Abstract: A toilet seat (27) is provided with a slide housing (26) comprising nozzles for spraying and/or applying water and/or disinfecting liquid. It comprises at least one wiper for drying the surface of the seat (27). The slide housing (26) is placed over a segment of the seat (27), which then, while being sprayed by the nozzles, is driven in the circumferential direction by at least one electric motor. The entire operation is started up manually by actuating the lever (2) of the flushing water cistern (1), and subsequently is controlled by the control electronics (27) until the cleaning of the seat (27) has been completed. The energy is obtained by a turbine (11), which is mechanically connected to a low-voltage direct-current generator (13), and is driven by the water filling the flushing water cistern (11). The actual flushing water, therefore, flows at the normal kinetic energy into the toilet; the hydraulic resistance of the turbine (11) is not switched on while the flushing water flows into the toilet bowl.

Abstract: A toilet is constructed such that the toilet seat is rotatably arranged with respect to its circumferential direction. The toilet seat comprises a stationary part and a rotating part. The rotating part forms the seating surface of the toilet seat and is internally provided with a substantially conical circular track for engaging substantially conical bearing surfaces of rollers rotating about a substantially vertical axis and mounted in laterally translatable roller carrying members. The rotatable part of the toilet seat is driven by a round belt or cord cooperating with a pulley-like groove therein. A device for the liquid cleaning and disinfecting of the seat surface only extends over a segment of the toilet seat. During the seat cleaning operation the toilet seat is moved by the belt or cord. By means of the cleaning device there is accomplished cleaning of the toilet seat.