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    • 3. 发明授权
    • Seat sliding device
    • 座椅滑动装置
    • US5350148A
    • 1994-09-27
    • US890514
    • 1992-05-28
    • Mitsuji Yamamura
    • Mitsuji Yamamura
    • B60N2/07B60N1/08
    • F16C33/54B60N2/0705B60N2/0715B60N2/073
    • A seat sliding device consisting essentially of an upper rail fixedly mounted on a seat, a lower rail which is fixedly mounted on a vehicle body and has a substantially identical cross section with that of the upper rail, and a rolling member for assisting said upper rail in sliding along said lower rail. Each upper and lower rail has a substantially flat base portion to be mounted on said seat, a pair of side wall portions provided on both side ends of said base portion and which extend at right angles from said base portion, and a pair of flange portions provided on the each end of said pair of side wall portions and which extend at approximate right angles from said side wall portions. Further, the upper and lower rails engaged with each other, thereby forming a seat sliding body which have a unitary cross section in which a longitudinal length and a horizontal length thereof are identical.
    • 一种座椅滑动装置,其基本上由固定地安装在座椅上的上轨道组成,下轨道固定地安装在车体上并且具有与上轨道大致相同的横截面;以及滚动构件,用于辅助所述上轨道 沿着所述下轨滑动。 每个上下轨道具有安装在所述座椅上的基本上平坦的基部,一对侧壁部分,设置在所述基部的两侧端部,并且从所述基部部分以直角延伸;以及一对凸缘部分 设置在所述一对侧壁部分的每个端部上并且从所述侧壁部分以大致直角延伸。 此外,上轨道和下轨道彼此接合,从而形成具有纵向长度和水平长度相同的整体横截面的座椅滑动体。
    • 4. 发明授权
    • Impact absorbing structure for vehicle steering systems
    • 车辆转向系统的冲击吸收结构
    • US07134692B2
    • 2006-11-14
    • US10733249
    • 2003-12-12
    • Mitsuji Yamamura
    • Mitsuji Yamamura
    • B60D1/11
    • B62D1/195
    • An impact absorbing structure for vehicle steering systems includes a support and release mechanism for a tilt rotation center which mechanism makes it easy to change an impact load bearing capacity in a head-on collision. A steering column and a steering shaft are coaxially coupled to each other and are longitudinally rigid against compression. The steering column is supported by an upper bracket which can be released from a vehicle body in response to an impact and by a lower bracket which defines a tilt rotation center. A notch which has an open side to the front of the vehicle is formed in the lower bracket. A pivot, which is rigidly coupled to the steering shaft and provides a center of the tilt rotation, is engaged with the notch including a protrusion near the closed end.
    • 用于车辆转向系统的冲击吸收结构包括用于倾斜旋转中心的支撑和释放机构,该机构使得容易改变在正面碰撞中的冲击承载能力。 转向柱和转向轴彼此同轴联接并且纵向刚性抵抗压缩。 转向柱由上支架支撑,上支架能够响应于冲击而从车身释放,并且由定义倾斜旋转中心的下支架支撑。 在下支架上形成有向车辆前方敞开的一侧的切口。 刚性地联接到转向轴并提供倾斜旋转的中心的枢轴与包括在封闭端附近的突起的凹口接合。
    • 6. 发明申请
    • Steering apparatus for vehicles
    • 车辆转向装置
    • US20050217407A1
    • 2005-10-06
    • US11090022
    • 2005-03-28
    • Mitsuji Yamamura
    • Mitsuji Yamamura
    • B62D1/18B62D1/16B62D1/184
    • B62D1/184
    • A steering apparatus (1) for vehicles capable of undergoing at least telescopic movement is proposed which enables substantial weight and cost reduction through shortening of the overlap (L′) of a movable jacket (7) with a base jacket (6) without affecting the high support rigidity of the movable jacket; also ricketiness of the movable jacket is removed; the movable jacket is engaged with the base jacket in a manner such that the movable jacket can freely slide, and a first lock assembly (20) locks the telescopic movement in synchronism with a second lock assembly (40) when an operation lever (27) is shifted and these lock assemblies unlock the telescopic movement in synchronism too.
    • 提出了一种用于能够进行至少伸缩运动的车辆的转向装置(1),其通过缩短具有基座护套(6)的可移动护套(7)的重叠(L')来实现重量和成本的降低,而不影响 可移动护套的高支撑刚度; 移动外套的动态也被移除; 可移动护套以可移动护套可自由滑动的方式与基座护套接合,并且当操作杆(27)与第二锁定组件(20)同步时,第一锁定组件(20)与第二锁定组件(40)同步地锁定伸缩运动, 这些锁定装置同时解锁伸缩运动。