A freewheel cage, which has a basic body with two annular, substantially radially extending edge disks that are connected to one another by a plurality of axially running connecting pieces and at least one annular component for fastening the basic body to a freewheel. The connecting pieces are adjacent to one another in the circumferential direction so as to form intermediate spaces for at least partially holding clamp bodies. The annular component is formed as a separate component arranged on at least one of the edge disks. By design, the basic body for the freewheel cage is produced with reduced expenditure, and subsequently, the annular component for fastening the basic body to a freewheel can, as a separate component, be produced, and arranged on the basic body for fastening to a freewheel with likewise correspondingly reduced expenditure.
1. A freewheel cage, comprising:
a basic body having two annular, substantially radially extending edge disks being connected to one another by a plurality of axially running connecting pieces, which are adjacent to one another in a circumferential direction forming intermediate spaces for at least partially holding clamp bodies; and
at least one means for fastening the basic body to a freewheel,
wherein the means is at least one annular component connected to at least one of the edge disks, and
wherein the annular component has, in an axial cross-section, at least one first radially aligned section and one second radially aligned section, the first radially aligned section and the second radially aligned section being offset axially with respect to one another.
2. The freewheel cage of claim 1 , wherein the annular component is connected to an end side of one of the edge disks.
3. The freewheel cage of claim 1 , wherein the annular component is welded, adhesively bonded, riveted or screwed to one of the edge disks.
4. The freewheel cage of claim 1 , wherein the first radially aligned section is at least partially connected to one of the edge disks, and the second radially aligned section projects at least in regions radially beyond the clamp bodies placed in the basic body.
5. The freewheel cage of claim 1 , wherein the second radially aligned section is arranged with its axially inner end surface approximately in flush alignment with an axially inner end surface of one of the edge disks.
6. The freewheel cage of claim 1 , wherein the annular component has an outer diameter which is at least partially dimensioned such that the annular component is fastened to an end side of a freewheel outer ring.