JPH0140603Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a wire mesh suitable for use in fences, etc.

Generally, when wire mesh is stretched between pillars erected on the ground at appropriate intervals, a bone line made of wire rope or wire is inserted in the middle of the wire mesh surface by sewing the mesh of the wire mesh to loosen the wire mesh. However, in such cases, it is extremely difficult and troublesome to stretch the bone wires depending on the shape of the wire mesh and the type of wires that make up the wire mesh.

Therefore, in the present invention, by winding the wires constituting the wire mesh, a ring for inserting the bone wire is provided at an intermediate position on the surface of the wire mesh, so that the bone wire can be easily and reliably inserted into the ring. It is something.

Hereinafter, an embodiment in which the wire mesh of the present invention is used for a fence will be described in detail based on the drawings. In FIG. The wire mesh 4 is stretched between the supports 1, 1 by installing horizontal bars 2, 3 above and below the wire mesh 4 and supporting the upper and lower ends of the wire mesh 4 on these horizontal bars 2, 3. The wire mesh 4 is formed by arranging wires 5 and 6 made of metal filaments at regular intervals in the vertical and horizontal directions, and welding and integrating the contact portions by electric resistance welding to form a mesh body 4a. As is clear from FIG. 2, a ring 7 is provided in which the bone wire 8 is inserted by winding the vertical wire 5 at an intermediate position of the mesh body 4a, and the wire is not inserted when forming the fence. A bone line 8 made of a wire or the like is inserted into each ring 7, and both ends of the bone line 8 are connected to the support column 1 by an intermediate band 1a, so that the bone line 8 is stretched.

If the ring 7 is provided with its central axis oriented in a direction parallel to the transverse strands 6, the bone line 8 can be inserted easily, but if the ring 7 is provided with its center axis oriented in a direction parallel to the transverse element 6, the bone line 8 can be inserted easily. Further, although the rings 7 are provided on all of the vertical strands 5, they may be provided on any appropriate vertical strands. Further, in the embodiment, the ring 7 is formed by winding the vertical wire 5, but it may also be formed by winding the horizontal wire 6. In this case, the ring 7 can be formed by winding the horizontal wire 6. In this case, the ring 7 is formed by winding the vertical wire 5. It is preferable to provide the ring 7 in a direction parallel to the horizontal strands 6, so that the bone line 8 overlaps with the lateral strands 6, so that the ring 7 can be stretched with good appearance. In addition, when using a tall wire mesh, multiple stages of rings for bone wire insertion can be provided at appropriate locations.

In addition, the above-mentioned wire mesh 4 was a welded wire mesh in which vertical and horizontal strands were cross-arranged and welded in the above embodiment.
As shown in FIG. 3, a diamond-shaped welded wire mesh 9 in which the wires 10 and 11 are arranged diagonally in a cross-sectional manner and welded the cross-contact points can also have a similar configuration.

In the wire mesh of the present invention configured as described above, the ring for passing the bone wire is formed by winding the wires constituting the mesh, so the ring can be formed at the same time as the formation of the mesh. Therefore, there is no need for labor to manufacture the wire mesh, and since the bone wire can be stretched by simply passing it straight through the ring, there is no need to thread the bone wire through the wire mesh as in the conventional method. , it is very easy to insert, and can be easily inserted not only into flexible bone lines that are easy to bend, but also through hard bone lines.

In addition, when the bone lines are inserted through a mesh as in the past, the bone lines can move up and down freely within the range of the mesh, so the reinforcing effect in the vertical direction is poor, but in the present invention, the bone lines are Since the ring is inserted through the ring, it is possible to prevent the bone line from moving in any direction, and this provides a very efficient reinforcing effect. It has excellent features such as being able to prevent loosening depending on the purpose of use and ensure reinforcement against forces acting on the wire mesh surface from various directions.

[Brief explanation of the drawing]

FIG. 1 is a front view showing an embodiment of the present invention, FIG. 2 is a partially enlarged side sectional view thereof, and FIG. 3 is a front view showing another embodiment of the present invention. 4... Wire mesh, 4a... Net body, 5, 6... Element wire,
7... ring, 8... bone line.

Claims (1)

[Scope of utility model registration request] By forming a net with wires made of metal filaments arranged in a crisscross pattern and winding the wires at an intermediate position of the mesh, reinforcing bone wires can be inserted straight along the mesh surface. A wire mesh characterized by a ring.