RU224269U1 - PROFILE - Google Patents

Abstract

The profile for installing a ceiling made of plasterboard sheets (GKL) belongs to the field of construction and can be used for arranging a ceiling or wall with the formation of “luminous lines” or with the formation of a color transition. The technical result is an increase in the strength and reliability of the gypsum board ceiling with the possibility of installing lighting that does not extend in the vertical direction beyond the dimensions of the gypsum board and with the possibility of installing a dividing strip and color transition. The technical result is achieved in that a profile containing a horizontal base plate and two vertical walls located perpendicular to it, forming a U-shaped section with the base (with the formation of a cavity), is characterized by the fact that the base plate is made wider than the distance between the vertical walls, with the formation of (horizontal) ribs at the ends of the plate, at the ends of the ribs there are (vertical) mounting shelves, the height of which is lower than the height of the vertical walls (the vertical walls form paint shelves). Ribbons can be made on the outer surfaces of vertical walls, the lower surfaces of horizontal ribs and on mounting shelves. Docking elements may be installed in an acceptable location to accommodate the mounting of dowel pins. On the inner parts of the vertical walls there may be protrusions for attaching (fixing) the diffuser. The profile height can be 12.5 mm. The width between the vertical walls can be 5 mm.

Description

The profile for installing a ceiling made of plasterboard sheets (GKL) belongs to the field of construction and can be used for arranging a ceiling or wall with the formation of “luminous lines” or with the formation of a color transition.

The “Track profile of the lighting structure” RU 220365 [2] is known, containing a rectangular box with a horizontal shelf at the bottom, an open top for installing lamps and two side shelves for mounting in the supporting profile of the structure.

The disadvantage of the device is the increased profile height, which leads to the need to reduce the ceiling height, which leads to a decrease in the efficiency of using the space of the capital room.

The closest to the claimed technical solution is the “Profile” RU 197192 [1], containing a base and outer walls located along its edges, forming a U-shaped cross-section with the base to form a cavity, each outer wall contains at least two first protrusions in the edge part and one second protrusion located between the edge parts of the wall.

The well-known profile allows more efficient use of the space of the main premises.

The disadvantage of the known solution is the low strength and reliability of the gypsum plasterboard ceiling with the possibility of installing lighting.

The technical result is an increase in the strength and reliability of a gypsum board ceiling with the possibility of installing lighting that does not extend in the vertical direction beyond the dimensions of the gypsum board and with the possibility of installing a dividing strip and color transition.

The technical result is achieved by the fact that a profile containing a horizontal base plate and two vertical walls located perpendicular to it, forming a U-shaped section with the base (with the formation of a cavity), is characterized by the fact that the base plate is made wider than the distance between the vertical walls, with the formation of (horizontal) ribs at the ends of the plate, at the ends of the ribs there are (vertical) mounting shelves, the height of which is lower than the height of the vertical walls (the vertical walls form paint shelves).

Implementation

In fig. 1 shows the proposed profile, Fig. 2 example of application with installation not exceeding the thickness of the plasterboard, where:

1 - horizontal base plate;

2 - vertical walls;

3 - horizontal ribs;

4 - mounting shelves;

5 - riffles;

6 - docking elements;

7 - protrusions for attaching the diffuser;

8 - upper gypsum board;

9 - lower gypsum board;

10 - putty;

11 - LED strip;

12 - diffuser.

The device operates as follows

The proposed profile contains a horizontal base plate 1 connected at right angles to two vertical walls 2 to form a U-shaped section. The parts of the horizontal base plate protruding beyond the U-shaped section form horizontal ribs 3, at the ends of which there are mounting shelves 4, the height of which is lower than the height of the vertical walls.

If necessary, LED strip 11 and diffuser 12 are installed inside the U-shaped profile.

On the outer surfaces of the vertical walls, the lower surfaces of the horizontal ribs and on the mounting shelves, riffles 5 can be made to further improve the adhesion of the putty to the profile, which will further increase the strength and reliability of the entire ceiling structure involving the proposed profile.

In an acceptable location, docking elements can be installed to install docking pins, which, when using a profile from sections, will further increase the strength and reliability of the entire ceiling structure involving the proposed profile.

On the inner parts of the vertical walls there can be protrusions 7 for attaching (fixing) the diffuser, which will further increase the strength and reliability of the entire ceiling structure involving the proposed profile.

The profile height can be 12.5 mm, (with the corresponding technological spread) which corresponds to the thickness of a standard gypsum board, which will allow installing the ceiling without the formation of additional steps, organizing light lines, dividing joints, etc. while maintaining the strength and reliability of the ceiling structure using the proposed profile.

The width between the vertical walls can be 5 mm (with the appropriate technological spread), which will allow the LED strip with a diffuser to be firmly and securely fastened, which will further increase the strength and reliability of the ceiling structure using the proposed profile.

It is clear to the specialist that the signs “vertical” and “horizontal” are conditional and relate only to the relative position of the elements in the profile, but do not relate to the mounted structure in which the profile is used, and the example of a ceiling device given in the description is a particular example that does not limit the use of the proposed profile when creating walls and inclined surfaces from gypsum plasterboard.

The technical result of increasing the strength and reliability of a gypsum plasterboard ceiling with the possibility of installing lighting that does not exceed the dimensions of the gypsum plasterboard is achieved by the presence of horizontal ribs at the ends of the plate; at the ends of the ribs there are mounting shelves, the height of which is lower than the height of the vertical walls, which allows the installation of a gypsum plasterboard ceiling with an insert the proposed profile between the ends of the plasterboard sheets. The formation of a dividing strip and the possibility of producing a color transition is also achieved by the presence of horizontal ribs at the ends of the plate; mounting shelves are located at the ends of the ribs, since it allows you to mount gypsum boards of different colors on the edges of the profile, and the color of the profile can also vary.

Industrial applicability. The proposed profile can be manufactured using known technologies.

Claims (6)

1. A profile containing a horizontal base plate and two vertical walls located perpendicular to it, forming a U-shaped section with the base, characterized in that the base plate is made wider than the distance between the vertical walls, with the formation of horizontal ribs at the ends of the plate, on At the ends of the ribs there are mounting shelves, the height of which is lower than the height of the vertical walls. 2. The profile according to claim 1, characterized in that there are grooves on the outer surfaces of the vertical walls, the lower surfaces of the horizontal ribs and on the mounting shelves. 3. Profile according to claim 1, characterized in that it contains C-shaped connecting elements. 4. The profile according to claim 1, characterized in that on the inner parts of the vertical walls there are protrusions for attaching the diffuser. 5. Profile according to claim 1, characterized in that the profile height is 12.5 mm. 6. Profile according to claim 1, characterized in that the width between the vertical walls is 5 mm.