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    • 5. 发明授权
    • Linearly adjustable force transfer element with stepless
inertia-sensitive blocking
    • 线性可调的力传递元件,具有无级惯性敏感阻挡
    • US4938319A
    • 1990-07-03
    • US269330
    • 1988-11-10
    • Hans-Hellmut Ernst
    • Hans-Hellmut Ernst
    • F16F7/10B60N2/06B60N2/90
    • B60N2/443B60N2/06B60N2/43
    • A linearly adjustable force transfer element with one or more inertia-sensitive triggering mechanisms for one or two stepless, activatable blocking devices especially adapted for use with a car seat. A vertically adjustable seat frame and optionally safety belt hardware is fastened to a mounting eye of a draw rod and a bottom mounting eye is fastened to the carriage of the seat rail. In normal use, the two parts can be freely moved with respect to one another; however, in a front end collision, an inertia sensor mass travels and by means of a pressure cam tilts plates into a blocking position, which is achieved immediately, directly and steplessly. A force transfer is possible by means of the two opposing blocked parts so that adjusting elements of the seat are not loaded. The described sensor mechanism can also be combined with other sensors, e.g. a draw-out sensitive release element, and a spherical sensor, which can be addressed on all levels of deceleration, can be used. The use of plates as a blocking element provides stepless, and immediate locking of the two parts against movement relative to each other.
    • 一种具有一个或多个惯性敏感触发机构的可线性调节的力传递元件,用于一个或两个无级可激活的阻塞装置,特别适用于汽车座椅。 垂直调节的座椅框架和可选的安全带硬件被固定到拉杆的安装眼睛,并且底部安装眼睛被紧固到座椅导轨的托架上。 在正常使用中,两部分可以相对于彼此自由移动; 然而,在前端碰撞中,惯性传感器质量传递并且通过压力凸轮将板倾斜成阻塞位置,这是立即直接和无级地实现的。 可以通过两个相对的阻挡部分进行力传递,使得座椅的调节元件不被加载。 所描述的传感器机构也可以与其它传感器组合。 可以使用可以在各种减速度下寻址的拉出灵敏释放元件和球形传感器。 使用板作为阻挡元件提供无级和立即锁定两个部件相对于彼此的移动。
    • 6. 发明授权
    • Adjustment device in a seat for a pelvis and/or lordosis support in a
back support connectable to the seat, with a bowden-cable arrangement
connected thereto
    • 用于骨盆和/或脊柱前凸支撑的座椅中的调节装置,其可连接到座椅的背部支撑件,其中连接有弓形电缆装置
    • US5638722A
    • 1997-06-17
    • US436363
    • 1995-06-29
    • Knud Klingler
    • Knud Klingler
    • A47C7/46B60N2/66B60N2/90F16C1/14F16C1/16F16C1/10F16C1/12
    • B60N2/66A47C7/462B60N2/443F16C1/14F16C1/16Y10T74/20402Y10T74/20408Y10T74/2042Y10T74/2045Y10T74/20462Y10T74/20612
    • An adjustment device is provided for use with a pelvis and/or lordosis support arranged in a back support connectable with a seat. The adjustment device contains an axially movable, threaded spindle (2) guided in a housing (1), a threaded ring (4), and an adjustment handle (3), and the housing (1) and the threaded spindle (2) each have an axial, central bore (6, 7) for passing through the cable line (9) of a Bowden-cable arrangement (10). The bores (6, 7) are aligned with each other, whereby the central bore (6) in the threaded spindle (2) has ha hollow space directed at the adjustment handle (3) for inserting and holding a nipple (14) of the one end of the cable line. Provision is made in the side wall of the housing (1) for a radial opening (11), and in the side wall of the threaded spindle (2) for a cross bore (12) ending within the zone of the holding of the nipple (14). The radial opening (11) and the cross bore (12) are aligned with each other in a mutual position of the housing (1) and the threaded spindle (2), forming a passage with a diameter permitting the nipple (14) to pass through, whereby the opening (11) and the cross bore (12) are each connected with the central bores (6 and 7, respectively) by a slot (15 and 16, respectively) permitting the passage of the cable line (9).
    • PCT PCT / EP94 / 01964 371日期:1995年6月29日 102(e)1995年6月29日PCT PCT 1996年6月16日PCT公布。 第WO95 / 01115号公报 日期1995年1月12日提供一种调节装置,用于布置在可与座椅连接的后支撑中的骨盆和/或脊柱前凸支撑。 调节装置包括在壳体(1),螺纹环(4)和调节手柄(3)以及壳体(1)和螺纹主轴(2)中引导的可轴向移动的螺纹主轴(2) 具有用于穿过鲍登缆线装置(10)的缆线(9)的轴向中心孔(6,7)。 所述孔(6,7)彼此对准,由此所述螺纹心轴(2)中的所述中心孔(6)具有指向所述调节手柄(3)的空心空间,用于插入和保持所述螺纹 电缆线的一端。 在壳体(1)的侧壁中设置用于径向开口(11)的设置,并且在螺纹主轴(2)的侧壁中形成用于在乳头保持区域内的十字孔(12) (14)。 径向开口(11)和十字孔(12)在壳体(1)和螺纹心轴(2)的相互位置处彼此对准,形成具有允许乳头(14)的直径的通道 从而开口(11)和十字孔(12)分别通过允许电缆线(9)通过的槽(15和16)与中心孔(6和7)分别连接。