WO2022065659A1

WO2022065659A1 - Vertical wall greening apparatus

Info

Publication number: WO2022065659A1
Application number: PCT/KR2021/009746
Authority: WO
Inventors: 박철홍; 박종성
Original assignee: (주)수프로
Priority date: 2020-09-28
Filing date: 2021-07-27
Publication date: 2022-03-31
Also published as: KR102263635B1

Abstract

The present invention relates to a vertical wall greening apparatus. According to the present invention, support bars (14) can be provided to be horizontally extended from a vertical wall (10) or vertical columns (12) on the front surface of the vertical wall (10). The support bars (14) are coupled to coupling channels (26) formed on both-side side plates (25) of a vegetation pot (20), so that the vegetation pot (20) can be supported. In addition, a connecting pot (30) can be supported by the support bars (14) and, to this end, coupling channels (37) can be also formed on both-side side plates (36) of the connecting pot (30).

Description

vertical wall recorder

The present invention relates to a vertical wall recording device.

In order to cover the dreary environment of the city with plants, a lot of research has been done recently for greening the vertical wall. That is, research is being conducted to green the vertical wall surface or decorate it with various flowers and trees by allowing plants to grow on various artificial vertical wall surfaces as well as various vertical wall surfaces such as city buildings.

In order for plants to grow on a vertical wall, a vegetation port that contains and maintains vegetation soil is required. Since this vegetation port is highly likely to fall under the influence of gravity, the amount of vegetation soil contained is inevitably limited, so that the roots of plants Sometimes it just isn't enough to grow. In order to solve this problem, Korean Patent Registration No. 10-1603085 (Patent Document 001) uses a connection port so that the root can extend from the plant in the vegetation port to the connection port.

However, in the above prior literature, there is a problem in that the vegetation port and the connection port are alternately arranged in the vertical direction, so that when the green vertical wall surface is viewed from the front, the greening rate is relatively low.

And, in the above prior literature, the back surface of the vegetation port and the connection port is hung on the vertical wall surface, and the moment due to the weight of the vegetation port and the connection port increases, so the size of the vegetation port and the connection port cannot be made large. there is.

An object of the present invention is to make the capacity of the vegetation port and the connection port used for vertical wall greening relatively large.

An object of the present invention is to enable the installation of the vegetation port and the connection port used for vertical wall greening in the front and rear directions.

The present invention for achieving the above object is a support bar extending in the horizontal direction from a vertical wall, and the support bar is coupled to both sides to be supported, and an internal space open upwards is formed therein, so that vegetation is planted. It may include a vegetation port filled with soil, and a connection port that is in contact with the back or lower surface of the vegetation port, the support bar is coupled to both sides for support, and is filled with vegetation soil therein.

The support bar may be directly coupled to the vertical wall or coupled to a vertical column provided on the front surface of the vertical wall in a vertical direction with respect to the ground.

On both sides of the support bar in the width direction, hanging ribs may be formed to extend long in the longitudinal direction.

A channel is formed between the hook ribs, so that the hook jaw in the coupling channel of the vegetation port or the connection port can be hung.

At least one coupling channel may be formed in the front-rear direction on the outer surface of the side plate on both sides of the vegetation port, and at least one coupling channel may also be formed in the front-rear direction on the outer surface of the side plate on both sides of the connection port. there is.

An external communication hole for communicating the internal space and the outside may be formed on the front surface of the vegetation port.

A rear through hole may be formed in the rear plate of the vegetation port and a bottom through hole may be formed in the front plate of the connection port at a position corresponding to the rear through hole.

A water-through pin extending and inserted into the rear through-hole or the front through-hole may be further provided on either side of the front through-hole and the rear through-hole.

A water passage hole may be formed in the rear plate of the vegetation port and the front plate of the connection port at a position corresponding to the water storage tank of the connection port, and a water passage member is installed in the water passage hole to transfer moisture.

Coupling irregularities may be formed on the rear plate and the front plate adjacent to the water-through hole, so that the water-through member can be brought into close contact with each other.

At least one coupling channel may be formed extending in the left and right directions on the rear plate of the vegetation port.

The vertical wall recording apparatus according to the present invention may have at least one or more of the following effects.

First, in the present invention, since the support bar is coupled to both sides of the vegetation port and the connection port to support the vegetation port and the connection port, it can be more robust to support the vegetation port and the connection port with respect to the vertical wall surface. Therefore, even if the vegetation port and the connection port are made relatively large, it is possible to sufficiently support the vertical wall surface, so that it is possible to provide sufficient vegetation soil for the growth of plants, so that the vertical wall greening can be smooth.

And, in the present invention, since the support bar, which is a configuration for supporting the vegetation port and the connection port, is coupled to both sides of the vegetation port and the connection port, it is possible to install the connection port overlapping the back surface of the vegetation port. Therefore, it is possible to continuously install the vegetation port in the vertical direction, there is an effect that can increase the greening rate for the vertical wall surface.

In addition, in the present invention, each vegetation port and connection port can be separated from the front of the vertical wall by moving toward the free end of the support bar. Therefore, it is possible to make maintenance easier by selectively separating only the vegetation ports that need replacement.

1 is a perspective view showing a preferred embodiment of a vertical wall recording device according to the present invention.

Figure 2 is a perspective view showing an example of the configuration for supporting the vegetation port and the connection port in the present invention.

Figure 3 is a front perspective view showing the configuration of the vegetation port used in the present invention.

Figure 4 is a perspective view showing the configuration of the vegetation port used in the present invention.

Figure 5 is a rear perspective view showing the configuration of the vegetation port used in the present invention.

6 is a front perspective view showing the configuration of a connection port used in the present invention.

7 is a rear perspective view showing the configuration of a connection port used in the present invention.

8 is an exploded perspective view showing the surfaces in contact with each other of the vegetation port and the connection port used in the present invention.

9 and 10 are working state diagrams showing that the connection port and the vegetation port are installed on the support bar in the present invention.

11 is a side view showing various forms in which a connection port and a vegetation port are installed in an embodiment of the present invention.

12 is a perspective view showing a configuration for closing one end of a recording device in an embodiment of the present invention;

Hereinafter, some embodiments of the present invention will be described in detail with reference to exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in describing the embodiment of the present invention, if it is determined that a detailed description of a related known configuration or function interferes with the understanding of the embodiment of the present invention, the detailed description thereof will be omitted.

In addition, in describing the components of the embodiment of the present invention, terms such as first, second, A, B, (a), (b), etc. may be used. These terms are only for distinguishing the elements from other elements, and the essence, order, or order of the elements are not limited by the terms. When it is described that a component is "connected", "coupled" or "connected" to another component, the component may be directly connected or connected to the other component, but another component is between each component. It will be understood that may also be "connected", "coupled" or "connected".

Hereinafter, the configuration of the vertical wall recording apparatus according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The vertical wall recording device of the embodiment of the present invention is installed on the vertical wall (10). Here, the vertical wall 10 refers to an outer wall of a building, a wall surface of an indoor space of a building, a wall surface formed on an outdoor slope, and the like. In addition, the vertical wall 10 is not necessarily perpendicular to the ground, and may be referred to as the vertical wall 10 if it has an inclination close to 90 degrees with respect to the ground.

A vertical column 12 as shown in FIG. 2 may be installed on the vertical wall 10 . A plurality of the vertical pillars 12 may be vertically erected side by side with a predetermined interval on the ground in front of the vertical wall 10 . Of course, the vertical column 12 is not necessarily erected on the ground in front of the vertical wall 10 . A vertical column 12 may be fixed to the vertical wall 10 itself. Alternatively, a configuration having the same function as the vertical column 12 may be formed on the vertical wall 10 itself. Accordingly, the vertical column 12 may be expressed as a vertical wall 10 .

A support bar 14 may be installed on the vertical wall 10 or the vertical column 12 . The support bar 14 may be installed horizontally or inclined slightly downward toward the vertical wall 10 . That is, the support bar 14 may have a slight downward inclination from a portion far from the vertical wall 10 to a portion close to the vertical wall 10 . The support bar 14 may have one hanging rib 16 at both ends of the upper surface in the width direction, respectively. In addition, each of the hanging ribs 16 may be side by side at both ends in the width direction of the lower surface of the support bar 14 . A channel 17 may be formed between the hook ribs 16 .

A fastening part 18 may be provided at one end of the support bar 14 . The fastening part 18 is for fastening the support bar 14 to the vertical wall 10 or the vertical column 12 . The fastening portion 18 may be made orthogonal to the other portion at one end of the support bar 14 . The fastening part 18 is formed in this way to more firmly fix the support bar 14 to the vertical wall 10 or the vertical column 12 . The fastening part 18 may be fastened to the vertical wall 10 or the vertical column 12 by a plurality of fasteners 18' such as bolts.

The length of the support bar 14 may vary depending on the configuration installed on the support bar 14 . For example, when only one vegetation port 20 to be described below is supported, the length of the support bar 14 may be the shortest, and when the vegetation port 20 and the connection port 30 are supported. may be relatively long. When a plurality of connection ports 30 are used, the length of the support bar 14 may be longer.

When the length of the support bar 14 is increased, a bar connector 19 can be used to connect between the free ends of the support bar 14 installed adjacent to the vertical wall 10 or the vertical column 12 in the vertical direction. there is. The configuration of the bar connector 19 is well illustrated in FIG. 2 . The via connector 19 may be provided with coupling protrusions 19" at both ends in the longitudinal direction of the connector body 19'. The connector body 19' may be a straight line. The connector body 19' ), the coupling protrusions 19" may be formed at both ends, and the coupling protrusions 19" are inserted into the channels 17 of the support bar 14 to connect the bar connector 19 to the support bar 14. ). At least one coupling protrusion 19 ″ may be formed at an end of the connector body 19 ′, respectively. In the present embodiment, two are formed at the end of the connector body 19' as a pair.

The bar connector 19 is not necessarily used, but can be used when it is necessary to connect the support bar 14 to each other in order to more firmly support the vegetation port 20 and the connection port 30. .

Instead of the bar connector 19 , a separate vertical column 12 may be installed to be connected to the tip of the support bar 14 . The vertical column 12 used at this time may be fixed to the ground and simultaneously coupled to a plurality of support bars 14 to support the free end of the support bars 14 .

The vegetation port 20 is a part in which plants are planted in a state in which the vegetation soil is filled. An inner space 22 may be formed inside the vegetation port 20 to be opened upward. The bottom plate 23 may form the bottom of the vegetation port 20 . The bottom plate 23 may have a rectangular shape. A plurality of bottom through holes 23 ′ may be formed in the bottom plate 23 . The bottom through-hole 23 ′ is another vegetation port 20 or connection port 30 in the lower portion of the vegetation port 20 through which water and plant roots can pass.

The front end of the bottom plate 23 may have a front plate 24 . The front plate 24 may be inclined or formed in a curved surface when the vegetation port 20 is viewed from the lateral direction. In this embodiment, a part of the front plate 24 may be inclined and a part may be parallel to the rear plate 27 to be described below. A plurality of external communication holes 24 ′ may be formed in the front plate 24 . The external communication hole 24 ′ may be formed in the entire area of the front plate 24 . The external communication hole 24 ′ has a relatively small inner diameter compared to the bottom through hole 23 ′, through which a plant root and moisture can pass. Before filling the internal space 22 of the vegetation port 20 with vegetation soil, for example, a non-woven fabric is installed on the inner surface of the internal space 22 so that the vegetation soil is formed in the external communication hole 24 ' or the bottom hole 23 ') cannot be used to exit to the outside. The external communication hole 24' is for the development of the root of a plant, so-called air root pruning.

The side plates 25 may be formed on both sides of the vegetation port 20 . The side plate 25 may extend orthogonally from both ends of the bottom plate 23 . At least one coupling channel 26 may be formed on the outer surface of the side plate 25 . The coupling channel 26 may extend in a horizontal direction. A widthwise half of the support bar 14 may be inserted into the coupling channel 26 . Hanging jaws 26 ′ may be provided on both sides of the coupling channel 26 in the width direction. The hooking jaw 26 ′ may be seated in the channel 17 of the support bar 14 .

The front-rear length at the bottom of the side plate 25 is the same as the corresponding length of the bottom plate 23, but the front-rear length at the top of the side plate 25 is much longer than the front-rear length at the bottom. It is long and may be equal to the length between the top of the front plate 24 and the top of the back plate 27 .

There may be a rear plate 27 connected to the bottom plate 24 and the side plate 25 at the same time. The rear plate 27 may form the rear surface of the vegetation port 20 . At least one coupling channel 27 ′ may be formed on the rear plate 27 in the left and right directions. The coupling channel 27 ′ is to allow the vegetation panel 20 to be coupled to the support bar 14 for the finishing of both ends in the vertical wall greening using the vegetation port 20 . This is well illustrated in FIG. 12 .

The rear plate 27 has a plurality of water-through holes 28 . The water hole 28 is for moisture transfer with the connection port 30 to be described below. A water passing member 50 may be installed in the water passage hole 28 . The water passing member 50 may be, for example, a non-woven fabric. The water passing member 50 may serve to continuously deliver water in the water storage tank 32 of the connection port 30 to the vegetation soil in the vegetation port 20 . One end of the water passing member 50 may extend into the inner space 22 by a predetermined length. The other end of the water-permeable member 50 may extend a predetermined length to the outside of the vegetation port 20 through the water-through hole 28 .

A pressing unevenness 28t may be formed around the water-through hole 28 . The pressing unevenness 28t is formed to be concave and convex on the surface of the rear plate 27 , and is in close contact with the water passing member 50 so that moisture can be uniformly transmitted. The other end of the water passing member 50 may extend to at least cover the pressing unevenness 28t.

A plurality of rear through-holes 28 ′ are formed in the rear plate 27 . The rear through hole 28 ′ may serve to allow movement of moisture and the extension of roots between the vegetation port 20 and the connection port 30 . The rear through hole 28 ′ may be formed over most of the area of the rear plate 27 . The rear through-hole 28 ′ may be formed to a size that allows moisture and roots to pass through.

Although not shown in the drawings, a water-through pin may be formed to extend from an edge of the rear through-hole 28' or an inner surface of the rear through-hole 28'. The water-through pin protrudes from the rear plate 27 , and the water-through pin may be formed to have a smaller diameter toward the tip. For example, in the water-through pin, the lower side in the gravity direction is formed in a straight line, and the opposite side is formed to be inclined, so that moisture in the rear through-hole 28 ′ can be moved to the tip of the water-permeable pin by riding the water passage pin. The tip of the water-through pin may be located inside the front through-hole 34 ′ of the connection port 30 to be described below.

As shown in FIG. 3 , a plurality of vertical ribs 29 may be formed on the inner surface of the rear plate 27 . The vertical ribs 29 extend vertically on the inner surface of the rear plate 27 and may protrude from the rear plate 27 by a predetermined height. The vertical ribs 29 may serve to prevent the roots of plants planted in the inner space 22 from growing in a spiral.

A plurality of vegetation ports 20 having the configuration as described above may be arranged in rows and columns on the front surface of the vertical wall 10 . In Figure 1, when the greening apparatus of the present invention is viewed from the front, only the vegetation port 20 is arranged in rows and columns to be seen from the front. Here, the entrance of the inner space 22 is larger than the area of the bottom plate 23 , and in particular, the distance from the upper end of the front plate 24 to the rear plate 27 corresponds to the bottom plate 23 . It is larger than the distance, so even if the vegetation ports 20 are stacked in the vertical direction with respect to the ground, the vegetation part is exposed and you can see the plants planted from the front.

The connection port 30 may have a substantially rectangular parallelepiped shape. The left and right widths of the connection port 30 may be the same as the left and right widths of the vegetation port 20 . Alternatively, the left and right width of the connection port 30 may be different from the left and right width of the vegetation port 20 . In this case, it is preferable that the left and right width of the connection port 30 is greater or smaller than the left and right width of the vegetation port 20 by an integer multiple.

An auxiliary vegetation soil space 31 may be formed inside the connection port 30 . The auxiliary vegetation soil space 31 may be filled with vegetation soil. In the auxiliary vegetation soil space 31, the roots of plants in the vegetation port 20 can be extended and grown.

There may also be a water storage tank 32 inside the connection port 30 . The water storage tank 32 may contain water. The water in the water storage tank 32 may be transferred to the vegetation soil in the vegetation port 20 through the water passing members 50 and 50'.

The front plate 34 of the connection port 30 may be in close contact with the rear plate 27 of the vegetation port 20 . A front through hole 34 ′ may be formed in the front plate 34 . The front through hole 34 ′ is at a position corresponding to the rear through hole 28 ′ formed in the rear plate 27 of the vegetation port 20 , through which moisture and roots can pass. In the front through-hole 28 ′, a water-through pin on the rear plate 27 of the vegetation port 20 may be positioned. Of course, a water-through pin may also be formed in the front through-hole 34 ′. That is, since the front plate 34 of the connection port 30 also has a water-through pin, it can be inserted into the rear through-hole 28 ′ formed in the rear plate 27 of the vegetation port 20 . In summary, at least one surface of the surfaces in contact with each other of the vegetation port 20 and the connection port 30 is formed with a water-through pin to help the transfer of moisture.

A water-through hole 35 may also be formed in the front plate 34 . The water-through hole 35 may be formed at a position corresponding to the water-through hole 28 of the vegetation port 20 . The water hole 35 may be located at a position corresponding to the water storage tank 32 . A water passage member 50 ′ may be installed in the water passage hole 35 as well. The water passing member 50' may also be made of a non-woven fabric. One end of the water passing member 50 ′ may extend long into the water storage tank 32 to extend to the bottom of the water storage tank 32 . The water passing member 50 of the vegetation port 20 and the water passing member 50 ′ of the connection port 30 are in contact with each other, so that moisture can be transferred from the water storage tank 32 to the vegetation soil of the vegetation port 20 .

Concave-convex 35 ′ may be formed around the water-through hole 35 . The unevenness (35') is at a position corresponding to the unevenness (28t) formed on the back plate 27 of the vegetation port 20, and at the same time fixing the position of the water passing members (50, 50'), moisture can be delivered A passageway can be formed. The other end of the water passing member 50' may extend to cover the unevenness 35'.

At least one coupling channel 37 may be formed in the side plates 26 on both sides of the connection port 30 in the left and right directions. The coupling channel 37 may be formed at a position corresponding to the coupling channel 26 of the vegetation port 20 . In order for the vegetation port 20 and the connection port 30 to be disposed at positions corresponding to each other, it is necessary to have their

coupling channels

26 and 37 at the same position. Hanging jaws 37 ′ may be formed at both ends of the coupling channel 37 in the width direction. The hooking jaw 37 ′ may be seated in the channel 17 of the support bar 14 .

The rear plate 38 of the connection port 30 may have the same configuration as the front plate 34 . A through hole 39 and a rear through hole 38 ′ may be formed in the rear plate 38 . The formation of the through hole 39 and the rear through hole 38 ′ in the rear plate 38 is necessary when a plurality of connection ports 30 are connected and used. A water passage member 50 ′ may be installed in the water passage hole 39 . A water-through pin may also be formed in the rear through-hole 38 ′. The rear configuration of the connection port 30 is such that when the two connection ports 30 are placed in contact with each other, moisture and roots can be connected. Reference numeral 39' denotes irregularities.

On the other hand, the configuration of the bottom plate of the connection port 30 may be the same as the configuration of the bottom plate 23 of the vegetation port 20 . That is, a bottom through hole may also be formed in the bottom plate of the connection port 30 .

Hereinafter, the installation of the vertical wall recording apparatus of the present invention having the above-described configuration on a vertical wall will be described in detail.

First, the plants used in the greening apparatus of the present invention are grown in the container for seedling of Korean Patent No. 10-0761546 and the container for tree cultivation of Korean Patent No. 10-1363362. And, these containers for seedlings or containers for growing trees can be made with Republic of Korea Registered Utility Model No. 20-046477.

In order to install the recording device of the present invention, the support bar 14 is installed on the vertical wall 10 or a plurality of vertical pillars 12 installed in front of the vertical wall 10 to be substantially parallel to the ground. The support bar 14 may be disposed along the vertical wall 10 to be greened at intervals corresponding to the width of one vegetation port 20 or the connection port 30 . The support bar 14 is also installed from the lower part of the vertical wall 10 to the upper end of the vertical wall 10 at a predetermined interval in the height direction of the vertical wall 10 or the vertical column 12 . The spacing of the support bars 14 disposed in the height direction of the vertical wall 10 allows at least one support bar 14 to be coupled to one vegetation port 20 or connection port 30 .

12 shows a state in which the connection ports 30 are installed on the support bar 14 installed as above. The connection port 30 may be installed so that the hanging rib 16 of one side of the support bar 15 is inserted and hung in one of the coupling channels 37 of the side plate 36 of the connection port 30. . In this way, after the rear plate 38 of the connection ports 30 is installed to face the vertical wall 10, and the front plate 34 of the connection port 30 is exposed to the front, the vegetation port ( 20) are installed.

The vegetation port ( 20) is inserted toward the connection port 30. The vegetation port 20 is installed so that the rear plate 27 of the vegetation port 20 is in close contact with the front plate 34 of the connection port 30 .

At this time, the water-through pin is between the vegetation port 20 and the connection port 30 . For example, if there is a water-through pin on the rear plate 27 of the vegetation port 20, the water-through pin is located inside the front through hole 34 ′ formed in the front plate 34 of the connection port 30 . do.

And, the water passing member 50 in the water passage hole 28 of the vegetation port 20 comes into contact with the water passage member 50 ′ in the water passage hole 35 of the connection port 30 . As such, when the water passing members 50 and 50' are in contact with each other, the water in the water storage tank 32 may be transferred along the water passing members 50 and 50' and transferred to the vegetation soil of the inner space 22 .

10, when the rear plate 27 of the vegetation port 20 is installed in close contact with the front plate 34 of the connection port 30, the vegetation port 20 and the connection port 30 It can be in a state where connection of moisture and connection of roots are possible between the two.

On the other hand, the installation of the vegetation port 20 and the connection port 30 may be in various forms. 11 shows that the vegetation port 20 and the connection port 30 are arranged in various forms.

Basically, the connection port 30 is installed on the rear surface of the vegetation port 20, and the combination of these vegetation port 20 and the connection port 30 forms a row on the front side of the vertical wall 10, left and right, up and down, and discharged. can be Such a state is shown in FIG. 1 or FIG. 10 .

And, in Figure 11, although the vegetation port 20 and the connection port 30 are installed together on the lowermost floor, only the connection port 30 is installed at the position. On the floor where only the connection port 30 is installed, two connection ports 30 are installed in contact with each other in the front-rear direction, and the vegetation port 20 is installed at the tip. Accordingly, the roots of the plants planted in the vegetation port 20 can extend to the two connection ports 30 on the same floor and the connection port 30 on the lower floor or the connection port 30 on the lowest floor.

Next, the configuration of the fourth and fifth layers of FIG. 11 will be described. On the fourth floor, two connection ports 30 are installed in contact with each other before and after, and one vegetation port 20 and one connection port 30 are installed on the upper floor. In this way, the roots of plants planted in the vegetation port 20 on the 5th floor can extend to at least the connection port 30 of the 5th and 4th floors. In the uppermost layer of Figure 11, only the vegetation port 20 is installed.

On the other hand, Figure 12 shows an example in which the vegetation port 20 is installed at the end of the vertical wall greening device. Here, the vegetation port 20 may be installed to cover the side of the vegetation port 20 and the connection port 30 installed on the front side of the vertical wall 10 in order to green the vertical wall 10 . To this end, one side hanging rib 16 of the support bar 14 installed at the most end of the vertical column 12 is hung on the coupling channel 27 ′ formed on the rear plate 27 of the vegetation port 20 . let it go That is, the vegetation port 20 is installed by utilizing the coupling channel 27 ′ formed on the rear plate 27 of the vegetation port 20 . In this case, depending on the design conditions, a separate vertical column 12 is erected, and a support bar 14 is placed thereon to provide a support bar 14 to the coupling channel 26 formed in at least one side plate 25 of the vegetation port 20 . ) can be combined.

On the other hand, in the present invention, if there is a need to replace the plants planted in any one of the vegetation ports 20, only the corresponding vegetation port 20 is moved along the support bar 14 to remove the support bar 14. Separation can be achieved beyond the free end. In this way, without separating the surrounding other vegetation port 20 or the connection port 30, only the desired vegetation port 20 can be separated to replace the plant.

And, in the present invention, as shown in FIG. 11, the connection port 30 can be used as many times as desired. That is, depending on the type of plant planted in the vegetation port 20, by varying the number of connection ports 30 adjacent to the corresponding vegetation port 20, the plant can be grown in an optimal state.

Water stored in the water storage tank 32 in the connection port 30 can be delivered to the vegetation port 20 by a predetermined amount through the water passage members 50 and 50', so that the plants in the vegetation port 20 are continuously can supply moisture. Water may be delivered to the water storage tank 32 through a separate water supply structure. Alternatively, the moisture given to the connection port 30 or the vegetation port 20 located at the upper portion may fall by gravity and be delivered to and stored in the water storage tank 32 of the connection port 30 located at the lower portion.

In the above, even though it has been described that all components constituting the embodiment according to the present invention operate in combination or combined into one, the present invention is not necessarily limited to this embodiment. That is, within the scope of the object of the present invention, all the components may operate by selectively combining one or more. In addition, terms such as "comprises", "comprises" or "have" described above mean that the corresponding component may be inherent, unless otherwise specified, excluding other components. Rather, it should be construed as being able to further include other components. All terms, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs, unless otherwise defined. Terms commonly used, such as those defined in the dictionary, should be interpreted as being consistent with the contextual meaning of the related art, and are not interpreted in an ideal or excessively formal meaning unless explicitly defined in the present invention.

The above description is merely illustrative of the technical spirit of the present invention, and various modifications and variations will be possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

In the illustrated embodiment, the water storage tank 32 is provided in the connection port 30, but the water storage tank 32 may not be used depending on the structure in which water is supplied.

Claims

a support bar extending in the horizontal direction from the vertical wall;

A vegetation port in which the support bar is coupled to both sides to be supported and an internal space open upwards is formed therein, so that vegetation soil in which plants are planted is filled;

A vertical wall greening apparatus including a connection port that is in contact with the rear or lower surface of the vegetation port, the support bar is coupled to both sides, and is supported, and the vegetation soil is filled therein.
The vertical wall recording apparatus according to claim 1, wherein the support bar is directly coupled to the vertical wall or to a vertical column provided on a front surface of the vertical wall in a vertical direction with respect to the ground.
The vertical wall recording apparatus according to claim 2, wherein the support bar has hanging ribs on both sides of the support bar in the longitudinal direction.
[4] The vertical wall recording apparatus according to claim 3, wherein a channel is formed between the hanging ribs, so that a hook in the coupling channel of the vegetation port or the connection port is hung.
The method according to any one of claims 1 to 4, wherein at least one coupling channel is formed on the outer surface of the side plate on both sides of the vegetation port in the front-rear direction, and also on the outer surface of the side plate on both sides of the connection port. A vertical wall recording device in which at least one coupling channel is formed in a front-rear direction.
[Claim 6] The vertical wall greening apparatus according to claim 5, wherein an external communication hole for communicating the interior space and the exterior is formed on the front surface of the vegetation port.
The vertical wall greening apparatus according to claim 5, wherein a rear through hole is formed in the rear plate of the vegetation port and a bottom through hole is formed in a position corresponding to the rear through hole in the front plate of the connection port.
[8] The vertical wall recording apparatus according to claim 7, wherein a water-through pin extending and inserted into the rear through-hole or the front through-hole is further provided on either side of the front through-hole and the rear through-hole.
According to claim 5, wherein the back plate of the vegetation port and the front plate of the connection port, a water passage hole is formed at a position corresponding to the water storage tank of the connection port, and a water passage member is installed in the water passage hole to transmit moisture. recording device.
[10] The vertical wall recording apparatus according to claim 9, wherein coupling irregularities are formed on the rear plate and the front plate adjacent to the water passage hole to bring the water passage member into close contact with each other.
[Claim 6] The vertical wall recording apparatus according to claim 5, wherein at least one coupling channel extends in the left and right directions on the rear plate of the vegetation port.