RU62625U1 - PROFILE - Google Patents

Abstract

The utility model relates to the field of means for connecting building structures. The profile is formed by sections of the first, second and third walls. The first and second walls are located transversely on one side of the third wall. Each wall has, on the one hand, a first, second and third flat inner surface, respectively. Each wall has, on the other hand, a first, second and third flat outer surface, respectively. On the first and second wall are made two ribs located along the corresponding outer flat surface. Closed cavities are made at the edge of the cross section of the first and second walls on the side of the third wall. The flat outer surface of the first and second walls, when continued, intersects the corresponding closed cavity. The technical result is the creation of solid walls from materials that are not amenable to face milling.

Description

Description.

The utility model relates to the field of means for connecting building structures and is intended for interfacing panels with a flat edge during the construction of commercial premises of a large area.

Known open profile for installing panels formed by sections of the first, second and third walls, the first and second walls are located transversely on one side of the third wall, each wall has on the one hand, respectively, the first, second and third flat inner surface, each wall has on the other side respectively, the first, second and third flat outer surface, on the first and second wall there are two ribs located along the corresponding flat outer surface / RF Patent No. 2268341, 2006, Fig.3 /.

The disadvantages of the known profile include its increased material consumption due to the implementation of the section of solid walls.

The problem solved by the utility model is to reduce the material consumption of the profile by performing closed cavities while maintaining the required stiffness and strength of the profile.

Another task is to create solid walls from panel panels without additional milling of a complex shaped edge from sheet products, such as: drywall, glass, tile, metal and plastic sheets.

Another task is to create solid walls from typesetting panels from combined materials (for example, two sheets of plastic between which there is a paper poster, colored plastic and a perforated sheet of metal).

Another objective is to create the possibility of new decorative and aesthetic solutions by installing a glass shelf inside the horizontal groove, which is pressed against the wall of the profile with a sealant, an arm, and other objects.

To solve these problems, a closed profile for installing panels is proposed, formed by sections of the first, second and third walls.

The first and second walls are located transversely on one side of the third wall.

Each wall has, on the one hand, a first, second and third flat inner surface, respectively. Each wall has, on the other hand, a first, second and third flat outer surface, respectively.

On the first and second wall there are two ribs located perpendicular to the corresponding outer flat surface.

Closed cavities are made at the edge of the cross section of the first and second walls on the side of the third wall, and the corresponding flat outer surface of the first and second walls crosses the corresponding closed cavity when continued.

A rectangular groove and a protrusion located near said flat inner surface of the third wall are made on the inner flat surface of the first wall.

A T-groove is made on the flat inner surface of the second wall.

The two ribs mentioned on the first and second wall are made at the edge with the first protrusions directed towards each other.

On the first and second wall, one rib of said two ribs is made at the edge with a second protrusion, which is located on the opposite side from the first protrusion of the corresponding rib.

A third protrusion is made at the edge of the first and second walls, which is located near the base of the rib from the side of the second protrusion.

Holes are made at each edge of the third wall from the outer surface of the first and second walls.

On the surface of the third wall on the opposite side of the first and second walls on a flat outer surface, a recess is made.

The profile is made of aluminum alloy.

The utility model is illustrated by figures of drawings.

Figure 1 Profile prepared for mounting panels.

Figure 2 Profile with a monolithic panel and a composite panel.

Figure 3 Profile with bent sheets.

An asymmetric closed profile for installing panels formed by sections of the first wall 1, second wall 2 and third wall 3.

The first and second walls 1, 2 are located across from one side of the third wall 3.

Walls 1-3 have on one side, respectively, a first, second and third flat inner surface 1a, 2a, 3a.

Walls 1-3 have on the other hand, respectively, a first, second and third flat outer surface 1b, 2b, 3b.

On the first wall 1 and second wall 2 there are two ribs 4, 5 located perpendicular to the corresponding flat outer surface 1b, 2b.

At the edge of the cross section of the first wall 1 and the second wall 2 from the side of the third wall 3, closed cavities 6, 7 are made.

The flat outer surface 1b of the first wall 1, while continuing, crosses the closed cavity 6.

The flat outer surface 2b of the second wall 2, when continued, intersects the corresponding closed cavity 7.

On the flat inner surface 1a of the first wall 1, a rectangular groove 8 and a protrusion 9 are made, located near the flat inner surface 3a of the third wall 3.

On the flat inner surface 2a of the second wall 2, a T-shaped groove 10 is made.

Two ribs 4, 5 on the first wall 1 and the second wall 2 are made at the edge with the first protrusions 4a, 5a directed towards each other.

On the first wall 1 and second wall 2, one rib 5 of two ribs 4, 5 is made at the edge with a second protrusion 5b, which is located on the opposite side from the first protrusion 5a of the corresponding rib 5.

On the edge of the first wall 1, a third protrusion 1b is made, which is located near the base of the rib 5 from the side of the second protrusion 5b.

On the edge of the second wall 2, a third protrusion 2b is made, which is located near the base of the rib 5 from the side of the second protrusion 5b.

At the edge of the third wall 3 from the side of the flat outer surface 1b of the first wall 1 and the flat outer surface 2b of the second wall 2, risk 3g of a triangular section is made.

On the surface of the third wall 3 on the opposite side from the first wall 1 and the second wall 2 on the flat outer surface 3b, a recess 3d is made.

The profile is made of aluminum alloy.

In the T-groove 10, a seal 11 of the corresponding profile is installed, designed to prevent the glass of the shelf from slipping out of the cavity formed by the first, second and third flat inner surfaces 1a, 2a, 3a of the profile.

Glass can be installed without additional brackets or on hooks for domestic use.

The profile can be used for pairing (figure 2) as monolithic panels 12 of glass, hardboard, etc., and composite panels, in particular of glass 12, poster 13 and glass 12.

The profile can be used to interface (Fig. 3) sheets 14 of metal with limb.

Claims (9)

1. A profile formed by sections of the first, second and third walls, the first and second walls are located transversely on one side of the third wall, each wall has a first, second and third flat inner surface, respectively, each wall has a first, respectively, on the other side, the second and third flat outer surface, on the first and second wall there are two ribs located perpendicular to the corresponding outer flat surface, characterized in that at the edge of the section of the first and second wall with the torons of the third wall are closed cavities, and the corresponding flat outer surface of the first and second walls with the continuation crosses the corresponding closed cavity. 2. The profile according to claim 1, characterized in that a rectangular groove and a protrusion located near said flat inner surface of the third wall are made on the inner flat surface of the first wall. 3. The profile according to claim 1, characterized in that a T-groove is made on the flat inner surface of the second wall. 4. The profile according to claim 1, characterized in that the said two ribs on the first and second wall are made at the edge with the first protrusions directed towards each other. 5. The profile according to claim 4, characterized in that on the first and second wall one rib of the two ribs is made at the edge with a second protrusion, which is located on the opposite side from the first protrusion of the corresponding rib. 6. The profile according to claim 5, characterized in that on the edge of the first and second walls a third protrusion is made, which is located near the base of the rib from the side of the second protrusion. 7. The profile according to claim 1, characterized in that at each edge of the third wall from the side of the outer surface of the first and second walls are made holes. 8. The profile according to claim 1, characterized in that a recess is made on the surface of the third wall on the opposite side from the first and second walls on a flat outer surface. 9. The profile according to claim 1, characterized in that it is made of aluminum alloy.