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    • 22. 发明申请
    • Telescopic structure and steering column device for motor vehicle
    • 用于机动车辆的伸缩结构和转向柱装置
    • US20060097501A1
    • 2006-05-11
    • US10544788
    • 2004-05-25
    • Shin YoshimotoKiyoharu HigashinoKiyoshi Sadakata
    • Shin YoshimotoKiyoharu HigashinoKiyoshi Sadakata
    • B62D1/19
    • B62D1/192
    • An automotive steering column apparatus has an inner column rotatably supporting a steering shaft, an outer column holding the inner column while rotatably embracing the inner column, a vehicle body side bracket having a vehicle body mount portion which can be mounted on a vehicle body and a pair of left and right facing flat plate portions which extend substantially vertically and disposed in such a manner as to surround the outer column, a clamping mechanism for changing a width of the pair of facing flat plate portions and changing a width of an inner circumferential surface of the outer column in connection with a change in the width of the pair of facing flat portions, and a shear ring mounted on at least either the inner circumferential surface of the outer column or an outer circumferential surface of the inner column. A shear permissive projection is provided on the shear ring. A groove is formed in at least either the inner circumferential surface of the outer column or the outer circumferential surface of the inner column. The shear permissive projection is in engagement with the groove.
    • 一种汽车转向柱装置,具有可旋转地支撑转向轴的内柱,保持内柱同时可旋转地包围内柱的外柱,车身侧支架,其具有可安装在车体上的车身安装部, 一对左右平面板部分,其基本上垂直延伸并且以围绕外柱的方式设置;夹持机构,用于改变一对相对的平板部分的宽度,并且改变内周面的宽度 与一对相对的平坦部分的宽度的变化相关联的外柱以及安装在外柱的内圆周表面或内柱的外圆周表面中的至少一个的剪切环。 在剪切环上提供剪切允许突起。 在外柱的内周面或内柱的外周面的至少一方形成有槽。 剪切允许突起与凹槽接合。
    • 25. 发明申请
    • Method of manufacturing coupling element
    • 制造耦合元件的方法
    • US20050198805A1
    • 2005-09-15
    • US11071297
    • 2005-03-04
    • Hiromichi KomoriKiyoshi Sadakata
    • Hiromichi KomoriKiyoshi Sadakata
    • F16D3/76B62D5/04B23P11/02
    • F16D3/76F16D3/387F16D3/41Y10T29/4987Y10T29/49872
    • A method of manufacturing a coupling element which is formed by interposing between a joint member and a hollow shaft member an elastic member for flexing and deforming upon a relative rotation between these members and forming stopper portions for restricting the relative rotation within a predetermined amount respectively on the joint member and the hollow shaft member. The method comprises the step of forming the or each stopper portion on the hollow shaft member by flaring an end of the hollow shaft member to form a flange while applying a pressing force in the axial direction onto the hollow shaft member, and then bending and raising the or each stopper portion on to increase the thickness of the root portion of the or each stopper portion such that it is greater than the thickness of the remainder of the flange.
    • 一种联接元件的制造方法,其通过在接头构件和中空轴构件之间插入弹性构件而形成,所述弹性构件用于在这些构件之间的相对旋转时弯曲和变形,并且形成用于将相对旋转限制在预定量内的止动部分 接头构件和中空轴构件。 该方法包括以下步骤:通过在空心轴构件上向外延伸而使空心轴构件的端部形成凸缘,同时在轴向上施加按压力到中空轴构件上,然后弯曲和提升 每个止动部分上或每个止动部分上,以增加每个止动部分的根部的厚度,使得其大于凸缘的其余部分的厚度。
    • 29. 发明授权
    • Steering column support apparatus
    • 转向柱支撑装置
    • US08622427B2
    • 2014-01-07
    • US13379524
    • 2011-10-17
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiToru SegawaKiyoshi Sadakata
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiToru SegawaKiyoshi Sadakata
    • B62D1/19
    • B62D1/195
    • Provided is a steering column support apparatus that simplifies tuning for stabilizing the forward displacement of the steering wheel during a secondary collision, and suppresses the absolute value and variation of the break away load without strong rubbing between the bracket 11 on the vehicle side and the bracket 33 on the column side. By forming an extending section 57 on the top plate section 55 of the bracket 33 on the column side, and a convex curved surface 58 on the top surface of the front end section of that extending section 57, a rise in contact pressure at the area of contact that occurs when the edge on the front end of the top surface of the top plate section 55 is pressed against the bottom surface of the bracket 11 on the vehicle side by a moment that is applied from the steering column 6c to the bracket 33 on the column side during a secondary collision is suppressed.
    • 提供了一种转向柱支撑装置,其简化了用于在二次碰撞期间稳定方向盘的向前位移的调谐,并且在车辆侧的支架11和支架之间没有强烈摩擦的情况下,抑制了绝对值和断开载荷的变化 33在列侧。 通过在柱侧的托架33的顶板部55上形成延伸部57,在该延伸部57的前端部的顶面上形成有凸曲面58,在该区域的接触压力上升 当从转向柱6c施加到支架33的时刻,当顶板部55的上表面的前端上的边缘被压靠在车辆侧的支架11的底面上时, 在二次碰撞期间在列侧被抑制。
    • 30. 发明授权
    • Steering column support apparatus
    • 转向柱支撑装置
    • US08528937B2
    • 2013-09-10
    • US13379550
    • 2011-10-13
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru SegawaNobuyuki Nishimura
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru SegawaNobuyuki Nishimura
    • B62D1/19
    • B62D1/195
    • A steering column support apparatus that is capable of simplifying tuning for stabilizing forward displacement of a steering wheel during a secondary collision, keeping material costs, processing costs and assembly costs of an energy absorbing member low, and when necessary, preventing the steering wheel from dropping down excessively during a secondary collision. A locking capsule 47 that is fastened to a bracket 3 on the column side is held inside a locking hole 45 of a bracket 11b on the vehicle side that is fastened to the vehicle body by a plurality of connecting members that shear during a secondary collision. An energy absorbing member 53 is placed between the locking capsule 47 and the bracket 11b on the vehicle side. This energy absorbing member 53 is formed by bending a plastically deformable wire, and allows forward displacement of the locking capsule while absorbing impact energy that is applied to the locking capsule by plastically deforming during a secondary collision.
    • 一种转向柱支撑装置,其能够简化调整,以在二次碰撞期间稳定方向盘的向前位移,保持能量吸收构件的材料成本,加工成本和组装成本低,并且在必要时防止方向盘掉落 在二次碰撞期间过度地下降。 紧固在支柱3上的支架3的锁定胶囊47通过在二次碰撞期间剪切的多个连接构件而被固定在车辆侧的车辆侧的支架11b的锁定孔45内。 能量吸收构件53被放置在锁定胶囊47和车辆侧的支架11b之间。 该能量吸收构件53通过弯曲可塑性变形的线而形成,并且允许锁定胶囊的向前位移,同时吸收在二次碰撞期间通过塑性变形施加到锁定胶囊的冲击能量。