Clutch designed as roller free-wheel for transmitting a torque acting in both directions of rotation

Claim 1

Clutch designed as roller free-wheel for transmitting a torque acting in both directions of rotation between two structural elements (24, 25), having an outer ring (1) which at an inner wall face (2) thereof is provided with ramp type jamming tracks (4,5) produced by recesses (3), the jamming tracks (4,5) extending, starting from a zone of greatest radial extent of the recess (3), in pairs, symmetrically curved or flat, up to a zone of least radial extent; having an inner element (9) with a cylindrical jamming track (10) at an outer wall face thereof; having jamming rollers (6,7) which are arranged in pairs, extending between the jamming tracks (4,5,10) of outer ring (1) and inner element (9) parallel to a longitudinal center axis thereof and between the jamming rollers (6,7) of each pair, a compression spring (8) is disposed for initial tension of the two jamming rollers (6,7) in the direction of the ramp type ends of the jamming tracks (4,5); and having a release system (11) by which the jamming rollers (6,7) are shiftable into the zone of the recess (3) of greatest radial extent, characterized in that the outer ring (1) has at least one circular edge (14) having a plurality of slots (16,17) positioned circumferentially along it, that the release system (11) has exactly one driver (12) in the shape of a finger associated with each jamming roller (6,7), and the drivers (12), secured to a common shifting sleeve (13), are passed through slots (16,17) and are moveable With a clearing face (18,19) against a circumferential section of the jamming rollers (6,7) opposite the compression spring (8); and that each driver (12) has at its end opposite the respective clearing face (18,19) an entrainment face (20,21) which has associated with it in spaced relation an abutment face (29,30) delimiting the slot (16,17).