초록 ▼

In a spindle rotor, the orientation of the figure axis is accepted and the anchoring of the rotor bearing (SL) is configured such that the orientation of the geometric rotational axis adapts to the physical main axis of inertia. The bearing is configured in the form of an actively controlled bearing

In a spindle rotor, the orientation of the figure axis is accepted and the anchoring of the rotor bearing (SL) is configured such that the orientation of the geometric rotational axis adapts to the physical main axis of inertia. The bearing is configured in the form of an actively controlled bearing, whereby the orientation is measured and is dynamically carried out, but also in the form of bearing comprising passive elements which are associated with the external ring of the bearing and enable a correspondingly dynamic orientation of the bearing. A damper (T) is provided to dampen the vibrations of the bearing (SL).

대표청구항 ▼

What is claimed is: 1. A spindle bearing device, comprising: two bearings for supporting a spindle which has a main axis of inertia, said bearings defining an axis of rotation; and a solely passive orientation unit coupled to at least one of the bearings for adapting the axis of rotation to the mai

What is claimed is: 1. A spindle bearing device, comprising: two bearings for supporting a spindle which has a main axis of inertia, said bearings defining an axis of rotation; and a solely passive orientation unit coupled to at least one of the bearings for adapting the axis of rotation to the main axis of inertia, said orientation unit including a vibration absorber, a spring/damper element for mounting the vibration absorber on an outer ring of one of the bearings, said spring/damper element including oil damping, and a spring mechanism for directly coupling an outer ring of one of the bearings to a spindle housing in a spring-elastic manner. 2. The spindle bearing device of claim 1, wherein the vibration absorber has an annular configuration.