Abstract: A fastening arrangement for water-throughflow sanitary components in a concealed box is proposed. In a direction extending parallel to the bottom of the concealed box, the sanitary component has a distance between the ends of two mutually opposed connection stubs that is greater than the inner distance separating the through openings in the wall of the concealed box that are assigned to the two connection stubs. In order nevertheless to ensure that the sanitary component can be inserted from the open front side of the concealed box into this box, one of the two through openings is designed in such a way that it is possible for the assigned connection stub to be introduced obliquely. The connection stub is inserted into the through opening until the opposite connection stub is situated completely inside the concealed box and can then be pivoted in front of the assigned through opening. A lateral displacement then occurs such that the sanitary component is arranged centrally in the concealed box.

Abstract: A fastening arrangement for water-throughflow sanitary components in a concealed box is proposed. In a direction extending parallel to the bottom of the concealed box, the sanitary component has a distance between the ends of two mutually opposed connection stubs that is greater than the inner distance separating the through openings in the wall of the concealed box that are assigned to the two connection stubs. In order nevertheless to ensure that the sanitary component can be inserted from the open front side of the concealed box into this box, one of the two through openings is designed in such a way that it is possible for the assigned connection stub to be introduced obliquely. The connection stub is inserted into the through opening until the opposite connection stub is situated completely inside the concealed box and can then be pivoted in front of the assigned through opening. A lateral displacement then occurs such that the sanitary component is arranged centrally in the concealed box.

Abstract: A mixer cartridge contains a plate-type control system, the control plate of which is displaceable and twistable by an actuating element configured as a double-armed lever. The displacement leads to an opening and closing of the valve, while the twisting serves to alter the temperature. According to the invention, it is envisioned that the maximum opening and closing position of a holding plate controlling the movable control plate is limited by stops. For the actuating element, a stop is also provided, which acts in the same way, yet is arranged such that it still has a minimum distance from the actuating element when the holding plate is already bearing against the stop.

Abstract: A mixer cartridge contains a plate-type control system, the control plate of which is displaceable and twistable by an actuating element configured as a double-armed lever. The displacement leads to an opening and closing of the valve, while the twisting serves to alter the temperature. According to the invention, it is envisioned that the maximum opening and closing position of a holding plate controlling the movable control plate is limited by stops. For the actuating element, a stop is also provided, which acts in the same way, yet is arranged such that it still has a minimum distance from the actuating element when the holding plate is already bearing against the stop.