KR101512721B1 - The vegetation blocks using gaebion - Google Patents

Abstract

The present invention relates to a vegetation block using a gabion to prevent the deformation of a gabion caused by an increase in soil pressure when soil and stone filled inside the gabion absorb rainwater and to variably arrange antiseptic woods into a horizontal, vertical, diagonal, rhombic, or lattice shape as a long fiber sheet is attached to the inner wall of a wire mesh making up the gabion; soil, stone, and rubble in a construction site are filled in the gabion to allow plants to take root in them; durable antiseptic woods are arranged on the front side of the gabion in a vertical and a horizontal direction; and the antiseptic woods are connected to the rear side of the gabion by a wire. To achieve this, the vegetation block using a gabion makes up the gabion by assembling the platy wire mesh into a hexahedron, attaches the long fiber sheet to the inner wall of the wire mesh, and fills the gabion with soil and stone to allow plants to take root in the soil and stone through the long fiber sheet. The antiseptic woods are arranged on the front side of the wire mesh making up the gabion in the vertical and horizontal directions, and are connected to the wire mesh on the rear side of the gabion through the wire. A drainage guide pipe filled with rubble, from which soil has been removed, is arranged on the center inside the gabion and is made of a porous mesh.

Description

The vegetation blocks using gaebion {

The present invention relates to a vegetation block using a gabion, more specifically, a long fiber sheet is attached to the inner wall of a wire net constituting a garbage, and the plant is buried in the soil of the construction site (rubble and field soil) In particular, a durable anticorrosive coating is arranged longitudinally and horizontally on the front surface of the gypsum, and the anticorrosive gypsum is connected to the rear surface of the gypsum by a wire so that the gypsum-filled gypsum absorbs the rainwater, And more particularly, to a vegetation block using a garbage that can be variously produced in horizontal, vertical, oblique, diamond-like, and lattice forms.

Generally, in rivers, shores, shores, or cut-offs, various dikes, dams or retaining walls are installed to prevent overflow of water or seawater or to maintain waterways. These types of levees and retaining walls have been constructed using concrete structures and other revetment blocks which are generally easy to work and relatively easy to maintain. However, it has been pointed out that various construction methods are not environmentally friendly because of the ease of operation. In view of this fact, the proposed method is gabion construction, which is well known as gabion.

In the garbage construction method, a filling material such as a rubble is put into the hexagonal wire mesh structure. Due to the nature of the construction method, the wire mesh filled with the filler experiences a folding phenomenon which is bent outwardly of the wire mesh due to the weight of the filler material. In the case of the conventional utility model registration No. 272959, the helical wire is wrapped in a spiral shape on the transverse wire and the longitudinal wire. This is because the welding part of the wire is separated from the wire ≪ / RTI >

Conventional Utility Registration No. 386585 discloses that by installing a square wire mesh having a rectangular mesh on the inner surface of a hexagon wire net made of a hexagonal wire netting with a hexagonal netting, it is possible to increase the robustness of the garnetion, A garbage having a double-net structure capable of improving the performance is proposed. However, since the garbons have to be constructed of a double wire net, the cost is increased and the fabrication is difficult.

Open No. 2003-0080711 has proposed a technique in which a non-woven fabric is laid on the inside of a garbage can and a soil is stacked on the entire surface of the garbage so that plants can naturally grow. However, there is a concern that the soil may be lost to rainwater. Especially, when the soil absorbs water, the earth pressure is increased, and there is a problem that the side surface of the garbage side is unstable due to the creep phenomenon.

SUMMARY OF THE INVENTION The present invention has been developed in consideration of the conventional problems, and it is an object of the present invention to provide a method and apparatus for installing a long fiber sheet on the inner wall of a wire net constituting a garbage, In particular, durable anticorrosive coatings are arranged longitudinally and horizontally on the front surface of the gypsum, and the anticorrosive gypsum is connected to the backside of the gypsum surface by wires, so that the gypsum-filled gypsum absorbs the rainwater, And more particularly, to a vegetation block using a garbage which can be variously produced in horizontal, vertical, oblique, rhombic and lattice forms.

In order to achieve the above object, the present invention relates to a method for manufacturing a hollow fiber membrane, comprising the steps of: assembling a plate-shaped wire net into a hexagonal shape to construct a garniture; attaching a long fiber sheet to the inner wall of the wire net; Wherein the front surface of the vegetation block includes a front surface and a back surface; The anticur- anion is connected to a wire net on the rear side constituting the garniture through a wire; A drainage induction pipe filled with soil-removed rubble is provided at the center of the inside of the garbage. The drainage pipe is formed in the form of a porous network.

According to the present invention, a long fibrous sheet is attached to the inner wall of a wire net so that the soil of the gravel stone can not escape out of the gravel temperature, and the roots of the plant can be routed to the gravel through the long fibrous sheet so that Gavion is in harmony with the surrounding landscape .

In addition, the durability of the front panel is reinforced by arranging the durable anticorrosion front and back, and the anticorrosion is connected to the rear side of the garbons through the wire. There is an effect that the calling phenomenon is suppressed.

In addition, the inside of the garbons has a vertically provided drainage passage vertically passing through the inside of the garbons, and the rubble removed therefrom is filled with the rubble, so that the rainwater can be easily drained along the rubble inside the garbage.

The anticorrosive materials may be variously assembled in horizontal, vertical, oblique, rhombic, and lattice forms, thereby visually changing the front surface of the garbons to various changes.

1 is a perspective view of a vegetation block according to an embodiment of the present invention;
2 is a side cross-sectional view of the vegetation block of one embodiment of the present invention
3 is an enlarged cross-sectional view of a vegetation block of one embodiment of the present invention
FIG. 4 is a conceptual diagram illustrating various aspects of a front surface of a vegetation block according to an embodiment of the present invention.

1 to 4, the vegetation block of the embodiment of the present invention is composed of a cobble-shaped body in which the wire mesh 10 is assembled into a cube or a rectangular parallelepiped. The wire netting 10 is a method in which six faces constituting a hexahedron are individually fabricated and assembled in the field. The wire net 10 is made of a lattice or hexagonal net, and has corrosion resistance by galvanizing. In order to be assembled into a hexahedron, each of the surfaces of the wire net 10 is threaded in a helical manner by coil-connecting openings 11 which are helically twisted to each other to form a hexahedron.

A drainage induction pipe (30) is provided at the center of the inside of the garniture where the wire net (10) is assembled in hexahedral shape, and a slope is formed as a porous net so that the rainwater permeates into the inside. The drainage induction pipe (30) is filled with soil-removed rubble, so that rainwater can be quickly drained to outside without being stagnated inside the garbage inside.

A long fiber sheet 12 is attached to the inner surface of the wire net 10 so as to prevent dust from leaking out of the soil. In order to prevent elongation of the long fiber sheet 12, the wire net 10 is sandwiched between the wire net 10 and the long fiber sheet 12, 10 is smaller than the size of the sheet protective net 13. The sheet protection net 13 is made of a PVC coated wire mesh. The wire having a smaller diameter than the wire mesh 10 is inverted into a hexagonal honeycomb.

The wire net 10 provided on the front surface of the garniture has a durable anticorrosive coating 20 vertically and horizontally. The barrier ribs 20 are arranged in a horizontal, vertical, oblique, diamond-like, and lattice-like shape inside the rectangular rim and are stitched with nails to suppress the occurrence of buckling or sagging due to the earth pressure of the front- . Further, the barrier ribs 20 are connected to the wire mesh 10 through the wire 21 to reinforce deflection of the bare wood 20. The front end of the wire 21 is hooked to the back surface of the anticorrosive wood 20 and the rear end of the wire 21 is wound around the rear side wire net 10 and then the clip 21 is clamped So that unwinding is prevented.

The vegetation block of the embodiment of the present invention constructed as described above is constructed such that a plurality of wire meshes 10 are stacked one by one and are transported to a construction site to form a hexahedron. Six wire meshes 10 are connected to a cube- do. The sheet protecting net 13 and the long fiber sheet 12 are attached to the inner walls of the wire netting 10 inside the garniture before assembling the wire net 10 constituting the upper surface, .

The anticorrosives 20 are vertically and horizontally arranged on the front side of the wire net 10 constituting the garbage and are fixed with nails and the anticorrosive materials 20 are bundled with the wire net 10 constituting the rear surface of the garbage . The drainage induction pipe 30 is filled with debris from which the soil is removed, and the inside of the decompression pipe is filled with the peripheries around the construction so that the drainage pipe 30 is positioned at the center of the decompression pipe.

Thereafter, the wire mesh 10 is placed on the open upper surface of the garbage, and the corresponding surfaces of the wire meshes 10 constituting the slope and the wire mesh 10 on the upper surface are rotationally coupled to each other by a screw connection method, And the garbage and long fiber sheet 12 are filled.

The gypsum made in this way is stacked vertically and horizontally on a slope or cutout to protect the slope and the cutter by the lid. The garbons of the present embodiment of the present invention can make holes in the exposed long fiber sheet 12 between the anticorrosive materials 20 and plant the roots of the plant in the soil of the earth so that the plants can take root, Can be achieved. And the anticorrosive materials 20 can be assembled in various forms, so that the laminated structure of the gobion can be changed.

In addition, even if the rainwater permeates into the garbage, it easily drains to the outside along the rubble filled in the drainage induction pipe (30) at the center. Therefore, it is possible to prevent an increase in the earth pressure because the time for stagnation is reduced. Even when the earth pressure is increased, since the anticorrosion elements 20 are disposed on the front surface of the garbage and are reinforced by the wire 21, there is an advantage such that the phenomenon of the front surface is suppressed.

10: Wire mesh 11: Coil end
12: long fiber sheet 13: sheet protection net
20: Antidobby 21: Wire
30: drainage induction pipe

Claims (3)

delete delete A sheet metal is assembled in a hexagonal shape to form a garniture, and a long fiber sheet is attached to the inner wall of the wire net, and then the inside of the garniture is filled with perlite so that the roots of the plant are routed through the long fiber sheet In the vegetation block using Gavion,
Wherein a front surface of the wire net constituting the garniture is provided with a backing layer vertically and horizontally;
The anticur- anion is connected to a wire net on the rear side constituting the garniture through a wire;
The drainage induction pipe is formed in the form of a porous net, and the drainage induction pipe is filled with the rubble of which the soil is removed.
A sheet protecting net having a mesh size smaller than that of the wire net is provided between the wire net and the long fiber sheet;
Wherein the barrier ribs are disposed in a wire net in the form of a horizontal, vertical, oblique, diamond-like, or lattice-like shape inside the square rim.

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