The object of the invention is a WC module which can be installed in any public premises, such as a railway station, airport, market place etc. It can also be installed, for example, in connection with a ship cabin, as WC premises.

According to a known method, WC modules are constructed so that all the fixtures required, such as the WC bowl, washbasin etc are already installed in the WC premises at the factory. Thus, at the installation site these fixtures only need to be connected to the water pipes and sewer.

Thanks to the preliminary work carried out at the factory, significantly less valuable installation time is spent on constructing the WC module on site.

Despite the work done at the factory, however, WC premises have not become simpler. All fixtures still require their own space in the WC. Due to the complexity of the premises, cleaning them is also inconvenient.

The object of the present invention is, therefore, to achieve a WC module, which is essentially simpler than present premises and thus also more efficient in use and easier to clean. According to the- invention, the ^' module does not have a separate WC bowl, but it is incorporated directly as a continuation of the wall structure of the module. Thus, the WC no longer has to be made of separate components. The design and structure of the WC module relating to the invention incorporates all the equipment necessary in a WC.

The invention is exemplified below with reference to the appended drawings, in which

FIG. 1 shows a partly cross-sectional, perspective view of the WC module relating to the invention.

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FIG. 2 shows the WC module of figure 1 as seen from the front. FIG. 3 shows the WC module as seen from above. FIG. 4 shows diagrammatically a cross-section of the WC module as seen from the side.

FIG. 5 corresponds to figure 4 and shows a second embodiment. FIG. 6 shows a cross-section of the toilet paper intended for the WC module. FIG. 7 corresponds to figure 6 and shows a second embodiment of the toilet paper. FIG. 8 corresponds to figure 6 and shows a third embodiment of the toilet paper.

Figure 1 shows a partly cross-sectional view of the WC module 10 relating to the invention. The figure shows that the module does not comprise a separate WC bowl 11. Instead, the inner surface of the module 10 is designed so that the WC bowl 11 is a direct continuation of the curved wall surfaces 12. The bowl 11 is flushed by running flushing water from the nozzles 13 on the wall 12 down the wall surfaces into the bowl 11. The water tank 29 can be situated in the upper part of the module, hidden behind the curved inner wall 12.

The module 10 does not comprise a traditional, fixed WC seat for sitting on either, because the WC bowl is an integral part of the wall. In the WC module relating to the invention, the WC seat is arranged so that on the rear wall of the module 10, there are seat boards 15, which are turned down on a hinge 14, and rise up again after use. Above the seat boards 15 is a toilet paper roll rack 16, because the toilet paper is also used as covering for the seat 15. The paper is, therefore, in sock-like form so that it can be pulled over the seat boards.

A handle 25 and a light fixture 26 are connected to the inner surface 12 of the WC module 10, and on the floor

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level a floor drain is formed, which is covered by a grating 17. A separate water feeder is led to the floor drain, which feeder flushes the space below the grating 17 at the same time as the WC bowl 11 is flushed.

Figure 2 shows the WC module of figure 1 as seen from the front. It also clearly shows how the WC bowl 11 is a continuation of the curved walls 12. The flushing water is fed from nozzles 13 along the walls 12 into the bowl 11 and further on to the sewer 18. In this example, the nozzles are separate elements, but it is also possible to make a fold or other protrusion in the wall, which can as such act as a flushing water nozzle. The floor drain below the floor grating 17 is also connected to the sewer through opening 19.

The water tank 29 is shown in the figure by a broken line, and the water feeder pipe 30 projects downwards from it. The flushing water flows through a feeder valve in the wall, through the pipes 31, to the nozzles 13. Figure 2 shows the panel 27 of the feeder valve which comprises a handle for flushing the WC bowl and a handle for the hand- washing tap 28. Besides being flushed by means of a manual handle, the WC bowl flushing can alternatively be made automatic, so that whenever the seat boards 15 rise up, the WC bowl is flushed. The floor drain under the floor grating 17 would in that case also be flushed.

The WC seat consists of two seat boards 15, which are upright against the wall, below the toilet paper roll rack 16, when they are not in use. The figure shows that the upright storage position of the WC seat 15 has another function as well. Since the toilet paper 20 has been made into a tube, tubular covers can be pulled over the seat boards 15 from two separate toilet paper rolls. Cutting perforations are formed in the toilet paper at about 50 cm intervals. When the excess paper has been cut off, the seat 15 can be turned on the hinge 14 into the lower position,

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which is marked by reference number 21.

The raising of the seat 15 can be effected either by means of a counterweight or by a spring. It is advantageous to arrange a short delay in the raising, so that the seat boards 15 are not raised too soon.

Figure 3 shows the structure of the WC module relating to the invention as seen from above. The WC consists of two elements, which are the rear part 22 and the front part 23. All the functions and technical devices of the WC module are situated in the rear part 22. The front part 23 only comprises the door 24. This division is appropriate, firstly, because in this way all connections can be situated in the same place behind the module. Secondly, from the point of view of moulding technique, it is advantageous to make the curved parts 22 and 23 separately, as shown. Thirdly, formed in this way, elements 22 and 23 are made sufficiently small so that they fit through the doors of already existing WC premises. This is significant when a WC is to be renovated by installing a new WC module relating to the invention in old premises.

The design of the WC seat 15 and of the other details of the module 10 may obviously vary. The exemplified embodiment is designed to be made of reinforced plastic.

Figure 4 shows diagrammatically the movement of the seat board 15 in the WC module. Hinge 14 may be situated on the rear wall of the module, as shown in the above figures. According to the embodiment shown in figure 5, the hinge 14 can, however, also be situated on the side walls, in which case the lifting movement of the seat boards 15 takes place in a different direction. The essential aspect is that the seat boards 15 are in their upright position directly below the toilet paper container 16, so that the cover paper can easily be pulled over the seat boards.

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An essential part of the basic idea of the WC module relating to the invention is in fact its hygiene. It has no hollows, which might easily collect dirt. In principle the WC can be used without touching anything with the bare hands.

The hygiene is achieved through the advantageous structure and efficient functioning of the devices. An important part is also played by the toilet paper relating to the invention, the cross-section of which is shown in figure 6. The paper is folded into a closed tube, which is seamed at point 32. The seam 32 can also be on the side, as shown in figure 7. According to the third embodiment shown in figure 8, the toilet paper 20 can be made in advance to consist of two parts. In this case there are similar seams 32 as in figure 7 on the sides, but also perforations at the seam 33 in the middle of the paper web, so that the web can easily be divided into two tubular strips.

It is obvious to a person skilled in the art that the different embodiments of the invention may vary within the scope of the claims given below.

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