BACKGROUND ART As is known, stalls equipped with a steam generator currently comprise a base body; a shower stand fixed to the base body; a structure defined by lateral walls, one of which for access, and by a top wall; and at least one steam outlet.

A first type of currently marketed stall has the generator installed at the top. Stalls of this type are complicated and therefore expensive to produce, on account of installation of the generator at the top of the stall requiring a supporting structure of given mechanical characteristics capable of supporting the generator. Also, steam channels from the generator to the outlet must be formed in the structure.

In a second type of stall, described and illustrated in US Patent 5,416, 931, the steam generator is installed in a gap formed in the base body, beneath the shower

stand which defines a panel protecting the generator.

Access to the gap is difficult, by requiring removal of the shower stand, which, in addition to the steam nozzles, also comprises a water drain fitting. This therefore complicates maintenance of the stall, which, as is known, is normally carried out regularly.

Another important point to note is that, in both the above types of stall, the nozzles, being located on the shower stand, are subject to clogging by hair and other falling matter, and must therefore be cleaned frequently, which can only be done easily by first removing the shower stand from the base body. Moreover, the nozzles being installed in the normal user tread area, the steam jets are directed onto the user's soles which, as is known, are the most heat-sensitive part of the human body.

DISCLOSURE OF INVENTION It is an object of the present invention to provide a stall equipped with a steam generator and designed to eliminate the aforementioned drawbacks.

According to the present invention, there is provided a stall, as claimed in Claim 1.

BRIEF DESCRIPTION OF THE DRAWINGS A non-limiting embodiment of the present invention will be described by way of example with reference to the accompanying drawings, in which: Figure 1 shows a view in perspective of a stall in accordance with the teachings of the present invention;

Figure 2 shows a larger-scale section of a bottom portion of the Figure 1 stall; Figure 3 shows a plan view of the Figure 2 portion with parts removed for clarity.

BEST MODE FOR CARRYING OUT THE INVENTION Number 1 in Figure 1 indicates as a whole a stall comprising a shower stand 2; a prismatic structure 3 defined by four lateral walls 4, at least one of which for access, and by a top wall 5; a steam generator 6; and a number of nozzles 7 for directing steam into stall 1.

Stall 1 also comprises a shower head 8 (known) ; a device 11 (known) for adjusting water outflow from shower head 8; a mixing device 12 (known) for adjusting the temperature of the water from shower head 8 ; a device 13 for activating steam supply from nozzles 7 ; and a device 14 for adjusting the temperature inside stall 1.

Stall 1 also comprises a seat 15; and a number of lamps 16 fitted to the top of stall 1 by means of a supporting strip 17. Lamps 16 are equally spaced along the peripheral edge of top wall 5, direct light downwards onto lateral walls 4, and emit coloured-light beams (even of different colours from one lamp to another) so as to define a chromotherapy device.

In an embodiment not shown, lamps 16 may be replaced with a single central lamp for chromotherapy treatment.

With reference to Figures 2 and 3, shower stand 2 comprises a base body 18 preferably molded in one piece from plastic material; and a plate 21 also molded from

plastic material, and fitted removably to base body 18.

The top surface of plate 21 is the user tread area. Base body 18 is substantially box-shaped with a rectangular outer perimeter. More specifically, base body 18 comprises four lateral walls 22; and a substantially horizontal top wall 23 having a rectangular, central, vertical through hole 24. Top wall 23 is defined by a peripheral portion 23a lying in a horizontal plane and projecting from the top edge of lateral walls 22; and by a portion defined by a depression 25 and located between portion 23a and the peripheral edge of hole 24.

With reference to Figures 2 and 3, depression 25 surrounds hole 24 and, in plan view, has a rectangular perimeter. A drain 26 is located at one corner of the rectangular perimeter of depression 25, and is connected by a known siphon (not shown) to a known drain conduit (not shown). The bottom wall of depression 25 rises gradually from the corner of its perimeter where drain 26 is formed, to the diagonally opposite corner, so that depression 25 defines a channel towards drain 26.

With reference to Figures 2 and 3, a rectangular conduit 27 is located inside depression 25, is connected by a pipe 28 to steam generator 6, and has a number of nozzles 7 equally spaced along the longitudinal axis of conduit 27 and facing portion 23a. Plate 21 has a bottom face, in the central portion of which is formed a rectangular projection 31 which, in use, engages hole 24.

Plate 21 has a rectangular perimeter sized to define,

between the perimeter of plate 21 and the inner peripheral edge of portion 23a, an opening 32 which, in plan view, is obviously rectangular. Finally, base body 18 is formed in one piece with a number of uprights 33 which rest on the floor at the bottom and support depression 25 at the top.

With reference to Figures 2 and 3, steam generator 6 is housed in the gap defined in base body 18 between wall 23 and the floor, and which is easily accessible by lifting plate 21. In addition to chromotherapy, stall 1 may also be equipped for aromatherapy by aromas placed in depression 25 or inside a container 34 fixed to any one of lateral walls 4 of structure 3. Plate 21 (Figure 2) has a top face shaped to define not only a non-slip tread surface but also channels for channelling water through opening 32 into depression 25.

With reference to Figure 1, walls 4 and 5 are preferably transparent and made of plastic material or glass. Walls 4 are supported on base body 18, at portion 23a, so that opening 32 is close to the bottom edge of walls 4. Access to stall 1 may be through a door or, as shown in Figure 1, through walls 4 sliding along guides 35 on base body 18. Obviously, one or two of walls 4 may be defined by the masonry wall/s of the room in which stall 1 is installed.

With reference to Figure 1, stall 1 may be fitted inside with an equipment panel 36 supporting shower head 8 and devices 11, 12,13, 14. Equipment panel 36

naturally has all the channelling necessary for operation of said devices, and may be formed in one piece in known manner with seat 15. Stall 1 is provided, outside structure 3, with an electric power supply 37; and equipment panel 36 may comprise known nozzles (not shown) for directing water jets onto the user's body; in which case, a known selecting device (not shown) is required.

Equipment panel 36 may also comprise nozzles (not shown) for emitting lateral steam jets; in which case, a selecting device (not shown) is also required.

In actual use, the steam from nozzles 7 issues from depression 25 through opening 32 located, as stated, close to walls 4 of structure 3, thus forming four rising columns of steam close to walls 4 and surrounding the body of the user-not shown, but standing on plate 21- on all four sides. At dew point, the steam condenses on walls 4 and the user's body, and the condensation flows through opening 32 into depression 25 where it is channelled to drain 26.

The many advantages of the present invention will be clear from the foregoing description.

In particular, stall 1 may be used both as a shower and a steam bath, and is straightforward in design and quick and easy to assemble. Structure 3 is made of steam- resistant material, and, not being required to support heavy weights, is simpler and lighter. All of which factors greatly reduce the production cost of stall 1 as compared with known stalls.

Stall 1 is also equipped for chromotherapy and aromatherapy. What is more, chromotherapy is enhanced by the formation of four rising steam columns, and by using different-coloured lights, and transparent lateral walls 4 of structure 3. Moreover, plate 21 provides for shielding the steam jets from nozzles 7, which are directed towards walls 4, as opposed to directly onto the highly sensitive soles of the user.

Obviously, one of the main advantages of stall 1 lies in easy access to steam generator 6 and nozzles 7, thus greatly simplifying maintenance, Moreover, nozzles 7 are safeguarded against clogging by hair or other falling matter on plate 21.

Finally, depression 25 provides simultaneously for channelling the steam upwards and the condensation and water to the drain.

Clearly, changes may be made to stall 1 as described and illustrated herein without, however, departing from the scope of the present invention.

In particular, shower stand 2 and structure 3, and consequently also depression 25 and opening 32, may be circular.

In a further embodiment not shown, to prevent load losses in conduit 27, each nozzle 7 is connected directly to the steam generator by a relative conduit (not shown); in which case, stall 1 has no conduit 27.