KR100750564B1 - The vegetation mat and green system using the same - Google Patents

Abstract

A vegetation mat system for greening a cut surface or an inclined surface comprising a vegetation mat containing a rigid grid, plant seed and an environmentally friendly adhesive and a plurality of fixing bars is provided. The method of greening the cut surface or inclined surface using the vegetation mat system, promotes plant growth, prevents the outflow of sediment and improves working properties and execution properties. A vegetation mat system for greening a cut surface or an inclined surface comprises: a panel-type or roll-type vegetation mat containing a rigid grid(50) with a grid net structure, a fixing hole(53) and a connecting clip(52) along the outer line, plant seed(10) and an environmentally friendly adhesive(30); and a plurality of fixing bars(70) installed by passing through the fixing hole of the vegetation mat to fix the vegetation mat to the cut surface or inclined surface. The environmentally friendly adhesive comprises 70 to 80% by weight of sodium carboxymethyl cellulose, 2 to 15% by weight of germination and rooting promoters and the balance to 100% being water. The seed is integrally formed with one or more natural fiber-reinforcing materials selected from the group consisting of Miscanthus sinensis, Phragmites communis, coir, rice straw and pulp.

Description

Vegetation mat system and greening method using the same {The vegetation mat and green system using the same}

1 is an illustration of a vegetation mat system showing the overall configuration according to the present invention

Figure 2 is an exemplary view showing a fastening structure of the connection clip according to the present invention

Figure 3 is an illustration showing the configuration of a pot according to the invention

4 is an exemplary view showing an installation state of the pot according to the invention

5 is an exemplary view showing another configuration of a pot according to the present invention

6 is an exemplary view showing a roll vegetation mat according to the present invention;

7 is an exemplary view showing a greening construction state using the roll-shaped vegetation mat of the present invention

8 is a cross-sectional view showing a green construction state according to the present invention

9 is a cross-sectional view showing a modified greening construction state according to the present invention

10 is an exemplary view showing another configuration of the vegetation mat of the present invention

11 is a block diagram showing a recording method according to the present invention

12 is an exemplary block diagram showing a modified embodiment of the greening method according to the present invention.

* Explanation of symbols for main parts of the drawings

(10): Plant Seed (20): Fiber Reinforcement

30: eco-friendly adhesive 40: vegetation zone

(50): Rigid Grid (51): Space Grid

(52): connecting clip (53): fixing hole

(54): Netting (60): Vegetation Mat

70: fixing bar 80: fixing pot

(81): holder (82): flower pot

(83): vegetation hall (80`): hanging flower pot

(81`): hanger (82`): flowerpot

(83`): Fastening part (84`): Fixing hole

(90): water bottle (91): inlet

92: neck 93: storage

(521): female coupling table (522): male coupling table

(523): coupling rod (524): insertion hole

(525): buffer

The present invention relates to a vegetation mat system and a greening method using the same, by installing a vegetation zone and a grid mesh rigid grid made of plant seeds and pollution-free fiber reinforcement with an eco-friendly adhesive on an inclined surface to prevent leakage of soil. The present invention relates to a vegetation mat system that can strengthen the fixation of plant roots and to facilitate greening, and a greening method using the same.

As urbanization and industrialization progress, many large and small satellite cities nationwide are created, and road construction for linking each satellite city is actively performed. Such road construction is inevitably done to cut not only flat land, but also the surrounding mountain to improve the efficiency of the road. Moreover, due to the rapid increase in land use in road construction or river basins, various types of slopes are being created on new roads and river banks, and these slopes are not only polluted by soil loss, but also contaminated rivers. Due to the earth and sand, there were problems accompanied by safety accidents such as roads, farmland, and houses buried. In addition, the outflow of the soil was accompanied by a problem that the plant is not properly rooted, destroying the ecosystem.

Conventionally, in order to prevent the outflow of the earth and sand as described above, by installing a straw straw on the inclined surface, and fixed to the inclined surface by the horizontal fixing string and the vertical fixing string to prevent the outflow of the soil in the rain.

However, as mentioned above, the prevention of soil leakage using rice straw occurs when the rice straw is damaged or corroded before the plant roots settle in place, and the soil is leaked. Since the use made of, by the breakage of the straw caused by the breakage of the horizontal / vertical streak occurs, the phenomenon that the slope is exposed as it is.

In addition, in the conventional method as described above, the straw straw mat formed in a roll shape during construction is installed on the inclined surface in the longitudinal direction, and another straw straw mat is sequentially installed in the longitudinal direction on one side of the installed straw straw mat, but the rice straw Since there is no connecting means connecting the mat and another rice straw adjacent to it, the rice straw mat laid by the external environment such as wind is released from its position, which delays work time and prevents construction of the correct position. There was difficulty in construction such as becoming difficult.

In addition, the conventional method as described above is to supply nutrients to the plants on the slope by the corrosion of rice straw, so that the growth of the plant is active, but the corrosion of rice straw is slower than the plant growth timely supply the desired nutrients There were various problems such as not being able to.

The present invention is to solve the above problems, an object of the present invention is to provide a vegetation mat integrating the plant seeds, pollution-free fiber reinforcement and the grid rigid grid using an adhesive that does not affect the growth of the plant seeds.

It is still another object of the present invention to provide a vegetation mat which is capable of promoting plant growth by adhering plant seeds with an adhesive in which germination promoters are mixed.

Another object of the present invention is to provide a vegetation mat system and a greening method using the same to install a fixed pot, to reduce the flow of the flow rate, thereby preventing the outflow of soil.

Another object of the present invention is to simply connect the mat and another mat adjacent to it by a connecting clip, and to fix the position of the mat by the fixing bar and the fixing pot, the vegetation can be quickly and easily It is to provide a greening method using a matte system.

In the present invention, the vegetation zone 40 having the plant seeds 10 on the rigid grid 50 having the grid structure is integrally formed by the eco-friendly adhesive 30 to the fixed bar 70. This is fixed to the inclined surface.

The rigid grid 50 is provided with a plurality of space grid 51 and has flexibility, the vegetation zone 40 is a plant seed 10 and the fiber reinforcement 20 is mixed by an adhesive 30, integral Is formed, the rigid grid 50 and the vegetation zone 40 is to be integrated by an environmentally friendly adhesive (30).

In addition, the mesh grid having the uneven bend is formed integrally in the space grid 51 of the rigid grid 50 to prevent the vegetation zone 40 from being separated.

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

1 is an exemplary view showing a vegetation mat 60 system showing the overall configuration according to the present invention, Figure 2 is an illustration showing a fastening structure of the connection clip 52 according to the present invention, Figure 3 is a flowerpot according to the present invention Exemplary view showing the configuration of, Figure 4 is an illustration showing an installation state of the pot according to the invention, Figure 5 is an illustration showing another configuration of the pot according to the invention, Figure 6 according to the present invention Exemplary view showing a roll-shaped vegetation mat 60, Figure 7 is an illustration showing a recording construction state using the roll-shaped vegetation mat 60 of the present invention, Figure 8 is a recording construction state according to the present invention 9 is a cross-sectional view showing a modified greening construction state according to the present invention, Figure 10 shows an exemplary view showing another configuration of the vegetation mat 60 of the present invention, the present invention The plant seeds 10 and the fiber reinforcement 20 are integrally formed with an eco-friendly adhesive 30 Forming the base 40, the rigid grid 50 is installed on the vegetation zone 40, the rigid grid 50 and the vegetation zone 40 are integrated by the environmentally friendly adhesive 30 mixed in the vegetation zone 40 It is intended to be formed.

In addition, the vegetation mat 60 configured as described above, when installed on the inclined surface, its position is fixed by a plurality of fixing bar 70 or the fixing pot 80, to reduce the flow rate in the rain.

The rigid grid 50 has flexibility that can be deformed into a panel shape or a roll type, and has a plurality of space grids 51, and a plurality of connection clips 52 are integrally formed along the outer line. have. In addition, the rigid grid 50 is formed with a plurality of fixing holes 53 into which one side of the fixing bar 70 or the fixing pot 80 is inserted.

The rigid grid 50 uses polyethylene fibers, nylon fibers, polyester fibers, carbon fibers, and the like, and includes a space grid 51 having a width and a width of about 1 to 20 cm. At this time, if the horizontal / vertical width of the space grid 51 is less than 1cm, it is difficult to firmly fix the plant roots, and if the horizontal / vertical width of the space grid 51 is larger than 20cm from the external environment Since it is difficult to protect the plants in the lattice 51, it is preferable to have an appropriate width size.

In addition, the space grid 51 of the rigid grid 50, as shown in Figure 10, is further formed integrally with a mesh 54 having a concave-convex bend. That is, the netting 54 is integrally provided in the rigid grid 50 so that the uneven bending of the netting 54 is located in the space grid 51.
At this time, the net 54 is the germination of the plant seeds 10 contained in the vegetation zone 40, the roots are stiffened between the nets 54 having irregularities bent to maintain a firm fixation of the plant root It is not provided with a flat state, but has a concave-convex bend, the concave-convex bend is expanded during the growth of the plant roots, so that the area is enlarged to facilitate the plant growth.

The connecting clip 52 is formed integrally along the outer line of the rigid grid 50, the female coupling table 521 and the rigid grid formed to be located inside the space grid 51 of the rigid grid 50 ( 50) it is composed of a male coupler 522 formed integrally with the female coupler 521 to be located outside. The coupling clip 52 configured as described above has a plurality of vegetation mats by inserting one side of the rigid grid 50 of another vegetation mat 60 between the female coupling zone and the male coupling zone. 60 is connected continuously in a longitudinal or transverse direction.

As shown in FIGS. 1 and 2, the male coupling zone 522 has a coupling rod 523 formed therein, and the coupling rod 523 has different diameters so as to form a top, a bottom, and a middle portion. It is formed.

In addition, the water coupling zone 522 is a height deviation due to one side of the rigid grid 50 of the other vegetation mat 60 is inserted when combined with the female coupling band (due to the diameter or height of the rigid grid 50) And a buffer 525 is further installed to secure a solid binding.

At this time, the buffer band 525 may be in contact with the inserted rigid grid 50 to be in close contact with each other, but as shown in FIG. 2, it is installed at one side of the male coupling table to control the movement of the rigid grid 50. It is preferable to use the same material as the connecting clip, or use an elastic body such as rubber.

In addition, the coupling rod 523 of the male coupler may be formed at one side of the buffer when the buffer 525 is installed, or may be formed to pass through the buffer.

The female coupling table 521 is located inside the space grid 51 of the rigid grid 50, and is formed through the insertion hole 524 through which the coupling rod 523 of the male coupling table is inserted. At this time, the insertion hole 524 is formed in a shape corresponding to the coupling rod 523, that is, the coupling rod formed to form the upper, lower, and middle portions is forcibly inserted, and the insertion hole is also formed in a layer so as to prevent the separation of the inserted coupling rod. It is.

As shown in FIG. 2, the coupling clip 52 formed as described above has one side vegetation mat 60 and neighboring to the male coupling rod coupling rod 523 is inserted into the insertion hole 524 of the pressure coupling rod. Another vegetation mat 60 will be connected.

The fixing hole 53 is formed in the connection portion of the space grid 51, one side of the fixing bar 70 or the fixing pot 80 is inserted through.

The vegetation zone 40 is a plant seed (10) and the pollution-free fiber reinforcement (20) is integrated by the adhesive 30, the plant seed (10) is Gujeolcho, pasqueflower, thyme, a flower, cornus, Ginger tree, Dandelion, Evening primrose, Beech flower, Yellow-eared flower, Yellow violet, Earl, Dried herbs, Hibiscus, Parasitic flower, Overgrown, Echinacea, Hola wind flower, New peony, Lantern, Yeonyoungcho, Dwarf iris, Yellow pattern It uses native plant seeds such as irises, persimmon grasses, yellow beeweeds, siberian dahlias, shrimps, prawns, nadoran, irises, winged butterflies, bilberry, and thyme.

The pollution-free fiber reinforcing material 20 is easy to corrode grass, reed, palm fiber, rice straw, pulp and the like, and selects a natural-friendly fiber reinforcement and cut it to a predetermined length. The length of the pollution-free fiber reinforcement is not particularly limited, it is sufficient to have a length enough to adhere to the native plant seeds, and to have a length within the range not to deviate from the length of the vegetation mat (60). This pollution-free fiber reinforcement is a base that can provide nutrients during germination and rooting of plant seeds, and also serves to absorb moisture and supply water to plants.

The eco-friendly adhesive 30 is used by mixing carboxy methyl cellulose (sodium carboxy methyl cellulose) and the germination root promoter to supply nutrients to the plant seeds (10) and promote germination roots by water. That is, the eco-friendly adhesive 30 is used by mixing a proper amount of carboxymethyl cellulose 70 to 80wt% with 2-15 wt% of the germination promoter and the rest as water.

The carboxy methyl cellulose is harmless to the human body in which sodium monochloroacetic acid is applied to alkali fiber, and has a property of a very sticky glue 30 when dissolved in water, food and medicines, cosmetics such as ice cream and margarine, etc. Equipped with an environmentally friendly element added to. In addition, when added to less than 70wt% it is difficult to integrate the rigid grid 50 and the vegetation zone 40 due to the decrease in adhesion, when added in excess of 80wt%, the blendability with other components is reduced.

The germination root promoter is used to select the known germination promoter to match the seed of the native plant used, when added to less than 2wt%, do not uniformly supply the nutrients required for the native plant seeds, 15wt% When it adds in excess, since the addition amount of carboxymethyl cellulose falls, it is preferable to add an appropriate amount.

The present invention configured as described above, first, by mixing the carboxy methyl cellulose and the germination promoter and water to form an eco-friendly adhesive 30, the eco-friendly adhesive 30 and native plant seeds (10) and pollution-free fiber reinforcement (20) Mixing to form a vegetation zone 40, and before the adhesive 30 of the formed vegetation zone 40 is cured, the rigid grid 50 is superimposed on the vegetation zone 40 and a predetermined pressure is applied to the eco-friendly adhesive 30 As a result, the rigid grid 50 and the vegetation zone 40 are integrally formed.

The present invention formed as described above may be molded into a panel shape as shown in FIG. 1, or may be molded into a roll type as shown in FIG. 6.

The fixing bar 70 is to fix the position of the vegetation mat 60 during the greening of the inclined surface or the cut surface, is inserted into the fixing hole 53 of the rigid grid 50, penetrating the vegetation zone 40 It is inserted and fixed perpendicularly to the inclined surface or the cut surface. At this time, the lower end of the fixing bar 70 is cut inclined to facilitate insertion into the inclined surface, the head of the fixing bar 70 is inserted into the fixing hole so as not to be exposed to the outside, beautifully do.

The fixing pot 80 is to fix the position and appearance of the vegetation mat 60, as well as to reduce the flow of the flow rate during the greening of the inclined surface or the cut surface, fixing bar 70 Consisting bracket 81 having the same shape as the, and consists of a pot 82 formed integrally on the upper portion of the holder.

The holder 81 is to fix the position of the fixing pot 80 and the position of the vegetation mat 60, as shown in Figure 4, the vegetation hole 83 is formed therein, the outside of the The shape has the same shape as the fixed bar (70).

The pot 82 has the same configuration as the vegetation mat 60, that is, the rigid grid 50 is located on the outside, the vegetation zone 40 is located on the inside, the rigid grid 50 and the vegetation zone 40 is It is formed in one piece.

In addition, a water bottle 90 for supplying water to the plant in the flowerpot 82 through the vegetation hole 83 of the fixing stand may be further buried under the fixing pot 80.

The water bottle 90 is buried in the inclined surface or the cut surface so that the fixing bracket 81 of the fixed flower pot 80 is inserted into a position symmetrical with the fixed flower pot 80, which is installed on the inclined surface. , An inlet 91 having a hopper-shaped cross section in contact with the lower surface of the vegetation zone 40 of the vegetation mat 60, an orifice-shaped neck 92 into which the fixing pot holder 81 is inserted, and a fixing pot holder ( The end of 81 is located and consists of a reservoir 93 in which water is stored. That is, the water bottle 90 is introduced into the storage unit 93 along the neck 92 by the inlet 91 having a hopper-shaped cross-section is to be stored.

At this time, the fixing stand 81 of the fixing pot 80 is located in the neck portion 92 of the water bottle, the neck 92 is an orifice having an inner diameter slightly larger than the diameter of the fixing pot fixing stand 81 Since the shape is provided, the position of the fixed flower pot 80 and the position of the vegetation mat 60 are fixed.

In addition, the water in the storage 93 is moved into the flower pot 82 through the vegetation hole 83 formed in the fixing table 81 of the fixing pot 80.

In addition, the present invention, as shown in Figure 5, it is possible to install a hanging pot 80` with or in addition to the fixed pot 80 (80).

The hanging flower pot (80`) is composed of an annular hook portion (81`), a flower pot (82`) formed integrally with the hook portion, and a fastening portion (83`) formed integrally with the flower pot.

The hook portion 81 ′ has an annular shape to be hung on one side of the rigid grid 50 of the installed vegetation mat 60, and the flower pot 82 ′ has the same configuration as the potted plant pot. In addition, the fastening portion 83` is formed with a fixing hole 84` into which the fixing bar 70 is inserted.

The hook-type potted plant 80` configured as described above is fixed to one side of the rigid grid 50 of the vegetation mat 60 by the hook portion 81`, or a fixing bar penetrating the fastening portion fixing hole 84`. The position is fixed by the 70.

Hereinafter, the inclined plane greening method using the vegetation mat system of the present invention will be described.

7 is an exemplary view showing a greening construction state using the roll-shaped vegetation mat of the present invention, Figure 8 is a cross-sectional view showing a greening construction state according to the present invention, Figure 9 is a modified greening construction state according to the present invention 11 is a block diagram showing the greening method according to the present invention, the plant seeds 10 and the pollution-free fiber reinforcement mixed vegetation zone 40 and the rigid grid 50 is eco-friendly Integrating with the adhesive 30 to form the vegetation mat 60 of the panel type or roll type (S100), and the step of continuously installing the vegetation mat 60 in the transverse direction and longitudinal direction with respect to the inclined surface (S300) ), And connecting the plurality of vegetation mats (60) is installed to each other by a connecting clip 52 integrally formed on the vegetation mat (60) (S400), and the fixing bar into the fixing hole of the vegetation mat (60) Insert 70 in the vertical direction on the inclined surface and install it on the inclined surface. It consists of a step (S500) of fixing the position of the vegetation mat (60).

In addition, the present invention is to install a plurality of canisters on the inclined surface before the installation of the vegetation mat 60 (S200), and the vegetation vegetation so as to be located on the top of the canister after fixing the vegetation mat 60 by the fixing bar 70 Installing the fixed pot 80 on the mat 60 may be further added (S600).

In the present invention constructed as described above, a plurality of vegetation mats 60 are connected to each other by the connecting clip 52, the position of the vegetation mat 60 is fixed to the inclined surface by the fixing bar 70, the fixing pot 80 ) Is further installed, the canister is fixed to the inclined surface, and the fixed flower pot 80 is in communication with the water bottle, and the position of the vegetation mat 60 is more firmly fixed by the fixed flower pot 80 and the water bottle. Will be.

In addition, the fixed pot 80 is formed so as to protrude above the vegetation mat 60, it can reduce the flow of the flow rate in the rain.

In addition, the present invention, as shown in Figure 9, it is possible to lower the flow rate by changing the connection state of the vegetation mat 60 without the installation of the fixed pot (80). That is, Figure 12 is a block diagram showing a modified embodiment of the recording method according to the present invention,

Integrating the vegetation zone 40 and the rigid grid 50 mixed with the plant seeds 10 and the pollution-free fiber reinforcement with an eco-friendly adhesive 30 to form a vegetation mat 60 of panel type or roll type (S100`). ), And the vegetation mat 60 is continuously installed in the transverse direction and the longitudinal direction with respect to the inclined surface, the step of installing so that one side of the vertical vegetation mat (60) continuously installed in the longitudinal direction overlap each other (S200`), The plurality of installed vegetation mat 60 is connected to each other by a connection clip 52 formed integrally with the vegetation mat 60, the connection clip 52 of the vegetation mat 60 located on the upper part overlapped Connecting the vertical vegetation mat 60 overlapping with the intermediate portion of the vegetation mat 60 to be positioned (S300 ′), and the fixing bar 70 into the fixing hole of the vegetation mat 60 to the inclined surface. Insertion and installation in the vertical direction to fix the position of the vegetation mat 60 with respect to the inclined surface It consists of a step (S400`).

In this way, the vegetation mat 60 is a green vegetation mat (60) connected in the longitudinal direction, so that the upper end of the vegetation mat (60) located at the bottom to overlap the lower unit of the vegetation mat (60) located at the top Since it is installed, a space is formed between the upper end of the vegetation mat 60 located in the lower portion and the lower end of the vegetation mat 60 located in the upper portion, the plant seeds 10 of the vegetation mat 60 through the space formed in this way Since the germination grows, the natural pollen is formed, the flow rate is lowered by the formation of such a pollen.

In addition, the vegetation mat 60 to be constructed as described above can be installed in parallel with the installation of the fixed pot 80 and the water bottle.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

As described above, the present invention is to integrate the rigid grid having flexibility and the vegetation zone including the plant seeds by an eco-friendly adhesive, thereby facilitating the detachment of the plant seeds and the germination and rooting of the plants, thereby through the cutting surface or the inclined surface. Greening can be easily established.

In addition, the present invention is to use an eco-friendly adhesive consisting of carboxy methyl cellulose, germination rooting promoter and water, there is no danger of environmental pollution, it is possible to easily supply the nutrients required for plant germination and moisture required for plant growth. .

In addition, the present invention is to integrate the pollution-free fiber reinforcement and plant seeds with an environmentally friendly adhesive, it is possible to easily supply the nutrients required for plant germination and moisture required for plant growth.

In addition, the present invention is to be further provided with a net having irregularities on the space grid of the rigid grid, plant roots can be firmly fixed.

In addition, the present invention can be molded in a panel type or roll type, it is easy to manufacture according to the use, and the connection clip is integrated, anyone in the transverse direction and longitudinal direction to install a plurality of vegetation mats installed on the cut surface or slope It can be easily connected, thereby improving workability and constructability.

In addition, the present invention is to further install a fixed flower pot on the vegetation mat, and to fix the position of the installed vegetation mat more firmly, the installed flower pot can reduce the flow rate during rainy weather, the flow rate of the flow rate The phenomenon can be prevented in advance.

In addition, the present invention can be provided with a separate canister in the lower portion of the vegetation mat so as to communicate with the fixed pot, it is possible to stably supply moisture into the fixed pot, there is a lot of effects, such as plants can be stably grown in the fixed pot.

Claims (16)

delete delete In the vegetation mat system is installed for the greening of the cut surface or the slope; The vegetation mat system has a grid structure and a fixing hole, the rigid grid formed of a connecting clip integrally along the outer line of the panel type or roll type formed integrally by the vegetation zone having the plant seeds and eco-friendly adhesive Vegetation mat; And a fixing bar installed through the fixing hole of the vegetation mat to fix the vegetation mat to the cut surface or the inclined surface. The method of claim 3; The connecting clip is formed to be located inside the space grid of the rigid grid and the coupling rod protruding female coupling, A vegetation mat system, characterized in that it is located outside the rigid grid is formed integrally with the female coupling table and the coupling hole is formed with an insertion hole for the coupling rod is inserted. The method of claim 4; The vegetation mat system, characterized in that the buffer unit is further installed. The method of claim 3, wherein Vegetation mat system, characterized in that the mesh is further installed integrally to the rigid grid so that the irregularities of the net in the space grid of the rigid grid is located. The method of claim 3; The plant seed is a vegetation mat system, characterized in that the native plant seeds. The method of claim 3; The eco-friendly adhesive is carboxy methyl cellulose (sodium carboxy methyl cellulose) 70 to 80wt%, 2-15 wt% of germination root promoter to supply nutrients to plant seeds and promote germination rooting, and Vegetation mat system, characterized in that the rest consists of water. The method of claim 3; The vegetation zone is a vegetation mat system, characterized in that the plant seeds are integrated in one or more pollution-free fiber reinforcement selected from the group consisting of pampas grass, reeds, palm fiber, rice straw, pulp. The method of claim 3; The vegetation mat system is further provided with a fixed flower pot, the vegetation mat system characterized in that the water bottle is further embedded in the inclined surface or the cut surface so as to be located in the lower portion of the fixed flower and communicate with the fixed flower pot. The method of claim 10; The fixing pot is fixed to, The vegetation mat system, characterized in that formed in the upper part of the fixed base, the rigid grid on the outside and the vegetation zone is located on the inside, the rigid grid and the vegetation zone located on the inside and the outside is made of a pot formed integrally by the eco-friendly adhesive. The method of claim 10; The water bottle is characterized by consisting of an inlet having a hopper-shaped cross section in contact with the bottom of the vegetation mat of the vegetation mat, an orifice-shaped neck portion into which the fixing pot holder is inserted, and a storage unit in which the end of the fixing pot holder is positioned and water is stored. Vegetation mat system. The method of claim 3; The vegetation mat has a hook portion having an annular shape to be hung on one side of the rigid grid, a flower pot formed integrally with the hook portion and having the same configuration as the vegetation mat, and a fixed bar formed integrally with the flower pot. Vegetation mat system characterized in that the hook-type potted plant made of fastenings. In the greening method for the greening composition of the cut surface or the inclined surface; Forming a vegetation mat of any one of claims 3 to 13 in a panel type or a roll type; Continuously installing the vegetation mat in the transverse direction and the longitudinal direction with respect to the inclined surface; Connecting the plurality of vegetation mats to each other by a connection clip formed integrally with the vegetation mat; And inserting the fixing bar into the fixing hole of the vegetation mat in the vertical direction to fix the position of the vegetation mat with respect to the inclined surface. The vegetation mat system using the vegetation mat system, comprising: The method of claim 14; Installing a plurality of canisters on an inclined surface before installing the vegetation mat;  After the fixing of the vegetation mat by a fixed bar, the step of installing a high purification component on the vegetation mat so as to be located on the top of the water bottle is a greening method using a vegetation mat system, characterized in that it is further added. In the greening method for the greening composition of the cut surface or the inclined surface; Forming a vegetation mat of any one of claims 3 to 13 in a panel type or a roll type; Continuously installing the vegetation mat in the transverse direction and the longitudinal direction with respect to the inclined surface, and installing the vegetation mat so that one side of the vertical vegetation mat continuously installed in the longitudinal direction overlaps each other; The installed plurality of vegetation mats are connected to each other by a connecting clip formed integrally on the vegetation mat, the vertical vegetation mat is vertically overlapped by connecting the connection clip of the vegetation mat located on the upper part to the middle part of the vegetation mat located at the bottom Connecting the; And inserting the fixing bar into the fixing hole of the vegetation mat in the vertical direction to fix the position of the vegetation mat with respect to the inclined surface. The vegetation mat system using the vegetation mat system, comprising:

Images