WO2012112082A1

WO2012112082A1 - Molding for fitting a stretch ceiling

Info

Publication number: WO2012112082A1
Application number: PCT/RU2012/000109
Authority: WO
Inventors: Андрей Владимирович СЕРГЕЛЕВ
Original assignee: Sergelev Andrey Vladimirovich
Priority date: 2011-02-18
Filing date: 2012-02-14
Publication date: 2012-08-23
Also published as: RU2011107599A; UA103448C2; RU2463414C1

Abstract

The invention relates to the field of construction, specifically to elements for final dressing of rooms and in particular for installing multilevel stretch ceilings. The technical result of the invention consists in extending the possibilities for the production of stretch ceilings with a complex configuration and improving the external appearance of a stretch ceiling by virtue of the absence of any visible gap between two sheets to be fixed. The molding for fitting a stretch ceiling is in the form of an irregular profile comprising a base to be fixed to a support surface, ribs of different length which are mounted at an angle to said base, and a central partition, which is formed by at least one rib, with means for fixing the sheets of the stretch ceiling, said base, ribs and central partition forming two open cavities for introducing and fixing two sheets of the stretch ceiling, wherein the size of the rib with the greatest length is selected so as to ensure the possibility of supporting both sheets thereon.

Description

STRETCH CEILING MOUNT BAG

The invention relates to the field of construction, and in particular to elements for the final decoration of premises and, in particular, for the construction of multi-level suspended ceilings.

For fastening the stretch fabric to the ceiling, walls or other structures, various design devices (baguettes) are used. In order to eliminate gaps between the edge of the canvas wound into the baguette for fastening and the wall or between the two wound into the baguette webs, an overlay part is usually installed in the baguette, which has a special design covering the gap and slightly improving the appearance of the stretch ceiling.

So, for example, the design of a baguette for fixing a stretch ceiling according to the patent of the Russian Federation for the invention N ° 2040651, publ. July 25, 1995

In a known construction, the baguette is a kit for mounting a stretch ceiling that includes a support made of two horizontal vertical ribs joined by a horizontal shelf and a shorter central rib, forming open cavities to border the adjacent stretch ceiling canvases to ensure contact of the canvases with the edges of the side ribs and having inside the cavities on the central shorter rib means for fastening the bordering of the paintings, a decorative insert that closes the entrance to the cavity, e mounting support elements to the ceiling in the form of plates, which are a continuation of the horizontal shelf for the side ribs.

The disadvantage of the baguette is the unreliable fastening of the bordering of the canvas in the cavity of the support in the case when adjacent paintings are perpendicular to each other and one of the paintings is located vertically, since due to the lack of contact of the vertical web with the edge of the side rib, the load on the harpoon increases significantly, which under the influence of the load can turn inside out and jump out of the cavity.

In addition, a technological gap is formed between the side ribs of the support after mounting the webs, which is closed by a decorative insert. In the known construction of the support, the decorative insert is large, since the width of the technological gap is equal to the width of two adjacent cavities for the establishment of panels. This drawback leads to a deterioration in the appearance of the stretch ceiling.

The closest technical solution is the design of the baguette for fixing the stretch ceiling according to the patent of the Russian Federation for utility model N ° 41044, publ. 10.10.2004, which provides, in particular, the execution of a baguette in the form of a figured profile containing support from the shorter central rib combined with a base and two side ribs forming open cavities for creating borders on adjacent stretch ceiling paintings, with means for securing the canvas borders placed on the central rib , as well as a decorative insert for closing the entrance to the cavity.

The disadvantage of this solution is the formation after installation of the canvases of the technological gap between the first and second walls of the baguette, which is forced to close with a decorative insert, which affects the appearance of the stretch ceiling and the room as a whole.

Another drawback of the baguette is the limited ability to create stretch ceilings of complex configuration, since for this the profile must be pre-bent in the form of an arc or several mating arcs both in the plane of the horizontal support shelf and (or) in the plane perpendicular to it. Bend one a profile in two planes is impossible, since the stretch ceiling paintings are supported on two ribs and it is impossible to cut ribs to bend the baguette.

The technical result of the invention is to expand the ability to create stretch ceilings of complex configuration and improve the appearance of the stretch ceiling, due to the absence of a visible gap between the two fixed webs.

The specified technical result is achieved using the following set of features.

A baguette for mounting a stretch ceiling is made in the form of a figured profile containing a base fixed to a supporting surface, ribs of various lengths mounted at an angle to it, and a central partition formed by at least one rib, with means for fixing the stretch ceiling webs, forming two open cavities for the establishment and fixing of two canvases of the stretch ceiling, while the size of the ribs of greater length is selected with the possibility of supporting both canvases on it.

A protrusion may be provided at the end of a longer rib.

In the particular case, the ribs are connected to the base mainly at right angles, the longer rib having a cross-section in the L-shaped profile, and the central partition is formed by two ribs located at an angle to each other.

To ensure structural rigidity, the ribs forming the central partition can be interconnected using a jumper.

The tops of the ribs forming the central partition can be interconnected, and the means for fixing the webs are made in the form of protrusions on the ribs. In another particular case, the ribs and the central partition of the baguette are inclined to the base at an angle less than a straight line.

The ribs and the central partition can be inclined to the base using jumpers.

In another particular case, to create the possibility of forming an additional perpendicular bend of the ceiling by means of a baguette, it is equipped with a support formed by a wall connected to a rib of greater length, having a protrusion along the lower edge and additionally connected by jumpers to the base.

A guide groove may be formed on the base.

The essence of the invention lies in the fact that the baguette for the construction of a multilevel ceiling is designed in such a way that after installing mutually perpendicular stretch ceiling webs, both webs are supported on one rib, due to which there is no visible gap between them. Moreover, this technical result can be obtained by using a profile in the baguette significantly different in configuration.

The claimed solution is illustrated by drawings, in which: FIG. 1 - the first example of a baguette for mounting a multi-level stretch ceiling (cross section); FIG. 2 - a second example of a baguette for mounting a multi-level stretch ceiling (cross section); FIG. 3 is a cross section of a third embodiment of a particular embodiment of a baguette; FIG. 4 is an example of a baguette containing an additionally formed support (cross section).

Baguette for mounting a multi-level stretch ceiling (Fig. 1) is a figured profile containing fixed on the supporting surface (mainly on the wall) base 1, made at an angle to it, a short rib 2, a long rib 3 and a central partition, in this example, formed by two ribs 4 located at an angle to each other, one of which is connected to the base 1, and the second to the rib 3 of greater length. Advantageously, for such a profile configuration, the ribs 4 are made at an angle of about 90 °, but in some cases, the angle can be either greater or less than 90 °.

In this example, the short rib 2 and the long rib 3 are preferably made at right angles to the base 1. The longer rib 3 has a L-shaped profile in cross section. In this case, the bending of the ribs 3 is performed mainly at an angle of about 90 °.

The base 1, ribs 2 and 3, and ribs 4 of the central partition form two open cavities 5 and 6, for establishing and fixing the webs 8 and 10 of the stretch ceiling using, respectively, the harpoon 7 and the harpoon 9. As a means of fixing the webs 8 and 10 of the stretch the ceiling, in this example, uses the protrusions 1 1 and 12 on the ribs 4, interacting with the edges of the corresponding harpoons 7 and 9.

The optimal size of the rib 3 of greater length, allowing both canvases 8 and 10 to rest on it, is selected by modeling and experimental verification in the process of developing any of the baguette design options.

At the end of the rib 3 of greater length, a protrusion 13 is made, excluding the abutment of the web 8 of the stretch ceiling to the surface of the rib 3.

The ribs 4 can be interconnected using a jumper 14. On the base 1, a guide groove 15 may be formed, used to center the tool when drilling holes used to fix the baguette to the wall.

Baguette can be made of PVC or aluminum alloy.

In the case of manufacturing a baguette from PVC, it is advisable to increase the thickness of the most loaded elements, for example, ribs 4 at the base. This shape of the ribs 4, not only increases the strength of the structure, but also provides additional fixation of the harpoon.

The baguette (FIG. 2) is distinguished by the implementation of a central partition, in which the vertices of the ribs 4 are interconnected. Means of fixing the paintings are made, for example, in the form of protrusions 16 and 17 on the ribs 4.

In the third example of the execution of the baguette (Fig. 3), the ribs 2 and 3 and the rib 4 with the means 18 for fixing the paintings, forming a central partition, are inclined to the base at an angle less than a straight line. Optimum, for ease of installation and reliable retention of the edges of the webs 8 and 10 of the stretch web, is an inclination angle of about 45 °.

Rib 2, rib 3 and rib 4 of the central partition, to increase the rigidity of the structure, can be connected to the base using jumpers 19 and 20.

In FIG. 4 shows an example of a baguette that allows you to perform additional perpendicular bending of the stretch ceiling canvas. The baguette is provided with a support formed by a wall 21 connected to the rib 3, having a protrusion 22 along the lower edge and further connected by jumpers 23 to the base 1.

To stiffen this type of baguette, insert 24 is used when installing it. Baguette is used as follows. The base 1 of the shaped profile is fixed on the supporting surface. Moreover, when installing the baguette of the described configuration on the wall, it is mounted in such a way that the rib 3 is directed upwards. First, the first web 8 is installed, leading the harpoon 7 into the cavity 5 and hooking it onto the protrusion 1 1. In this case, the first web 8 rests on the edge of the rib 3 of greater length and forms the vertical part of mutually perpendicular surfaces of the ceiling. Then, the second web 10 is installed, leading the harpoon 9 into the cavity 6 and hooking it onto the protrusion 12. In this case, the second web 10 as well as the first web 8 rests on the edge of the rib 3 and forms a horizontal part of mutually perpendicular surfaces of the ceiling without a visible gap between the second web 10 and the first canvas 8.

In the case of creating a stretch ceiling of complex shape, due to the fact that both canvases of the stretch ceiling rest on one edge, the profile can be bent both vertically and horizontally.

Thus, the proposed design of the baguette for the installation of a multi-level stretch ceiling allows you to create a multi-level structure in which there is no visible gap between the mating webs without the use of additional elements, which simplifies the design of the baguette, the process of mounting the ceiling and significantly improves the appearance of the ceiling and the entire room

The inventive baguette for the installation of a multi-level stretch ceiling can be made in mass production using advanced technological methods using existing materials and equipment.

Claims

CLAIM

1. Baguette for mounting a stretch ceiling, made in the form of a figured profile containing a base fixed to a supporting surface, ribs of various lengths mounted at an angle to the base and a central partition formed by at least one rib, with means for fixing the webs forming two open cavity for the establishment and fixing of two paintings of the suspended ceiling, while the size of the ribs of greater length is selected with the possibility of supporting both paintings on it.

2. A baguette according to claim 1, characterized in that a protrusion is made at the end of a longer rib.

3. The baguette according to claim 1, characterized in that the ribs are connected to the base mainly at right angles, the longer rib having a cross-section in the L-shaped profile, and the central partition is formed by two ribs located at an angle to each other.

4. A baguette according to claim 3, characterized in that the ribs forming the central partition are interconnected using a jumper.

5. A baguette according to claim 3, characterized in that the ends of the ribs of the central partition are interconnected, and the means for fixing the webs are made in the form of protrusions on the ribs.

6. Baguette according to claim 1, characterized in that the ribs and the central partition are inclined to the base at an angle less than a straight line.

7. Baguette according to claim 6, characterized in that two ribs and a central partition are inclined to the base using jumpers.

8. Baguette according to claim 1, characterized in that it is provided with a support formed by a wall connected to a rib of greater length, having a protrusion along the lower edge and additionally connected by jumpers to the base.

9. Baguette according to claim 1, characterized in that a guide groove is formed on the base.