Abstract: A distribution unit for sanitary changeover fittings for installation in a wall, includes a manifold with an inlet duct and at least two outlet ducts and a control block with an inlet duct and at least two valve seats for receiving a valve upper part each, which are connected to the inlet duct, wherein the inlet duct of the manifold is connected to the inlet duct of the control block and the outlet ducts of the manifold are connected to a valve seat each of the control block, in each case via a pipe section, and wherein, via the pipe sections, the control block is connected to the manifold in a manner such that these can move relative to one another.

Abstract: A valve upper part, in particular for sanitary fittings, includes a sleeve-type head piece, which can be fastened in a valve housing of a fitting and through the center of which a spindle extends, which has a handle connection and is mounted for rotation about the longitudinal axis of the spindle and by which a valve body can be actuated, a groove being formed in the spindle, which groove receives an elastic sliding bush, which radially surrounds at least some regions of the spindle and which lies against at least some regions of the inner lateral surface of the head piece.

Abstract: A valve upper part, in particular for sanitary fittings, includes a sleeve-type head piece, which can be fastened in a valve housing of a fitting and through the center of which a spindle extends, which has a handle connection and is mounted for rotation about the longitudinal axis of the spindle and by which a valve body can be actuated, a groove being formed in the spindle, which groove receives an elastic sliding bush, which radially surrounds at least some regions of the spindle and which lies against at least some regions of the inner lateral surface of the head piece.

Abstract: A valve top has a headpiece through which passes axially a spindle that can actuate a valve which is formed by a control disk that can rotate relative to an inlet disk, wherein the lateral surface of the spindle has, circumferentially on its side oriented away from the control disk, a curved path which receives at least one cam of a control sleeve which is arranged secure in rotation, is mounted over the end of the spindle and can be moved axially along the spindle, wherein the curved path is formed such that a vertical displacement of the control sleeve along the spindle brings about a defined rotation of the spindle.

Abstract: A valve top has a headpiece through which passes axially a spindle that can actuate a valve which is formed by a control disk that can rotate relative to an inlet disk, wherein the lateral surface of the spindle has, circumferentially on its side oriented away from the control disk, a curved path which receives at least one cam of a control sleeve which is arranged secure in rotation, is mounted over the end of the spindle and can be moved axially along the spindle, wherein the curved path is formed such that a vertical displacement of the control sleeve along the spindle brings about a defined rotation of the spindle.

Abstract: A valve top includes a head piece which is centrally penetrated by a spindle which is rotatably mounted in the head piece around its longitudinal axis and via which a control disk can be rotated relative to an inlet plate abutting the same, wherein a control sleeve having a control contour is arranged within the head piece on the spindle, and a guide sleeve having a guide contour is arranged opposite the control contour, which control sleeve and guide sleeve interact in such a way that after actuation of the control disk via the spindle into a defined direction, an autonomous return movement of the control disk into its starting position is effected.

Abstract: A valve top includes a head piece which is centrally penetrated by a spindle which is rotatably mounted in the head piece around its longitudinal axis and via which a control disk can be rotated relative to an inlet plate abutting the same, wherein a control sleeve having a control contour is arranged within the head piece on the spindle, and a guide sleeve having a guide contour is arranged opposite the control contour, which control sleeve and guide sleeve interact in such a way that after actuation of the control disk via the spindle into a defined direction, an autonomous return movement of the control disk into its starting position is effected.

Abstract: The invention relates to a mixing device for tap water, comprising a mixing valve and a flow control valve that can each be actuated by a spindle and are arranged one behind the other. Sensors (21, 22) are provided for determining the volume and temperature of the water flow, the sensors being connected to a control and regulating device used to adjust the volume and temperature of the water flow.

Abstract: The invention relates to a mixing device for tap water, comprising a mixing valve and a flow control valve that can each be actuated by a spindle and are arranged one behind the other. The device is characterized in that sensors (21, 22) are provided for determining the volume and temperature of the water flow, the sensors being connected to a control and regulating device used to adjust the volume and temperature of the water flow. A temperature sensor (22) is arranged in the flow control valve (4), for determining the temperature of the volume of water flow guided through the mixing valve (5).

Abstract: An upper valve part for fittings has a head piece through which a spindle passes, means for shut-off, and a seal that comes to rest on the fitting. A radially acting locking device is provided.

Abstract: An upper valve part for fittings has a head piece through which a spindle passes, means for shut-off, and a seal that comes to rest on the fitting. A radially acting locking device is provided.