326/24F16D3/06F16F7/08
    • A steering shaft assembly has a tubular main body and a shaft, with a spring and a sleeve disposed at least partially therebetween. The shaft is disposed at least partially in the tubular main body and the sleeve is disposed at least partially between the spring and the main body. The sleeve acts to urge the spring into frictional contact with the shaft to impart an axial resistance force supporting the shaft against axial displacement in response to application of an axial force on the shaft less than the axial resistance force. The sleeve enables axial displacement of the shaft in response to application of an axial collapsing force exceeding the axial resistance force. In another construction of a steering shaft assembly, a shaft is disposed at least partially in the tubular main body and the spring is disposed at least partially in the tubular main body between the tubular main body and the shaft. The spring acts to impart a radial load between the shaft and the tubular main body. The spring has at least one undulation that provides for linear frictional contact between the spring and the shaft in a circumferential direction about the shaft to resist torsional rotation of the shaft relative to the tubular main body.
    • 转向轴组件具有管状主体和轴,其中至少部分地具有弹簧和套筒。 轴至少部分地设置在管状主体中,并且套筒至少部分地设置在弹簧和主体之间。 套筒用于促使弹簧与轴摩擦接触,以便响应于在轴上施加小于轴向阻力的轴向力而支撑轴抵抗轴向位移的轴向阻力。 套筒能够响应于超过轴向阻力的轴向塌缩力的应用而使得轴的轴向位移。 在转向轴组件的另一结构中,轴至少部分地设置在管状主体中,并且弹簧至少部分地设置在管状主体之间的管状主体和轴之间。 弹簧用于在轴和管状主体之间施加径向载荷。 弹簧具有至少一个波动,其在围绕轴的圆周方向上提供弹簧和轴之间的线性摩擦接触,以抵抗轴相对于管状主体的扭转旋转。
    • 7. 发明申请
    • Steering column with tubular structure
    • 带管状结构的转向柱
    • US20040046379A1
    • 2004-03-11
    • US10235409
    • 2002-09-05
    • DELPHI TECHNOLOGIES, INC.
    • Richard K. Riefe
    • B62D001/18B62D001/19
    • B62D1/195B62D1/181B62D1/192
    • A steering column assembly has a hand wheel rotatable about an axis having at least one guide member and at least one guide bracket. A guide member is spaced adjacent the axis of the hand wheel and a guide bracket and a guide member have surfaces supporting and guiding the guide member and the guide bracket for relative sliding movement therebetween. At least one shear member acting between the guide member and the guide bracket maintain the guide member within the guide bracket. The shear member is shearable under a predetermined force permitting the guide member and the guide bracket to move relative to one another. Additionally, a mounting plate supporting the hand wheel and at least one guide member may provide for controllable relative movement between the hand wheel and the guide member.
    • 转向柱组件具有可围绕具有至少一个引导构件和至少一个引导支架的轴线旋转的手轮。 引导构件邻近手轮的轴线间隔开,并且引导支架和引导构件具有支撑并引导引导构件和引导支架的表面,用于相对滑动。 作用在引导构件和引导支架之间的至少一个剪切构件将引导构件保持在引导支架内。 剪切构件可以在允许引导构件和引导支架相对于彼此移动的预定力下被剪切。 此外,支撑手轮和至少一个引导构件的安装板可以提供手轮和引导构件之间的可控的相对运动。
    • 8. 发明申请
    • Interactive energy absorbing system
    • 互动能量吸收系统
    • US20030226417A1
    • 2003-12-11
    • US10165115
    • 2002-06-07
    • Delphi Technologies, Inc.
    • Marvin V. ManwaringMelvin Lee TinninRavindra Jwalapathy
    • B62D001/19
    • B62D1/195
    • An interactive energy absorbing system including a steering column housing that is moveable along a collapse stroke corresponding to a force of impact by an operator. The interactive energy absorbing system includes an energy absorbing component that exerts a resistant force for resisting the movement of the steering column housing along its collapse stroke. The energy absorbing component includes a deformable strap that engages a stationary reaction member and a moveable reaction member, The stationary and moveable reaction members have an adjustable total active surface area for engaging the deformable strap and generating the resistance force. The moveable reaction member moves to adjust the total active surface area due to mechanical translation corresponding to the force of impact by the operator.
    • 一种交互式能量吸收系统,其包括可沿对应于操作者的冲击力的塌陷行程移动的转向柱壳体。 交互式能量吸收系统包括能量吸收部件,该能量吸收部件施加用于抵抗转向柱壳体沿其塌陷行程的运动的阻力。 能量吸收部件包括与固定反作用构件和可移动的反作用构件接合的可变形带。固定和可移动的反作用构件具有用于接合可变形带并产生阻力的可调整的总有效表面积。 可移动的反作用构件由于由操作者的冲击力相应的机械平移而移动以调节总有效表面积。
    • 10. 发明申请
    • Device for adjusting an energy absorbing system of an automobile vehicle steering column
    • 用于调节汽车转向柱的能量吸收系统的装置
    • US20030155760A1
    • 2003-08-21
    • US10361572
    • 2003-02-11
    • Andre LaisementAlain CarrerJean-Marc Gatti
    • B62D001/19
    • B62D1/195Y10S248/90
    • A device is disclosed for adjusting an energy absorbing system of an automobile vehicle steering column mounted in a support assembly which is connected to and attached to the structure of the vehicle by fixing devices each having a respective fixing axis. At least one fixing device includes at least one energy absorbing capsule disposed in the support assembly on a retaining axis and clamped in the support assembly by fastening devices. The fixing axis and the retaining axis coincide. The fastening devices are independent of the fixing devices and include a nut and a rod shoulder in order to allow adjustment to achieve the required clamping of the fastening devices to obtain the required energy absorption. Adjustment of the clamping of the energy absorbing capsule or capsules is therefore independent of the clamping of the devices for fixing the support assembly to the vehicle structure.
    • 公开了一种用于调节安装在支撑组件中的汽车转向柱的能量吸收系统的装置,该支撑组件通过各自具有相应的固定轴的固定装置连接并附接到车辆的结构。 至少一个固定装置包括至少一个能量吸收胶囊,其设置在保持轴承上的支撑组件中并通过紧固装置夹紧在支撑组件中。 固定轴和保持轴重合。 紧固装置独立于固定装置,并且包括螺母和杆肩,以便允许调整以实现紧固装置所需的夹紧以获得所需的能量吸收。 因此能量吸收胶囊或胶囊的夹紧的调整与用于将支撑组件固定到车辆结构的装置的夹紧无关。