KR200447372Y1 - Afforestation of Inclined Plane for planting Mat - Google Patents

Abstract

The present invention is a vegetation mat installed to form a vegetation base after construction of a river or a slope, and after the vegetation of the plant, it is possible to supply stable moisture and nutrients, thereby enabling the stable growth of the plant, thereby restoring the natural environment satisfactorily. In order to ensure the stable growth of the plant, a wire rope network consisting of a wire rope freely bent on the change of the topography is installed at the top, and accordingly, it is possible to restore the natural environment satisfactorily to prevent leakage and erosion of the soil. In addition, the present invention relates to a vegetation mat for slope greening which can promote seed growth and germination and growth of the fertilizer for a long time to promote plant growth.

The vegetation mat for the slope recording of the present invention for this purpose, the bottom layer which is located in the lower end in direct contact with the slope and the lattice structure woven with jute and PE mono yarn; A vegetation layer integrated with a straight rope on the top surface of the bottom layer and alternately arranged in a vertical direction with seed strings alternately arranged in a vertical direction; An air layer woven of PE monofilament and PE film in a lattice structure on the bottom layer having the vegetation layer; A surface layer woven of jute and PE monosa into a lattice structure on the air layer; Wire rope network to support the lower layers by forming a wire rope on the surface layer as a net.

Vegetation mat, river, rope net, net, vegetation layer, wire, greening, jute, PE monosa, PE film

Description

Afforestation of Inclined Plane for planting Mat}

The present invention relates to a vegetation mat for slope greening, and more specifically, a vegetation mat installed to form a vegetation base after construction of a river or a slope, and after the vegetation of the plant, it is possible to supply stable moisture and nutrients. Install a wire rope network composed of wire ropes on the top to enable stable growth, and accordingly, to restore the natural environment satisfactorily, and to restore the natural environment satisfactorily. In addition, the present invention relates to a vegetation mat for slope greening, which can promote the growth of plants over a long period of time by promoting seed germination and growth and prolonging the discharge of fertilizer.

In recent years, the river environment has changed significantly as land use in river basins has increased and urbanization progressed. The change of the conventional river environment is further accelerated because the river environment maintenance method is mainly focused on the large-scale civil engineering work for the purpose of dimension and completion, and the natural natural function of the river is degraded due to the concrete lakeside part.

Therefore, as interest in the river environment has recently increased, attempts have been made to regenerate and restore ecologically damaged river environments.As a result, complete planting and natural-friendliness of the vegetation on the bottom or slope of the river Various types of vegetation mats have been proposed in the following conventional techniques for forming a vegetation base to restore to a form.

However, there is a problem in that it is conventionally configured in a form surrounding the vegetation layer by using a mesh made of synthetic fiber or natural fiber and is easily damaged and lost by wild animals (mouse, cat, bird, wild boar).

In addition, conventional soil erosion mats are installed using fastening means such as anchors to fix the mats to the ground, so that the mating work is relatively difficult, and until the seeds of the plant glide after germination, they cover the ground completely. It takes time, so during the period when plants germinate and grow, the topsoil of the ground is exposed as it is, causing soil loss due to soil erosion and scour caused by rainfall, causing safety accidents, and stability of the ground and restoration of ecology in a short time. There is a problem that cannot be expected.

The present invention has been devised in view of the above problems, and its purpose is to provide stable moisture and nutrients after vegetation of vegetation with vegetation mats installed to form vegetation bases after construction of rivers or slopes. Install a wire rope network consisting of a wire rope free of changes in the topography to ensure stable growth, and restore the natural environment accordingly, and prevent the leakage and erosion of soil and germination of seeds at the same time It provides a vegetation mat for slope greening that promotes the growth of plants over a long period of time by promoting the growth and the long-term discharge of fertilizer.

The vegetation mat for the slope recording of the present invention for solving the above technical problem, the bottom layer which is woven in jute and PE mono yarn in a lattice structure while being located at the bottom directly in contact with the slope; A vegetation layer integrated with a straight rope on the top surface of the bottom layer and alternately arranged in a vertical direction with seed strings alternately arranged in a vertical direction; An air layer woven of PE monofilament and PE film in a lattice structure on the bottom layer having the vegetation layer; A surface layer woven of jute and PE monosa into a lattice structure on the air layer; Wire rope net to support the lower layers by forming a wire rope on the surface layer as a net; is a structure made in one piece.

And, the inlet is placed on the slope while penetrating the vegetation mat through the vegetation mat to prevent the flow of the fastener is a pressing plate formed of a plate-like body to be pressed by applying a force from the top; It is connected to the lower part of the pressing plate and extends vertically in a 'T' shape, and the bottom of the pressing plate forms an insertion part formed as a predetermined spaced space, and is closely contacted in the lower direction, and the width is gradually narrowed from the upper side to the lower side to form a sharp tip. Fixing pins; It consists of a structure.

According to the present invention as described above, by the vegetation and growth of the plant is possible to obtain an effect that can significantly reduce the environmental recovery cost.

After the plant mat is installed, stable water and nutrients can be supplied through the water-containing layer and the biodegradable layer, thereby enabling the stable growth of the plant, thereby restoring the natural environment.

In addition, it is easy to construct, and the straight rope is stably fixed by strengthening the tension to prevent the loss of vegetation seeds, and the roots of the plant can pass through the ground and stick to the slope, so that the roots of the plant can be applied to the soil of the slope. There is an effect that can easily stick.

Vegetation mat consisting of a plurality of layers is provided with a protective net is formed in a plurality of layers in the upper and lower grids, to protect the soil and plant seeds from feng shui and to prevent the erosion and pulverized lungs, each The layer's breathability is good and the heat retention and moisturizing effect is excellent, so that the germination and rooting of plant seeds are promoted so that the growth of plants is activated. The greening of the ground is made soon, and the straw is spontaneously decayed after a certain period of time. It can be used as a foundation for growing vegetation vigorously.

In addition, by fixing with a wire rope on the upper surface of the vegetation mat to prevent the loss or erosion of the soil on the slopes, and the layers to be dissolved or corroded over time to promote the germination and growth of seeds, It is possible to promote the growth of plants over a long period of time by using land-improving agents and slow-release fertilizers, and is equipped with a number of means that can be formed in rolls and fixed to slopes to reduce air and required labor. It is a very useful design that can work.

The configuration of the present invention for achieving the above object,

A bottom layer woven in jute and PE monofilament with a lattice structure while being positioned at the bottom directly in contact with the slope;

A vegetation layer integrated with a straight rope on the top surface of the bottom layer and alternately arranged in a vertical direction with seed strings alternately arranged in a vertical direction;

An air layer woven of PE monofilament and PE film in a lattice structure on the bottom layer having the vegetation layer;

A surface layer woven of jute and PE monosa into a lattice structure on the air layer;

It was achieved by providing a vegetation mat, characterized in that the wire rope net to form a wire rope on the surface layer to support the lower layers;

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail.

Prior to this, the terms or words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors will appropriately describe the concept of terms in order to best explain their own design. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical ideas of the present invention, they can be replaced at the time of the present application It should be understood that there may be various equivalents and variations.

1 is an exploded perspective view of a vegetation mat for slope recording according to the present invention, Figure 2 is a view showing the bottom layer of the vegetation mat for slope recording according to the present invention, Figure 3 is a vegetation for slope recording according to the present invention It is a figure which shows the air layer, surface layer, and wire rope net of a mat.

As shown, the vegetation mat 200 of the present invention is a vegetation mat 200 is installed to form a vegetation base after construction of rivers or slopes, and after the vegetation of the plant can supply a stable moisture and nutrients of the plant A stable growth is possible, and thus, it is possible to restore the natural environment satisfactorily, to prevent the outflow and erosion of the soil, and to promote the germination and growth of the plant seeds 20 and to allow the outflow of fertilizer for a long time. It can promote plant growth over long periods of time.

The vegetation mat 200 is composed of a plurality of layers. First, the bottom layer 110 located at the lower end of the vegetation mat 200 while directly contacting the slope 10 is a lattice structure. 4 (polyethylene (PE)) 104 is woven.

The vegetation layer 120 integrally formed on the top surface of the bottom layer 110 is composed of a straight rope 122 and the seed line 124 bent in the longitudinal direction are alternately arranged in a vertical direction and integrated.

The air layer 130 placed on the bottom layer 110 having the vegetation layer 120 is woven into PE monofilament 104 and PE film 106 in a lattice structure.

Next, the surface layer 140 placed on the air layer 130 is woven into a jute 102 and a PE mono yarn 104 in a lattice structure.

The wire rope net 150 placed on the surface layer 140 is made of a wire rope 152 in the form of a net and can be manufactured in a grid mesh interwoven with the horizontal and vertical to support the lower layers.

The wire rope net 150 has a unique flexibility is in close contact with the soil.

As such, a plurality of layers are integrated to constitute the vegetation mat 200.

As such, the vegetation mat 200 is configured to plant the vegetation mat 200 so that the plant seed 20 so that the vegetation, plant seeds (20) to provide nutrients to the plant seed 20 and each layer is sown for thermal insulation 20) is configured to facilitate root diffusion.

Hereinafter, the vegetation mat having the above configuration will be described in detail.

First, as shown in FIG. 1, the vegetation mat 200 has a bottom layer 110 integrally woven with the vegetation layer 120 on an inclined surface, and an air layer 130, a surface layer 140, and a wire rope network (top). 150) integrally formed.

The wire rope net 150 has a unique flexibility is in close contact with the soil.

At this time, it is located on the top of the vegetation mat 200 which is placed on the slope 10 and penetrates the vegetation mat 200 through the vegetation mat 200 to prevent the flow while injecting the wire rope 152 of the wire rope net 150 at regular intervals. The fastener 160 to be formed is a plate-like pressing plate 162 to be pressed by applying a force at the top as shown in FIG.

In addition, the fixing pin 166 connected to the lower side of the pressing plate 162 and extending vertically in a 'T' shape is adjacent to the lower direction while forming an insertion part 164 formed at a predetermined distance from the bottom of the pressing plate 162. It is formed to be in close contact with the protrusions 165 on both sides of the tip of the tip point becomes narrower gradually from the upper side to the lower side.

The fixture 160 penetrates the vegetation mat 200 by inserting a plurality of wire ropes 152 of the wire rope net 150 at regular intervals into the vegetation mat 200 deployed on the slope 10. Since the vegetation mat 200 is inserted into the ground will be firmly fixed to the slope (10).

Here, the rope net 150 is composed of a connecting clip 154 connecting each other, it is formed in a network structure by connecting the rope net 150 with the connecting clip 154.

In addition, Figure 5 is one side cross-sectional view of the vegetation mat for the slope recording according to the present invention, Figure 6 is a slope installation state diagram of the vegetation mat for the slope recording according to the present invention.

As shown in the figure, the fixture 160 is to install the fixture 160 to fix the vegetation mat 200 and the ground installed on the slope 10 so as not to flow down after installing the vegetation mat 200. Installation of the fixing pin 166 is constructed so that the vegetation mat 200 and the slope as closely as possible.

As described with reference to the plurality of layers integrated in the vegetation mat 200 seated on the slope 10, the bottom layer 110 placed on the slope 10 is a grid-like structure jute 102 is disposed in the transverse direction In the longitudinal direction, PE monofilaments 104 are disposed to be woven into a lattice.

At this time, the bottom layer 110 is woven with 14L / B-Single Jute 102 + 400D PE mono yarn 104, 1Roll-2m X 200m.

In addition, the vegetation layer 120 is attached to the seed line 124 containing the plant seed 20 to the upper surface of the bottom layer 110 to be bent in the longitudinal direction, alternately with the straight rope 122. .

In this case, the straight rope 122 of the vegetation layer 120 formed on the top surface of the bottom layer 110 prevents the straight rope 122 from being deformed by the tension pulled in the longitudinal and transverse directions. .

In addition, the seed line 124 of the vegetation layer 120 is planted with the plant seeds 20, the plant vegetation is planted after a certain period of time after installation on the slope 10, the vegetated plant roots.

In addition, the air layer 130 is a lattice structure, the PE mono yarn 104 is disposed in the transverse direction, PE film yarn 106 is disposed in the longitudinal direction is woven into a lattice.

The air layer 130 is to be woven into a one-column structure (shading structure) in a mono-weaving manner to 1Roll-2m X 300m.

In addition, the surface layer 140 is a lattice structure, in which the jute 102 is disposed in the transverse direction, and the PE mono yarn 104 is disposed in the longitudinal direction and is woven into the lattice.

At this time, the surface layer 140 is made of 8L / B-2Ply jute 102 + 400D PE mono yarn 104, 1Roll-2m X 200m.

In addition, the wire rope net 150 placed on the top surface of the surface layer 140 is a vegetation mat 200 loaded in a plurality of layers as the bottom layer 110, vegetation layer 120, air layer 130, surface layer 140 ) Is placed on the upper surface of the lattice-shaped structure to strengthen the tensile force on the vegetation mat (200).

At this time, the wire rope net 150 is flexible while maintaining the curved state while being able to fix in close contact with the ground.

Here, the wire rope net 150 to be placed on the surface layer 140 to secure the tension and robustness of the vegetation mat 200 may be used, in addition to the wire rope net 150, coir rope, fiber rope, steel wire rope, etc. Of course, you can use a variety of different ropes.

Such, the vegetation mat 200 is composed of the bottom layer 110, the air layer 130, the surface layer 140, the wire rope net 150 to maintain the tensile strength to maintain the germination engraftment firmly do.

At this time, the jute 102 of the bottom layer 110 and the surface layer 140 is the plant seed 20 of the vegetation layer 120 containing the plant seed 20 by the strong moisturizing power and soil affinity quickly integrated with the soil. To increase the germination rate.

The plant seed 20 may use one kind of plant seed 20, but may also use a mixed seed in which several kinds of plant seeds 20 are mixed and, of course, may be selected according to site conditions. .

As described above, the bottom layer 110, the vegetation layer 120, the air layer 130, the surface layer 140, and the wire rope net 150 of the vegetation mat 200 are integrally formed with the vegetation mat 200. After completion, rolled roll rolls are stored.

The vegetation mat 200 is rolled up in a rolled form and stored as a roll mat, and when installed on the slope 10, the roll mat can be released easily.

As described above, the vegetation mat 200 is composed of a plurality of layers and is placed on the slope 10, and a plurality of wire rope nets 150 are provided on the vegetation mat 200 in which the fixture 160 is laid out on the slope 10. The wire rope 152 is inserted into the ground while penetrating the vegetation mat 200 to firmly fix the vegetation mat 200 to the slope 10.

Here, it is possible to be firmly fixed to the slope while being able to be deformed to fit the type of the ground together with the vegetation mat 200 as a flexible wire rope net 150 free.

In addition, another embodiment of the vegetation mat 200 having the above configuration will be described in detail.

In addition, Figure 7 is an exploded perspective view of the vegetation mat for the slope recording with a paper layer in another embodiment of the present invention, Figure 8 is a different embodiment of the vegetation mat for slope recording with a paper layer in another embodiment of the present invention One side cross section.

As shown in the figure, the vegetation mat 200 is composed of a plurality of layers, first located at the bottom in direct contact with the slope 10 to the jute 102 and PE mono yarn 104 as a lattice structure The woven bottom layer 110 exists, and the lattice structure on the air layer 130 and the air layer 130 woven into PE mono yarn 104 and PE film yarn 106 as a lattice structure on the bottom layer 110. Furnace surface layer 140 woven with jute 102 and PE mono yarn 104 and the wire rope mesh 150 to form a wire rope 152 on the surface layer 140 to support the lower layers, Between the bottom layer 110 and the air layer 130 having a porous non-woven fabric consisting of a pulp 172 on the top surface 10 of the bottom layer 110, and positioned up and down while enclosing the plant seed 20 in the longitudinal direction The paper layer 170, in which the straight ropes 122 at predetermined intervals are integrated, is manufactured in one piece. .

The paper layer 170 includes a pulp 172 up and down, and includes the plant seed 20 therein, so that the paper layer 170 installed between the bottom layer 110 and the air layer 130 is waste paper, cotton fibers, and the like. It is composed of the same organic cellulose, and has a function of maintaining moisture and nutrition for the initial germination of the plant seed 20.

In particular, the plant layer 20 is divided into regions by a straight rope 122 at predetermined intervals on the paper layer 170 so that the surrounding soil is not swept away by the strong wind or the rain on the slope or the ground. Seed 20 does not interfere with the germination and growth.

That is, the straight rope 122 to maintain a predetermined interval in the paper layer 170 is a plant seed 20 so that the rod shape to maintain the optimal vegetation distance according to the germination and growth characteristics of the plant seed 20 inside the structure. After placing the fixed structure to prevent the movement of these plant seeds (20).

This, the paper layer 170 by directly containing the plant seed 20 to enable a more precise and stable growth environment.

In addition, as shown in another embodiment of the vegetation mat having the above configuration as shown in Figs. 9 and 10, the vegetation mat 200 is composed of a plurality of layers, first located at the lower end in direct contact with the slope 10 Bottom layer 110 woven with jute 102 and PE monofilament 104 with a lattice structure and air layer woven with PE monosa 104 and PE film yarn 106 with lattice structure on the bottom layer 110. The wire layer 152 is formed on the surface layer 140 and the surface layer 140 woven by the jute 102 and the PE monofilament 104 as a lattice structure on the air layer 130 and the lower layer by forming a mesh. It consists of a wire rope net 150 for supporting the plant, the plant seed 20 on the top of the slope 10 is sprayed with a spray pressure to be planted by the seed spray (Seed-Spray) plant seeds to enable vegetation on the slope It is made of the seed layer 180 for seeding (20).

The seed layer 180 allows the plant seed 20 to be planted on the slope 10 by seed spray.

The seed spray is a step of sowing the seeds of the plant, one type of plant seeds 20 may be used, but may also use a mixed seed mixed with several kinds of plant seeds 20, of course, compost or plants It may be provided by mixing the soil to help the germination rate of the seed 20, the type of plant seed 20 is preferably selectable according to site conditions.

In addition, as shown in Figure 11 and 12 as another embodiment of the vegetation mat having the configuration as described above, the vegetation mat 200 is composed of a plurality of layers are first located at the bottom in direct contact with the slope 10 A bottom layer 110 woven from a jute 102 and a PE monofilament 104 in a lattice structure;

On the top surface of the bottom layer 110, the seed rope 124, which is bent in the longitudinal direction with the straight rope 122 is alternately arranged in the vertical direction having an integrated vegetation layer 120 and the vegetation layer 120 Air layer 130 woven into PE monofilament 104 and PE film yarn 106 as a lattice structure on the bottom layer 110 and jute 102 and PE monsa 104 as lattice structure on the air layer 130. ) Is made of a wire rope net 150 to support the lower layers by forming a wire rope 152 on the surface layer 140 and the surface layer 140 woven into the mesh, the straw 192 on the vegetation layer 120 And weaving into a grid-like structure with rice straws (192) to provide nutrients to the plant seed (20) and is provided for thermal insulation is made of a huge stack (190) consisting of rice straws (192).

The huge stack 190 may cover the vegetation layer 120 in order to provide nutrients and warmth to the plant seed 20 on the vegetation layer 120 may be made of rice straw 192 in various forms.

Since the huge stack 190 is weaved firmly between the straw 192 and the straw 192, the plant seed 20 is easily lost or lost while covering the vegetation layer 120 and keeping warm. It is possible to reduce the loss rate of the plant seed 20 by preventing.

As such, the vegetation mat 200 consisting of a plurality of layers is provided with a protective net formed in a grid form in a plurality of layers in the upper and lower portions, to protect the soil and plant seeds 20 from feng shui, and to erode and scour. It is possible to prevent the pulmonary, the breathability of each layer is good, but the heat and moisturizing effect is excellent, so that the germination and rooting of the plant seed 20 is promoted to activate the growth of the plant, so that the greening of the ground is made as soon as possible. After a certain period of time, the rice straw will naturally corrode and become organic fertilizer, which will become the foundation for the vigorous growth of vegetation.

Therefore, the vegetation vegetation mat 200 is formed so that the greenery is not cut, and the river ditch is already active with the surrounding ecosystem even during the rainy season, so it is not lost to inundation and even if it is deposited, it is already active with the ground. Therefore, the safety of the slopes and ecological and visual functions are simultaneously solved to restore the environment.

 As described above, specific preferred embodiments of the present invention have been described, but the present invention is not limited to the above-described embodiments, and various embodiments of the present invention are variously modified by those skilled in the art. It should be said that the claims fall within the claims of the present invention.

1 is an exploded perspective view of a vegetation mat for slope recording according to the present invention.

Figure 2 is a view showing the bottom layer of the vegetation mat for slope recording according to the present invention.

Figure 3 is a view showing the air layer, surface layer, wire rope net of vegetation mat for slope recording according to the present invention.

Figure 4 is a view showing the fixture of the vegetation mat for slope recording according to the present invention.

Figure 5 is a side cross-sectional view of the vegetation mat for slope recording according to the present invention.

Figure 6 is a state installation of the slope of the vegetation mat for slope recording according to the present invention.

Figure 7 is an exploded perspective view of the vegetation mat for the slope recording including a paper layer in another embodiment of the present invention.

8 is a side cross-sectional view of a vegetation mat for slope recording with a paper layer in another embodiment of the present invention.

Figure 9 is an exploded perspective view of the vegetation mat for the slope recording with another embodiment of the present invention.

Figure 10 is a side cross-sectional view of the vegetation mat for the slope recording including another embodiment of the present invention.

Figure 11 is an exploded perspective view of the vegetation mat for the slope recording including a lamination in another embodiment of the present invention.

12 is a side cross-sectional view of a vegetation mat for slope recording including another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10: Slope 20: Plant seed

102: Jute 104: PE monogram

106: PE film yarn 110: Bottom layer

120: vegetation layer 122: straight rope

124: line 130: air layer

140: surface layer 150: wire rope net

152: wire 154: connecting clip

160: Fixture 162: Pressing plate

164: inserting portion 165: protrusion

166: fixing pin 170: paper layer

172: pulp 180: seed layer

190: Huge stack 192: straw straw

Claims (11)

In the vegetation mat for growing a plant on the slope of the riverside, A bottom layer 110 woven in the jute 102 and the PE monofilament 104 in a lattice structure while being positioned at a lower end in direct contact with the slope 10; A vegetation layer 120 integrated with a straight rope 122 on the top surface of the bottom layer 110 alternately disposed in the vertical direction with seed lines 124 alternately arranged in a vertical direction; An air layer 130 woven into PE mono yarn 104 and PE film yarn 106 in a lattice structure on the bottom layer 110 having the vegetation layer 120; A surface layer 140 woven with jute 102 and PE monofilament 104 in a lattice structure on the air layer 130; Including, Wire rope 152 is formed on the surface layer 140 to form a wire rope net 150 to support the lower layers are integrally made while the wire rope of the wire rope net 150 is placed on the slope 10 and placed on the top Vegetation mat for slope recording, characterized in that it comprises a fixture 160 for penetrating the vegetation mat 200 while being embedded in the ground while preventing the flow. delete The method of claim 1, The fixture 160, A pressing plate 162 formed of a plate body so as to be pressed by applying a force at an upper end thereof; It is connected to the lower portion of the pressing plate 162 and extends vertically in a 'T' shape, and the bottom surface of the pressing plate 162 forms an insertion portion 164 formed with a predetermined separation space, and is closely contacted in the lower direction and gradually moves from the upper side to the lower side. A fixing pin 166 having protrusions 165 on both sides of the tip portion of which the width is narrowed and sharply formed; Vegetation mat for slope recording, characterized in that it comprises a formed. The method of claim 1, The bottom layer 110, Jute (102) is disposed in the transverse direction in a lattice structure, PE mono yarn 106 is disposed in the longitudinal direction is woven into the vegetation mat for vegetation characterized in that it comprises a grid. The method of claim 1, The vegetation layer 120, The seed line 124 containing the plant seed 20 is attached to the upper surface of the bottom layer 110 to be bent in the longitudinal direction, and is arranged alternately with the straight rope 122 by the tension pulled in the longitudinal, transverse direction Vegetation mat for slope recording, characterized in that the straight rope 122 to prevent the seed line 124 is deformed. The method of claim 1, The air layer 130, The PE structure yarns are arranged in the transverse direction as a lattice structure, the PE film yarn 106 is disposed in the longitudinal direction is woven vegetation mat for slope recording, characterized in that it comprises a woven grid. The method of claim 1, The surface layer 140, Jute 102 is disposed in the transverse direction as a lattice structure, PE mono yarn 104 is disposed in the longitudinal direction is a vegetation mat for slope recording, characterized in that it comprises a woven grid. The method of claim 1, The bottom layer 110, vegetation layer 120, air layer 130, the surface layer 140, a plurality of layers of the wire rope net 150 is completed in a vegetation mat 200 made of integrally formed roll and rolled Vegetation mat for slope recording, characterized in that stored in a roll mat to put. The method of claim 1, A bottom layer (110) woven from a jute (102) and a PE mono yarn (104) in a lattice structure while being positioned at the bottom directly in contact with the slope (10); An air layer 130 woven into PE monofilament 104 and PE film yarn 106 in a lattice structure on the bottom layer 110; A surface layer (140) woven from jute (102) and PE mono yarn (104) in a lattice structure on the air layer (130); Wire rope network 150 to support the lower layers by forming a wire rope 152 on the surface layer 140 as a net; Between the bottom layer 110 and the air layer 130 has a porous non-woven fabric consisting of a pulp 172 on the upper surface of the bottom layer 110 and positioned up and down while containing the plant seeds 20 therein by predetermined intervals in the longitudinal direction. A paper layer 170 having a straight rope 122 integrated therein; Vegetation mat for slope recording, characterized in that it comprises a one-piece production. The method of claim 1, A bottom layer (110) woven from a jute (102) and a PE mono yarn (104) in a lattice structure while being positioned at the bottom directly in contact with the slope (10); An air layer 130 woven into PE monofilament 104 and PE film yarn 106 in a lattice structure on the bottom layer 110; A surface layer (140) woven from jute (102) and PE mono yarn (104) in a lattice structure on the air layer (130); Wire rope network 150 to support the lower layers by forming a wire rope 152 on the surface layer 140 as a net; Seed layer 180 sowing the plant seed 20 to the vegetation on the slope by spraying the plant seed 20 on the top of the slope 10 to be planted by the seed spray (Seed-Spray) to enable vegetation on the slope; Vegetation mat for slope recording, characterized in that it comprises a made. The method of claim 1, A bottom layer (110) woven from a jute (102) and a PE mono yarn (104) in a lattice structure while being positioned at the bottom directly in contact with the slope (10); A vegetation layer 120 integrated with a straight rope 122 on the top surface of the bottom layer 110 alternately disposed in the vertical direction with seed lines 124 alternately arranged in a vertical direction; An air layer woven into PE mono yarn 104 and PE film yarn 106 in a lattice structure on the bottom layer 110 having the vegetation layer 120; A surface layer (140) woven from jute (102) and PE mono yarn (104) in a lattice structure on the air layer (130); Wire rope network 150 to support the lower layers by forming a wire rope 152 on the surface layer 140 as a net; Weaving lattice structure with rice straw 192 and rice straw 192 on the vegetation layer 120 to provide nutrients to the plant seed 20, and is provided for warming and consists of rice straw 192 huge stack 190 ; Vegetation mat for slope recording, characterized in that it comprises a made.

Images