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    • 22. 发明申请
    • Steering device
    • 转向装置
    • US20060272370A1
    • 2006-12-07
    • US11443070
    • 2006-05-31
    • Jun YamadaSeiichi Moriyama
    • Jun YamadaSeiichi Moriyama
    • B60R25/02
    • B60R25/0211B60R25/02107Y10T70/5664
    • A keylock collar 2 is constituted to include a square cylinder portion 21 on its body front side half and a cylindrical portion 22 on its body back side half. The circular outer circumference 26 of the cylindrical portion 22 has eleven ridges 27 formed at an angularly equal spacing to bulge radially outward. When an ignition key is turned to a lock position and pulled from the keyhole, a lock key 19 is protruded toward the axis of a steering shaft 13. As a result, the leading end of the lock key 19 comes into engagement between the side faces 271 and 271 of the adjoining ridges 27 and 27 of the keylock collar 2 so that the steering shaft 13 is fixed with respect to a column 11 thereby to block the rotation of the steering shaft 13.
    • 键锁环2被构造成在其主体前侧半部包括方形圆筒部21,在其主体背面半部包括圆筒部22。 圆筒形部分22的圆形外圆周26具有以等角度间隔形成为径向向外凸出的十一个脊27。 当点火钥匙转到锁定位置并从钥匙孔拉动时,锁键19朝向转向轴13的轴线突出。 结果,锁键19的前端在键锁环2的邻接脊27和27的侧面271和271之间接合,从而转向轴13相对于列11固定,从而 挡住转向轴13的旋转。
    • 26. 发明申请
    • ENERGY ABSORBING MEMBER AND IMPACT ABSORBING STEERING APPARATUS
    • 能量吸收组件和冲击吸收转向装置
    • US20140083236A1
    • 2014-03-27
    • US14110847
    • 2012-08-08
    • Seiichi MoriyamaHiroshi ShibazakiKenji FujikawaMasajirou WatanabeToru Takahashi
    • Seiichi MoriyamaHiroshi ShibazakiKenji FujikawaMasajirou WatanabeToru Takahashi
    • B62D1/19
    • B62D1/195F16F7/128
    • Construction is achieved that more completely protects the driver of a vehicle during a secondary collision by gradually increasing the impact load that is absorbed by an energy absorbing member 22b the more the steering wheel displaces in the forward direction. The energy absorbing member 22b comprises a base section 27a that is provided in the center section, and a pair of impact absorbing sections 28b that extend in the forward direction from both ends of the base section 27a and have U-shaped bent back curved sections 29b in the middle section. Of these impact absorbing sections 28b, at least the portions that are nearer the tip end side than the bent back curved sections 29b are pressed so that the height of the energy absorbing member 22b with respect to a stroking section 32 gradually increases going in a direction from the bent back curved sections 29b toward the tip end side of the energy absorbing sections 28b.
    • 实现了通过逐渐增加由能量吸收构件22b吸收的冲击载荷,更加完全地保护车辆驾驶员的结构,方向盘在向前方向上移动越多。 能量吸收构件22b包括设置在中心部分的基部部分27a和一对冲击吸收部分28b,它们从基部部分27a的两端沿向前方向延伸并具有U形弯曲后弯曲部分29b 在中间部分。 在这些冲击吸收部28b中,至少比前后弯曲部29b更靠近前端侧的部分被按压,使得能量吸收部件22b相对于抚摸部32的高度沿着方向 从弯曲的弯曲部29b朝向能量吸收部28b的前端侧。
    • 27. 发明申请
    • TELESCOPIC SHAFT AND MANUFACTURING METHOD THEREOF
    • TELESCOPIC轴及其制造方法
    • US20140041194A1
    • 2014-02-13
    • US14009980
    • 2012-06-25
    • Yoshifumi KurokawaShin MiharaHiroyuki HattoriTakuma NakamuraSho InakiSeiichi MoriyamaYoshio Nakano
    • Yoshifumi KurokawaShin MiharaHiroyuki HattoriTakuma NakamuraSho InakiSeiichi MoriyamaYoshio Nakano
    • B62D1/185F16C33/20F16C3/03
    • B62D1/185B62D1/16B62D1/20F16C3/03F16C33/208F16C2231/00F16C2326/24F16D3/06F16D2001/102F16D2001/103F16D2250/0023F16D2300/10Y10T29/4984
    • Provided is a telescopic shaft having a coated section that reduces sliding resistance, with fluctuation of the sliding resistance according to sliding position of the telescopic shaft being reduced. A female shaft 16B is fitted onto a male shaft in a state of interference, and by causing the male shaft 16A to slide back-and-forth a specified number of times in the axial direction with respect to the female shaft 16B while applying, for example, a load in a direction that bends the male shaft 16A with respect to the female shaft 16B, friction heat is generated between side surfaces 411 of grooves 41 in the female shaft 16B and the coated section 61, which heats the coated section 61 and causes the coated section 61 to expand along the entire length in the axial direction of teeth 51 of the male shaft 16A. Therefore, the coated section 61 plastically deforms along the entire length in the axial direction of the teeth causing compressive strain to occur. By causing the male shaft 16A to slide back-and-forth with respect to the female shaft 16B in this state, the grooves 41 of the female shaft 16B and the teeth 51 of the male shaft 16A are uniformly in contact along the entire length in the axial direction, and thus sliding friction becomes constant along the entire length of the sliding range.
    • 本发明提供一种伸缩轴,其具有能够减小滑动阻力的涂布部,随着伸缩轴的滑动位置的滑动阻力的变动减小。 母轴16B以干涉状态装配到阳轴上,并且通过使凸型轴16A相对于母轴16B在轴向上来回滑动指定次数,同时施加,用于 例如,在使阳轴16A相对于阴轴16B弯曲的方向上的负载,在母轴16B中的凹槽41的侧表面411和涂覆部分61之间产生摩擦热,涂覆部分61加热涂覆部分61和 使得涂覆部分61沿着阳轴16A的齿51的轴向方向上的整个长度膨胀。 因此,涂布部61沿着轴的轴向的整个长度塑性变形,从而产生压缩应变。 在这种状态下,通过使阳轴16A相对于阴轴16B前后滑动,母轴16B的凹槽41和阳轴16A的齿51沿着整个长度均匀地接触 轴向,因此滑动摩擦沿滑动范围的整个长度变得恒定。