Clamping body freewheeling unit and drive device for an electric bicycle having a clamping body freewheel unit

A clamping body freewheel unit having:

• a plurality of clamping bodies, by which a force transmission between an internal shaft and an external shaft which can be coupled to each other via the clamping body freewheel unit, is enabled in only one of two mutually opposing rotation directions,
• a cage, by which the plurality of clamping bodies of the clamping body freewheel unit are retained at a defined spacing relative to each other in a circumferential direction
• a plurality of rolling bodies, by which the internal shaft and external shaft are supported so as to be rotatable relative to each other if the internal shaft and external shaft are coupled to each other via the clamping body freewheel unit, and
• three bearing rows which are located beside each other along a rotation axis which is defined by the clamping body freewheel unit for the internal shaft and external shaft, wherein two of the three bearing rows each have clamping bodies from the plurality of clamping bodies and one of the three bearing rows has exclusively rolling bodies from the plurality of rolling bodies,
• wherein
• at least some of the plurality of rolling bodies and the clamping bodies are retained together in the cage.