RU192415U1 - PROFILE FOR INSTALLATION OF ADJACED STRETCH CEILINGS - Google Patents

Abstract

The profile for the installation of adjacent stretch ceiling paintings refers to the field of construction and can be used to install adjacent horizontally oriented stretch ceiling paintings using light zoning. The technical result of the proposed technical solution is the ability to install hidden during the inspection of the profile from below light sources for separately highlighting the outer surfaces of adjacent stretch ceiling webs due to the profile for installing adjacent stretch ceiling webs, characterized in that it contains two open-ended multidirectional grooves provided with internal protrusions while horizontal expansion is performed in the lower part of the profile, and between the open ends are multidirectional x open slots and the horizontal extension has two outer sidewalls.

Description

The profile for the installation of adjacent stretch ceiling paintings refers to the field of construction and can be used to install adjacent horizontally oriented stretch ceiling paintings using light zoning.

The closest in technical essence is the “PROFILE FOR INSTALLATION OF MULTILEVEL STRETCH CEILING” according to the patent of the Russian Federation for utility model No. 164821 dated 11/12/2015, published on 09/20/20162, IPC E04B9 / 30, characterized in that it is made in the form of an integral integral part and contains on the sides are two open-ended multidirectional grooves provided with internal protrusions and interconnected by an additional continuous bottom wall, while above the grooves there is a means of fastening to the base ceiling, and the grooves are made with a slope, the open part up; fastening means to the base ceiling is made in the form of at least one shelf.

Today, when designing premises, decorative zoning of a stretch ceiling is often used, including dividing it into zones illuminated by sources of light hidden from the observer. The device described in the prototype does not allow placing light sources hidden from the observer located on the outside of the stretch ceiling paintings.

The objective of the proposed technical solution is to create a device that allows the installation of hidden from the observer light sources for the separate illumination of the outer surfaces of adjacent canvases of the stretch ceiling.

The problem is solved due to the profile for the installation of adjacent canvases of the stretch ceiling, characterized in that it contains two opposite open grooves on each side, equipped with internal protrusions, while the horizontal expansion is made in the lower part of the profile, and the openings have opposite openings and horizontal expansion two external side walls; above the multidirectional grooves, there is a means of fastening to the base ceiling, made in the form of at least one horizontal shelf; the profile is made in the form of a one-piece integral part.

The essence of the technical solution is illustrated in the drawing, where in FIG. 1 is a cross-sectional view of a profile for mounting adjacent stretch ceiling webs.

In FIG. 1, a profile 1 is shown for mounting adjacent stretch ceiling webs, grooves 2, internal protrusions 3, extension 4, shelves 5, lower wall 6, external side walls 7, light sources 8.

A profile for mounting adjacent stretch ceiling webs is made as follows.

Profile 1 for mounting adjacent canvases of a stretch ceiling is made in the form of a one-piece integral part. On the side walls of profile 1 there are two opposite open grooves 2. On the inner surfaces of the side walls of the grooves 2, internal protrusions 3 are made. The open grooves 2 are made with the open part tilted upwards for the convenience of setting the borders of the stretch ceiling webs and to increase the reliability of fixing the mounted harpoons. The inclination of the grooves 2 is provided by the inclined arrangement of the walls of the profile forming them 1. The orientation of the open parts of the multidirectional grooves 2 forms their V-shaped relative position. In the lower part of the profile 1 there is an extension 4 formed by a pair of horizontal shelves 5, the outer side edges of which are connected by a solid lower wall 6. The lower wall 6 can be of any shape, for example, U-shaped or in the form of an arc. Between the open ends of the oppositely directed open grooves 2 and the horizontal extension 4 are two outer side walls 7. The horizontal shelves 5 are made extending from the outer side walls 7. The outer side walls 7 are predominantly vertical and connected to the horizontal shelves 5 of the extension 4 at right angles. Above the open grooves 2 is a means of attaching the profile to the base ceiling. The fastening means is optionally made in the form of at least one horizontally oriented shelf.

Installation of adjacent paintings stretch ceiling using the inventive device is as follows.

Profile 1 is fixed to the mounting surface, for example, the base ceiling. The fixing of the profile 1 to the surface of the mount is carried out in any known manner, for example, using self-tapping screws. Light sources 8 are installed on the outer side walls 7, located between the open ends of the oppositely directed open slots 2 and the horizontal extension 4. As the light sources 8, mainly LED strips are used. The presence of additional external side walls 7 in the claimed profile 1 allows the use of independent from each other light sources 8 on opposing external surfaces 8, including those with different color solutions. After mounting the profile 1 on the base ceiling and installing the light sources 8, the bordering of one of the mating webs is led into the corresponding groove 2 and the harpoon is fixed on the inner ledge 3. Then, the fringing of the second mating webs is led into the opposite groove 2 and the harpoon of the second canvas is fixed on the inner ledge 3. After installation, the harpoons and light sources 8 remain closed by external expansion 4. The horizontal extension 4 hides grooves 2 from the observer, the harpoons and light sources 8 are mounted stretch ceiling. The lower wall 6 of the horizontal expansion can serve as a decorated surface, and also can be the boundary of the zones when zoning the stretch ceiling.

The technical result of the proposed technical solution is the ability to install hidden during the inspection of the profile from below light sources for separately highlighting the outer surfaces of adjacent stretch ceiling webs due to the profile for installing adjacent stretch ceiling webs, characterized in that it contains two opposite open grooves provided with internal protrusions while horizontal expansion is performed in the lower part of the profile, and between the open ends are multidirectional x open slots and the horizontal extension has two outer side walls; above the multidirectional grooves, there is a means of fastening to the base ceiling, made in the form of at least one horizontal shelf; the profile is made in the form of a one-piece integral part.

Claims (3)

1. A profile for installing adjacent stretch ceiling webs, characterized in that it contains two opposite open grooves provided with internal protrusions on the sides, and an extension is made in the lower part of the profile, characterized in that there are two external open ends of opposite open grooves and the extension side walls. 2. A profile for installing adjacent stretch ceiling webs according to claim 1, characterized in that above the multidirectional grooves there is a fastening means to the base ceiling, made in the form of at least one horizontal shelf. 3. The profile for installing adjacent stretch ceiling webs according to claim 1, characterized in that it is made in the form of a one-piece integral part.

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