RU199523U1 - FREE STANDING BATH WITH CENTER DRAIN - Google Patents

Abstract

The utility model relates to freestanding bathtubs with a central drainage hole. The technical result of the utility model is to reduce the likelihood of cracks and chips in the corners of the cutout at the bottom of the middle part of the bathtub under sharp loads. a hole in which the walls are made supporting, and on one of the sides of the bath a technological cutout is made at the bottom in the middle part, characterized in that the extreme sections of the walls adjacent to the cutout are made with a smoothly varying widening, which has a maximum thickness, without reaching the boundaries of the technological cutout.

Description

The utility model relates to freestanding baths with a central drain hole.

Free-standing baths of the Monaco bath type with a central drainage hole are known from the prior art [https://www.astraform.ru/production/bath/vanna-iz-litevogo-mramora-monako.html], publ .: 22.07.2016. The solution was chosen as a prototype.

In these baths, the walls are supporting.

The technical problem of the prototype is that due to the cutout at the bottom of the middle part of the bath on one of the sides, which serves for technical purposes to drain the drain through it, this zone is the most congested place due to the uneven distribution of the center of mass (slope towards the cutout, the height of the support walls on the side of the cutout is lower, and the mass of the walls of the upper part of the bath is greater). Therefore, sudden loads (jumping in the bathroom or inside the bathroom of a person of heavy weight) can lead to cracks and chips in the corners of the cutout at the bottom of the middle part of the bath.

The task of the utility model is to eliminate these technical problems.

The technical result of the utility model is to reduce the likelihood of cracking and chipping at the corners of the cutout at the bottom of the middle part of the bath under sharp loads.

The specified technical result is achieved due to the fact that the declared bath is free-standing with a central drain hole, in which the walls are made supporting, and on one of the sides of the bath there is a technological cutout at the bottom in the middle part, characterized in that the extreme sections of the walls adjacent to the cutout, made with smoothly varying broadening, which has a maximum thickness, not reaching the boundaries of the technological cut-out.

Brief Description of Drawings

Fig. 1 shows a partial sectional front view of the bath device and a side sectional view.

Figure 2 shows a top view of the bath device.

Figure 3 shows the bath device bottom view.

Figure 4 shows the bath device in bottom view in volume.

In the drawings: 1 - bathtub, 2 - upper part of the bathroom walls, 3 - lower part of the bathroom walls, 4 - technological cutout in the lower part of the bathroom, 5 - overflow, 6 - drain, 7 - widening, 8 - cutout border.

Implementation of the utility model

A freestanding bathtub 1 (see Fig. 1) with a central drain hole 6, and a central overflow 5 in some models (see Fig. 2), has support walls 2, on the lower parts 3 of which it rests when installed on a tile instead of legs ...

On one of the sides of the bath, a technological cutout 4 is made at the bottom in the middle part, which is used in order to drain the drain 6 through it.

What is new is that the extreme sections of the walls adjacent to the cutout 4 (see Fig. 3, Fig. 4) are made with a smoothly varying broadening 7, which has a maximum thickness, not reaching the boundaries 8 of the technological cutout 4.

These broadenings 7 are designed to relieve stress and correct distribution of loads on the sides of the lower parts of the walls 3 of the bath and the floor, and also significantly increase the strength of the bath 1, since they play the role of stiffeners. Due to these broadenings 7, located at the extreme sections of the walls adjacent to the cutout 4, the area of the support surface of the bath in this zone, where the loads are increased, is much larger, which makes it possible to distribute the increased loads and balance them.

Smoothly varying broadening 7 is necessary so that the edges of the boundaries 8 of the cutout 4 at the bottom are the same thickness as the supporting walls in their lower part 3 along the entire perimeter, otherwise, with an increased load on the bath in the cutout zone, the weak point will not be the edge of the cutout below, but the thinnest area in which cracks can form.

Therefore, to eliminate them, the smoothly varying broadening 7 acquires its maximum thickness not at the edge of the wall, where the boundary 8 with the technological cutout 4, but without reaching this boundary 8.

Thus, the distinctive features of the utility model reduce the likelihood of cracks and chips formation at the corners of the cutout at the bottom of the middle part of the bath under sharp loads.

Claims (1)

A freestanding bathtub with a central drain hole, in which the walls are made supporting, and on one side of the bathtub there is a technological cutout at the bottom in the middle part, characterized in that the extreme sections of the walls adjacent to the cutout are made with a smoothly changing widening, which has maximum thickness, without reaching the boundaries of the technological cut-out.

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