Abstract: A device for sterilizing products packed in cylindrical containers, includes an elongate, essentially cylindrical housing and an essentially cylindrical rotor located therein which can be driven via a central shaft. The circumferential wall of the housing is provided on the inside with a helically running, raised rib. The rotor is designed as a cage having a plurality of rings placed behind each other, the center line of which coincides with the axis of the rotor, and a plurality of raised ribs fastened to the circumference of the rings parallel to the axis of the rotor. The outer edge of the ribs on the rotor is located near the inner edge of the helically running rib on the inner wall of the housing so that spaces are formed between the ribs for receiving the cylindrical containers. Within the rotor between neighboring rings bracing elements in the form of pipes are provided to reinforce the rotor.

Abstract: A device for sterilizing products packed in cylindrical containers, includes an elongate, essentially cylindrical housing and an essentially cylindrical rotor located therein which can be driven via a central shaft. The circumferential wall of the housing is provided on the inside with a helically running, raised rib. The rotor is designed as a cage having a plurality of rings placed behind each other, the center line of which coincides with the axis of the rotor, and a plurality of raised ribs fastened to the circumference of the rings parallel to the axis of the rotor. The outer edge of the ribs on the rotor is located near the inner edge of the helically running rib on the inner wall of the housing so that spaces are formed between the ribs for receiving the cylindrical containers. Within the rotor between neighboring rings bracing elements in the form of pipes are provided to reinforce the rotor.

Abstract: Device for supplying groups of filled and closed containers to a downstream treatment device comprises a supply track, a distribution member for aranging the containers at a distance from each other, a tilting device, a downstream transport track and a finger track extending along at least a section of the transport track for moving a certain number of containers present on the transport track to the treatment device. The tilting device comprises a positively driven FERRIS.sub.R wheel, or a positive-driven tilting wheel device. The transport track, the finger track and the FERRIS.sub.R wheel, or a positive-driven tilting wheel device are each coupled, via their own transmission, to a common drive. The transmission ratio of the transmissions between the common drive and the transport track, the finger track and the FERRIS.sub.