KR101203135B1 - planter apparatus and method for wall afforestation - Google Patents

Abstract

PURPOSE: Vegetation apparatus and method for the wall surface capable of reducing the construction costs and time are provided to improve the wall vegetation view. CONSTITUTION: A vegetation apparatus for the wall surface comprises the following: a supporting member(10) including horizontal and vertical supporters(11, 12) integrated to each other, and an insertion hole(13) on the inner center; a supporting member(20) combining supporting stands(21) to both sides of the supporting member; a secondary planter member(30) including first, second, and third secondary planters(31, 32, 33) filled with artificial soil(S) and a vegetation body(P); a coupling member(40) for combining a cover(43) to an insertion groove formed on the front side of a fixed stand; a vegetation mat(50) inserted into a storage hole(51) of the supporting member; and a vegetation base member(60) including a water collecting tank on the bottom of a planter box(61).

Description

Plant plant and method for wall afforestation

The present invention relates to a vegetation device and a method for wall recording, and more particularly, to improve the structure of the wall vegetation device for wall recording can reduce the cost of the product by improving the productivity, the support member made of a mesh (meshes) form Planting vegetation plants such as vine plants, plants, and roots on both side planters, vegetation mats, and vegetation-based members on both sides, centers, and bottoms, reduce the time required from initial wall greening to greening cover. It relates to a vegetation device and construction method for wall greening to have a city view.

Modern man has developed industrialization without any time to look back in extremely limited effective space. As a result, concrete and steel structures and artificial structures, which create a cold feeling, have increased drastically, so as to secure the maximum green space in the city by overcoming the limitation of securing the green space in the limited space. And interest in specialty recordings such as lake revetment.

When this special greening is carried out, the plant's transpiration can regulate the ambient humidity to lower the city's temperature and prevent heat islands, and the plant's CO2 absorption and O2 emissions can be used to purify the air. It can greatly reduce and, above all, beautify the daily urban environment and create a pleasant environment in the city, which can benefit mental health.

We have experienced Cheonggyecheon Stream, Seoul Forest, Nanjido Park, etc. in recent years, and we are striving to secure green spaces such as ecological parks for each regional system, but the green space is still insufficient. There is an urgent need to create an environment where citizens can enjoy a greener, more pleasant environment and have a rest. In that sense, the need for various special recordings is even more urgent.

However, it is not easy to plant in a place where plants are not suitable for vegetation, such as vertical walls, rooftops, concrete structures, etc., and related prior arts have already existed.

Examples include making plastic containers for walls and attaching them to walls, avoiding vines using wire strings, making walls and slopes with wood and covering them with vines, flower towers, tree planters, As such, there is a technique of greening using a separate structure, a technique of wrapping artificial soil in a coir, which is a natural fiber, and attaching it to a wall.

However, these technologies have been in stagnation for many years, and no further technology development has been carried out.

The greening method of covering the vertical wall with a vine plant after connecting the wire string is basically limited to the vine plant, so that various productions cannot be realized, and the greening cover takes too long, and the nature of the vine plant is one year. Among the shortcomings, there is a shortcoming that the wire string is exposed as it is rather than the greening period, and thus the period of feeling ugly can be provided to provide only a temporary effect.

In addition, the greening method using a separate structure, such as a flower tower, a roadside flower pot, is simply to decorate the city aesthetics, which can also provide only a temporary and temporary landscape.

Nevertheless, a method of recording a wall surface using a plant block (ie, a plant mat), which is a kind of vegetation base, is the most advanced technology.

The vegetation mat is a block shape made of artificial soil which can enable plants to germinate, root and grow, and is usually produced by compression molding the artificial soil into quadrangular bodies. Artificial soil is mainly used for the greening of artificial ground such as a rooftop, and the like, and vegetation mats are used to make the work of the artificial soil easier. This vegetation mat eliminates the inconvenience of having to install artificial soil after insulation, waterproofing and drainage treatment when planting artificial ground using artificial soil, and is used to reduce construction costs, and is used in road construction to cut mountains. It is also widely used for quickly forming the vegetation base to prevent soil leakage on slopes after river construction or slopes after river construction.

The main considerations for vegetation mats should be easy to handle with minimal morphology, to provide adequate breathability, water absorption, drainage and nutrient adsorption for plant growth, and to be light for ease of installation. It should have a long life to prevent rework.

On the other hand, as a method of planting the plant for the vegetation mat, there is a method of mixing the seeds or applying to the surface, and in the case of seedlings, after cutting the vegetation block and digging the contents to make a planting hole.

Of these, the method of mixing or applying the seeds to the vegetation mat has a problem that it takes a long time for the greening coating because the seeds have to wait until germination, rooting and growing properly. In addition, the method of drilling and planting the planting hole in the various parts of the vegetation mat has a problem that the contents are separated from the planting hole when the vegetation mat is upright.

Therefore, at this point of time, it is possible to smoothly plant and cultivate various plant species, from vines to various plants, roots, shrubs, etc., to be suitable for plant growth, and to have a long and semi-permanent longevity. A sieve is necessary.

In addition, even if a high quality vegetation mat has been developed, the installation on the vertical wall should not be difficult, but the installation method of the installation is not yet to be described at all, there is a strong demand for technology development.

Incidentally, the special greening is to record as much as possible by using the space of artificial structures in the city center. Until now, it has been mainly limited to roofing greening, wall greening, and lake greening.

Relatedly, fences and fences are one of the many artificial structures installed in the city center.

The fences and fences are installed to form the boundaries of various buildings, facilities, or lands, and the boundaries are marked, and the main function is to protect them from external intrusions. Has the function of preventing damage.

Such fences and fences include brick walls and mesh fences that use wire mesh (ie barbed wire). However, all of them are made of artificial stone, steel, etc. to produce a cold feeling.

Thus, if the vertical wall of the fence installed in the city center is also recorded, the advantages of special greening can be provided as it is.

However, in the conventional fence greening method, only a very limited and temporary landscape can be produced, such as growing vine plants or hanging several pots on the wall of a brick fence, and in particular, vine plants are ordinary plants. Like this, it means a plant that grows upright and cannot grow and spreads to the ground or grows irregularly on the surrounding structure. The stem is thin but elastic, the stem is long, and the leaf is large.

These vine plants are often cultivated for landscaping or ornamental purposes. Especially, for cultivation for ornamental purposes, hanging pots planted with vine plants in the air so that the vine plants grow down or hang down or install vine supports. Use a way to grow up along the vine support.

Here, '20 -0402153 'for the registration room as a method of using the vine support introduces a vine plant cultivation pot formed by integrally forming a vine support, a flower pot, and a drip tray.

However, the vine plant cultivation pot introduced in the above is because the vine support is formed in a plane, the vine plant grows frequently, so that the vine plants are separated from the vine support, and the vine plants need to be fixed separately to the vine support. There was a feeling.

In addition, the biggest problem of the wall greening using conventional vines is that the wire netting structure of the mesh (meshes) supporting the vine plants in the vine plant growth period is usually 1-2 years after the plant to ride the wire mesh structure Due to the growth, the wire mesh structure is exposed to the outside for a long period of time and feels ugly, and the urban aesthetics are damaged, and the wall greening simply using the vine plants is limited to the vine plants, so that various productions cannot be realized. It takes a long time to cover the greening, and many problems such as dying before the vines grow, and especially the structure of the vegetation device used for wall greening is difficult to manufacture and install, and maintenance of the vegetation device There are problems such as excessive cost.

The present invention is to solve the above-mentioned problems, an object of the present invention is to support the planter member, vegetation mat, vegetation base member located on both sides and the center and bottom surface of the support member made of mesh (meshes) form By planting annual vegetation plants such as vine plants, flowers and stern roots, shortening the time required for greening from the initial wall to greening, the wall greening landscape is improved, providing a vegetation device for wall greening that has a pleasant urban aesthetic. will be.

Still another object of the present invention is to provide a vegetation apparatus for wall recording, which can improve the productivity of the vegetation apparatus for greening and improve the productivity and the wall recording construction very simply and quickly, thereby reducing the construction cost and construction period. .

Another object of the present invention is installed in a structure in which the first, second, third auxiliary planter is stacked inside the support members located on both sides of the support member, and the side greening coverage of the vegetation apparatus by the vegetation planted therein. It is to provide a wall vegetation device for improving the greening coverage of the vegetation device by the vegetation plant is planted in the planter mat is installed on the bottom and the vegetation mat is inserted in the center of the support member.

Still another object of the present invention is to provide a vegetation device for wall recording, in which the air permeability, water absorption, drainage, and nutrient adsorption are improved by improving the structures of the first, second, third auxiliary planters, vegetation mats, and planter boxes.

Another object of the present invention is the first, second, third auxiliary planter, vegetation mat, planter box can be grown in a variety of vegetation (vine plants, herbaceous, paper, shrub, etc.) conventional vines It is possible to realize various landscapes by avoiding the monotony of plants, and to reduce the time required for greening cover by installing from the initial wall greening to the one-year vegetation system, and it can have the effect of evergreen, especially in winter. It is to provide vegetation devices and methods for wall greening that can be performed quickly to shorten the construction cost and construction period.

In order to achieve the object of the present invention as described above, the vegetation device for wall recording according to the present invention, the horizontal support and the vertical support is integrally coupled to form a mesh (meshes) integrally, the support member formed with an insertion hole in the inner center ; A support member coupled to both sides of the support member, wherein the support support is hollow and has a plurality of support supports spaced apart from the top by a predetermined interval;

First, second, third, auxiliary planter is sequentially coupled to the interior of the support, and the auxiliary plant member member is embedded in the artificial soil and vegetation in the interior of the first, second, third, auxiliary plant; A fastening member formed at a front surface of the fixed support at a portion where a horizontal support and a vertical support intersect with each other, a cover coupled to the fitting groove, and a fastening member having a rear surface of the fixed support fixed to an anchor on a wall of the building; A vegetation mat inserted into the receiving hole of the support member, the rear surface of which is fixed to the wall of the building, and the artificial soil and vegetation are stored therein; And a planter box is installed on the bottom of the support member and the support member, and a water collecting well is formed on the inner bottom surface of the planting box, and artificial soil and vegetation are embedded in the upper portion of the water collecting well. It characterized in that it comprises a vegetation base member growing on the support member.

According to the present invention as described above, the present invention improves the structure of the auxiliary planter member, vegetation mat, vegetation-based member located on both sides, the center and the bottom of the support member made of a mesh (meshes) form breathable, absorbent It is effective in activating the growth of vegetation such as vine plants, plants, and roots that are planted inside by improving drainage and nutrient adsorption. By shortening the period of time, the wall greening landscape is improved to have a pleasant urban aesthetic.

The present invention has the effect of shortening the construction cost and construction period by performing the wall recording construction quickly by improving the structure of the wall recording vegetation device, and the maintenance construction is also easy to reduce the maintenance cost .

The present invention is installed in a structure in which the first, second, third auxiliary planter is stacked inside the support members located on both sides of the support member, the side vegetation coverage of the vegetation apparatus is improved by the vegetation plant planted therein, The vegetation vegetation planted in the vegetation mat inserted into the center of the support member and the planter box installed on the bottom has an effect of improving the front coverage coverage of the vegetation apparatus.

The present invention is the first, second, third auxiliary planter, vegetation mat, inside the planter box is possible to grow a variety of vegetation (vine plants, herbaceous plants, roots, paper, shrubs, etc.) forging of conventional vine plants It is an invention that has the effect of realizing various landscapes by breaking away from the roaming.

1 is a front view of the entire construction state of the vegetation device for wall recording of the present invention.
Figure 2 is a front view of the vegetation device for wall recording of the present invention.
Figure 3 is a side view of the vegetation device for wall recording of the present invention.
4 is a plan view of the vegetation device for wall recording of the present invention.
5 is an exploded cross-sectional view of the auxiliary plant of the present invention.

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

Referring to Figures 1 to 5, the present invention is a support member 10 made of a mesh (meshes) to enable the greening construction on the wall surface of the building, the upper and lower sides on both sides of the support member (10) A secondary planter member having a plurality of supporting members 20 and first, second and third auxiliary planters 31, 32, 33 which are sequentially coupled to the inside of the supporting member 20; 30), the fastening member 40 for fixing the support member 10 to the wall surface, the vegetation mat 50 is inserted into the inner center of the support member 10 and the vegetation (P) is received therein and Located on the bottom of the support member 10 and the support member 20, the vegetation (P) planted therein is configured to grow on the support member 10.

Support member 10 made of a mesh (meshes) form, consisting of a horizontal support (11) and a vertical support (12), stems of vegetation (P) consisting of vines, plants, herbaceous plants, paper plants, shrubs, etc. It is spaced at regular intervals so that the ride up is coupled to the wire mesh structure while the front and rear are opened, and the insertion hole 13 in the center of the horizontal support 11 and the vertical support 12 to form a vegetation mat (to be described later) 50 is inserted into the inside to maintain a fixed state on the wall with the support member (10).

The support members 20 installed on both sides of the support member 10 form a support support 21 made of a circular shape, and the support support 21 is hollow and spaced apart from the top to the bottom by a predetermined interval. A plurality of support supports 21 are fixed integrally to the side of the vertical support 12, the support support 22 is installed in the vertical direction on the side of the plurality of support support 21 to firmly support the support 21 Fixed, and the first, second and third auxiliary planters 31, 32, and 33 to be described later are sequentially inserted into the supporting support 21, and the third auxiliary planter 33 is inserted therein. The bottom surface of the support base 21 is configured to be sealed.

The auxiliary planter member 30 inserted into the supporting support 21 has a first, second and third auxiliary planters 31, 32 and 33 stacked inside the supporting support 21. The vegetation space part 34 is formed to have the structure and to embed the artificial soil S and the vegetation body P therein, and the first, second and third auxiliary planters 31, 32, and 33 A discharge hole 35 is formed in the wall surface of the) so that water can be discharged to the outside, and a freshwater well 36 is formed at the bottom of the vegetation space part 34 to continuously supply water to the vegetation body P. The first, second and third auxiliary planters 31, 32 and 33 are provided with drainage pipes 37 and are laminated to each other. The bottom surface of the drain pipe 37 formed in the inner center of the 32 protrudes to the bottom surface of the freshwater well 36, and a coupling protrusion 38 is formed at an end thereof so that the coupling protrusion 38 of the first auxiliary planter 31 is formed. ) Is connected to the drain pipe 37 of the second auxiliary planter 32. And, a second engaging projection 38 of the auxiliary planter 32 is coupled to the upper water pipe 37 of the third auxiliary planter (33) are mutually stacked.

A plurality of drainage holes 37a are formed in the drain pipe 37 located in the freshwater well 36 of the first, second, and third auxiliary planters 31, 32, and 33 to form the interior of the freshwater well 36. A water collecting pipe 39 is coupled to an upper portion of the drain pipe 37 of the first auxiliary planter 31 so that rainwater flows into the collecting pipe 39 and into the drain hole 37a of the drain pipe 37. The water is drained to fill the water inside the freshwater well 36 of the first, second and third auxiliary planters 31, 32, 33.

In the fastening member 40 for fixing the support member 10 and the support member 20 to the wall surface of the building, anchors formed on the rear surface of the fixed support 41 are fixed to the wall, and the fixing support 41 is The front surface of the fitting groove 42 is formed with a fitting groove 42 is inserted into the cross crisscross portions of the upper and both sides and the lower both sides of the horizontal support 11 and the vertical support 12, the cover ( 43) are combined.

The vegetation mat 50 accommodated inside the support member 10 has a quadrangular shape, and a plurality of accommodating holes 51 are formed in the upper and circumferential surfaces thereof, and artificial soil S is embedded therein. A fresh water plate 52 is formed to be formed, and the fresh water plate 52 has a plurality of fresh water holes 53 formed therein so that water can be filled in the fresh water well 54 formed on the bottom surface of the fresh water plate 52. In the receiving hole 51 of the vegetation mat 50, the root portion of the vegetation body P is deeply embedded inside the artificial soil S, and the vegetation body P of the vegetation mat 50 is a vine plant. Planting part of the plant to grow the plants on the horizontal support (11) and vertical support (12) at the same time, planting a variety of vegetation (P), such as various plants, roots, paper, etc. can do.

The vegetation base member 60 installed on the bottom surface of the support member 10 and the support member 20 forms a planter box 61 having a quadrangular shape, and a house inside the planter box 61. Crystal 62 is formed to allow the water to be filled in the planter box 61, artificial soil (S) and vegetation (P) is planted on top of the sump (62) vegetation (P) ) To allow the stem to grow quickly on the horizontal support (11) and vertical support (12).

The vegetation device and construction method for wall greening is configured as follows.

The horizontal support 11 and the vertical support 12 are integrally combined to have a mesh structure of wire mesh, and then the support supports 21 are integrally installed by welding to the vertical support 12 located at both sides. After the skeleton is formed, the upper and lower sides of the horizontal support 11 and the vertical support 12 are formed on the rear of the fixed support 41 so that the fixed support 41 can be fixed to the wall of the building while being supported by the fixed support 41. The anchor is firmly fixed to the wall surface and then inserted into the cross groove of the horizontal support 11 and the vertical support 12 in the fitting groove 42 of the fixed support 41 to fix the anchor groove 42. In the front of the installation step of the support member 10 and the support member 20 for coupling the cover 43,

The third subsidiary planter 33, the second subsidiary planter 32, and the first subsidiary planter 31 are sequentially stacked and installed in the supporting support 21, but the first, second and third In the interior of the auxiliary planter (31) (32) (33) planting artificial soil (S) and vegetation (P), such as annual vines, flowers, roots It is characterized by shortening the time required for the greening coating, and the vegetation (P) planted in the first, second, third auxiliary planter (31, 32, 33) is not only vine plants but also various plants, roots, paper When planting plants, shrubs, and the like to see the vegetation device from the side to improve the greening coverage of the side to have a variety of landscapes, rain water by installing a collecting pipe 39 on the upper part of the first auxiliary planter 31 The water collecting pipe 39 flows into each of the freshwater wells 36 along the drain pipe 37 formed inside the first, second, third, auxiliary planter 31, 32, 33. The first vegetation-based step to continuously supply sufficient water to the vegetation (P) as it grows,

After inserting the vegetation mat 50 in the insertion hole 13 located in the inner center of the support member 10 and fixing the connecting ring 55 formed in the upper portion of the vegetation mat 50 with an anchor bolt on the wall, The root portion of the vegetation (P) is inserted into the receiving hole 51 of the vegetation mat 50 is embedded in the artificial soil (S) made of palm bark inside the vegetation mat 50 is artificial soil (S) Deeply embedded inside to maintain a firmly fixed state, the vegetation (P) embedded in the vegetation mat 50 can be grown on the horizontal support (11) and vertical support (12) by planting a part of the vine plants Some plants plant plants, plants, shrubs, shrubs, etc., so that the front vegetation coverage improves when the vegetation device is viewed from the front, and has a variety of landscapes, and a freshwater well on the inner bottom of the vegetation mat 50. (54) is formed to continuously feed the vegetation (P) The second vegetation based method comprising,

A planter box 61 having a quadrangular shape is installed on the bottom of the support member 10 and the support member 20, and the artificial soil S and the annual vegetation body (1) are installed inside the planter box 61. P) is planted here, planting a vine plant in a part of the planter box (61) to improve the front greening coverage of the vegetation device while allowing the vine plants to grow on the horizontal support (11) and vertical support (12) In the middle of the planter box 61, plants (P) such as plants, roots, papers, shrubs, etc. are planted in various ways to enhance the greening of the walls and decorate the city aesthetics more comfortably. In addition, the vegetation device and method for wall recording of the present invention is planted in the first, second, third, auxiliary planter 31, 32, 33, vegetation mat 50, planter box 61 In the case of vegetation (P) using the vegetation (P) 1 year from the initial construction to improve the greening rate in a short time It consists of a base step.

The vegetation apparatus and method for wall recording according to the present invention described above are not limited to the above-described embodiments, and the general knowledge in the field of the present invention without departing from the gist of the present invention as claimed in the following claims. Anyone who has it has the technical spirit to the extent that various changes can be made.

10: support member 11: horizontal support
12: vertical support 13: insertion hole
20: support member 21: support support
22: auxiliary support 30: auxiliary planter
31, 32, 33: 1st, 2nd, 3rd subsidiary planter 34: Vegetation space part
35: discharge hole 36: fresh water well
37: drain pipe 37a: drain hole
38: engaging protrusion 39: collecting pipe
40: fastening member 41: fixed support
42: fitting groove 43: cover
50: vegetation mat 51: storage hole
52: freshwater plate 53: freshwater hole
54: freshwater well 55: link
60: vegetation-based member 61: planter box
62: fertilization well P: vegetation
S: artificial soil

Claims (5)

A support member 10 having a horizontal support 11 and a vertical support 12 integrally coupled to each other so as to have a mesh shape and having an insertion hole 13 formed at an inner center thereof;
The support members 21 are coupled to both side surfaces of the support member 10, wherein the support members 21 are hollow and are spaced at a predetermined interval from the top to the bottom thereof to form a plurality of support supports 21. 20;
The first, second, third, auxiliary planter 31, 32, 33 are sequentially coupled to the support support 21, and the first, second, third, auxiliary planter 31, 32 Auxiliary plant member (30) in which the artificial soil (S) and vegetation (P) is embedded in the inside of the (33);
A fitting groove 42 formed in the front of the fixed support 41 is inserted into a portion where the horizontal support 11 and the vertical support 12 cross, and the cover 43 is coupled to the fitting groove 42. A fastening member 40 having a rear surface of the fixed support 41 fixed to an anchor on a wall of a building;
A vegetation mat (50) inserted into the receiving hole (51) of the support member (10) and fixed to a wall surface of the building and having artificial soil (S) and vegetation (P) stored therein; And
The planter box 61 is installed on the bottom surfaces of the support member 10 and the support member 20, and a collecting well 62 is formed on an inner bottom surface of the planter box 61. 62, the upper part of the artificial soil (S) and vegetation (P) is built in the vegetation base member 60, the stem of the vegetation (P) is grown on the support member 10
Vegetation device for wall recording, characterized in that it comprises a. According to claim 1, the auxiliary support 22 is installed in the vertical direction at both ends of the support support 21 to support the support support 21 firmly, and to seal the inside of the support support 21 located on the bottom surface Vegetation device for wall recording, characterized in that. According to claim 1, wherein the first, second, third, auxiliary planter (31, 32, 33) is a vegetation space portion 34 is formed so that vegetation (P) is planted therein, the vegetation space A discharge hole 35 is formed in the wall surface of the part 34, and a freshwater crystal 36 is formed at the bottom of the vegetation space part 34, and the first, second, third, and auxiliary planter 31 ( 32, 33 to form a drain pipe 37 to be stacked from the top to the bottom, the drain pipe 37 of the first and second auxiliary planter 31, 32 is the lower side of the fresh water well (36) Protruding into the coupling protrusion 38 at the end, and the drain pipe 37 forms a plurality of drain holes 37a to fill water in the freshwater well 36, and drain pipe 37 of the first auxiliary planter. ) Wall vegetation device, characterized in that the collection pipe 39 is coupled to the top. According to claim 1, The vegetation mat 50 has a plurality of receiving holes 51 are formed in the upper and circumferential surface and the vegetation (P) is accommodated therein, the palm peel in the vegetation mat 50 Artificial soil (S) made of a built-in, the fresh water plate 52 is installed on the bottom of the artificial soil (S) so that the water filled in the fresh water well (54) formed on the bottom surface of the fresh water plate (52) A plurality of fresh water holes 53 are formed in the fresh water plate 52, and a plurality of connection rings 55 are formed on the vegetation mat 50 so as to be fixed to the wall surface. Vegetation device. Combine the horizontal support (11) and the vertical support (12) integrally to form a mesh (meshes) and then install the support support 21 integrally to the vertical support (12) located on both sides, fixed to the wall of the building After fixing the anchor formed on the back of the support 41, the horizontal cross portion 11 and the vertical support 12 intersects in the fitting groove 42 formed in the front of the fixed support 41, Installing the support member 10 and the support member 20 to couple the cover 43 to the fitting groove 42;
The third subsidiary planter 33, the second subsidiary planter 32, and the first subsidiary planter 31 are sequentially installed in the supporting support 21, but the first, second, third, subsidiary Planters (31) (32) and (33) inside the plant vegetation (P), such as annual vines, plants, ferns, etc. to plant the planting rate to improve the greening rate, house on the upper part of the first auxiliary planter (31) Rainwater flows into the collecting pipe 39 by installing the water pipe 39 so that each fresh water well along the drain pipe 37 formed inside the first, second, third, and auxiliary planters 31, 32, and 33. A first vegetation-based step of installing the vegetation (P) to be stored in (36);
An artificial soil (S) made of palm bark is embedded in the vegetation mat 50 installed in the insertion hole 13 located at the inner center of the support member 10, and the receiving hole of the vegetation mat 50 is formed. The root portion of the vegetation (P) consisting of vine plants in the 51) to be embedded deep into the interior of the artificial soil (S), while inserting the vegetation mat 50 into the insertion hole 13 while the vegetation mat (50) A second vegetation-based step of fixing the connection ring 55 formed at the top of the wall to a wall;
Planter box 61 is installed on the bottom surface of support member 10 and support member 20, and planter P such as annual vines or plants is planted inside planter box 61. The stem of the vegetation (P) to grow up while riding up the horizontal support (11) and the vertical support (12), the first, second, third, auxiliary planter (31) (32) (33), vegetation mat (50), the vegetation plant (P) planted in the planter box 61 is a third vegetation-based step to improve the greening rate in a short period of time using the plant vegetation (P) 1 year from the initial construction
Vegetation method for wall recording, characterized in that it comprises a.

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