DE7013358U - PRE-FABRICATED SWIMMING POOL - Google Patents

Description

Company Stopa Kesselbau GmTjH & Co. KG Gamshurst near Acher n

Swimming pool

Neuemag concerns a prefabricated swimming pool, its inside for cladding with Νε '"ir or artificial stone plates suitable is.

In the manufacture of such swimming pools, the procedure has so far been that either a finished one Cement tub in its final form or individual, screwed tub parts as load-bearing

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Bodies were used, the floor and walls of which were then provided with an interior lining. The production of such a supporting body is relatively time-consuming and expensive, even if this can be assembled from several small-sized tub parts directly at the installation site. Because on the one hand the individual parts of the vans have to be worked very well in order to be assembled to form a flat surface, and on the other hand have a very high rigidity so that it is under the Pressure of the filled water does not lead to inadmissible deformation of the pool walls. In both Cases are namely those used for interior lining Stone slabs subjected to bending stressed by the "water pressure acting on them, and by the Natural stones, such as marble, are particularly susceptible to breakage Cracks in the inner lining of the pool. The tightness and the appearance are thus palatable impaired.

The task of the present innovation is to create a swimming pool, the inside of which is to be clad should be suitable with natural or artificial stone slabs, d. i.e., descen carrying bodies ei-vicher and cheaper, and yet the necessary one To achieve rigidity, so that interior cladding with fragile stone slabs is possible are. It should be possible to assemble the basin from small-sized parts at the installation site and backfilling of the side walls, which is used for support, can be dispensed with.

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In a swimming pool of the type mentioned at the beginning, this object is achieved according to the invention in that that the plates lie on a folded structure, which in turn is sandwiched by an elastic Compensation layer on struts running transversely to its fold »which are parallel at a certain distance are arranged to each other, supported and that only the folded structure and the struts the supporting body of the swimming pool. Such a basin can be delivered in the fully assembled state, it however, it can also be assembled on site.

The advantages of the design according to the innovation lie in the low KatErial effort, in the fast production and in the low space requirement. The folding mechanism can be made of relatively thin-walled sheet metal, so that it can be transported to the place of use in the form of a rolled-up roller and the corresponding pieces can be separated as required. Any manufacturing inaccuracies the folded structure as well as the stone slabs are supported by the elastic leveling layer compensated. This leveling layer is expediently between the folded structure and the struts arranged; however, it can also be placed between the folded structure and the panels.

The required rigidity of the folded structure is achieved in one direction by the folding, in the other Direction guaranteed by the struts, so that from simple elements a load-bearing body with sufficient Stiffness arises.

In order to avoid a shift between the wall and floor slabs that would impair the tightness of the seal due to the pressure of the

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To avoid filled water, it has proven to be useful that the side walls form Plates are braced near the ground against the struts that support them. This tension can after inserting the sealing strip into the joint between Wandlind floor slabs and after the first time Filling of the swimming pool can be canceled again.

Further details and features of the subject of the application emerge from the following description an embodiment with reference to drawings; it shows:

Figure 1 is a vertical section through floor I.

and side wall of a swimming pool;

Figure 2 is a section along the line II-II in Figure 1;

Figure 3 shows a section corresponding to Figure 2,

but with a different tension.

Stone slabs 1 and 1 ¹ for the side wall and the I.

"Edges lie on a folded structure 2 or 2 *. The folded structure 2, 2 ¹ is supported by an elastic leveling layer 3 or 3 'on rectangular profiles 4 or 4'. The between the individual plates 1 or 1 'resulting joints are sealed by sealing strips 5.

At their lower end, the side plates 1 rest in U-shaped brackets 6 which carry a threaded bolt 7.

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The threaded bolt 7 penetrates a cross bracket 8 supported on the strut 4 and has on its. At the end of a clamping nut 9, as FIG. 2 shows.

The upper corner edge is formed by an enclosure 10; on the end stones 11 lie. A detachable one Wooden grate is labeled 12.

The folds \ and V are provided with a trapezoidal shape which, in conjunction with the leveling layer S, ensures uniform support of the panels 1 and 1 'on the struts 4 and 4 ^V , respectively.

Since the water pressure rises proportionally with the depth, that is to be taken up at the lower end of the plates 1 Transverse raft much larger than at the upper end, The Plates 1 are therefore by means of the U-shaped ^ ugels biased against the struts 4. This is done by threaded bolts 7, which are on the one hand on the U-shaped Bracket 6 fastened Hind and on the other hand in pairs against the transverse bracket S resting on the strut 4 by means the tensioning means 9 are ve_spannbar. In these tense state takes place the final. bind-between the nerds. 4 and 4 'and the attacher of the Sealing strip 5 between the ".'and and floor panels, so that the pressure of the water that is then poured in no longer causes the side walls to bend can. The threaded bolts 7 can either be permanently attached to α en ü-shaped 5 bracket 6 or only be hung in this, as the tension of the lower side platx after filling the 3 corner can be canceled.

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In the embodiment shown in Figui 3, the threaded bolts 7, the Qu: · ■ ..: "bracket 8 and the clamping nuts are replaced by a L ^ r-. .Var-n 14, which, as section III-II1 shows, can be released is hung in a bracket 6 and can be braced against the strut 4 by means of a pressure screw 15. Instead of two clamping nuts 9, only one pressure screw 15 is required, but this bracing cannot be used at the corners of the swimming pool.

The whole pool can rest on two or more profile irons 13.

Claims (2)

(10 499) - 7 - S ohut claims 1- prefabricated swimming pool, its inside for cladding with natural or Zunststein panels suitable is, characterized in that j that the plates (1, 1 ') ^{lie on a folded structure (2, 2 1} ), which in turn, with the interposition of an elastic compensating layer (3, 3') on struts (4, 4 ¹ ) extending transversely to its folding, »the under A certain distance are arranged parallel to each other, and that only the folded structure (2, 2 ¹ ) and the struts (4, 4 ^! ) form the supporting body of the swimming pool. 2. Swimming pool according to claim 1, characterized in that the plates forming the side walls (1) are braced near the ground against the braces (4) supporting them.