Translation of "Kippsteifigkeit" in English

Great value is nevertheless placed on a stable behavior during skiing downhill, in particular on a large resistance to tipping.

Crossed roller bearings offer a relatively high axial and radial rigidity as well as high tilting rigidity in very compact forms of structure.

Besides other disadvantages, these air bearings demonstrate, in particular, a very poor tilt stiffness.

With a higher tilt stiffness, the air bearings achieve a higher dynamic (acceleration, jerk, speed) and smoothness of the system.

The tilting resistance can be further increased and the bearing forming the horizontal pivot axis can be further supported by another support bearing provided between the bearing body and the housing of the vertical auxiliary bearing, which preferably consists of a guide-rail/guide roller assembly.

This clamping results in a construction with increased rotational and tilting stability and, in conjunction with the oppositely slanted mantle surfaces of the rubber rings, in a strong centering effect of the two halves of the damping member.

With a higher tilt stiffness, our air bearings achieve a higher dynamic (acceleration, jerk, speed) and smoothness of the system.

Line contact on the roller raceway and roller configuration provide maximum accuracy of rotation, high stability and greater tilting stiffness.

Although a ball roller bearing of said type is characterized by a high filling ratio with rolling bodies, and therefore a significantly increased radial load-bearing capacity, in relation to a deep-groove ball bearing of the same design, said ball roller bearing simultaneously has the disadvantage that the capability thereof to be loaded with axial forces is subjected to quite narrow limits and it is therefore unsuitable for applications with high tilting resistance and high combined radial and axial forces.

The bearing stiffness results in a tilting stiffness which results from the ratio of moments from loadings to the tilting angle in the wheel bearing, for example in Nm/°.

It is therefore the object of the invention to provide a ski binding which, in addition to good touring properties, also provides unrestricted downhill skiing options without the resistance to tipping of the ski binding being impaired.

This may advantageously allow a large axial distance between the bearing points, which in turn leads advantageously to a strongly increased tilting rigidity.

The result, as is known per se, is to enhance the tilting rigidity of the radial bearing arrangement constituted by these ring magnets.

A driving flange 27 of the wheel hub 3 can extend axially inwards as far as over the wheel bearing 2, so that the result is not only a larger spoke depth but also high tilting rigidity.

Its twisting and tilting stiffness is thus significantly reduced; this has a negative effect on the machining precision, the cutting output, the tool service live, and the surface quality.

The bearing rigidity results in a tilt resistance which arises from the ratio of moments from loads to the tilt angle in the bearing, for example in Nm/°.

The tilt resistance is the lower, the more the bearing is tilted under loads, that is to say the greater the tilt angle is under the same load.

We are able to calculate load, stiffness, tilt stiffness, and air consumption of a complete spindle guidance, both at a standstill and highest rotary speed (including dynamic effects).

Depending on the tilt stiffness, an air bearing’s force capacity decreases with an increasing velocity until it reaches a limit at which it totally fails.

Our HPLS (High Performance Linear System) rack and pinion system convinced the developer team in all respects: Â Use of our RP high-performance planetary gearhead with its high torsional and tilting rigidity enables very high system rigidity over the complete axis length.