Shower head comprises a head (2) which rotates about an axis (3) on a handle (1). A tubular pin (200) is arranged in a bushing piece (100) as a rotary hinge for guiding water and a bearing flange (210) is provided coaxially to the tubular pin and the bushing piece. The bearing flange lies on an axial bearing (110) on one side and on an annular flange (42) of a hollow screw (4) arranged coaxially to the axial bearing on the other side. Preferred Features: The tubular pin is molded to a water guiding housing (2) whilst the bearing flange is formed on an outer housing (21) of the shower head.

A shower head for a hand-held shower attachment contains, in the center of its jet disc, an insert with three individual nozzle bodies. Each individual nozzle body is designed for discharging an individual jet. To this end, it has a continuous jet opening. Each of these in individual nozzle bodies is mounted in a manner that enables it to move relative to the shower head and to the jet disc, and is placed in rotation by a water-driven rotor. Said continuous jet opening extends at an angle to the rotation axis of the individual nozzle body. When the individual nozzle body rotates, the jet exiting there from moves on an envelope of a cone. Each individual nozzle body, contains an aerating device that aspirates the air immediately next to the outlet opening and, inside the individual nozzle body, mixes the air with the water entering this individual nozzle body. As a result, the individual nozzle body discharges an aerated jet.

A shower head for a hand-held shower attachment contains, in the center of its jet disc, an insert with three individual nozzle bodies. Each individual nozzle body is designed for discharging an individual jet. To this end, it has a continuous jet opening. Each of these in individual nozzle bodies is mounted in a manner that enables it to move relative to the shower head and to the jet disc, and is placed in rotation by a water-driven rotor. Said continuous jet opening extends at an angle to the rotation axis of the individual nozzle body. When the individual nozzle body rotates, the jet exiting there from moves on an envelope of a cone. Each individual nozzle body, contains an aerating device that aspirates the air immediately next to the outlet opening and, inside the individual nozzle body, mixes the air with the water entering this individual nozzle body. As a result, the individual nozzle body discharges an aerated jet.

The device has an L-shaped longitudinal metal section (6) made of aluminum and having perpendicular wings (7, 8). Two parallel longitudinal grooves (9) extend vertically along the height of the section and have opposite inner walls with a toothed section, formed by parallel ridges (11) extending along the length of the grooves. The grooves receive screws adapted for the fixation of a panel (2) on the section.

The device has an L-shaped longitudinal metal section (6) made of aluminum and having perpendicular wings (7, 8). Two parallel longitudinal grooves (9) extend vertically along the height of the section and have opposite inner walls with a toothed section, formed by parallel ridges (11) extending along the length of the grooves. The grooves receive screws adapted for the fixation of a panel (2) on the section.

The present invention provides a shower installation comprising a shower tray (1), in which water is drawn from the shower tray by a peristaltic pump (7) and discharged to drain. In one embodiment, water collects in a sump (4) in the floor (2) of the shower tray, and is withdrawn from the sump by a suction pipe (5) connected to an inlet port (6) of the peristaltic pump.

The invention relates to a sprinkler device comprising a sprinkler head that can be pivoted bi-directionally about a pivoting axis within a limited pivoting angle range in relation to a fixed base. The invention provides safety precautions for preventing the sprinkler head or an adjusting device from being forcibly rotated. According to one precaution, an actuating element (BE) is coupled to the adjusting device that defines the pivoting angle range, to commutate a drive device in such a way that said actuating element (BE) lies in a recess (MA) of the adjusting device during normal operation, undergoes commutation displacements and can be released from the recess (MA) by manual rotation of the adjusting device in a non-destructive, reversible manner. The actuating element (BE) is preferably a spring-steel wire. Another safety precaution relates to a particularly advantageous configuration for a torque overload-protection device.

The device has a bolt comprising housings intended to cooperate with contiguous movable bodies (4, 4`). A finger (8) unblocks and frees the bodies, and automatically houses one of the bodies in one of the housings when the bolt is in position of blocking of a steering column. The housings are situated on both side of a median line, virtually delimiting a face of a small side of the bolt.

A vehicle headlight is described with a reflector housing ( 1, 21 ) and a front glass ( 22 ) which together enclose a headlight inner space. The headlight has a reference surface ( 15, 35 ) for defining the position of a lamp ( 7, 30 ) having a lamp body ( 8, 31 ) and a lamp base ( 9, 37 ) in the headlight The headlight is constructed such that the lamp ( 7, 30 ) can be inserted such that the lamp base ( 9, 37 ) is positioned in front of the lamp body ( 8, 31 ), viewed against the direction of radiation of the headlight In addition, a lamp ( 7, 30 ) is described which is constructed such that it can be inserted into the vehicle headlight in the manner described.

The cap (10) consists of a lower mounting portion (1) fixed onto the container neck, an upper cover (2) containing the dispensing components e.g. valves, gas-proof sealing elements between cap and bottle, an outlet for pouring liquid and a tube support for a siphon structure. A removable fixing material (27) is provided for preventing dispensing of liquid if necessary.