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    • 3. 发明授权
    • Locking device for steering shaft and steering apparatus having the device
    • 具有该装置的转向轴和转向装置的锁定装置
    • US07127921B2
    • 2006-10-31
    • US10372840
    • 2003-02-26
    • Shigetaka KinmeNorio HosomiKenichi Aota
    • Shigetaka KinmeNorio HosomiKenichi Aota
    • E05B65/12
    • B62D5/0409B60R25/02Y10T70/5659Y10T70/5956
    • Engagement parts 52c of the locking device for a steering shaft are formed on a side face of a driven gear of a reduction gear mechanism which is fastened to a steering shaft 2. Since a locking part 6a is arranged near the reduction gear mechanism, elements related to a locking function can be removed from the key cylinder of the engine key, so that the key cylinder of the engine key can be downsized, or can be arranged in another position. Consequently, even in a state where a reduction gear mechanism, a steering assist motor and the like are arranged in the middle of the steering shaft, a longer stroke of the impact absorbing mechanism in comparison with conventional mechanisms can be ensured, utilizing a decrease in length of the downsized or reduced key cylinder in the axial direction of the steering shaft 2.
    • 用于转向轴的锁定装置的接合部分52c形成在紧固到转向轴2的减速机构的从动齿轮的侧面上。 由于锁定部分6a安置在减速机构附近,所以与发动机钥匙的钥匙筒相关的与锁定功能有关的元件可以被拆卸,使得发动机钥匙的钥匙筒可以被小型化,或者可以被布置在 另一个职位。 因此,即使在转向轴的中间配置有减速机构,转向辅助电动机等的状态,也能够确保冲击吸收机构与现有机构相比较长的行程, 在转向轴2的轴向上的尺寸减小或减小的钥匙筒的长度。
    • 5. 发明授权
    • Coupling structure of shaft body and shaft joint
    • 轴体和轴接头的联轴器结构
    • US07488134B2
    • 2009-02-10
    • US10800082
    • 2004-03-08
    • Shigetaka KinmeKenichi AotaTadakatsu Take
    • Shigetaka KinmeKenichi AotaTadakatsu Take
    • F16D3/26F16D1/04F16D1/08
    • F16D1/0864B62D1/16B62D1/20F16D3/387Y10S464/901Y10T403/1608Y10T403/32901Y10T403/7182
    • A shaft body has an engagement portion with a slip-off preventing groove, and a positioning recess extending from the engagement portion. A shaft joint having an engagement groove to be engaged with the engagement portion and a bore facing the engagement groove is provided with a flexible member which is provided on an outer side in a longitudinal direction of the engagement groove to be engaged with the positioning recess. When an insufficient amount of engagement prevents engagement in the correct position, the engagement portion contacts with the flexible member and prevents the shaft body from engaging with the shaft joint. When canceling the coupling for maintenance, etc., the engagement of the flexible member with the positioning recess is cancelled by deflecting the flexible member in a width direction of the engagement groove. Consequently, the shaft body can be easily pulled out in a longitudinal direction of the engagement groove.
    • 轴体具有与防脱凹槽相啮合的接合部分和从接合部分延伸的定位凹槽。 具有与接合部接合的接合槽和面向接合槽的孔的轴接头设置有柔性构件,该挠性构件设置在与定位凹槽接合的接合槽的纵向方向的外侧上。 当不足的接合量防止接合在正确的位置时,接合部分与柔性构件接触并防止轴体与轴接头接合。 当取消用于维护的联接器等时,通过使柔性构件沿接合槽的宽度方向偏转来抵消柔性构件与定位凹槽的接合。 因此,能够容易地将轴体沿着接合槽的长度方向拉出。
    • 7. 发明授权
    • Steering apparatus
    • 转向装置
    • US07168741B2
    • 2007-01-30
    • US10723071
    • 2003-11-25
    • Shigetaka KinmeKenichi AotaYasunori TakedaSatoshi Kinoshita
    • Shigetaka KinmeKenichi AotaYasunori TakedaSatoshi Kinoshita
    • B62D1/19B62D1/18
    • B62D1/192
    • A first housing rotatably supports a steering shaft having an end portion coupled to a steering wheel. A second housing engages with the first housing via two impact energy absorbing rings separate from each other in the axial direction. The first housing and the second housing are relatively movable in the axial direction. One of the first housing and the second housing has first and second impact energy absorbing protrusions projected from positions between the impact energy absorbing rings separately in the axial direction so as to contact with the circumferential surface of the other of the first housing and the second housing. The impact energy absorbing protrusions therefore reduce the load applied to the impact energy absorbing rings in usual steering. Further, the impact energy absorbing rings reduce the load due to frictional resistance in impact energy absorption.
    • 第一壳体可旋转地支撑转向轴,转向轴具有联接到方向盘的端部。 第二壳体通过在轴向上彼此分离的两个冲击能量吸收环与第一壳体接合。 第一壳体和第二壳体沿轴向相对移动。 第一壳体和第二壳体中的一个具有第一和第二冲击能量吸收突起,该冲击能量吸收突起从冲击能量吸收环之间在轴向方向上分开的位置突出,以与第一壳体和第二壳体中的另一个的周向表面接触 。 因此,冲击能量吸收突起因此降低了在通常的转向中施加到冲击能量吸收环上的负载。 此外,冲击能量吸收环由于冲击能量吸收中的摩擦阻力而减小了负载。
    • 9. 发明申请
    • Universal Joint Yoke
    • 万能联合轭
    • US20070259722A1
    • 2007-11-08
    • US10581077
    • 2004-11-29
    • Shigetaka KinmeTae KamikawaMasako UenoSeijun InoueKatsuhiko Ikeda
    • Shigetaka KinmeTae KamikawaMasako UenoSeijun InoueKatsuhiko Ikeda
    • F16D3/02
    • F16D3/26F16D3/387
    • A universal joint yoke (1) is formed by press-forming a sheet metal (60) whose thickness is 8 mm or more. The yoke (1) comprises tabs (2, 3) formed of a pair of mutually parallel flat plates. First end portions (2a, 3a) of the tabs (2, 3) are coupled to each other by a coupling portion (4). A cylindrical portion (5) to which a shaft (30) is joined extends from the coupling portion (4). From second end portions (2b, 3b) to intermediate portions (2c, 3c) of the tabs (2, 3), relief recesses (9, 10) are formed on the inside surfaces (7, 8) of the tabs (2a, 3a), respectively. By the relief recesses (9, 10), a columnar relief space (11) is defined between the tabs (2, 3). The cylindrical portion (5) includes a slit (14) extending in an axial direction of the cylindrical portion (5).
    • 通过冲压成形厚度为8mm以上的金属板(60)形成万向接头轭(1)。 轭(1)包括由一对相互平行的平板形成的突片(2,3)。 翼片(2,3)的第一端部(2a,3a)通过联接部分(4)彼此连接。 连接有轴(30)的圆筒部(5)从连接部(4)延伸。 从第二端部(2b,3b)到突片(2,3)的中间部分(2c,3c),在所述突出部(2,3)的内表面(7,8)上形成有释放凹部(9,10) 标签(2a,3a)。 通过浮雕凹槽(9,10),柱形浮雕空间(11)被限定在翼片(2,3)之间。 圆筒部(5)具有沿圆筒部(5)的轴向延伸的狭缝(14)。