RU195690U1 - HOLDING DEVICE FOR FACING TILES - Google Patents

Abstract

The technical solution relates to the field of industrial, civil engineering for fastening small-sized cladding plates, in particular made under brick. The technical result of the proposed solution is to increase the reliability of the primary fixing of tiles. The technical result is achieved by the fact that the retaining device of the facing tiles, containing a sheet with a base and longitudinal support ribs, has a pocket between the ribs, the pocket being less than the height of the ribs, holes are located on one side of the pocket, characterized in that longitudinal protrusions are located on the base moreover, the height of the longitudinal protrusions is greater than the height of the pocket, and the longitudinal protrusions are located with the possibility of abutment in them of the upper side of the facing tiles. but contains round projections (puklevki), the same height as the pocket, round protrusions are located between pocket and longitudinal projections. The pocket can be shifted to the support rib. Longitudinal protrusions can be made triangular in shape. One of the edges can be made with a bend perpendicular to the main plane of the sheet. Technical result - increased reliability is achieved by the fact that the tile is rigidly and stably fixed during initial installation before applying the adhesive, which reduces the possibility of its unauthorized movement during application and hardening of the adhesive. Reducing material consumption is achieved by eliminating the installation of double-sided adhesive material for the primary fixation of tiles. A useful model can be successfully used for fastening small-sized cladding panels, such as brick.

Description

Utility Model Description

The technical solution relates to the field of industrial, civil engineering for fastening small-sized cladding panels, in particular, made under brick.

The well-known "System connection design" US 9512621 [1], containing a plate with ribs, holes for drainage and mortar.

The disadvantages of the known design are the complexity of fixing the cladding elements and the insufficient strength of the plate to the base.

Closest to the claimed technical solution is "Method and structure for fastening a brick cladding or the like to a supporting structure" US 4773201 [2], including a sheet with a base and longitudinal support ribs, a pocket is located between the ribs, and the height of the pocket relative to the plane of the base is less than the height ribs, holes are located on one side of the pocket on the base.

The well-known design has a better fixation on the wall thanks to pockets in which cement mortar or glue is placed. The conditions for installing tiles are also facilitated by fixing the tiles at the installation stage.

The disadvantage is the low reliability of the fixation of the tiles due to fixation by a flexible material. A disadvantage of the known design is also the increased material consumption, due to the need to use double-sided adhesive tape for the primary fixation of tiles.

The technical result of the proposed solution is to increase the reliability of the primary fixation of tiles.

The technical result is achieved by the fact that the retaining device of the facing tiles, containing a sheet with a base and longitudinal support ribs, has a pocket between the ribs, and the height of the pocket (relative to the plane of the base) is less than the height of the ribs, holes are located on one side of the pocket on the base, characterized in that longitudinal protrusions are located on the base, and the height of the longitudinal protrusions is greater than the height of the pocket, the longitudinal protrusions are located so that the upper side of the facing abuts against them ny tiles.

The base may additionally contain round protrusions (puklevki), the height of which is equal to the height of the pocket, round protrusions are located between the pocket and the longitudinal protrusions. Round protrusions fix the upper part of the tile, when applying force to the upper part of the tile towards the base, the tile abuts against the round protrusions and is protected from arbitrary displacement.

The pocket can be shifted to the support rib. In this case, increased accuracy and reliability of fastening the lower part of the tile, which is adjacent to the lower part of the plane facing the pocket, is achieved.

Longitudinal protrusions can be made triangular in shape, which allows fixing tiles with a small variation in the vertical size of the tile.

One of the edges can be made with a bend perpendicular to the main plane of the sheet. The shelf is inserted inside the edges of the adjacent sheet, to increase the accuracy of the relative position of the sheets of the holding device.

In FIG. 1 shows a scan of a holding device designed to accommodate three rows of tiles; FIG. 2 transverse section of the fastening of one tile, where:

1 - base;

2 - longitudinal support ribs;

3 - pocket;

4 - holes;

5 - longitudinal protrusions;

6 - round ledges;

7 - facing tile;

8 - bearing base;

9 - construction glue;

10 - perpendicular shelf at the edge of the plate.

The device operates as follows: The base of the holding device 1 is fixed in any known manner on a supporting base 8. In the pocket 3 by any known method, for example, building glue is placed using an injector (for example, based on cement and sand) 9. On the longitudinal support ribs 2 of the lower side are installed tiles 7. The upper side of the tiles rests against the longitudinal protrusions 5. Round protrusions are protected from horizontal displacement of the upper part of the tile 6. After installation, the tiles are fixed troitelnym adhesive on the front side. The glue on the front side may differ from the glue between the carrier base and the holding device. A part of the adhesive on the front side flows through the holes 4 and is fixed on the supporting base 8. There is a perpendicular bend 10 on one edge of the plate, which, when mounting a series of plates adjacent to each other, enters the extreme longitudinal support rib of the adjacent plate. On the opposite edge of the plate is a longitudinal support rib with a corresponding internal space.

EFFECT: increased reliability is achieved by the fact that the tile is rigidly and stably fixed during initial installation prior to application of glue, which reduces the possibility of its unauthorized movement during application and hardening of glue.

Industrial application. The utility model can be successfully used for fastening small-sized cladding panels, for example, made of brick.

Claims (5)

1. The holding device of the facing tiles, containing a metal sheet with a base and longitudinal support ribs, a pocket is located between the ribs, the height of the pocket being less than the height of the ribs, holes are located on one side of the pocket, characterized in that longitudinal protrusions are located on the base, the height longitudinal protrusions are greater than the height of the pocket, and longitudinal protrusions are located with the possibility of abutment in them of the upper side of the facing tiles. 2. The holding device according to claim 1, characterized in that the base further comprises round protrusions, the height of which is equal to the height of the pocket, round protrusions are located between the pocket and the longitudinal protrusions. 3. The holding device according to claim 1, characterized in that the pocket is biased towards the support rib. 4. The holding device according to claim 1, characterized in that the longitudinal protrusions are made of a triangular shape. 5. The holding device according to claim 1, characterized in that one of the edges is made with a bend perpendicular to the main plane of the sheet.

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