JPS6037148Y2 - rhombus wire mesh - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to a diamond-shaped wire mesh.

Diamond-shaped wire mesh that makes up chain-link fences, gabions, etc. is usually bundled in sequence along each row line during transportation and storage, and then expanded at the site. When the wires rotate or become misaligned, their arrangement becomes disordered, making the wire mesh etc. irregular, and the rows of wires tend to get entangled with each other, making the expansion work extremely troublesome.

The present invention was developed in view of the above, and by forming an insertion ring at the end of the row line at the end of the wire mesh, and inserting a filament having appropriate rigidity through this insertion ring, disorder of the row line can be suppressed. This makes it easy to expand the wire mesh.

Hereinafter, an embodiment of the present invention will be described in detail based on the drawings. 1 is a diamond-shaped wire mesh body, and a large number of row lines 2, 2... are bent in a zigzag shape. They are formed by interlocking with each other in the portion 2a.

An insertion ring 3 is formed at the end of each row line 2 at the upper and lower ends of the rhombic wire mesh main body 1 by winding the ends of the row wire 2,
Thin diameter filaments 4 are passed through the insertion ring 3 independently from the top and bottom.

When the rhombic wire mesh main body 1 is folded into a state in which the row lines 2 are stacked on top of each other as shown at the left end of FIG. 1, the filaments 4 can be bent relatively easily as the row lines move. However, if the column line 2 is rotated or misaligned,
It has enough rigidity to prevent this, and has a colored synthetic resin coated wire with a built-in wire of about 0.3 to 1.0N71 in diameter depending on the thickness of the row wire, and has a rigidity suitable for the above conditions. You can use twisted threads made of chemical fibers, etc.
The filament 4 has a length that matches the distance between the insertion rings 3, 3 located at both ends of the diamond-shaped wire mesh main body 1 when it is expanded,
If both ends of the wire mesh are fixed to the insertion rings 3.3 at both ends, handling of the wire mesh becomes easy.

Furthermore, if colored lines different from those of the diamond-shaped wire mesh main body 1 are used as the filaments 4, the folded state of the wire mesh main body 1 can be understood at a glance, which is convenient during expansion.

Although the illustrated embodiment shows a planar diamond-shaped wire mesh main body, when the wire mesh main body is formed into a cylindrical shape for use as a body mesh of a gabion, the filaments 4 can be similarly inserted into each insertion ring 3. The filament may be made to have approximately the same length as the circumference of the trunk net, and both ends may be directly connected to each other, or it may be attached in a ring shape by being tied to any of the insertion rings 3.

The insertion ring 3 is used for inserting a frame line for attaching a wire mesh edge to a girth edge, a fixed frame line for fixing a lid net, etc. when forming a wire mesh fence or a gabion. In this case, it is free to remove the filaments 4 or not.

As described above, according to the present invention, the insertion ring formed at the end of the row line can be bent to fold the diamond-shaped wire mesh body with the row wires stacked on top of each other, and can be bent to prevent rotation or movement of the row wire. In this case, a filament having enough rigidity to withstand it is inserted vertically and independently, and the filament is formed to have approximately the same length as the extended length of the rhombic wire mesh body, so that both ends cannot be removed from the insertion ring. Needless to say, since the wire mesh is tied to It is possible to reliably prevent the wires from coming in and going out due to disorder, and entanglement of the wires with each other, and because the wires are made of thin wires that are colored differently from the wire mesh itself, it is easy to grasp the folded state of the wire mesh itself. It is easy and extremely convenient to expand, and even when a large number of row wires are piled up in one place, the bulk of the wires is very small, so the work of stacking row wires can be done easily. Furthermore, unlike when flexible strings are used for the wires, they do not bend unnecessarily and wrap around the row wires or become tangled, and therefore the folded wire mesh can be expanded extremely smoothly and quickly. be able to.

[Brief explanation of the drawing]

FIG. 1 is a partial front view of a diamond-shaped wire mesh according to the present invention. 1...Rhombus wire mesh body, 2...Column line, 2
a...Bent part, 3...Insertion ring, 4...
...Striae.

Claims (1)

[Scope of utility model registration request] An insertion ring is formed by winding the end of each row line at the upper and lower ends of the diamond-shaped wire mesh main body, which is formed by connecting row lines bent in a zigzag shape to each other at the bent portions. , the diamond-shaped wire mesh body can be bent so as to be folded with the row lines stacked on top of each other, and has enough rigidity to resist the rotation and positional shift of the row lines, and is unique from the diamond-shaped wire mesh body. A colored thin-diameter filament is inserted into the top and bottom independently, and the filament is formed to have approximately the same length as the expanded length of the diamond-shaped wire mesh body, and both ends are pulled out from the insertion ring when the diamond-shaped wire mesh body is folded and expanded. A diamond-shaped wire mesh characterized by being bound to a prolapse ability.