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    • 95. 发明公开
    • LOCKING MECHANISM FOR SEAT TRACK ASSEMBLY
    • 座椅轨道组件的锁定机构
    • EP1658193A2
    • 2006-05-24
    • EP04782388.5
    • 2004-08-27
    • Intier Automotive Inc.
    • WEBER, James, Leo
    • B60N2/08
    • B60N2/0806B60N2/0705B60N2/0715B60N2/0825B60N2/0868Y10T74/20636
    • A seat track assembly is provided for adjusting a seat assembly of an automotive vehicle having a lower track (12) having a plurality of locking windows (74), an upper track (14) slidably mounted to the lower track and having a plurality of first (70) and second (72) support apertures. A locking mechanism (80) is operatively coupled between the lower and upper tracks. The locking mechanism includes a plurality of pins (88) movable in and out of a locked position, wherein the pins project through the locking windows and are supported by the first and second support aperture in a double shearing condition to prevent sliding adjustment of the upper track relative in the lower track.
    • 提供了一种用于调节机动车辆的座椅组件的座椅导轨组件,该机动车辆具有包括多个锁定窗口(74)的下轨道(12),可滑动地安装到下轨道的上轨道(14),并具有多个第一 (70)和第二(72)支撑孔。 锁定机构(80)可操作地连接在下轨道和上轨道之间。 所述锁定机构包括多个可在锁定位置移动和移出的销(88),其中所述销钉穿过所述锁定窗口并且由所述第一和第二支撑孔以双剪状态支撑,以防止所述鞋面 跟踪下轨的相对位置。
    • 96. 发明公开
    • System for anchoring a child safety seat to a vehicle seat
    • 系统zum Verankern eines Sicherheitskindersitzes一个einem Fahrzeugsitz
    • EP1600325A2
    • 2005-11-30
    • EP05104013.7
    • 2005-05-13
    • SABELT S.p.A.
    • BorhiI, Antonello
    • B60N2/28B60N2/06
    • B60N2/0825B60N2/0806B60N2/0875B60N2/2887
    • The coupling system (5) comprises at least one first member (6) on which a second member (7) is slidable, step-adjusting means (26, 37a, 37b) for the position of the second member (7) on the first member (6) and a release device (46, 56) carried by the second member (7) and operable to release the second member (7) from the first member (6). The adjustment means comprise a serrated edge (26) with saw teeth (25) and two step members (27a, 27b). The coupling system (5) also comprises two end-of-stroke stops (61, 66) adapted to be engaged by the step members (27a, 27b) and arranged so as to allow the step members (27a, 27b) also as to prevent the backward movement of the second member (7). The coupling system (5) is applied to a system for anchoring a child safety seat (9), adapted to be anchored to the motor vehicle fixed members (18).
    • 联接系统(5)包括至少一个第一构件(6),第二构件(7)可滑动到其上,步骤调节装置(26,37a,37b)用于第二构件(7)在第一构件 构件(6)和由第二构件(7)承载并可操作以从第一构件(6)释放第二构件(7)的释放装置(46,56)。 调节装置包括具有锯齿(25)和两个台阶构件(27a,27b)的锯齿状边缘(26)。 联接系统(5)还包括适于被台阶构件(27a,27b)接合并且布置成允许台阶构件(27a,27b)的两个行程终止挡块(61,66) 防止第二构件(7)的向后移动。 联接系统(5)被应用于用于锚定适于被锚定到机动车辆固定构件(18)的儿童安全座椅(9)的系统。
    • 97. 发明公开
    • VERSTELLVORRICHTUNG
    • EP1552115A1
    • 2005-07-13
    • EP03753521.8
    • 2003-10-07
    • Klindworth, Jan
    • Klindworth, Jan
    • F01L1/352F16H35/00F16H25/06F16D3/10B60N2/225
    • F16H25/06B60N2/0806B60N2/2252B60N2/2258B60N2/236B60N2/938F01L1/352F16D3/10F16H1/32
    • The invention relates to a device for displacing two part (2, 3) relative to each other, except a displacing device which is provided for displacing a camshaft. The aim of the invention is to create a displacing device which is easy and smooth to operate, is self-locking, and ensures a largely backlash-free, continuous displacement of the two parts at a high degree of efficiency. Said aim is achieved by providing the displacing device with a first part (2) comprising webs (2.3, 22.3) which are spaced apart in the circumferential direction and between which chambers (2.4) are embodied, a second part (3) comprising an internal toothing (3.2, 13.2), and several teeth (7, 27) that are disposed at a distance from each other in the circumferential direction within the chambers (2.4) and have an inner contact area (7.4) for resting against an eccentric drive member (6) as well as an outer contact area (7.5) for engagement with the interior toothing (3.2, 13.2). Rotary movements can be performed by the teeth (7, 27) located within the chambers (2.4) about axes of rotation that run parallel to the axis of rotation (A) of the parts (2, 3) when an input shaft (4) is rotated.
    • 除了设置用于移动凸轮轴的移位装置之外,本发明涉及一种用于使两个部件(2,3)相对于彼此移位的装置。 本发明的目的在于创造一种操作简单且顺畅的移位装置,该装置是自锁的并且确保两个部件以高效率的大幅无间隙的连续移位。 所述目的通过提供具有第一部分(2)和第二部分(3)的第一部分(2)来实现,所述第一部分包括在圆周方向上间隔开的腹板(2.3,22.3)并且在所述腹腔(2.4) 齿(3.2,13.2)以及多个齿(7,27),所述齿在所述腔室(2.4)内沿圆周方向彼此间隔地设置并且具有内部接触区域(7.4),用于抵靠偏心驱动构件 (6)以及用于与内齿(3.2,13.2)接合的外接触区域(7.5)。 当输入轴(4)与输入轴(4)平行时,旋转运动可以由位于腔室(2.4)内的齿(7,27)围绕平行于零件(2,3)的旋转轴线 被旋转。
    • 98. 发明公开
    • VERSTELLVORRICHTUNG
    • EP1549829A1
    • 2005-07-06
    • EP03748114.0
    • 2003-10-04
    • INA-Schaeffler KG
    • KLINDWORTH, Jan
    • F01L1/352F16H35/00F16H25/06
    • F16H25/06B60N2/0806B60N2/2252B60N2/2258B60N2/236B60N2/938F01L1/352F16D3/10F16H1/32
    • The invention relates to an adjusting device for adjusting two parts (2, 3) with regard to one another that is used as a camshaft adjuster. The aim of the invention is, with an easy and smooth operability, to ensure a self-locking and an at least extensive play-free, continuous adjustment of the two parts with a high level of efficiency. To this end, the adjusting device comprises a first part (2) with webs (2.3, 22.3), which are interspaced in the peripheral direction and between which chambers (2.4) are formed, and comprises a second part (3) with an internal gearing (3.2, 13.2), and a number of teeth (7, 27) that are arranged inside the chambers (2.4) while being interspaced in the peripheral direction. The adjusting device also comprises an inner contact surface (7.4) for resting against an eccentric drive element (6), and comprises an outer contact surface (7.5) for engaging inside the internal gearing (3.2, 13.2). When an input shaft (4) is rotated by the teeth (7, 27) located inside the chambers (2.4), rotational motions about rotation axes, which are parallel to rotation axis (A) of the parts (2, 3), can be executed.
    • 本发明涉及一种用于相对于彼此调节用作凸轮轴调节器的两个部件(2,3)的调节装置。 本发明的目的是以简单且平稳的可操作性来确保以高水平的效率自锁和至少广泛地无间隙地连续调节两个部件。 为此,调节装置包括具有在周向上间隔开并且在两个腔室(2.4)之间形成的腹板(2.3,22.3)的第一部分(2),并且包括具有内部的第二部分(3) 传动装置(3.2,13.2)以及多个齿(7,27),所述齿在所述腔室(2.4)内部布置,同时在所述周向方向上间隔开。 调节装置还包括用于抵靠偏心驱动元件(6)的内接触表面(7.4),并且包括用于接合内齿轮(3.2,13.2)内部的外接触表面(7.5)。 当通过位于腔室(2.4)内部的齿(7,27)使输入轴(4)旋转时,围绕与部件(2,3)的旋转轴线(A)平行的旋转轴线的旋转运动可以 被执行。