KR100938140B1 - Structure for cut slope of mine area and method - Google Patents

Abstract

PURPOSE: A structure for greening a cut slope and a construction method thereof are provided to keep the graceful natural view by making trees and plants grow in a cut slope and to prevent the loss and breakdown of a cut slope. CONSTITUTION: A structure for greening a cut slope comprises a vegetation mat(10), culture soil(20), a lattice net(40), and a fixing net(60). The vegetation mat has the good permeability. The culture soil is buried in the vegetation mat and has nutrients so that trees and plants grow. The lattice net is connected to a connection(30) formed in the upper part of the vegetation mat so that the vegetation mat is fixed to a cut slope. The fixing net is connected to a connector(50) to fix the vegetation mat to the cut slope, and is formed rotatably.

Description

Incision slope greening structure and its construction method {STRUCTURE FOR CUT SLOPE OF MINE AREA AND METHOD}

The present invention relates to a structure for the inclined slope greening process and its construction method, and more preferably, to install the vegetation mat is injected into the vegetation soil so that vegetation, etc. can be vegetated on the inclined slope, the loss of the inclined slope It is to prevent the collapse and to maintain eco-friendly and beautiful natural landscape.

In general, the term "law" refers to slopes such as banks, banks, and cuts, and a method of planting or planting plants has been used to green or stabilize the banks of rivers or the slopes of hills and cuts on roads. There was a problem that the old plants, such as the dead or lost by the flood, and the root of the planted plants do not stick properly even after time.

On the other hand, concrete blocks are used as the blocks for greening and stabilizing the legal surface, but as well as water pollution of rivers, the habitat density of fish and algae in river vegetation and rivers is reduced as well as ecosystem components, and diversity of animals and plants is reduced. We are avoided because of problem that hinders environment.

Therefore, the natural vegetation of the law provides various effects such as providing natural beauty to the surrounding urban living area, providing habitats and hiding places for creatures such as small birds and waterfowl, and preventing water erosion. As the importance of environmental awareness is widely recognized, attempts to regenerate and recover ecologically damaged environments have been made due to growing interest in the environment.

As one of these attempts, a vegetation mat using coir fiber has been devised as an eco-friendly vegetation block. However, core vegetation strength is not strong, and vegetation blocks are torn due to fatigue, such as suspended solids in rivers with high flow velocity. The problem arises that the mat is washed off and lost, so there is a problem that it is practically impossible to use in the slope of the steep slope.

In addition, if the vegetation mat is installed on the vertical walls of the fill and cut slopes of the road, the vegetation base material inside the vegetation mat flows downwards as time passes, so that the vegetation base material is uniformly distributed throughout the vegetation mat. There was a problem that can not be stabilized firmly because the seed or plant is not distributed evenly distributed to the bottom of the vegetation mat is not evenly planted throughout the vegetation mat.

The present invention was created in order to solve the problems of the prior art as described above, by installing a vegetation mat on which the vegetation soil is stored so that vegetation and the like can be vegetated on the bank of the incision slope or river construction that collapse risk Its purpose is to provide an incision slope greening structure that can prevent the loss of water, of course collapse, and maintain eco-friendly and beautiful natural scenery due to the growth of vegetation.

Referring to the configuration of the present invention for achieving the above object based on the accompanying drawings as follows.

The present invention, as shown in the figure, attached to the longitudinal direction of the inner space 11 and the inner space formed in two layers symmetrically up and down so as to accommodate the culture soil 20, a plurality of partitions for partitioning the inner space (12) is formed, and the culture soil distribution chamber 13 for distributing the culture soil evenly to the partition portion at the upper end of the partition portion 12, and injecting the culture soil on the front surface of the culture soil distribution chamber 13 Permeable vegetation mat 10 and the perforated vegetation mat 10 is formed in the lower part of the cultivated soil inlet 14 and the lower part of the distribution chamber through which the vegetation can grow;

 Grid network 40 integrally coupled with the connecting portion 30 formed on the top of the permeable vegetation mat 10,

The end of the grid 40 is provided by the connector 50 is connected by a connector 50 to provide a structure for the inclined slope greening, characterized in that it comprises a fixed net 60 is formed to be rotatable.

In addition, the present invention provides a structure for cutting the inclined slope greening, characterized in that a plurality of fixing rods 70 is configured to be connected to the end of the grid 40 by the connector 50 to be rotated.

The present invention configured as described above can be installed on the inclined slope of the vegetation, such as vegetation vegetation mats can be installed to prevent the loss of the inclined slope as well as to maintain the eco-friendly and beautiful natural landscape It works.
In addition, the interior space 11 formed in two layers symmetrically up and down to accommodate the culture soil 20 and a plurality of partitions 12 and the culture soil distribution room attached to the longitudinal direction of the interior space to partition the interior space By distributing an appropriate amount between the compartments, the vegetation base material is distributed evenly, and the grid network 40 integrally coupled with the connection part 30 formed on the top of the vegetation mat 10, and the grid network 40. By placing a fixed net 60 formed on the end of the vegetation mat to be rotatable by the connector 50 at the end of the vegetation mat is integrated with the incision slope of the vegetation mat to strengthen the adhesive force to separate the vegetation mat from the incision By preventing the loss of soil, as well as by reinforcing the ground firmly has the effect of preventing the vegetation base material to be buried under time.

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Hereinafter, the most preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

1 is a perspective view showing the structure for the inclined tape recording process of the present invention, Figure 2 is a perspective view of the structure for the greening process of the present invention installed on the incision surface, Figure 3 is a cutaway surface of the recording treatment structure of the present invention 4 is a perspective view of yet another cutaway greening structure of the present invention.

As shown in FIG. 1, the structure for cutting inclined greenery according to the present invention may be stored in a vegetation mat 10 having good water permeability and stored inside the vegetation mat 10 so that vegetation and the like may grow. Nutrient-rich culture soil (20) and the vegetation mat 10 is connected to the incision slope 100 is connected to the connection portion 30 formed on the top of the vegetation mat 10 to be fixed to the incision slope 100 It consists of a grating network 40 formed to be attached to be attached to the connector 50 to rotate the vegetation mat 10 and the grating network 40 to the inclined slope 60 is rotatable do.

In this case, the permeable vegetation mat 10 is installed on the inclined slope 100 arranged at regular intervals to prevent the loss of the inclined slope 100 as well as to collapse and vegetation 110 It is provided to maintain the eco-friendly and beautiful natural landscape, a plurality of partitions 12 are formed in the vertical direction so that a plurality of internal spaces 11 are partitioned in a two-ply symmetrical interior. The partition 12 partitions the inner space 11 while the vegetation mat consisting of two layers is in close contact with each other.

At this time, the vegetation mat 10 is formed by weaving so that warp and weft intersect each other up and down, cotton fabric, wool, silk fabric, etc. may be applied, such vegetation mat 10 is excellent in thermal insulation, moisture absorption, flexibility, elasticity Promotes the growth of (20), so that the incision yarn surface (100) has a hard work stiffness against weather and gravitational action, including various impact and thawing. In addition, the vegetation mat (10) surface is formed with a plurality of through-holes 15 that can be vegetated by the germination of herbs or seeds.

In addition, the culture soil distribution chamber 13 is formed on the upper end of the partition 12 to distribute the culture soil 20 to the plurality of internal spaces 11 evenly. In addition, the culture soil distribution chamber 13 is formed with an injection port 14 equipped with a lid for injecting the culture soil 20.

And the culture soil 20 is formed by mixing a mixture of one or more nutrient humus and compost, one or more of the sand or masato mixed with a moisturizer and water, and neutralizes vegetation and heavy metals, the culture soil When mixing (20), it is preferable to mix an appropriate amount of vegetation seeds together. In addition, the nutrients may be used by mixing one or more of the humus soil or compost, and supplies nutrients to vegetation, seeds, etc. to promote germination and growth.

The culture soil (20) is rich in fertilizer, porous (多孔 性) and excellent water retention and no pests to create an optimal base for growing vegetation, seeds, etc., the permeable vegetation mat (10) is completely in contact with the incision Be sure to

In addition, the grid network 40 and the fixed network 60 connected to the grid network 40 by the connector 50 is formed at regular intervals horizontally and vertically and horizontally on the upper chimney of the inclined slope 100. When the cover is made in close contact with the cover, the entire grid 40 is formed to be integral with the ground by increasing adhesion.

At this time, the fixing net 60 is a configuration connected by a plurality of connectors 50 to be rotated at the end of the grid 40 to be inserted perpendicular to the ground.

Hereinafter, a construction method of the cut slope greening structure according to the present invention will be described in detail with reference to FIG. 6.

First, the permeable fabric mat 10 is flattened to the cutting slope to be constructed and then partitioned at regular intervals.

Thereafter, the fixing net 70 is inserted into the vertical position on the ground located above the inclined slope 10 so as to be fixed. Here, the fixed net 70 is installed one-to-one on the inclined slope 100 arranged at regular intervals, and the ground is inserted into the ground vertically by digging the ground so as to cover the ground so as not to move.

At this time, by covering the lattice network 40 in close contact with the ground horizontally to strengthen the adhesion to the ground and install it integrally to prevent the floating of the ground as well as to prevent the loss.

After fixing the grid 40 and the fixed network 60 to the ground as described above, the permeable vegetation mat 10 is installed on the inclined slope partitioned on the inclined slope 100 at regular intervals, respectively. . For example, the permeable vegetation mat 10 can be installed by spreading downward from the upper side of the inclined slope.

In addition, in order to prevent separation of the vegetation mat 10 installed on the inclined slope 100 is fixed to the inclined slope with a fixture 16 at regular intervals.

And, depending on the situation, the vegetation mat 10 may be first installed on the inclined slope 100 and then fixed, and then the upper grid 40 and the fixing net 60 may be fixed to the ground.

When the vegetation mat 10 is installed on the inclined slope 100 as described above, the culture soil 20 formed by mixing with a separate mixer is injected after opening the inlet 14 formed on the front surface of the vegetation mat 10. , The culture soil 20 is evenly distributed in the distribution chamber 13 is injected into a plurality of internal spaces 11 partitioned by the partition 12. At this time, the seeds of vegetation are mixed together in the culture soil (20), and when the time passes for some time, the seeds of the vegetation in the culture soil (20) germinate and grow through the through hole (15) to grow on the vegetation mat (10) It creates a delay-friendly slope.

In addition, after the vegetation mat 10 is installed, it is also possible to provide a beautiful natural landscape by planting various kinds of vegetation 110 separately.

And another embodiment of the present invention as shown in Figure 5, the fixing rod 70 is installed on a plane located on the top of the inclined slope 100 to stably support the permeable vegetation mat 10 As a basis for the above, a plurality of fixing rods 70 are rotatably arranged on the upper portion of the grid 40 so as to be spaced apart from each other, and the lower portion of the insertion fixing rods 70 has a pointed shape. Accordingly, by hitting the fixing rod 70 with a hammer, hammer, etc. can be easily installed on the plane.

1 is a perspective view showing a structure for the inclined slope greening process of the present invention,

2 is a perspective view of the greening processing structure of the present invention installed on the incision surface,

3 is a cross-sectional view of the greening processing structure of the present invention installed on the inclined slope,

Figure 4 is a perspective view of a structure for another inclined slope greening process of the present invention.

* Explanation of symbols on the main parts of the drawings

10. Vegetation mat 11.Inner space

12. Partition 13. Distribution Room

14. Injection port 15. Through hole
16. Fixture 20. Cultured Soil
30. Connections 40. Grid
50. End Connection 60. Fixed Net
70. Fixed rod 100. Incision

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110. Vegetation

Claims (3)

It consists of two layers symmetrically up and down to vertically attached to the inner space 11 formed to accommodate the culture soil 20 to form a plurality of partitions 12 to partition the internal space, the partition ( 12, the culture soil distribution chamber 13 for distributing the culture soil evenly to the partition portion is installed at the upper end, and the culture soil inlet 14 and vegetation are grown on the front of the culture soil distribution chamber 13 to inject the culture soil. Permeable vegetation mat 10 formed with a through hole 15,  Grid network 40 integrally coupled with the connecting portion 30 formed on the top of the permeable vegetation mat 10, The end of the grid network 40 is connected to the connection by the connector 50 is connected to the structure formed by a cutting network characterized in that it comprises a fixed network 60 is formed to be rotatable. It consists of two layers symmetrically up and down to vertically attached to the inner space 11 formed to accommodate the culture soil 20 to form a plurality of partitions 12 to partition the internal space, the partition ( 12, the culture soil distribution chamber 13 for distributing the culture soil evenly to the partition portion is installed at the upper end, and the culture soil inlet 14 and vegetation are grown on the front of the culture soil distribution chamber 13 to inject the culture soil. A permeable vegetation mat 10 having a through hole 15 formed therein, a grating network 40 integrally coupled with the connection part 30 formed on the top of the permeable vegetation mat 10, and the grating network ( The end of the 40 is connected by the connector 50, the structure for cutting inclined slope greening, characterized in that a plurality of fixing rods 70 is configured to be rotatable. As a method of construction of the structure for the inclined slope greening process according to claim 1, A first step of arranging the cut slope 100 in a predetermined range; A second step of installing the grid 40 formed on the upper connection portion 30 of the permeable vegetation mat 10 in close contact with the upper ground of the inclined slope 100; A third step of installing the fixed net 60 rotatably formed on the grid net 40 by burying the ground located at the upper portion of the inclined slope 100 and then covering the ground; A fourth step of installing the permeable vegetation mat 10 at a partitioned position of the inclined slope 100; A fifth step of fixing the vegetation mat 10 installed on the inclined slope 100 with the fixture 16; And a sixth step of injecting the culture soil 20 evenly into the internal space 11 through the injection hole 14 of the vegetation mat 10.

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