RU222804U1 - Movable plug for 3D Gitter mesh - Google Patents

Abstract

The utility model relates to the construction industry, namely to movable plugs intended as a complement to a metal fence made of Gitter mesh with a polymer-powder coating. A fence with caps can be used to fence the boundaries of a personal plot, the territory of a residential building, a sports ground, a public garden, etc. The technical result is achieved due to the fact that the plug is movable for the 3D Gitter mesh, including a screen, on one side of which there is at least one hook with a limiter, and the hook is installed on the upper horizontal rod of the mesh cell of the 3D Gitter mesh, which is the axis rotation for the screen, and the limiter is located horizontally to the screen, preventing the screen from deviating from a vertical position by an angle of more than 90°, resting against the vertical rod of the grid cell of the 3D Gitter grid. The movable plug for the Gitter 3D mesh can include two hooks located at two edges of one side of the screen, with one of the hooks having a limiter. In the movable plug for the 3D Gitter mesh, the screen with the hook and the limiter form a single whole and are made into a single part. The technical result is to increase resistance to wind loads due to the installed fixed plugs, thereby increasing the strength of the visually opaque fence made of Gitter 3D mesh. 4 salary f-ly, 7 ill.

Description

Field of technology to which the utility model relates

The utility model relates to the construction industry, namely movable plugs, intended as a complement to a metal fence made of Gitter mesh with a polymer powder coating (PPC). A fence with caps can be used to fence the boundaries of a personal plot, the territory of a residential building, a sports ground, a public garden, etc.

State of the art

3D mesh Gitter (GITTER) are fence sections welded from galvanized metal rods from 3 mm to 5 mm, with a height of 1.5 m to 2.5 m and a width of 2.5 m, which are attached to the post with staples or clamps. The rods used have a V-shaped bend. It can be located in the middle or at the top of the section. These ribs are called “stiffeners”.

There is a known method of covering the cells of a fence made of Gitter mesh using an opaque fence tape. The tape is threaded through the mesh rods, leaving folds that are fixed on both sides with profiles (Access mode: https://www.yandex.ru/video/preview/5754460135696292826 Date of access: 11/22/2023).

A well-known solution makes the Gitter mesh fence visually opaque. However, using tape increases the wind load on a Gitter mesh fence. Typically, posts for this type of fence are installed either by driving in or using the brute method - that is, they do not have a foundation and, as the wind load on the sections increases, the fence gradually begins to collapse.

Disclosure of the essence of the utility model

The technical result when using the claimed utility model is to increase resistance to wind loads due to the installed fixed plugs, thereby increasing the strength of the visually opaque fence made of Gitter 3D mesh.

The specified technical result is achieved due to the fact that the plug is movable for the 3D Gitter mesh, including a screen, on one side of which there is at least one hook with a limiter, and the hook is installed on the upper horizontal rod of the mesh cell of the 3D Gitter mesh, which is rotation axis for the screen, and the limiter is located horizontally to the screen, preventing the screen from deviating from the vertical position by an angle of more than 90°, resting against the vertical rod of the grid cell of the 3D Gitter grid. The movable plug for the Gitter 3D mesh can include two hooks located at two edges of one side of the screen, with one of the hooks having a limiter. In the movable plug for the 3D Gitter mesh, the screen with the hook and the limiter form a single whole and are made into a single part. The screen (1) with the hook (2) and the limiter (3) can be made of plastic. The screen (1) with the hook (2) and the limiter (3) can be made of metal.

Brief description of drawings

The utility model is illustrated by the following drawings:

in fig. 1 – front view of the plug device with one hook,

in fig. 2 – rear view of the plug device with one hook,

in fig. 3 – front view of a plug with one hook installed in a cell of the 3D Gitter mesh,

in fig. 4 – front view of a plug with one hook installed in a cell of a 3D Gitter grid, deflected by the wind,

in fig. 5 – a plug installed in a cell of the 3D Gitter mesh, deflected by the wind at an angle of 90°, where the stop rests against the rod of the 3D Gitter mesh cell,

in fig. 6 – front view of the plug device with two hooks,

in fig. 7 – rear view of the plug device with two hooks.

Implementation of a utility model

Example 1.

A movable plug for the 3D Gitter mesh (Fig. 1-5), including a screen 1, on one side of which there is a hook 2 with a limiter 3. The hook 2 is installed on the upper horizontal rod of the cell 4 of the 3D Gitter mesh, which is the axis of rotation for the screen 1, and the limiter 3 is located horizontally to the screen, preventing the deviation of the screen 1 from the vertical position at an angle of more than 90°, resting against the vertical rod of the grid cell of the 3D Gitter grid 5. It is preferable that the screen 1 with hooks 6, 7 and the limiter 3 form a single whole and were manufactured into a single piece.

Example 2.

A movable plug for the 3D Gitter mesh (Fig. 6-7), including a screen 1, on the two edges of one side of which two hooks 6, 7 can be located with one limiter 3 at one of the hooks 6 or 7 (as an example in the drawings shown at hook 6). Hooks 6, 7 are installed on the upper horizontal rod of cell 4 of the 3D Gitter grid, which is the axis of rotation for screen 1, and limiter 3 is located horizontally to the screen, preventing screen 1 from deviating from the vertical position at an angle of more than 90°, resting against the vertical rod of the cell meshes 3D mesh Gitter 5. It is preferable that the screen 1 with hooks 6, 7 and limiter 3 form a single unit and are manufactured into a single part.

Plastic, metal, etc. can be used as materials for the manufacture of the claimed plug. The length of the plug can be 100-300 mm, the width can be 40-80 mm depending on the cell size of the Gitter 3D mesh.

The claimed device works as follows.

When there is wind, screen 1 deflects and allows air flow to pass through, and the wind load on the 3D Gitter mesh increases slightly. Limiter 3 on hook 2 or 6 or 7 does not allow screen 1 to rotate more than 90° during strong gusts of wind (screen 1 becomes horizontal). This is done so that screens 1 installed in the cells of the 3D Gitter grid above and below do not interfere with each other during strong gusts of wind.

Thus, the claimed device makes it possible to ensure visual opacity of a fence made from a 3D Gitter mesh due to the installed screens 1. Also, the claimed device is designed in such a way that the resistance to wind loads on a fence made from a 3D Gitter mesh is increased, and therefore there is no risk of the fence from collapsing 3D Gitter mesh, which increases its strength.

Despite the fact that the present utility model is disclosed above with the help of a detailed description and some examples of implementation (special cases of implementation), the specific examples given do not in any way limit the scope of legal protection according to the formula of the utility model. Any changes/modification/replacement of features of the claimed formula of a utility model, which can be carried out by a specialist in this field of technology, fall within the scope of this utility model.

Claims (5)

1. A movable plug for the 3D Gitter mesh, including a screen (1), on one side of which there is at least one hook (2) with a limiter (3), and the hook (2) is installed on the upper horizontal rod of the cell (4 ) of the 3D Gitter grid, which is the axis of rotation for the screen (1), and the limiter (3) is located horizontally to the screen, preventing the screen (1) from deviating from the vertical position by an angle of more than 90°, resting against the vertical rod of the 3D grid cell Gitter (5). 2. A movable plug for the 3D Gitter mesh according to claim 1, characterized in that it includes two hooks (6) and (7), located on the two edges of one side of the screen (1), and one of the hooks (6) or (7 ) has a limiter (3). 3. Movable plug for the 3D Gitter mesh according to any one of claims 1. 2, characterized in that the screen (1) with the hook (2) and the limiter (3) form a single whole and are made into a single part. 4. A movable plug for the 3D Gitter mesh according to any one of claims 1-3, characterized in that the screen (1) with the hook (2) and the limiter (3) are made of plastic. 5. A movable plug for the 3D Gitter mesh according to any one of claims 1-3, characterized in that the screen (1) with the hook (2) and the limiter (3) are made of metal.