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    • 1. 发明授权
    • Twin clutch for motor-vehicle gearboxes
    • 用于机动车变速箱的双离合器
    • US06276504B1
    • 2001-08-21
    • US09528805
    • 2000-03-20
    • Ernst TscheplakMichael SaleckerGunter Worner
    • Ernst TscheplakMichael SaleckerGunter Worner
    • F16D2106
    • F16D21/06F16D2021/0669
    • A twin clutch has two clutch discs, each arranged on one of two coaxial shafts, having a clutch cage, which surrounds the clutch discs in the manner of an annulus, and having pressure plates which are held in a rotationally fixed manner therein and are arranged axially in such a way that they can be displaced separately axially between the clutch discs and can be pressed against the clutch discs by a diaphragm-spring arrangement arranged axially between them and can be disengaged from the respective clutch disc by means of separate release members. The diaphragm-spring arrangement includes at least two diaphragm springs of essentially the same type arranged in series, giving a broad actuating range with a constant spring force. When the release members are unactuated, the diaphragm-spring arrangement operates in this actuating range irrespective of clutch wear, it being possible to transmit approximately half of a maximum torque to be transmitted at each clutch.
    • 双离合器具有两个离合器盘,每个离合器盘布置在两个同轴轴之一上,其具有离合器保持架,该离合器保持架以环形的方式围绕离合器盘,并且具有以旋转固定的方式保持在其中的压力板, 轴向地使得它们可以在离合器盘之间分开轴向地位移,并且可以通过轴向布置在它们之间的膜片弹簧装置压靠在离合器盘上,并且可以通过单独的释放构件与相应的离合器盘脱离接合。 膜片弹簧装置包括至少两个基本相同类型的隔膜弹簧,其串联布置,给出具有恒定弹簧力的宽的致动范围。 当释放构件未致动时,膜片弹簧装置在该致动范围内操作,而与离合器磨损无关,可以传输大约一半的最大扭矩以在每个离合器处传递。
    • 2. 发明授权
    • Divided flywheel
    • 分体飞轮
    • US4662239A
    • 1987-05-05
    • US764648
    • 1985-08-12
    • Gunter WornerFranz MoserErnst TscheplakHermann Hausegger
    • Gunter WornerFranz MoserErnst TscheplakHermann Hausegger
    • F16F15/12F16D13/64F16F15/133F16F15/134F16F15/139F16F15/30F16D3/14
    • F16F15/13484
    • A divided flywheel for reducing vibrations transmitted from an engine to a power transmission line has an input and output part connected, respectively, to the engine and the transmission line. The input and output parts are coupled by coupling spring arrangement which allows for a degree of relative rotation of the parts. A plurality of attenuators (e.g., stop springs, friction linings, etc.) are arranged to take effect following selected predetermined angular displacements of the input and output parts. A preferred arrangement includes a connecting part, which is frictionally attached to one of the input and output parts and which engages the other of the parts following relative rotation by a first predetermined angular displacement, and a stop spring arrangement which is engaged following relative displacement of the parts by a second predetermined angular displacement.
    • 用于减少从发动机传输到动力传输线的振动的分裂飞轮具有分别连接到发动机和传输线的输入和输出部分。 输入和输出部件通过联接弹簧装置联接,这允许部件的一定程度的相对旋转。 多个衰减器(例如止动弹簧,摩擦衬垫等)被布置成在输入和输出部件的选定的预定角位移之后起作用。 一种优选的布置包括连接部件,该连接部分摩擦地连接到输入和输出部件中的一个,并且在第一预定角位移之后的相对旋转之后接合另一个部件;以及止动弹簧装置, 所述部件通过第二预定的角位移。
    • 4. 发明授权
    • Divided flywheel
    • 分体飞轮
    • US4904225A
    • 1990-02-27
    • US217409
    • 1988-07-11
    • Gunter WornerErnst Tscheplak
    • Gunter WornerErnst Tscheplak
    • F16F15/30F16F15/10F16F15/12F16F15/131F16F15/133F16F15/134F16F15/139
    • F16F15/13171F16F15/13484F16F15/139
    • Flywheel elements are coupled by a spring arrangement having an intermediate support which is connected resiliently to one flywheel element by long-stroke arcuate helicoidal springs and to the other flywheel element through short-stroke springs. A stop spring device becomes operative between the intermediate support and the one flywheel element in the case of major relative rotations. Additionally or alternatively, a slip coupling which exhibits play may also be arranged. At higher speeds, the long-stroke springs abut bearing surfaces. The friction thereby caused produces a stiffening of the long stroke springs. The mobility of the flywheel elements relative to each other therefore increases with decreasing speed.
    • 飞轮元件通过具有中间支撑件的弹簧装置联接,中间支撑件通过长行程弓形螺旋弹簧弹性地连接到一个飞轮元件,并通过短行程弹簧连接到另一个飞轮元件。 在主要相对旋转的情况下,止动弹簧装置在中间支撑件和一个飞轮元件之间变得可操作。 附加地或替代地,还可以布置展现游戏的滑动联接器。 在较高速度下,长行程弹簧抵靠轴承表面。 由此引起的摩擦导致长行程弹簧的加强。 飞轮元件相对于彼此的移动性因此随着速度的降低而增加。
    • 5. 发明授权
    • Divided flywheel
    • 分体飞碟
    • US5059156A
    • 1991-10-22
    • US584492
    • 1990-09-14
    • Gunter WornerErnst Tscheplak
    • Gunter WornerErnst Tscheplak
    • F16F15/12F16F15/133F16F15/134F16F15/139F16F15/30
    • F16F15/13484
    • The flywheel elements are resiliently coupled by means of two groups of springs which are connected in parallel. One group of springs operates with play and becomes operative substantially only when high torques are transmitted. At low speeds when only low torques can be generated by the engine, the flywheel has a very low resonance frequency determined solely by the second group of springs without play. This frequency remains below the frequencies of the vibrations which occur in this service phase. Upon the transmission of higher torques generated by the engine at higher speeds, although the resonance frequency rises due to the effect of the first group of springs with play, nevertheless, the resonance frequency remains below the frequency of the vibrations which occur at higher speed.
    • 飞轮元件通过并联连接的两组弹簧弹性联接。 一组弹簧以游戏方式操作,并且仅在传递高转矩时才能起作用。 在发动机只能产生低扭矩的低速时,飞轮具有非常低的谐振频率,该谐振频率仅由第二组弹簧确定,而不发挥作用。 该频率保持低于在该维修阶段发生的振动的频率。 在以更高的速度传递由发动机产生的较高扭矩的情况下,尽管由于第一组弹簧的作用,共振频率上升,但是谐振频率仍然低于在较高速度下发生的振动的频率。