Abstract: The attachment plate has a rectangular planar front wall (2) with two groups (3) each with three mounting sites (3a-3c). These groups are used for mounting sanitary fixtures such as for example isolating valves and the like. The two groups (3) have in each instance two mounting sites (3b, 3c) disposed on a straight line (A). Each group (3) has moreover at least one third mounting site (3a) at a distance (Y) one from the other which is different from the distances (X, Z) of the remaining mounting sites (3b, 3c). The mounting sites (3a-3c) are disposed in such a manner on the attachment (1) that all commonly used sanitary fixtures and the like can be mounted.

Abstract: The attachment plate has laterally several openings (4) which each extend along an edge (9) and around it. The openings (4) serve in each instance the purpose of inserting a rotary snap-in connector (15) which has a handle (17) and a head (16) formed on it. The head (16) is so shaped as to correspond to a dovetail groove (11) of a profile rod (10) and is snapped into it. A snapping lug (7) engages form-fittingly with a channel (12) of a contour of the rods (10). The rotary snap-in connectors (15) can be set in without tools, are latchable and permit an independent mounting of the attachment plate (1) on a supporting frame having profile rods (10).

Abstract: For the purpose of attaching the frame (1) to the tank (6), the tank (6) has on the outer side niches (18) which are widened inwardly. Opposite each of the niches (18) the frame (1) has an opening (4). Connecting members (9) are each snapped into an opening (4) and engage at an inner end into a niche (18). Wedges or pins (10) driven into a recess (13) fix a tenon (17) engaging the niche (18) from behind. Simple and automatable operations suffice for the installation.

Abstract: The drain valve (1) has a valve tube (26) as well as an insert (37) with a float (38) in a valve housing (36). The float (38) is connected with the valve tube (26). In the bottom (49) of the insert (37) openings (39, 41a) are provided, which can be made to index by rotating a punched disk (40). For setting or resetting the flush water quantity, the punched disk (40) can be rotated by raising and turning the valve tube (26). Cogs (43) of the punched disk (40) will then engage in corresponding cutouts (45) at the lower end of the valve tube (26).

Abstract: The connection has a connection piece (1) which has two displaceable wedges (4, 13) in a bearing housing (8) . These wedges (4, 13) can be displaced in the bearing housing (8) independently of one another by a guide bearing (15, 16). In the working position, the wedge (4) extends into a dovetailed longitudinal groove (20) of a sectional bar (2). The front side (5) of the wedge (4) is profiled and engages a correspondingly profiled wall (22) of the sectional bar (2) in a positive-locking manner. The wedge (4) spreads two clamping tongues of the bearing housing (8) against the flanks of the longitudinal groove (20). By pivoting the guide bearing (15), the wedge (4) can be retracted, and the connection can be separated. A second wedge (13) is inserted axially into the interior space of a second profiled piece (3). This wedge (13) spreads two brackets (11) of the bearing housing (8 ). Both sectional bars (2, 3) have the same design and may be cut off to any desired length.

Abstract: The actuating device has a vertically displaceable trigger (9) which is mounted on a hood-shaped housing part (6a) of the drain valve (3). A lever (2), whose horizontal axis of rotation (5) is mounted on a float housing (6b), is pivoted with the trigger (9) in one or the other direction of rotation. To induce flushing, the trigger (9) is moved in the downward direction with a release knob (1) against the restoring force of a spring (24). The trigger (9) now engages a pivotable arm (9b), and the lever (2) is pivoted such that a valve tube (4) connected to the lever (2) is raised, and the valve opening (11i) is thus opened. If the release knob (1) is moved once again in the downward direction after a partial flushing, the trigger (9) will engage another pivot arm (2a), and the lever (2) will again be pivoted into the starting position, in which the outlet opening (11i) is closed.

Abstract: The bowl (18) of a urinal is detachably fastened with threaded bolts (20) to a building wall (19). After detaching the bowl (18), it can be swung away from the building wall (19) by a limited amount by a pivoting device (26, 27, 28) for maintenance of control devices (23) and fittings (21). The drain socket (24) is connected to the drain elbow (17) by a flexible line (12). In the use position of the urinal, a partially flexible siphon trap (12) is wound such that it forms a drain siphon. When the bowl (18) is swung away from the building wall (19), the flexible line (12) is stretched, and it is not necessary to detach the connection between the socket (24) and the drain elbow (17). The present invention permits simple maintenance of devices and fittings arranged covered behind the bowl (18).

Abstract: The installation block has a support frame 1 assembled from longitudinal and transverse sections (3, 2) as well as a molding (22) foamed into this frame. Connections (5, 18, 19) for fastening a sanitary device (6), as well as for fastening the installation block on a building wall are arranged on the support frame (1). The elements needed for supplying and discharging from the sanitary device are embedded in the molding (22) made from expanded polystyrene foam. In addition, the molding (22) holds the sections (3, 2) together, and forms a condensation water insulation for a flush tank 4 embedded in the foam.

Abstract: To simplify the installation and maintenance of a urinal, the bowl (3) is fastened to the building wall (6) such that it can be turned away from it. To achieve this, a bracket (8) is provided, which has a holding frame (10) fastened to the bowl (3), a mounting plate (9) fastened to the wall (6), as well as support rods (11) hinged to these. For maintenance, the bowl (3) is detached from bolts (7) and is swung away from the building wall by the holder (8) in a forward and downward direction. The fittings (26, 27, 19) and devices (5) arranged behind the bowl (3) are accessible from the side, from the bottom, and from the top. After maintenance, the bowl (3) is turned back to the building wall (6), and is fastened with the bolt (7).

Abstract: A fluid heater and storage device for a bidet includes an electric heater (3) positioned inside a housing (1) in a lower portion thereof. The housing (1) has a connection side with an inlet opening (6) and an outlet opening (7) for the fluid to enter and exit the housing located in an upper portion of the connection side. An insert (10) is positioned in the upper portion the housing (1) adjacent to the inlet opening (6). The insert (10) receives input fluid from the inlet opening (6) and guides the fluid along the connection side towards the lower portion of the housing (1). The input fluid then flows across the bottom of the housing and is heated by the heater (3) as it flows the recross.

Abstract: A toilet seat assembly is provided with a toilet seat (1) as well as a toilet lid (8), which can be separated for cleaning from each other and from a bidet (42) arranged in a hollow projection of the toilet seat (1) by simple manipulations and without tools. Flank parts (38, 39), which are pivotably mounted on the housing (17) of the bidet with support pins (12, 13) made in one piece on the inside of the housing, are made in one piece with the toilet seat assembly (1). Actuating members, which cooperate with an elastic tongue (25) or with a disk (21) of the bidet (42) to actuate a pressure switch (27) or a valve (28), are also arranged in these flank parts. The housing (17) of the bidet (42) is closed practically completely and is protected from splashing water even when the toilet seat has been removed.

Abstract: The mounting frame has for attachment of sanitary fixtures two attachment plates (7) provided with holes (9) arranged in a predetermined pattern. Base nuts (11) with threaded bolts (10) are inserted detachably into the holes (9). To attach a sanitary fixture to the threaded bolts (10), a suitable pair of holes is chosen. A vertically adjustable flush pipe (2) can be fixed in position at the desired height by stop cams (5), which are also arranged in a predetermined one-dimensional pattern. A vertically adjustable discharge elbow (12) is also mounted on the frame (20).

Abstract: The installation block comprises a self-supporting body (1) made of foamed concrete into which a flush tank (2) with an inspection opening (2a) is foamed. A spiral hose (3), which forms a normally empty conduit (9) which empties into the flush tank (2) at one end and leads at the other end outwardly to the front side of the installation block (1), is also foamed into the body (1). To attach a water closet with subdouche, a flexible connecting hose (4), which comprises an attachment piece at the bottom end and at the other end is connected directly to the inlet valve of the flush tank, is inserted into the empty conduit (9).

Abstract: A shower arm (9) drive for a bidet is provided in which the shower arm, a lever type drive mechanism (37), a piston cylinder (36), and a water distributor (34) are fastened on a support plate (1). To extend the shower arm (9) for the showering process, the pressure chamber (39) of the piston cylinder (36) is connected to the water mains by actuating a pressure switch. The piston (21) is pushed forward against the restoring force of a compression spring by the pressure of the water fowing into the chamber (39), and the shower arm (9) is extended via the lever type drive mechanism (37). A control valve (12) regulates the admission of warm shower water to a nozzle (10) arranged at the front end of the shower arm (9). The drive permits space-saving arrangement and the installation of the drive in a water closet lid.

Abstract: A double pipe connection is provided having a one-piece gasket (5), which extends sealingly into an intermediate space (1c) of one pipe end (1a) with an internal, transversely extending wall (5c), on one hand, and, also sealingly surrounds a partition (2c) of the other pipe end (2a), on the other hand. The two pipe ends (1a and 2a) are inserted into each other in the axial direction, and are held together with a locking bar (6) in a positive-locking manner. The cross section of the pipe connection may be non-round, e.g., rectangular. Since the pipe ends have no flanges and outer threads, they may be cut to any length, and shaping suitable for injection molding is possible. The double pipe connection is particularly suitable for liquid-bearing pipes on sanitary devices, e.g., drain fittings for wash stands.

Abstract: The foot support (5) has an H-shaped beam (6) as well as two feet (7). The beam (6) and the feet (7) are made from metal pipes with rectangular cross section. The height of the foot support (5) is adjusted by adjusting the depth of insertion of the feet (7) into the beam (6). The feet (7) and the beam (6) have bent parts (7a and 6c) for fastening. The foot support (5) is also suitable for in-front-of-the-wall mounting and the in-the-wall mounting of the installation block. The feet (7) are inserted into the beam (6) such that its bent parts (7a) are directed toward the building wall (1) in the first case and away from the wall in the second case. The foot support (5) has a high load-bearing capacity and is particularly suitable for the installation of a wall-mounted toilet in front of a light-construction wall.

Abstract: Device for attaching a mounting frame to a building wall. The frame has openings in its side walls into which holders (2) made of plastic stops are inserted. The holders (2) have a receiving part (2a) with two openings extending at right angles to one another and into which a connecting piece (10, 6) and a bolt (3) are slid. The connecting piece (10, 6) includes a shaft with corrugations which engage matching corrugations on the bolt (3). The connecting pieces (10, 6) can be detachably attached to a holder (2) in any insert depth without the use of tools. The device serves in particular to fasten a mounting frame during installation of a temporary wall.

Abstract: The overflow and drain fitting has a drain pipe (10), into which a closing plug (4), a float (3), as well as a mushroom-shaped plug (2) are inserted. The closing plug (4) can be lifted via bars (15), thus opening a partition (10b) between a riser channel (6b) and a return channel (6c) of a hidden riser pipe (6). With a sealing edge (2c) of a mushroom-shaped plug (2), the float (3) forms a check valve, which prevents water that may be contaminanted from returning into the basin (5). The closing plug (4), the float (3), and the mushroom-shaped plug (2) are loosely connected to each other via grasping arms (4b, 3b) and can be lifted out of the drain pipe (10) together as one unit to clean the fittings.