A device for adjusting a bearing play of components mounted in a coaxially rotatable manner relative to one another; a method of adjusting a bearing play of components mounted in a coaxially rotatable manner relative to one another

Abstract

The present invention proposes an apparatus for adjusting the bearing clearance of one of the components mounted in a coaxially rotatable manner relative to each other, and a method for adjusting the bearing clearance of one of the components mounted in a coaxially rotatable manner relative to each other, wherein the apparatus specifically comprises a first part (1) and a second part (2), wherein, after an operator mechanically adjusts the bearing clearance, one of the first part (1) and the second part (2) is radially rotated relative to each other due to a pretension provided during the adjustment, thereby enabling the second part (2) to move axially; or wherein the apparatus specifically comprises a spring nut (46) and a pressure ring (52), wherein, after an operator mechanically adjusts the bearing clearance, one of the spring nut (46) and the pressure ring (52) is radially rotated relative to each other due to a pretension provided during the adjustment, thereby enabling the pressure ring (52) to move in an axial direction. Devices for adjusting a bearing play of components mounted in a coaxially rotatable manner relative to one another and a method of adjusting a bearing play of components mounted in a coaxially rotatable manner relative to one another are proposed, wherein said device comprises in particular a first part (1) and a second part (2), wherein, after mechanical adjustment of the bearing play by an operator, a mutual relative radial rotation of the first part (1) and the second part (2) is effected due to a pre-tension provided during the adjustment, so that the second part (2) can move axially; or wherein the device comprises, in particular, a spring nut (46) and a pressure ring (52), wherein, after mechanical adjustment of the bearing play by an operator, a mutual relative radial rotation of the spring nut (46) and the pressure ring (52) is effected due to a pre-tension provided during the adjustment, thus causing the pressure ring (52) to be able to move in an axial direction.

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