by the spring element 15 into an axially displaced position fig3 the inner ring 5 is here guided in each position by the two rolling body rows 7 and 8 here the force f that is given for example by an actuation element held fixed in the inner ring with a bearing journal is transferred to the inner ring 5 to the ring section 14 via the radial rim 6 and thus onto the spring element 15 the inner ring 5 or the bearing journal can press onto an element located behind the rolling bearing 1 by this movement relative to the rest of the rolling bearing 1 that is fixed axially in a bearing holder by means of the outer ring 2 through the compression of the spring element 15 the restoring force fr of the spring element 15 is established in fig3 the inner ring 5 deflected out of its starting position and the compressed spring element 15 can be seen if the actuation element is relaxed again the inner ring 5 is moved back in the direction of its starting position by the restoring force fr of the spring element 15 which is shown in fig1 in contrast to the integral construction according to fig1 to 3 fig4 shows the embodiment of the rolling bearing 1 with separate spring element 19 fig4 differs from fig1 in that u2014 for an otherwise identical construction u2014 the spring element in fig4 is not connected integrally to the cage as in fig1 instead the spring element.