KR200412590Y1 - Vegetation block for slope recording - Google Patents

Abstract

The present invention fixes / installs a plurality of vegetation blocks for greening, consisting of a geotextile layer, a cotton fiber mat layer, a geogrid network, and a germinated soil layer, on slopes formed on roadsides and riversides, and slopes through the root system of the plant vegetation in the cotton fiber mat layer. The present invention relates to a vegetation block for slope greening, which stabilizes the soil layer and maintains a naturally friendly slope state without artificial feeling even after construction.

According to the present invention,

In the vegetation block for recording the inclined surface of the incision support generated during road construction and river construction and to prevent the loss of earth and sand to create a nature-friendly environment,

Geosynthetic layer is formed to a suitable size by using a material having corrosion resistance and permeability to contact the soil surface of the inclined surface, and a mixture of paper pulp and seeds is coated on the surface of the geotextile layer, so that moisture is applied to the seeds. A layer of cotton fiber mat for nourishing the seeds by the corrosion effect after construction with the moisturizing ability to be supplied is laminated in the same size, and the geotextile layer is fixed together with the cotton fiber mat layer on top of the cotton fiber mat layer to improve durability. Geogrid network consisting of a lattice structure is provided to form a vegetation block of a suitable size of a multi-layer structure.

Geotextile Layer, Cotton Fiber, Geogrid, Germinated Layer, Seed

Description

Green vegetation block for slope greening {Greening mat of slope}

1 is a perspective view showing an installation state of a concrete block installed for the greening of the conventional slope;

Figure 2 is an exploded perspective view showing a vegetation block for slope recording according to a preferred embodiment of the present invention,

Figure 3 is a perspective view showing a vegetation block for slope recording according to a preferred embodiment of the present invention,

4 is a cross-sectional view taken along the line A-A of FIG.

5 is a perspective view showing the installation state of the vegetation block for slope recording according to a preferred embodiment of the present invention and

Figure 6 is a cross-sectional view showing the installation state of the vegetation block for slope recording according to a preferred embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: vegetation block for slope recording 110: geosynthetic layer

120: cotton fiber 130: geogrid network

132: pile 140: germination layer

S: slope

The present invention relates to a vegetation block, and more particularly, to fix / install a plurality of vegetation blocks for greening consisting of a geotextile layer, a cotton fiber mat layer, a geogrid network and a germinated layer on the inclined surfaces formed on the roadside and riverside, the cotton fiber mat layer By stabilizing the soil layer of the slope through the root system of the vegetation plant in the plant, it relates to a vegetation block for slope greening that can maintain the state of the natural slope without artificial feeling even after construction.

Recently, due to the rapid development of urbanization, industrialization, and leisure industry, a huge area of land is required, and the development of the mountain is actively progressed to reduce such land shortages, and also to prevent the flood protection of rivers and the overflow of river waters during rainy weather. Embankment construction is being done actively.

However, since slopes and embankments take the form of earth and sand that eliminates the rooting of vegetation roots, they not only cause ecological problems and damage the surrounding landscape, but also have high potential for earth and earth collapse. .

It is important that the greening of slopes to compensate for these problems is done as early as possible to help herbaceous growth and to prevent soil collapse in rainfall. Accordingly, one of the general slope greening methods are constructed in the form of blocks.

That is, as shown in Figure 1 by making the concrete in the form of a block 10 and fixing it with an anchor bolt on the slope, to prevent the outflow of the soil on the inclined surface as well as between the block 10 and the block 10 This is to allow various plants to plant.

However, when the concrete product is installed on the inclined surface, there is a problem that not only contaminates the soil or river water by the material properties of the concrete, but also exposes the concrete surface to the outside to artificially build a feeling.

In order to solve this problem, a recent greening technique is biotechnological greening. In other words, biotechnological greening mainly uses living plants to protect the soil layer from slopes from various erosion factors (snow, wind, water). It is assumed that plants can achieve technical effects such as building materials. (Germany), biological engineering (UK)] (Schiechtl, 1958, Schlueter, 1986).

This biotechnological greening method is distinguished from the conventional greening method in that it restores the environment destroyed by vegetation plants in terms of the engineering function of the plant rather than the landscape. The scope of application can be widely applied in natural environments and artificially created urban spaces that require engineering and ecological functions as well as cut and fill surfaces.

One of these biological greening methods forms a seed germination layer in which seeds are distributed on the surface of a slope, and then processes the palm or coconut fibers in a mat form on the seed germination layer to cover the seed germination layer so that the plant can grow. It would be.

However, when the palm fiber or coconut fiber is covered on the inclined surface as described above, corrosion not only lasts for a long time, but when wet or wet in rainy weather, red leachate is generated, thereby causing environmental pollution and environmental damage.

The present invention is conceived in view of the problems with the conventional greening method of the slope, the purpose is to stabilize the soil layer of the slope through the root system of the vegetation plant in the vegetation block for slope greening, natural-friendly without artificial feeling even after construction A vegetation block for slope recording is provided to maintain the state of the inclined surface.

In addition, another object of the present invention is excellent in moisture moisturizing ability in the section of the vegetation of the components forming the vegetation block for slope greening, by constructing a cotton fiber mat layer without the discharge of contaminants during corrosion after construction, germination In addition to providing sufficient moisture to the seeds of the process, it provides a vegetation block for slope greening, in which the temperature rises during the corrosive process to achieve a good vegetation condition for plants to reproduce.

In addition, another object of the present invention is that the vegetation block for greening provides a germination layer in which fecal soil and charcoal powder do not have fertilizer components thereon, so that microorganisms can be reproduced in the soil layer of the inclined surface, the seed germination rate and the plant It provides a vegetation block for slope recording to activate the activity of the slope.

The present invention for achieving the above object

In the vegetation block for recording the slope of the incision support that is generated during the construction of roads and rivers, and to prevent the loss of earth and sand to create a nature-friendly environment,

Geosynthetic layer is formed to a suitable size by using a material having corrosion resistance and permeability to contact the soil surface of the inclined surface, and a mixture of paper pulp and seeds is coated on the surface of the geotextile layer, so that moisture is applied to the seeds. A layer of cotton fiber mat for nourishing the seeds by the corrosion effect after construction with the moisturizing ability to be supplied is laminated in the same size, and the geotextile layer is fixed together with the cotton fiber mat layer on top of the cotton fiber mat layer to improve durability. Geogrid network consisting of a lattice structure is provided to form a vegetation block of a suitable size of a multi-layer structure.

In addition, it is preferable that the germinated earth layer is further laminated on the geogrid network constituting the upper surface of the vegetation block.

In addition, it is preferable to laminate the cotton fiber mat layer and the geogrid network on the geosynthetic layer to the same size, and then sew using a thread to connect each other.

Hereinafter, with reference to the accompanying drawings it will be described in detail a vegetation block for slope recording according to another embodiment of the present invention.

Figure 2 is an exploded perspective view showing a vegetation block for slope recording according to a preferred embodiment of the present invention, Figure 3 is a combined perspective view showing a vegetation block for slope recording according to a preferred embodiment of the present invention, Figure 4 It is AA sectional drawing.

2 to 4, the vegetation block 100 for slope recording according to the present invention is installed to prevent the soil loss of the slope formed on the road side and river side civil fiber layer 110, cotton fiber mat layer 120 ) And the geogrid network 130.

The geotextile layer 110 is made of a plate-shaped body of the overall shape. Here, the ground fiber layer 110 is one side is in contact with the inclined surface (S) so that rain water is smoothly drained during rain, while the soil of the inclined surface (S) is easy to flow down mixed with rain water the civil fiber layer (110) To prevent the loss of sediment.

At this time, the geosynthetic layer 110 is preferably made of a material having corrosion resistance together with water permeability.

On the other hand, the cotton fiber mat 120 seated on the top of the geotextile layer 110 is made of a plate-like body having the same width as the geotextile layer 110. At this time, the cotton fiber mat layer 120 is coated with a mixture 121 of paper pulp 121a and seeds 121b mixed with water on the surface thereof.

Accordingly, when the vegetation block for slope recording 100 is installed on the inclined surface, the cotton fiber mat layer 120 absorbs moisture to supply the seeds 121b with continuous moisture.

In addition, when a predetermined time after construction of the slope green vegetation block 100, the cotton fiber mat layer 120 is corroded, the heat generated at this time increases the ambient temperature, thereby promoting the germination of seeds 121b after sowing. . If the corrosion continues as described above, the cotton fiber mat layer 120 finally mixes with soil without leaving any traces and supplies nutrients to the seeds 121b.

At this time, the cotton fiber mat layer 120 is made of the same size as the geosynthetic layer 110, and does not discharge the discolored leachate even after construction does not damage the natural environment.

Meanwhile, the geogrid network 130 seated on the top surface of the cotton fiber mat layer 120 is formed of a lattice structure in which a plurality of warp yarns and a plurality of weft yarns are orthogonal to each other as a polymer material.

Accordingly, the geogrid network 130 is seated on top of the cotton fiber mat layer 120, the cotton fiber mat layer 120 and the geosynthetic fiber layer 110 is fixed integrally in a state that does not interfere with the planting of the plant at all. In addition to providing durability, it is possible to facilitate drainage.

In the present invention, the geosynthetic layer 110, the cotton fiber mat layer 120, and the geogrid network 130 configured as described above are connected to each other through the stitching of the yarn, but the binding band of the synthetic resin material may be used according to the embodiment.

In addition, the geogrid network 130 preferably has a larger area than the geotextile layer 110 and the cotton fiber mat layer 120 so that the outer peripheral surface thereof can be fixed to the inclined surface (S) by the pile 132 of the synthetic resin material. .

On the other hand, the top of the geogrid network 130 is further provided with a germination layer 140. At this time, the germination layer 140 is made of a mixture of fecal soil and charcoal without any fertilizer components.

Here, when the germination layer 140 is laminated on the geogrid network 130, the germination layer 140 penetrates through the geotextile layer 110 and the cotton fiber mat layer 120 to the soil layer of the inclined surface (S). Done. Accordingly, the germination layer 140 forms a microbial reproduction space in the soil layer of the inclined surface S, promotes germination and increases the germination rate of the seeds 121b, and activates the slidability of the germinated plant.

At this time, the plant rooted in the inclined surface (S) through the geosynthetic layer (110) so that the vegetation block 100 for greening by the root system can be more firmly fixed to the inclined surface (S).

Thus, the vegetation block for slope recording according to a preferred embodiment of the present invention made of the above configuration is stabilized on the slope of the soil layer through the root system of the vegetation plant by constructing it on the inclined surface and at the same time without artificial feeling after construction In order to maintain the state of the inclined surface, according to the series of installation relations and the resulting interactions are as follows.

5 is a perspective view showing the installation state of the vegetation block for slope recording according to a preferred embodiment of the present invention, Figure 6 is a cross-sectional view showing the installation state of the vegetation block for slope recording according to a preferred embodiment of the present invention.

First, prior to constructing the slope recording vegetation block 100 on the inclined surface (S), the cotton fiber mat layer 120 by seating the slope recording block 100 made of a plate-shaped body of a predetermined size on the ground with sufficient moisture ) Seeds 121b are selected to a certain size.

Then, after calculating the number of vegetation block 100 for the slope recording according to the size of the construction area to be transported to the factory factory geothermal fiber layer 110 of the vegetation block 100 is in close contact with the inclined surface (S).

Subsequently, a plurality of places of the vegetation block 100 for slope greenery in close contact with the inclined surface S are fixed to the inclined surface S by using the pile 132 made of a synthetic resin to finish construction.

The vegetation block 100 for slope greening constructed as described above allows the roots of the seeds 121b germinated from the cotton fiber mat layer 120 to pass through the civil fiber layer 110 to fall to the soil layer of the inclined surface S. Geogrid net by 130 and cotton fiber mat layer 120 and geotextile layer 110 is more firmly connected to prevent them from being separated, while stabilizing the soil layer of the slope (S), to prevent soil leakage during rain .

According to the present invention, by installing the vegetation block for slope recording on the inclined surface by stabilizing the soil layer of the slope through the root system of the plant vegetation in the vegetation block for greening, it is possible to maintain the state of the nature-friendly slope without artificial feeling even after construction It has an effect.

In addition, it is excellent in moisture moisturizing ability in the section where the vegetation of seeds is formed among the components of the vegetation block for slope greening, and by constructing a cotton fiber mat layer without the release of contaminants during corrosion after construction, sufficient moisture is supplied to the seeds during germination. In addition to the supply, the temperature rises during the corrosion process is effective to achieve a good vegetation conditions for plants to reproduce.

In addition, the vegetation block for slope greening provides a germination layer layer in which fecal soil and charcoal powder without fertilizer components are mixed thereon to enable microorganisms to grow in the soil layer of the inclined surface, thereby activating seed germination and plant slidability. It can work.

Claims (3)

In the vegetation block for recording the inclined surface (S) of the cut support generated during the construction of roads and rivers, and to prevent the loss of earth and sand to create a friendly environment for nature, Geotextile layer 110 is formed to a suitable size using a material having corrosion resistance and permeability to contact the soil surface of the inclined surface (S), and the paper pulp 121a and seeds 121b on the geotextile layer 110 ), The mixture 121 is coated on the surface, and the cotton fiber mat layer 120 for supplying nutrition to the seeds by the corrosive action after construction with the moisturizing ability to supply moisture to the seeds 121b to the same size. The layered geogrid network 130 is formed by laminating a geogrid network 130 that is integrated with the cotton fiber mat layer 120 and the geosynthetic fiber layer 110 is integrally fixed to the cotton fiber mat layer 120 to provide durability. Vegetation block for slope recording, characterized in that the vegetation block 100 of a suitable size. The method of claim 1, Vegetation block for slope recording, characterized in that the germination layer layer 140 is further laminated on the geogrid network 130 constituting the upper surface of the vegetation block 100. The method of claim 1, The vegetation block for slope recording, characterized in that the ground fiber mat layer 120 and the geogrid network 130 on the geosynthetic layer 110 is laminated with the same size and then stitched using a thread.

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