Household appliance with an electric machine embodied as an electric drive motor, with a rotor, which has a rotatably mounted rotor yoke as well as a plurality of permanent magnets, which are arranged on an external surface of the rotor yoke, wherein a cladding surrounds the plurality of permanent magnets, in order to at least partially compensate for a centrifugal force that is able to act on the plurality of permanent magnets while the rotor yoke is rotating, wherein the plurality of permanent magnets are ferrite magnets and the cladding is shaped from the non-magnetic material of steel sheet metal or stainless steel, wherein the plurality of permanent magnets are fastened to the external surface of the rotor yoke with a material fit, wherein the rotor yoke has longitudinal ribs that extend in the extension direction of the shaft, wherein the longitudinal ribs are used to position the permanent magnets in the peripheral direction, characterised in that the external surface of the rotor yoke comprises raised surface areas, which define depressed surface areas for the fixing of an adhesive layer with a layer thickness that corresponds to a gap between the rotor yoke and the permanent magnets, wherein • two raised surface areas are arranged on the external surface of the rotor yoke in the peripheral direction between two longitudinal ribs, • the longitudinal ribs and raised surface areas extend in parallel with one another, wherein the longitudinal ribs extend further in the radial direction than the raised surface areas; • the raised surface areas define depressed surface areas for the fixing of the adhesive layer, meaning that a gap between the rotor yoke and the permanent magnets is formed by the raised surface areas, said gap being filled by an adhesive layer; • the adhesive layer has a layer thickness that corresponds to the gap between the rotor yoke and the permanent magnets, and wherein the raised surface areas are used to position the permanent magnets in the radial direction. characterised in that the external surface of the rotor yoke comprises raised surface areas, which define depressed surface areas for the fixing of an adhesive layer with a layer thickness that corresponds to a gap between the rotor yoke and the permanent magnets, wherein • two raised surface areas are arranged on the external surface of the rotor yoke in the peripheral direction between two longitudinal ribs, • the longitudinal ribs and raised surface areas extend in parallel with one another, wherein the longitudinal ribs extend further in the radial direction than the raised surface areas; • the raised surface areas define depressed surface areas for the fixing of the adhesive layer, meaning that a gap between the rotor yoke and the permanent magnets is formed by the raised surface areas, said gap being filled by an adhesive layer; • the adhesive layer has a layer thickness that corresponds to the gap between the rotor yoke and the permanent magnets, and • two raised surface areas are arranged on the external surface of the rotor yoke in the peripheral direction between two longitudinal ribs, • the longitudinal ribs and raised surface areas extend in parallel with one another, wherein the longitudinal ribs extend further in the radial direction than the raised surface areas; • the raised surface areas define depressed surface areas for the fixing of the adhesive layer, meaning that a gap between the rotor yoke and the permanent magnets is formed by the raised surface areas, said gap being filled by an adhesive layer; • the adhesive layer has a layer thickness that corresponds to the gap between the rotor yoke and the permanent magnets, and wherein the raised surface areas are used to position the permanent magnets in the radial direction.