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    • 4. 发明授权
    • Device for securing a vehicle seat non-permanently to the vehicle floor
    • 用于将车辆座椅非永久地固定在车辆地板上的装置
    • US06244649B1
    • 2001-06-12
    • US09077587
    • 1999-08-06
    • Georg ScheckJohann Gerhardt Josef RampelUwe KlippertChristian Alt
    • Georg ScheckJohann Gerhardt Josef RampelUwe KlippertChristian Alt
    • B60N204
    • B60N2/01583
    • The device for the detachable connection of a vehicle seat with the vehicle floor with a rear fixing hook open in the travel direction and in which a fixing bolt on the vehicle floor can engage, and a front slide guide for supporting the vehicle seat on the front fixing bolt as well as a rotatably mounted claw-like locking lever biased by a spring force to lock the front fixing bolt in the slide guide wherein the rear fixing bolt is associated with a swivel mounted claw-like primary locking element biased by a spring force against the locking position, wherein the position of the primary locking element on reaching the locking position can likewise be locked by a secondary locking element, is characterized in that the front primary locking element and the rear secondary locking element are coupled together by a coupling element, preferably a coupling rod.
    • 用于车辆座椅与车辆地板的可拆卸连接的装置,具有在行进方向上打开并且车辆地板上的固定螺栓可以接合的后固定钩的前固定钩,以及用于在前面支撑车辆座椅的前滑动引导件 固定螺栓以及通过弹簧力偏置的可旋转地安装的爪形锁定杆,以将前固定螺栓锁定在滑动导轨中,其中后固定螺栓与由弹簧力偏置的旋转安装的爪状主锁定元件相关联 抵靠锁定位置,其中主锁定元件到达锁定位置的位置同样能够被辅助锁定元件锁定,其特征在于,前主锁定元件和后副锁定元件通过联接元件 ,优选地是联接杆。
    • 5. 发明授权
    • Device for the automatic stepped cable length compensation of a bowden
cable system
    • 鲍登电缆系统的自动阶梯式电缆长度补偿装置
    • US06131482A
    • 2000-10-17
    • US27849
    • 1998-02-23
    • Uwe KlippertChristian SaunusGeorg Scheck
    • Uwe KlippertChristian SaunusGeorg Scheck
    • F16C1/22F16C1/26F16C1/10G05G1/04
    • F16C1/262F16C1/226Y10T74/20402Y10T74/2045Y10T74/20462Y10T74/2063
    • A device for the automatic incremental cable length compensation of a Bowden cable system having a housing side and a Bowden tube side. The device includes a cable having a pulling axis, a part on the housing side including a number of detent elements axially arranged in a direction of the pulling axis, and a part on the Bowden tube side with two spaced apart stops axially aligned in the direction of the pulling axis and displaceable relative to the part on the housing side. The cable extends through both the part on the housing side and the part on the Bowden tube side. A spring is positioned between the part on the housing side and the part on the Bowden tube side for tensioning the cable. A locking element is displaceably mounted between the two axially aligned spaced stops in the part on the Bowden tube side so that a cable length compensating detent movement can only take place after overcoming a predetermined setting distance. The locking element includes at least one detent element directed radially outward from the pulling axis and being shaped to engage any of the detent elements on the part on the housing side.
    • 一种用于具有壳体侧和鲍登管侧的鲍登缆绳系统的自动增量电缆长度补偿的装置。 该装置包括具有牵引轴线的电缆,壳体侧的部分包括沿着牵引轴线方向轴向布置的多个制动元件,以及在Bowden管侧上的一部分,该两个间隔开的止动件在方向 并且相对于壳体侧的部件可移动。 电缆延伸穿过外壳侧的部件和鲍登管一侧的部件。 弹簧定位在壳体侧的部分和鲍登管侧的部分之间,用于张紧电缆。 锁定元件可移动地安装在Bowden管侧的部分中的两个轴向对准的间隔的止挡件之间,使得电缆长度补偿制动器移动只能在克服预定的设定距离之后发生。 锁定元件包括从牵引轴线径向向外指向的至少一个止动元件,并且成形为接合外壳侧部件上的任何制动元件。
    • 6. 发明授权
    • Device for the automatic stepped cable length adjustment of bowden cable
system
    • 鲍登缆绳系统的自动阶梯式电缆长度调节装置
    • US6003403A
    • 1999-12-21
    • US5118
    • 1998-01-09
    • Uwe KlippertChristian SaunusGeorg Scheck
    • Uwe KlippertChristian SaunusGeorg Scheck
    • F16C1/22F16C1/10
    • F16C1/26F16C1/226Y10T403/7081Y10T403/7088Y10T74/20402Y10T74/20408Y10T74/2045Y10T74/20462Y10T74/2063Y10T74/20636
    • A device for the automatic, stepped cable length compensation of a Bowden cable system in which a spring-tensioned cable is guided. The spring is supported between a part on the housing side and a part on the Bowden tube side displaceable relative thereto and having several detent elements resiliently pretensioned in the direction of the sleeve face of the part on the Bowden tube side. During displacement of the part on the Bowden tube side the detent elements engage in succession in front of the end face of this part so that a resetting movement of the part on the Bowden tube side is prevented. Each detent element is allocated a pair of stops between which the detent, element is mounted for restricted axial displacement. In another embodiment, at least a pair of spaced stops correspond with an intermediate part mounted between the part on the housing side and the part on the Bowden tube side which is displaceable a restricted amount so that a cable length compensating detent process can only take place after overcoming a predetermined setting movement between the part on the housing side and the part on the Bowden tube side. The parts which can be displaced a restricted amount are detent elements which have an axial spacing relative to each other. The pair of spaced stops is a constituent part of the part on the Bowden tube side between which engages a keyed locking element of the intermediate part.
    • 一种用于引导弹簧拉紧的电缆的鲍登缆绳系统的自动阶梯电缆长度补偿的装置。 弹簧被支撑在壳体侧的部分和可相对于其移动的弓形管侧的部分之间,并且具有在Bowden管侧上的部件的套筒面的弹性预张紧的多个制动元件。 在Bowden管侧的部件移位期间,止动元件连续地接合在该部件的端面的前方,从而防止部件在鲍登管侧上的复位运动。 每个止动元件被分配一对止动件,止动元件被安装在该对止动件之间用于受限制的轴向位移。 在另一个实施例中,至少一对间隔的止挡件对应于安装在壳体侧的部件与鲍登管侧的部件之间的中间部件,该部件可移动限制的量,使得电缆长度补偿制动过程只能发生 克服了壳体侧的部分与鲍登管侧的部分之间的预定的设定移动。 可以移动限制量的部件是相对于彼此具有轴向间隔的制动元件。 一对间隔的止挡件是鲍登管侧部分的组成部分,它们接合中间部分的键锁定元件。
    • 8. 发明授权
    • Electrically-operated displacement device for windows or sliding roofs
of motor vehicles
    • 机动车窗户或滑动屋顶的电动排量装置
    • US5537782A
    • 1996-07-23
    • US326866
    • 1994-10-21
    • Uwe KlippertDetlev BackertKlaus WagnerKlaus LeidnerCarsten Brandt
    • Uwe KlippertDetlev BackertKlaus WagnerKlaus LeidnerCarsten Brandt
    • E05F11/42E05F15/689E05F11/00
    • E05F15/689E05F11/423E05Y2201/434E05Y2600/46E05Y2800/232E05Y2900/55
    • A displacement device for use with windows and sliding roof for motor vehicles includes a toothed rack disposed within the vehicle in a direction parallel to the displacement direction. A motor-gear housing is positioned adjacent the toothed rack and includes an electrical driver, a central shaft positioned perpendicular to the rack, and a pinion gear on the shaft that is engaged with the toothed portion of the rack. The rack and housing include guide surfaces that are positioned to correspond with one another. A guidance element is attached to the housing and the rack is interposed between the guide surfaces of the housing and the guidance element to control and guide the movement of the housing vis-a-vis the rack during activation of the electrical drive. Attachments extend from the housing and are configured to accommodate placement of an edge portion of a window therein. A flexible ribbon-like electrical power cable extends from the housing in a direction parallel with the window and rack and is configured in a loop to minimize the space required within the vehicle for displacement operation of the housing and window.
    • 用于机动车辆的窗户和滑动顶板的移动装置包括在平行于位移方向的方向上设置在车辆内的齿形齿条。 马达齿轮壳体邻近齿条定位并且包括电驱动器,垂直于齿条定位的中心轴以及与齿条的齿形部分接合的轴上的小齿轮。 齿条和壳体包括被定位成彼此对应的引导表面。 引导元件附接到壳体,并且齿条插入在壳体的引导表面和引导元件之间,以在电驱动器的启动期间控制和引导壳体相对于齿条的移动。 附件从壳体延伸并且被构造成适应窗口的边缘部分在其中的放置。 柔性带状电力电缆沿着与窗和齿条平行的方向从壳体延伸并且被配置成环路,以最小化车辆内所需的空间以使壳体和窗口的位移操作。