Abstract: The device serves to fasten the outflow bend (9) to a fastening body (4), for example to a mounting frame (2). The pipe clamp (11) has a holder (12), which on an inner side (20) possesses grooves (21), which, for the axial fixing of the socket (10), cooperate with ribs (22, 23, 24) on an outer side of the socket (10). The holder (12) has a collar (19), which, for the axial fixing of the socket (10), can be mounted into a groove (25, 26) of the socket (10) or onto a rib (22, 23, 24) of the socket (10), according to choice.

Abstract: The floor drain possesses an inlet housing (11), which has an opening for floor water to be led away and which is connectable to a wall drain opening of a vertical wall. On the inlet housing (11) are arranged connecting means (44), which are adjustable with respect to the vertical wall and with which the inlet housing (11) can be connected in a sealtight manner to the vertical wall. The connecting means (44) are preferably adjustable in depth and/or height. They have at least one sealing foil (24), with which the connecting means (44) can be sealed against a floor (6) and/or a panelling (14).

Abstract: The device serves to fasten the outflow bend (9) to a fastening body (4), for example to a mounting frame (2). The pipe clamp (11) has a holder (12), which on an inner side (20) possesses grooves (21), which, for the axial fixing of the socket (10), cooperate with ribs (22, 23, 24) on an outer side of the socket (10). The holder (12) has a collar (19), which, for the axial fixing of the socket (10), can be mounted into a groove (25, 26) of the socket (10) or onto a rib (22, 23, 24) of the socket (10), according to choice.

Abstract: The pressure-flushing device comprises a pressure vessel (2), which, for receiving flushing water, has a pressure chamber (D). The pressure chamber (D) can be filled with flushing water by means of an inlet valve (7). The pressure chamber (D) consists of cylindrical pressure chamber regions (D1, D2, D3) which are interconnected in a lower region of the pressure vessel (2). The pressure chamber regions (D1, D2, D3) are preferably formed by cylindrical walls (Z1, Z2, Z3), these walls being essentially circular in horizontal section. The pressure vessel (2) can be made from plastic and is both pressure-stable and compact.

Abstract: The pressure-flushing cistern comprises a pressure tank (2), an actuating device for initiating a flush and also a pressure-reducing valve (27), which is to be connected to a water pipe and via which the pressure tank (2) can be filled with flushing water. The closing pressure of the pressure-reducing valve (27) is adjustable with a displaceable ring (17). The ring (17) can be gripped from outside through a window (19) of a housing (6) for adjusting the closing pressure. Adjustment preferably takes place by steps.

Abstract: The pressure-flushing device comprises a pressure vessel (2), which, for receiving flushing water, has a pressure chamber (D). The pressure chamber (D) can be filled with flushing water by means of an inlet valve (7). The pressure chamber (D) consists of cylindrical pressure chamber regions (D1, D2, D3) which are interconnected in a lower region of the pressure vessel (2). The pressure chamber regions (D1, D2, D3) are preferably formed by cylindrical walls (Z1, Z2, Z3), these walls being essentially circular in horizontal section. The pressure vessel (2) can be made from plastic and is both pressure-stable and compact.

Abstract: The lavatory bowl for a WC has a body (3) made from ceramic or a similar material. A flushing channel (4a) has a connection piece (27) for connection of a flushing water pipe (12). A connection part (10), to which a flushing pipe (12) can be connected, is inserted into a rear recess (9) of the body (3). The connection part (10) has two extension parts (20, 23), which can be cut to length and can be pushed into a flushing pipe end (12a) or onto a pipe connection end (24). The lavatory bowl allows mounting by blind-plug connection.