| 摘要 |
<p>The invention relates to a vibration damper (1, 1a, 1b), which is disposed on a drive unit comprising a drive shaft, two flywheel masses (2, 3) which can be relatively rotated against the action of a plurality of energy storage devices (24, 24e) disposed over the circumference, wherein a first one of the flywheel masses (2) comprises a plurality of interconnected disk parts (4, 9) which form an annular chamber (10c, 10e) for receiving the energy storage devices, and a second one of the flywheel masses comprises a plurality of application devices (12c, 12e) which engage in the annular chamber radially inside and act on the energy storage devices in the circumferential direction. In order to reduce the manufacturing costs in conjunction with enabling improved arrangements of the disk parts of the first flywheel mass, it is proposed to design each application device from one of a plurality of flange segment (18c, 18e) that are distributed over the circumference and received by the other flywheel mass.</p> |
