JPH0130507Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a sloped wire mesh fence used on sloped land.

2. Description of the Related Art Conventionally, a wire mesh fence, in which a wire mesh is stretched over a frame consisting of a vertical frame and a horizontal frame, has been used as a fence such as a boundary fence, a windbreak barrier, and a sheet fence. As the wire mesh for this type of wire mesh fence, a rhombic wire mesh in which wires are woven into a rhombus shape, and a lattice wire mesh in which the intersections of vertical and horizontal wires are welded are mainly used. Such wire mesh is generally manufactured in a rectangular shape, and it is easy to stretch this rectangular wire mesh over a frame and install a rectangular wire mesh fence on a horizontal ground.

However, when installing a wire mesh fence on a slope with many height differences, such as in a mountainous area, it is impossible to deform the fence diagonally with the wire mesh as described above, so prepare a wide rectangular wire mesh in advance. Each time, a large number of pieces of wire mesh were cut into parallelograms that fit the slope of the slope, and then stretched over the frame. Therefore, cutting the wire mesh and treating the cut surface with anti-corrosion treatment are time-consuming, and the wire mesh also has the disadvantage of being scraped.

The present invention provides an inclined wire mesh fence that eliminates the above-mentioned drawbacks by using rectangular wire mesh having a specific braided structure and deforming it obliquely.

The present invention will be described below with reference to the drawings.

In FIG. 1A, 11 is a vertical filament, and 12 is a horizontal filament. At the intersection of the vertical filament 11 and the horizontal filament 12, the vertical filament 11 is vertically attached to the horizontal filament 12. A rectangular wire mesh 1 is constructed by regularly winding the wire mesh into a loop shape. The vertical filaments 11 and the horizontal filaments 12 are
A steel wire whose surface is coated with a synthetic resin such as soft vinyl chloride resin or polyamide resin, or a steel wire whose surface is coated with zinc plating, chrome plating, etc., is used. Further, the wire mesh may be used in either a square or rectangular shape, and may also be used as a long body.

In the above example, a rectangular wire mesh 1 is created by regularly winding vertical filaments 11 vertically in a loop shape around horizontal filaments 12.
However, in the present invention, the rectangular wire mesh 1 may be constructed by regularly winding the horizontal filaments 12 around the vertical filaments 11 in a left and right loop shape. In any case, a loop is formed in only one filament. In addition,
It is preferable that the loops be formed regularly in the same direction and loosely wrapped around the other filament.
Thus, the rectangular wire mesh 1 is as shown in FIG.
It can be freely deformed diagonally.

The square wire mesh 1 shown in FIG. 1A is deformed obliquely as shown in FIG. 1B, and the parallelogram wire mesh 1'
This wire mesh 1' is stretched over a parallelogram-shaped frame body 2 having the same shape as the wire mesh 1', by means of horizontal frames 22 and vertical frames 23, as shown in FIG. Thus, the inclined fence of the present invention is constructed.

In the present invention, a wire mesh 1' that has been transformed into a parallelogram is stretched over a frame 2 that has been previously formed into a parallelogram at another location, and this is placed on a slope 5' with support posts 3.
It may be installed using the connecting fittings 4, and
A frame body 2 formed into a parallelogram using pillars 3 and connecting fittings 4 may be installed in advance on a slope 5', and a wire mesh 1' deformed into a parallelogram may be stretched over this. In the latter case, the support 3 and the vertical frame 23 are used in common, and the long wire mesh can be sequentially deformed diagonally and stretched continuously, which is convenient.

The wire mesh 1 used in the present invention can also be used when installing a wire mesh fence on a level ground 5, as shown at the right end of FIG. In this case, it is used in the form of a rectangular wire mesh without being diagonally deformed.

As described above in detail, in the inclined wire mesh fence of the present invention, at the intersection of the vertical filaments and the horizontal filaments, one of the vertical filaments and the horizontal filaments is attached to the other filament. Since a rectangular wire mesh wound in a loop is used, the braided structure of the wire mesh is simple and has the advantage that it can be manufactured at low cost. Moreover, since the rectangular wire mesh mentioned above is formed by winding one of the intersections of the filaments into a loop shape, the effect of this loop makes it easy to deform the mesh diagonally while maintaining the mesh well. , the angle of inclination deformation can be set freely.

Therefore, the inclined wire mesh fence of the present invention, which is constructed by diagonally deforming the rectangular wire mesh to form a parallelogram wire mesh and stretching this wire mesh over a frame of a similar shape, is suitable for use on sloped land. Even if the undulations are irregular, it is easy to cut the wire mesh diagonally to make a parallelogram-shaped inclined wire mesh fence with a shape corresponding to the undulations without generating scraps. In addition, it is possible to obtain the wire mesh at a low cost because of the reduced labor involved in assembling and installing the fence and the rust prevention treatment of the cut surfaces of the wire mesh, and the simple braided structure of the wire mesh.

[Brief explanation of drawings]

Figures 1A and 1B are partially cutaway side views showing an example of a wire mesh used in the present invention. This figure shows a parallelogram-shaped wire mesh. Second
The figure is a partially cutaway side view showing an example of the inclined wire mesh fence of the present invention using the wire mesh of FIG. 1. 1... Rectangular wire mesh, 1'... Parallelogram wire mesh,
11...Vertical striations, 12...Horizontal striations, 2...Frame body,
22...horizontal frame, 23...vertical frame, 3...post, 4...
...Connection fittings, 5...Horizontal ground, 5'...Slope ground.

Claims (1)

[Scope of utility model registration request] At the intersection of the vertical filaments 11 and the horizontal filaments 12, the horizontal filaments 12 are wound around the vertical filaments 11 in a loop shape, or the vertical filaments 11 are wound around the horizontal filaments 12 in a loop shape to form a rectangular wire mesh. 1 is obliquely deformed to form a parallelogram wire mesh 1', and this wire mesh 1' is stretched over a frame 2 having a similar shape.