KR101044669B1

KR101044669B1 - Wall structure for plating

Info

Publication number: KR101044669B1
Application number: KR1020100096653A
Authority: KR
Inventors: 이상민; 이재석
Original assignee: 이재석
Priority date: 2010-10-05
Filing date: 2010-10-05
Publication date: 2011-06-28

Abstract

PURPOSE: A wall-greening structure is provided to secure the moisture staying inside the structure, and the stability of the structure during the growth of plants. CONSTITUTION: A wall-greening structure comprises the following: a base member installed on the exterior of a wall surface(1); a water supply pipe(20) including a drain hole, installed on the exterior of the base member; a water holding cover formed with a cloth material with the water retention property, for covering the water supply pipe; and a surface member(100) storing soil for planting roots of plants, installed on the exterior of the base member for covering the water holding cover. The base member is produced by needle-punching the cloth material with the water retention property.

Description

Wall Greening Structures {WALL STRUCTURE FOR PLATING}

TECHNICAL FIELD The present invention relates to the field of construction, and more particularly to greening structures on building walls.

In order to improve the urban environment, studies are being actively conducted to create greening structures on the inner or outer walls of buildings.

The wall greening structure is a technology that has recently emerged in that it can go beyond the conventional interior concept, to enjoy the greenery in the interior and exterior of the building.

However, the conventional wall greening structure had the following problems.

That is, since the wall is basically a structure in which water easily flows down by gravity, a structure in which water can stay therein must be formed, so that the water supplied in this way is easily supplied to the root of the plant. It is necessary that the above structure can be maintained despite the growth of plants.

The present invention has been derived to solve the above problems, the moisture can stay sufficiently despite the structure of the wall, the moisture can be easily supplied to the root of the plant, such a structure despite the growth of the plant It is an object of the present invention to present a wall greening structure that allows the to be maintained.

In order to solve the above problems, the present invention is a base member 10 provided on the outside of the wall (1); A water supply pipe 20 installed outside the base member 10 and having a drain hole 20a formed therein; A maintenance cover 30 formed by a cloth material having a water retention property and installed to cover the water supply pipe 20; In addition to receiving the roots and vegetation soil of the plant, the surface member 100 installed on the outside of the base member 10 to cover the repair cover 30; .

The water supply pipe 20 preferably includes a left and right water supply pipe 21 installed in the left and right direction with respect to the wall surface (1).

The water supply pipe 20 is opened in the vertical direction, the left and right water supply pipe 21 is provided with a plurality; It is preferable to include; the supply pipe 22 is commonly coupled to the plurality of left and right water supply pipe (21).

The maintenance cover 30 is preferably formed of a microfiber cloth.

The maintenance cover 30 is preferably the edge portion is sewn on the base member 10 so as to close the periphery of the water supply pipe 20.

The base member 10 is preferably formed of a material in which the root of the plant is slid.

The base member 10 is preferably formed by needle-punching on a cloth material having water retention properties.

The surface member 100 is preferably provided with a pocket (a) for receiving the root of the plant and the soil for vegetation.

Exposed hole 111 is preferably formed in the inner region of the pocket (a) of the surface member 100 so that the root of the plant is exposed to the rear.

The surface member 100 includes a water retaining member 110 formed of a cloth material having water retaining properties; And a pocket member 120 formed of a cloth material having elasticity to couple to the front surface of the repair member 110 to form the pocket a. The exposed hole 111 includes the pocket member 120. As an inner region of the), it is preferably formed in the lower portion of the repair member (110).

Preferably, the pocket member 120 is sewn on both sides and the bottom of the repair member 110.

It is preferable that the root of the plant and the soil for vegetation are stored inside the pocket (a) while being protected by the pulp (130).

The present invention proposes a wall greening structure in which water can stay sufficiently despite the structure of the wall, the water can be easily supplied to the root of the plant, and such structure can be maintained despite the growth of the plant. .

Figure 1 below shows an embodiment of the present invention,
1 is a cross-sectional view.
2 and 3 are exploded perspective views.
4 is a front view of the surface member.
5 is an exploded view of the surface member.
Figure 6 is a perspective view of the receiving process of the plant for the pocket member.

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

As shown in Figure 1 below, the wall greening structure according to the present invention basically, the base member 10 installed on the outside of the wall (1); A water supply pipe 20 installed outside the base member 10 and having a drain hole 20a formed therein; A maintenance cover 30 formed by a cloth material having water retention properties and installed to cover the water supply pipe 20; It is characterized in that it comprises a; and the surface member 100 installed on the outside of the base member 10 to cover the root of the plant and the soil for vegetation, and to cover the repair cover 30.

That is, in supplying water to the surface member 100 through the water supply pipe 20 to the vegetation vegetation, the water supply pipe 20 does not directly supply water to the surface member 100, the water supply pipe 20 Installing a separate maintenance cover 30 to cover, and indirectly to supply water to the surface member 100 through this.

In such a configuration, once the water discharged through the drainage hole 20a of the water supply pipe 20 stays by the water retaining cover 30, the surface member 100 gradually passes through the air gap of the water retaining cover 30. It is then discharged through) to moisturize the plant.

Therefore, despite taking the structure of the wall, the water supplied through the water supply pipe 20 to be able to stay in the greening structure sufficiently, there is an effect that it is possible to smooth the water supply to the plant to prevent death.

The water supply pipe 20 has a configuration including a left and right water supply pipe 21 installed in the left and right directions with respect to the wall surface 1, which can maximize the water storage effect by the installation of the water retaining cover 30. Preferred in terms of aspect (Figs. 2 and 3).

Specifically, the water supply pipe 20 is opened in the vertical direction, the left and right water supply pipe 21 is installed a plurality; It is preferable to take a configuration including a supply pipe 22 commonly coupled to a plurality of left and right water supply pipes 21 in terms of uniformly supplying water throughout the wall greening structure (FIGS. 2 and 3).

The maintenance cover 30 is a cloth material capable of supplying water to the surface member 100 while gradually draining the water discharged through the drain hole 20a of the water supply pipe 20 (reserved water), and gradually being discharged to the outside. It doesn't matter.

However, when the microfiber cloth formed by the microfiber (로서) is applied as the maintenance cover 30, a very small amount of moisture will be discharged to the outside through the micro voids of the microfiber cloth, the surface member (for It is preferable in terms of being able to stably supply moisture with respect to 100).

To this end, it is preferable to take a configuration in which the edge portion of the repair cover 30 is sewn on the base member 10 so that the repair cover 30 closes the circumference of the water supply pipe 20 (FIG. 3).

The base member 10 is directly attached to the wall surface 1, or installed on the wall surface (1) by placing a waterproof waterproof member (2), when it is formed by a material that the roots of the plant is slid, stable growth of the plant And the effect that it can contribute to lubrication.

For this purpose, the base member 10 preferably uses a material (nonwoven fabric, etc.) formed by needle-punching on a cloth material having water retention properties.

In this way, the needle-punched cloth material is formed with a plurality of fine holes, through which the rootlets of the plant are slid, thereby absorbing and growing moisture.

The surface member 100 is an area in which the plant is slid, and when the surface member 100 has a configuration in which a pocket (a) in which the root of the plant and the soil for vegetation are accommodated is provided, the initial vegetation of the plant can be easily realized. The advantage is that it can be added (Figure 4).

When taking the configuration in which the exposure hole 111 is formed so that the root of the plant is exposed to the rear of the pocket (a) of the surface member 100, the root of the plant is grown and exposed to the rear, the base member 10 The advantage is that it can be attached to () (Fig. 5).

The surface member 100 includes a water retaining member 110 formed of a cloth material having water retaining properties; And a pocket member 120 formed of a cloth material having elasticity, to be coupled to the front surface of the repair member 110 to form a pocket a. The exposed hole 111 includes an inner region of the pocket member 120. As a configuration, it may take the configuration formed in the lower portion of the repair member 110 (Figs. 4 and 5).

The surface member 100 formed as described above is installed on the front surface of the sliding member 200 installed on the wall so that the roots of the plant slide, thereby forming a wall greening structure (FIG. 1).

Conventionally, the members (corresponding to the repair member and the pocket member of the present invention) that are installed to form the upper pocket are all formed by the nonwoven fabric of the same material, so that water retention (vegetability) for vegetation, adaptability to plant growth There was a problem of falling.

On the contrary, the surface member 100 according to the present invention forms the repair member 110 by a cloth material having a water retention property, and the pocket member 120 formed by the cloth material having elasticity is joined to the front surface therebetween. The feature is that pockets are formed in the area.

In addition, since the repair member 110 is located on the back of the plant and the pocket member 120 is located on the front surface of the plant, the root of the plant absorbs moisture from the repair member 110 on the back, and the pocket member 120 on the front surface of the plant. It grows while increasing the volume of) by elasticity.

Therefore, the moisture can be sufficiently retained by the water retaining member 110, and the structure of the pocket member 120 has the effect that such a structure is stably maintained despite the growth of the plant.

Here, the repair member 110 and the pocket member 120 may be formed of a cloth material such as a nonwoven fabric using synthetic fibers such as polyester, and the above water retention and elasticity is implemented according to the specific manufacturing method of the nonwoven fabric. Can be.

That is, in the present invention, since the water retaining member 110 may have a larger water retaining property and a smaller elasticity than the pocket member 120, the water retaining member 110 may have a water retaining property and elasticity (elasticity). What is necessary is to select and use the repair member 110 and the pocket member 120.

Since the repair member 110 and the pocket member 120 are both formed of a cloth material such as a nonwoven fabric, the pocket member 120 has a structure in which both sides and the lower part are sewn by the thread in the repair member 110. Preferred in terms of stability (FIG. 4).

In the surface member 100 of such a structure, the upper exposure hole 111 may be formed by a method such as punching a circular hole in the repair member 110, but when taking the configuration formed by the "V" shaped cut line, Before the growth of the root, the "V" shaped cover part 111a closes the exposure hole 111, and when the root grows later to open the "V" shaped cover part 111a so that the exposed hole 111 is formed. The advantage of doing so is added (FIG. 5).

The pulp 130 produced in the paper manufacturing process serves to initially strengthen the absorption of moisture and is extinguished with time.

When the root of the plant and the soil for vegetation are stored inside the pocket (a) formed by the pocket member 120 while being protected by the pulp 130, due to the above characteristics of the pulp 130 There is an effect that can help the successful early rooting of plants by stably supplying moisture in the early stage when the rooting is vulnerable (Fig. 6).

Since the above has been described only with respect to some of the preferred embodiments that can be implemented by the present invention, the scope of the present invention, as is well known, should not be construed as limited to the above embodiments, the present invention described above It will be said that both the technical idea and the technical idea which together with the base are included in the scope of the present invention.

a: pocket 1: wall
10: base member 20: water supply pipe
20a: drain hole 21: left and right water supply pipe
22: supply pipe 30: maintenance cover
100: surface member 110: repair member
111: exposed hole 120: pocket member
130: pulp

Claims

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A base member 10 installed outside the wall surface 1;
A water supply pipe 20 installed outside the base member 10 and having a drain hole 20a formed therein;
A maintenance cover 30 formed by a cloth material having a water retention property and installed to cover the water supply pipe 20;
And a surface member 100 installed outside the foundation member 10 to cover the root cover and the vegetation soil of the plant and cover the repair cover 30.
The base member 10 is formed by a material that the root of the plant is slid,
The base member (10) is a wall greening structure, characterized in that formed by needle-punching (needle-punching) for a cloth material having a water retention.

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A base member 10 installed outside the wall surface 1;
A water supply pipe 20 installed outside the base member 10 and having a drain hole 20a formed therein;
A maintenance cover 30 formed by a cloth material having a water retention property and installed to cover the water supply pipe 20;
And a surface member 100 installed outside the foundation member 10 to cover the root cover and the vegetation soil of the plant and cover the repair cover 30.
The base member 10 is formed by a material that the root of the plant is slid,
The surface member 100 has a pocket (a) for receiving the root of the plant and the soil for vegetation,
An exposed hole 111 is formed in the inner region of the pocket a of the surface member 100 so that the root of the plant is exposed to the rear.
The surface member 100 is
Repair member 110 formed by a cloth material having a water retention;
And a pocket member 120 formed of a cloth material having elasticity to be coupled to the front surface of the repair member 110 to form the pocket a.
The exposed hole (111) is an inner region of the pocket member (120), and the wall greening structure, characterized in that formed in the lower portion of the repair member (110).

The method of claim 10,
The pocket member 120 is wall recording structure, characterized in that both sides and the bottom is sewn on the repair member (110).

A base member 10 installed outside the wall surface 1;
A water supply pipe 20 installed outside the base member 10 and having a drain hole 20a formed therein;
A maintenance cover 30 formed by a cloth material having a water retention property and installed to cover the water supply pipe 20;
And a surface member 100 installed outside the foundation member 10 to cover the root cover and the vegetation soil of the plant and cover the repair cover 30.
The base member 10 is formed by a material that the root of the plant is slid,
The surface member 100 has a pocket (a) for receiving the root of the plant and the soil for vegetation,
Wall greening structure, characterized in that the root of the plant and the soil for vegetation is wrapped inside the pocket (a) in a protected state wrapped by the pulp (130).