RU185265U1 - Wire mesh - Google Patents

Abstract

The wire mesh used in barriers consists of longitudinal wires located along the bar with an interval between them along the height of the bar and fixed to the longitudinal wires of the transverse wire segments with a total length corresponding to the height of the grid, connected to each other by joint twisting of the ends around the longitudinal wire. Moreover, each connection of adjacent transverse wire segments by joint twisting of the ends around the longitudinal wire is made by two turns of the end of one of the adjacent segments and one and a half turns of the end of the other adjacent section. The ends of adjacent segments are adjacent to the longitudinal wire and are held by friction from sliding along the longitudinal wire.

Description

Technical field

The utility model relates to wire mesh used for fencing nurseries, reserves, wildlife sanctuaries, forestries, aviaries of hunting farms, agricultural land, aviaries for animals.

State of the art

Wire mesh is widely used in barriers. Known, for example, wire mesh disclosed in RF patent No. 108706 from 09/27/2011 and RF patent No. 133862 from 10.27.2013

The closest analogue of the claimed wire mesh is the wire mesh disclosed in patent No. 132469 dated 09/20/2013, used in barriers and consisting of longitudinal wires located along the bar with an interval between them along the height of the bar and fixed to the longitudinal wires of the transverse wire segments (total length corresponding to the height of the mesh) connected to each other by joint twisting of the ends around the longitudinal wire.

The disadvantage of this known wire mesh is its risk of injury due to the fact that the ends of the wire segments located along the fence are oriented in different directions relative to the wire segments on which they are rigidly fixed, since it is assumed that the wire mesh absorbs impacts on it.

The claimed utility model is aimed at reducing the injury risk of wire mesh.

Utility Model Disclosure

The technical result achieved in the claimed wire mesh is that the ends of the transverse sections of the wire, as a result of joint twisting around the longitudinal wire, abut against each other and the longitudinal wire with the possibility of displacement along the longitudinal wire. Thus, when using the claimed wire mesh in the barrier, the trauma risk of the barrier is reduced, since the ends of adjacent transverse wire segments are joined, adjacent to the transverse wire segment, and when in contact with them, their displacement along the transverse wire segment is provided.

The specified technical result is achieved in a wire mesh used in barriers and consisting of longitudinal wires located along the bar with an interval between them along the height of the bar and fixed to the longitudinal wires of the transverse wire segments with a total length corresponding to the height of the grid, connected to each other by joint twisting of the ends around longitudinal wire, with each connection of adjacent transverse wire segments by joint twisting of the ends around the longitudinal wire The bars are made with two turns (turns) of the end of one of the adjacent segments and one and a half turns (turns) of the end of the other adjacent segment, while the ends of the adjacent segments are adjacent to the longitudinal wire without deforming the longitudinal wire, and are held by friction from sliding along the longitudinal wire.

The wire mesh can be made with different intervals along the height of the fence between the longitudinal wires and, accordingly, with different lengths of the transverse wire segments.

Brief Description of the Drawings

In FIG. 1 shows a fragment of a wire mesh.

In FIG. 2 shows a photograph of the connection of adjacent transverse wire segments by jointly twisting the ends around a longitudinal wire.

Utility Model Implementation

The wire mesh used in the fence shown in FIG. 1, consists of a longitudinal wire 1 and wire segments 2 located across the fence, and connected to each other by joint twisting of the ends 3 and 4 around the longitudinal wire 1, located together with other longitudinal wires along the fence.

In FIG. 2 shows the connection of the ends of adjacent transverse wire segments with each other and a longitudinal wire. Two turns of the end of one transverse wire segment and one and a half turns of another transverse wire segment are wound on the longitudinal wire. The ends of the transverse wire segments are adjacent to the longitudinal wire without deforming the longitudinal wire.

Changing the length of the transverse wire segments, change the interval between the longitudinal wires. Moreover, the interval (the length of the transverse wire segments) between adjacent longitudinal wires, as a rule, do not change.

Claims (2)

1. The wire mesh used in the fence and consisting of longitudinal wires located along the fence with an interval along the height of the fence and mounted on the longitudinal wires of the transverse wire segments connected to each other by joint twisting of the ends around the longitudinal wire, characterized in that each connection of adjacent transverse wire segments by joint twisting of the ends around the longitudinal wire is made by two turns of the end of one of the adjacent transverse wire segments and one and a half turns of the end of another adjacent transverse wire segment, while the ends of adjacent transverse wire segments are adjacent to the longitudinal wire and are held by friction from sliding along the longitudinal wire. 2. The grid according to claim 1, characterized in that it is made with different intervals along the height of the fence between the longitudinal wires.

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