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    • 4. 发明授权
    • Thrust plate assembly with means for securing against displacement
    • 具有用于固定以防止位移的装置的推力板组件
    • US06202817B1
    • 2001-03-20
    • US09368375
    • 1999-08-04
    • Achim LinkWolfgang ReiberWolfgang KnauerPeter Eichelsbacher
    • Achim LinkWolfgang ReiberWolfgang KnauerPeter Eichelsbacher
    • F16D1375
    • F16D13/757
    • A thrust plate assembly for a motor vehicle friction clutch with automatic wear compensation includes a housing fastened to a flywheel for common rotation about an axis of rotation. An axially displaceable pressure plate is connected with the housing so as to be substantially fixed with respect to rotation relative to it and has a friction face on a side facing the flywheel. An axially acting spring device presses the pressure plate toward the flywheel via an axially acting adjusting mechanism and accordingly can clamp a driven part arranged between the pressure plate and the flywheel. At least one play sensor is guided in the thrust plate assembly so as to be substantially axially displaceable against friction. A wear detection portion of the play sensor is axially displaceable in the thrust plate assembly in response to wear and an actuation portion of the play sensor cooperates with the adjusting mechanism for allowing an axial lengthening of the adjusting mechanism in response to wear. The thrust assembly also includes at least one device for securing the adjusting mechanism against rotation.
    • 用于具有自动磨损补偿的机动车辆摩擦离合器的推力板组件包括固定到飞轮上以围绕旋转轴线共同旋转的壳体。 可轴向移动的压板与壳体连接,以相对于其相对于其旋转基本固定,并且在面对飞轮的一侧具有摩擦面。 轴向作用的弹簧装置通过轴向作用的调节机构将压板压向飞轮,因此可以夹紧布置在压板和飞轮之间的从动部件。 至少一个游戏传感器在推力板组件中被引导以便基本上可以相对于摩擦地移位。 播放传感器的磨损检测部分响应于磨损而在推力板组件中轴向移动,并且播放传感器的致动部分与调节机构配合,以允许调节机构响应磨损而轴向延长。 推力组件还包括用于固定调节机构以防旋转的至少一个装置。
    • 5. 发明授权
    • Process for connecting a flywheel of a clutch with a clutch
    • 用于将离合器的飞轮与离合器连接的过程
    • US6131715A
    • 2000-10-17
    • US345036
    • 1999-06-30
    • Karl HormannKlaus GorzitzkeAchim Link
    • Karl HormannKlaus GorzitzkeAchim Link
    • B23P11/00B23P11/02B23P19/02F16D13/60F16D13/71F16D13/58
    • F16D13/71B23P11/025B23P19/02Y10T29/49917Y10T403/4966Y10T74/2132
    • A process for connecting a flywheel with a clutch housing, including the following steps:a) providing the flywheel with a connection portion,b) providing the housing with a substantially cylindrical counter-connection portion, andc) sliding the housing on the connection portion by its counter-connection portion in a sliding direction substantially parallel to an axis of rotation for producing a press connection between the flywheel and housing. Step a) includes making the flywheel available with an insertion area which widens radially in the slide-on direction with respect to the axis of rotation and with a taper area following the insertion area that narrows in diameter in the slide-on direction. Step b) includes making the housing available with an inner dimension in the counter-connection portion, which inner dimension is smaller than an outer dimension of the flywheel in the area of a transition from the insertion area to the taper area.
    • 一种用于将飞轮与离合器壳体连接的过程,包括以下步骤:a)为飞轮提供连接部分,b)为壳体提供基本上圆柱形的反连接部分,以及c)将壳体滑动在连接部分上 通过其反连接部分在基本上平行于旋转轴线的滑动方向上,以在飞轮和壳体之间产生加压连接。 步骤a)包括使飞轮可用,其具有相对于旋转轴线在滑动方向上径向变宽的插入区域,并且沿着在滑动方向上的直径变窄的插入区域的锥形区域。 步骤b)包括在从连接部分到锥形区域的过渡区域中的内部尺寸小于飞轮的外部尺寸的情况下使壳体具有内部尺寸。
    • 10. 发明授权
    • Hydraulically operated clutch assembly for a motor vehicle having a
hydraulic system with a multiplicity of cylinders
    • 具有具有多个气缸的液压系统的机动车辆的液压操作离合器组件
    • US5638934A
    • 1997-06-17
    • US428700
    • 1995-04-25
    • Achim LinkReinhold Weidinger
    • Achim LinkReinhold Weidinger
    • F16D25/08F16D25/12F16D13/54
    • F16D25/126F16D25/08
    • A system for engaging or disengaging a friction clutch has at least one drive, which drive is connected to an energy accumulator and is intended to move against the force of a spring mechanism of a friction clutch. The system can have at least one adjusting mechanism for the drive to compensate for the axial shift resulting from the change in position of the spring mechanism due to wear on the friction clutch. This adjusting mechanism can include an actuating mechanism connected to the transfer element. The actuating mechanism can be moved in the direction of motion of the drive, and can include a retaining mechanism which restricts the extension of the actuating mechanism by means of a stop. The retaining mechanism, by means of a retaining force, secures the orientation of the stroke of the actuating mechanism against an axial displacement until an axial shift occurs due to wear of the friction clutch. When there is wear to the friction clutch, a reduction in the force of the spring mechanism can result, which force acts against the actuation force applied by the energy accumulator, since the force of the spring mechanism is reduced, a resulting axial force arises which exceeds the magnitude of the retaining force and an adjustment for the wear can thus be made.
    • 用于接合或分离摩擦离合器的系统具有至少一个驱动器,该驱动器连接到蓄能器并且旨在克服摩擦离合器的弹簧机构的力而移动。 该系统可以具有至少一个用于驱动器的调节机构,以补偿由于摩擦离合器上的磨损导致的弹簧机构的位置变化导致的轴向位移。 该调节机构可以包括连接到传送元件的致动机构。 致动机构可以沿着驱动器的运动方向移动,并且可以包括通过止动件限制致动机构的延伸的保持机构。 保持机构借助于保持力,确保致动机构的行程的取向抵抗轴向位移,直到由于摩擦离合器的磨损而发生轴向偏移。 当摩擦离合器磨损时,由于弹簧机构的力减小,弹簧机构的力的减小可导致抵抗由蓄能器施加的致动力的作用,产生所产生的轴向力 超过保持力的大小,因此可以进行磨损的调整。