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    • 2. 发明授权
    • Torsional vibration damper
    • 扭转振动阻尼器
    • US07648009B2
    • 2010-01-19
    • US11634404
    • 2006-12-06
    • Erwin WackChristoph SasseJörg Sudau
    • Erwin WackChristoph SasseJörg Sudau
    • F16D47/02F16D47/06F16D33/00F16D3/66F16H45/02
    • F16H45/02F16F15/12366F16H2045/007F16H2045/0226F16H2045/0231F16H2045/0247
    • A torsional vibration damper for a bridging clutch of a hydrodynamic clutch arrangement has a drive-side damping device, which can be brought into working connection with the housing of the clutch arrangement and is provided with a drive-side transmission element, which acts via a drive-side energy-storage group on an intermediate transmission element, and a takeoff-side damping device, which uses a takeoff-side group of energy-storage devices to establish a working connection between the intermediate transmission element and a takeoff-side transmission element, which is connected to a takeoff-side component of the hydrodynamic clutch arrangement. A predetermined stiffness ratio is obtained between the energy-storage devices of a first group and the energy-storage devices of a second group, and the energy-storage devices of the drive-side group have a stiffness different from that of the assigned energy-storage devices of the takeoff-side group.
    • 用于流体动力离合器装置的桥接离合器的扭转振动阻尼器具有驱动侧阻尼装置,其能够与离合器装置的壳体工作,并且设置有驱动侧传动元件,驱动侧传动元件 中间传动元件的驱动侧能量存储组和起飞侧阻尼装置,其使用起飞侧组的能量存储装置来建立中间传动元件与起飞侧传动元件之间的工作连接 ,其连接到流体动力离合器装置的起飞侧部件。 在第一组的能量存储装置和第二组的储能装置之间获得预定的刚度比,并且驱动侧组的储能装置具有与所分配的能量存储装置不同的刚度, 起飞侧组的存储装置。
    • 3. 发明授权
    • Torsional vibration damper
    • 扭转振动阻尼器
    • US06334816B1
    • 2002-01-01
    • US09492992
    • 2000-01-27
    • Erwin WackWolfgang KundermannJörg SudauChristoph Sasse
    • Erwin WackWolfgang KundermannJörg SudauChristoph Sasse
    • F16D312
    • F16F15/1232F16F15/1203F16H45/02F16H2045/0284
    • A torsional vibration damper, especially for transmission of torque in a hydrodynamic torque converter, includes a primary side, a secondary side, and a plurality of damper spring arrangements arranged between the primary side and the secondary side such that the primary side is rotatable relative to the secondary side against an urgency of the damper spring arrangement. Each damper spring arrangement has at least one spring and is supported in each circumferential end area at a supporting area of the secondary side and at a first and a second supporting area of the primary side which are arranged on both axial sides of the associated supporting area of the secondary side. The primary side has a substantially annular carrier part and at least one of the first and second supporting areas of the primary side are constructed as separate parts that are connected for rotation with the primary side.
    • 特别是用于在液力变矩器中传递扭矩的扭转振动阻尼器包括初级侧,次级侧和布置在初级侧和次级侧之间的多个阻尼弹簧装置,使得初级侧相对于 二次侧抵抗阻尼器弹簧装置的紧迫性。 每个阻尼器弹簧装置具有至少一个弹簧,并且在次级侧的支撑区域和初级侧的第一和第二支撑区域处的每个周向端部区域中被支撑,所述第一和第二支撑区域布置在相关联的支撑区域的两个轴向侧 的二次侧。 初级侧具有基本上环形的载体部分,并且初级侧的第一和第二支撑区域中的至少一个被构造为连接成与初级侧一起旋转的分离部件。
    • 6. 发明授权
    • Drive train with rigidity dependent on rotational speed
    • 传动系,刚度依赖于转速
    • US06435998B1
    • 2002-08-20
    • US09592234
    • 2000-06-12
    • Jörg SudauErwin WackPeter Frey
    • Jörg SudauErwin WackPeter Frey
    • F16D314
    • F16F15/13157F16F15/1478F16H45/02F16H2045/0268F16H2045/0294
    • A drive train of a motor vehicle includes a gear arrangement with at least two gear elements moveable relative to one another acts in a torque transmission path between an internal combustion engine and a transmission. The gear arrangement being connected between a drive-side flywheel mass and a gear-side flywheel mass. The gear arrangement includes at least one additional mass having a center of gravity (Sp) which is displaceable radially in relation to an axis of rotation (D) of the torque transmission path as a function of a relative position of the at least two gear elements. In the event of a change in the relative rotary angle between the flywheel masses, a moment of inertia of the torque transmission path also changes, so that there is no definite resonant point and the torque transmission path takes effect as a self-steadying system. Furthermore, the additional mass may be arranged to generate a centrifugally dependent return force directed toward a specific relative rotary angle position. The force acts between two rotary parts rotatable at least to a restricted extent relative to one another and located in the torque transmission path. The specific relative rotary angle position lies between two relative rotary angle boundary positions delimiting a relative rotary angle range of the rotary parts. The gear arrangement may be arranged in a two-mass flywheel or a hydrodynamic clutch device in the motor vehicle drive train.
    • 机动车辆的传动系包括齿轮装置,其具有可相对于彼此移动的至少两个齿轮元件作用在内燃机和变速器之间的扭矩传递路径中。 齿轮装置连接在驱动侧飞轮体和齿轮侧飞轮体之间。 齿轮装置包括至少一个附加质量块,其具有重心(Sp),该重心可相对于转矩传递路径的旋转轴线(D)径向移动,作为至少两个齿轮元件的相对位置的函数 。 在飞轮质量之间的相对旋转角度发生变化的情况下,转矩传递路径的转动惯量也发生变化,因此没有确定的共振点,转矩传递路径作为自稳定系统而起作用。 此外,附加质量可以被布置成产生指向特定相对旋转角位置的离心机相关的返回力。 所述力作用在两个旋转部件之间,所述两个旋转部件至少相对于彼此可旋转至少限定,并位于转矩传递路径中。 特定的相对旋转角位置位于限定旋转部件的相对旋转角度范围的两个相对旋转角度边界位置之间。 齿轮装置可以布置在机动车辆传动系中的两质量飞轮或液力离合器装置中。
    • 9. 发明授权
    • Arrangement for the rotationally fixed connection of a hydrodynamic coupling device to a drive component
    • 用于将流体动力耦合装置旋转地固定到驱动部件上的装置
    • US06364080B1
    • 2002-04-02
    • US09556574
    • 2000-04-24
    • Jörg SudauErwin Wack
    • Jörg SudauErwin Wack
    • F16H4502
    • F16H41/24Y10T403/1633
    • An arrangement for the rotationally fixed connection of a hydrodynamic coupling device to a drive component, in particular a drive shaft, has a first torque-transmission engagement formation, which is connected in a rotationally fixed manner to the drive component, a second torque-transmission engagement formation, which is connected in a rotationally fixed manner to the hydrodynamic coupling device and is in or can be brought into torque-transmitting engagement with the first torque-transmission engagement formation as a result of these formations being moved toward one another substantially in the direction of an axis of rotation, and a preloading device which preloads the hydrodynamic coupling device with respect to the drive component substantially in the direction of the axis of rotation. The first and second torque-transmission engagement formations are brought into or held in torque-transmitting engagement with one another by the preloading force generated by the preloading device.
    • 用于将液力偶合装置旋转地固定到驱动部件,特别是驱动轴上的装置具有以旋转固定的方式连接到驱动部件的第一转矩传递接合结构,第二转矩传递 接合结构以旋转固定的方式连接到流体动力联接装置,并且由于这些结构彼此相向地向彼此移动,所述啮合形式处于或可以与第一扭矩传递接合结构进行扭矩传递接合 旋转轴线的方向以及基本上沿旋转轴线的方向相对于驱动部件预加载流体动力联接装置的预加载装置。 第一和第二扭矩传动接合结构通过预加载装置产生的预加载力而进入或保持扭矩传递接合。