KR101187407B1 - Wall-greening apparatus and wall-greening method using the same - Google Patents

Abstract

The present invention relates to a wall recording apparatus capable of recording a wall with moss by attaching a moss panel capable of growing moss to a moss panel fixing block constituting an outer wall, and a wall recording method using the same. Wall recording apparatus according to the present invention, the moss panel is moss is planted on the front surface, moss panel attachment surface and moss panel fixing block provided with a tube coupling groove provided on the moss panel attachment surface, moss planted on the moss panel. Water supply device for supplying, water supply tube is coupled to the tube coupling groove for guiding the water of the water supply device to the moss panel attached to the moss panel fixing block, the moss panel, the base and the base so that the moss can be planted It is provided with a moss planting groove formed on the front surface, and a plurality of tube insertion holes provided in the base to be inserted into the moss planting surface and water supply tube provided inside the moss planting groove so that the root of the moss can be attached.

Description

Wall recording apparatus and wall recording method using the same {Wall-greening apparatus and wall-greening method using the same}

The present invention relates to a wall recording apparatus, and more particularly, a wall recording apparatus capable of recording a wall with moss by attaching a moss panel capable of growing moss to a moss panel fixing block constituting an outer wall, and wall recording using the same. It is about a method.

As a result of recent rapid and overcrowded urbanization, the ecological environment of cities is greatly deteriorated in terms of quantity and quality. The city's ecological and environmental problems can be summarized by the accumulation of environmental pollution, the disruption of the urban ecosystem, and urban climate change.

Among them, the destruction of urban ecosystems leads to the loss of resilience and self-sustainability due to the reduction and destruction of flora and fauna habitats in cities, the reduction of species, and even the destruction of stability and balance of ecosystems. The root cause of the deteriorating ecological environment of the city center is the reduction of green space.

In order to reduce the problems caused by the reduction of the green space, various attempts have recently been made to utilize buildings, civil structures, etc., which occupy most of the land in cities with insufficient green space. It is called artificial ground recording to record artificial ground created by human urban activities, not natural space.

Artificial ground is a space created by human beings such as buildings, elevated buildings, upper parking lots, and soundproof walls. Since it is separated from the natural ground, it is necessary to artificially create a new soil layer. The green artificial ground, like natural greenery, provides a space for the flora and fauna of the surrounding area, reduces the heating and cooling energy consumption of the building, and reduces the heat accumulation phenomenon on the roof, thereby alleviating the urban heat island phenomenon. can do. In addition, atmospheric purification, oxygen generation, microclimate control, and noise reduction are other benefits that can be obtained through artificial ground recording.

Specific examples of artificial ground greening are roof greening, wall greening, and horizontal greening. By covering the surface of the moss panel fixing block with plants using such a greening technique, it is possible to reduce the environmental load of the moss panel fixing blocks by blocking the heat of the sun.

For example, the Republic of Korea Patent Publication No. 0906623 (2009. 07. 01 registration) discloses a wall recording apparatus that can be recorded by planting the wall surface by combining the greening block for planting plants on the wall. The greening block of the wall recording apparatus disclosed in the above publication includes a receiving frame woven with a metal or a synthetic resin wire and a vegetation portion accommodated in the receiving frame, the vegetation portion envelops the artificial soil and the artificial soil to allow air and moisture to pass therethrough. It consists of. The conventional wall greening device is fixed to the green planting block planted on the wall surface, install a pipe on the wall to supply the water planted in the greening block planting the wall surface.

However, the conventional wall recording apparatus as described above is difficult to manufacture the greening block planting plants, as well as poor durability. In addition, when the greening block is installed on the wall, the receiving frame made of metal or synthetic resin wire is exposed to the front, which is not good in appearance, and the bonding frame of the greening block is lowered because it is coupled to the fixed frame fixed to the wall.

In addition, the conventional wall recording apparatus described above is installed so that the pipe for water supply is embedded in the wall, it is difficult to repair and replace the pipe as well as the installation of the pipe.

The present invention has been made in view of this point, and an object of the present invention is to provide an environment in which moss is stably attached and grow, and to attach a moss panel having a simple structure and excellent workability to a moss panel fixing block constituting an outer wall. The present invention provides a wall recording apparatus capable of recording a wall effectively and a wall recording method using the same.

In another aspect, the present invention is to provide a wall recording apparatus and a wall recording method using the same that can be easily and effectively supply water to the moss to install the pipe for water supply.

Wall recording apparatus according to the present invention for achieving the above object, the moss panel is moss is planted on the front surface, the moss panel is a block body having a flat moss panel attachment surface that can be attached to the plurality and the moss panel attachment surface Moss panel fixing block having a tube coupling groove is provided, a water supply device for supplying water to the moss planted in the moss panel, to guide the water of the water supply device to the moss panel attached to the moss panel fixing block It includes a water supply tube coupled to the tube coupling groove, the moss panel, a moss planting groove formed on the front surface of the base so that the moss can be planted, and the moss planting groove so that the root of the moss can be attached It has a plurality of tube insertion holes provided in the base so that the moss planting surface and the water supply tube is provided inside the.

The tube coupling groove may be arranged in a double row in the horizontal direction on the moss panel attachment surface and the moss panel may be attached in a double row to the moss panel attachment surface.

The block body is made of concrete, the moss panel fixed block, the metal reinforcing material embedded in the block body, the inner space provided in the middle of the block body so that the soil or gravel can be filled and the lower surface of the block body It may further include a locking protrusion provided.

Wall recording apparatus according to the present invention for achieving the above object may further include a water supply control device installed between the water supply device and the water supply tube to control the flow of water supplied to the moss panel through the water supply tube. .

The moss planting surface is preferably provided with a plurality of uneven portions rough surface.

The moss panel may further include a moss fixing net disposed in the moss planting groove so as to contact the moss planted in the moss planting groove to prevent the moss planted in the moss planting groove to escape from the moss planting groove. .

The moss panel may further include a plurality of receiving holes provided in the moss planting surface so that the root of the moss planted in the moss planting groove can be dug.

The moss panel may further include a planting port having a planting space capable of accommodating the root of the plant and provided on the plant surface of the moss so that the plant can be planted.

The moss panel may further include a water storage chamber provided on the rear surface of the base to store moisture, and a plurality of transmission holes provided in the moss planting surface to connect the moss planting groove and the water storage chamber.

The moss panel may further include a water-containing member accommodated in the moisture storage chamber to function the moisture flowing into the moisture storage chamber.

The formation area of the through hole may increase from the bottom of the base toward the top.

The base of the moss panel may be made of a ceramic material.

Wall recording method according to the present invention for achieving the above object, (a) a moss planting groove formed on the front surface of the base so that the moss can be planted, and the moss planting groove so that the root of the moss can be attached Prepare a plurality of moss panel having a plurality of tube insertion holes provided in the base so that the moss planting surface and the water supply tube for water supply is provided on the inside of the, and the root of the moss is attached to the moss planting surface Planting moss in the moss planting groove, (b) the moss panel is provided on the moss panel attachment surface to accommodate the block body and the feed tube having a flat moss panel attachment surface to which a plurality of moss panels can be attached; Arranging a plurality of moss panel fixing blocks having tube coupling grooves to be connected to the moss panel attachment surfaces in order, (c) the water supply tube to the The moss panel is attached to the moss panel attaching surface while engaging the tube coupling groove of the moss panel fixing block and inserting the end of the water supply tube into the tube insertion hole of the moss panel to place a part of the water supply tube in the moss planting groove. Attaching in sequence, (d) supplying water into the moss planting groove of the moss panel attached to the moss panel fixing block through the feed tube.

Using the horticultural adhesive in the step (a) can be attached to the root of moss on the moss planting surface.

The moss fixing net may be installed in the moss planting groove so as to contact the moss planted in the moss planting groove in order to prevent the moss planted in the moss planting groove in step (a) to escape from the moss planting groove.

In step (c), the moss panel may be attached to the moss panel fixing block using an adhesive.

The moss panel further includes a planting port having a planting space capable of accommodating the root of the plant and provided on the plant surface of the moss so that the plant can be planted, and the plant is placed in the planting port before step (d). You can plant it.

The moss panel includes a moisture storage chamber capable of storing moisture, and a plurality of transmission holes connecting the moss planting groove and the moisture storage chamber. After step (c), the moss panel stores the moisture stored in the moisture storage chamber. Through the moss planting groove can be supplied to the moss planted.

The moss panel further includes a water-containing member accommodated in the water storage chamber to function the water flowing into the water storage chamber. After step (c), the moss panel absorbs the water stored in the water storage chamber to the water-containing member. It may be supplied to the moss planted in the moss planting groove through the plurality of transmission holes.

The wall recording apparatus according to the present invention can effectively record the wall surface with moss by firmly attaching a moss panel on which the moss is stably attached and growing on the front surface of the plurality of moss panel fixing blocks constituting the outer wall of the artificial structure. .

In addition, the wall recording apparatus according to the present invention can smoothly supply water to the moss panel by providing a tube coupling groove on the moss panel attachment surface of the moss panel fixing block to which the moss panel is attached and install a water supply tube for water supply. have. Therefore, moss grows favorably, easy to manage after construction, and low maintenance cost.

In addition, the wall greening device according to the present invention is made of a structure in which the moss panel is in harmony with the wild aesthetics of the moss and the artificial aesthetics of the decorative surface can improve the decorativeness of the wall.

In addition, the wall recording apparatus according to the present invention by providing a planting pot for planting plants in the moss panel, can record the wall surface with various plants as well as moss, and can exhibit a variety of decorative effects on the appearance of the wall surface.

1 shows an example in which the wall recording apparatus according to an embodiment of the present invention is constructed.
Figure 2 is a perspective view showing a moss panel and a water supply tube provided in the wall recording apparatus according to an embodiment of the present invention.
3 is a perspective view showing a rear surface of the moss panel provided in the wall recording apparatus according to an embodiment of the present invention.
4 is a perspective view showing the front surface of another moss panel provided in the wall recording apparatus according to an embodiment of the present invention.
5 and 6 are side cross-sectional views and perspective views for explaining a method of attaching a moss panel provided in a wall recording apparatus according to an embodiment of the present invention to a moss panel fixing block.
Figure 7 is a side cross-sectional view showing a state in which the moss panel provided in the wall recording apparatus according to an embodiment of the present invention is coupled to the moss panel fixing block.
8 and 9 show still another embodiment of the moss panel provided in the wall recording apparatus according to the present invention.
10 is a side cross-sectional view showing a state in which the moss panel shown in FIGS. 8 and 9 are coupled to the moss panel fixing block.

Hereinafter, with reference to the accompanying drawings, a wall recording apparatus and a wall recording method using the same according to the present invention will be described in detail.

In describing the present invention, the sizes and shapes of the components shown in the drawings may be exaggerated or simplified for clarity and convenience of explanation. In addition, terms that are specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. These terms are to be construed in accordance with the meaning and concept consistent with the technical idea of the present invention based on the contents throughout the present specification.

The wall recording apparatus according to the present invention uses moss as a main greening plant. Moss has a high oxygen emission rate and a high carbon fixation rate. In addition, it is excellent in restoring, restoring, and improving the ecosystem, protecting the building, saving energy in heating and cooling, and especially, it can function more than 20 times of the actual weight compared to the dry state. Good. In addition to these advantages, moss can grow relatively smoothly due to its strong growth force, easy to moisturize, less maintenance costs than other plants, and ideal for wall greening.

Moss is an ideal plant that can be used for various wall greening, but moss cannot be planted directly on the wall. In order to plant moss on the wall, a separate moss planting means capable of growing with moss is required. The present invention covers the outer wall with a moss panel that can be attached to the moss stably, by using a pipe that can guide the water to the moss panel to smoothly supply water to the moss attached to the moss panel moss stably on the wall Allow them to grow.

1 exemplarily illustrates a state in which a wall recording apparatus according to an embodiment of the present invention is installed.

As shown in Figure 1, the wall recording apparatus 100 according to an embodiment of the present invention, a plurality of moss panels (110) and (125), moss panels (M) and plants (P) are planted on the front A plurality of moss panel fixing block 130 (see Fig. 5) constituting the outer wall to which the 110 (125) is attached, water supply device 140 for storing water, moss panel fixing block for water stored in the water supply device 140 Water supply tube 142 coupled to the moss panels 110, 125 to supply to the moss panels 110, 125 attached to the 130, from the water supply device 140 to the moss panels 110, 125 It includes a water supply regulator 144 for adjusting the flow of water supplied. The wall recording apparatus 100 according to the present invention can record the wall surface of various artificial structures such as artificial flower beds or retaining walls with moss (M) and plants (P).

2 to 4 illustrate two types of moss panels 110 and 125 provided in the wall recording apparatus 100 according to the present invention.

First, the moss panel 110 illustrated in FIGS. 2 and 3 includes a base 111 having a flat front side and a flat rear side, and a moss planting groove 112 formed at the front side of the base 111 to plant the moss M. ), The moss planting surface 113 is provided inside the moss planting groove 112, the decorative surface 119 is provided around the moss planting groove 112 of the base 111 front. The moss panel 110 may be attached to the front surface of the moss panel fixing block 130 may cover the front surface of the moss panel fixing block 130.

The base 111 may be made of a rectangular flat plate shape or other various shapes as shown, and may be made of various materials such as ceramic, stone, plastic, wood, compressed cork, and the like. In consideration of various aspects such as decorative effect, retention of moisture, ease of manufacture, and durability, it may be desirable to manufacture the base using a ceramic material. Moss planting groove 112, moss planting surface 113 and the decorative surface 119 is provided on the front surface of the base 111. Moss planting groove 112 is provided in the front center of the base 111, the moss planting surface 113 is provided inside the moss planting groove 112. Although the front and rear surfaces of the base 111 are shown as being flat in the drawing, the front and rear surfaces of the base 111 are not necessarily flat.

The moss planting surface 113 has a rough surface provided with a plurality of uneven parts 114. Moss planting surface 113 is a portion to which the root of the moss (M) is attached, rather than smooth, moss (M) is attached is advantageous to vegetation. The uneven portion 114 may be provided on the moss planting surface 113 in a regular or irregular manner in a variety of forms. Of course, the uneven portion 114 in the moss planting surface 113 may be omitted.

Concave-convex portion 114 may act as a moisture storage unit for storing the moisture necessary for the growth of the moss (M), as well as the role of increasing the adhesion of the moss (M) root. That is, since the uneven portion 114 has a recessed portion in which moisture may be stored, moisture may be stored in this portion and then supplied to the moss M. FIG. In addition, when applying a moisturizing agent such as charcoal for providing moisture or nutrients necessary for the growth of moss (M) or culture soil on the moss planting surface 113, the uneven portion 114 prevents the moisturizer or culture soil from flowing down to the bottom Allow them to be evenly distributed throughout the moss planting surface (113).

As shown in FIG. 2, the moss planting surface 113 is provided with a plurality of accommodation holes 115 and a tube insertion hole 116 in addition to the uneven portion 114. When the accommodation hole 115 is provided in the moss planting surface 113, the root of some moss M may be dug into the accommodation hole 115 among the moss M attached to the moss planting surface 113. When the root of the moss (M) is dug into the receiving hole 115, the adhesion of the moss (M) is increased. In general, the moss (M) grows in a state where the roots of the individuals are entangled by forming a plurality of individuals, so when the roots of some moss (M) digging into the receiving hole 115, the adhesion of the surrounding moss (M) is also accompanied Can be increased.

In addition, the receiving hole 115 may provide a storage space in which moisture, a moisturizer, or cultured soil may be stored. As shown, the receiving hole 115 may be provided to penetrate the moss planting surface 113 to be exposed to the rear surface of the base 111, or may be provided at a predetermined depth from the moss planting surface 113, but the base 111 may be provided. It may be provided in a form that is not exposed to the rear of the.

Two tube insertion holes 116 are provided, one at each upper end of the moss planting surface 113. Tube insertion hole 116 is for the coupling of the water supply tube 142 for supplying moisture to the moss (M) planted in the moss planting groove (112). The end of the feed tube 142 enters the front side of the moss panels 110 and 125 through one tube insertion hole 116 on the rear side of the moss panels 110 and 125 and then the other tube insertion holes 116. A portion of the water supply tube 142 may be disposed in front of the moss panels 110 and 125 by entering through the rear side. The number or arrangement of the tube insertion holes 116 may be variously changed. For example, the tube insertion hole 116 may be provided in a form penetrating the side of the base 111, may be provided in the vertical direction rather than the left and right direction relative to the base 111, the moss planting surface 113 It may be placed in the middle or lower side rather than at the top.

As shown, if the tube insertion hole 116 is provided on the moss planting surface 113, when the moss panel 110 is installed on the moss panel fixing block 130, the moss (M) with the water supply tube 142 To hydrate). That is, when the water supply tube 142 is disposed on the moss planting surface 113 when the moss panel 110 is installed on the moss panel fixing block 130, the water supplied through the water supply tube 142 is moss planting. Moisture can be evenly supplied to the entire moss planting surface 113 because it flows down from the top to the bottom 113.

Inside the moss planting groove 112 is a moss fixing net 118 for increasing the adhesion of the moss (M) planted in the moss planting groove 112 is disposed. Moss fixing net 118 is a moss (M) is attached to the moss planting surface 113 and is placed in the moss planting groove 112 to contact the moss (M) moss (M) planted in the moss planting groove 112. ) Is fixed. Moss fixing net 118 may have a structure in which the wire is entangled in the form of a net, as shown, may have a simple wire form, or in addition to the moss (M) in contact with the moss (M) moss planting groove 112 It can be made of a variety of structures that can prevent departure from. The moss fixing net 118 is inserted into the net coupling hole 117 is provided in the base 111 is fixed to the base 111, or to the net coupling hole or the base 111 through an adhesive or other coupling means. Can be fixed.

The decorative surface 119 is provided around the moss planting groove 112. The decorative surface 119 is provided with a decorative pattern 120. The decorative surface 119 increases the decorative effect on the front of the moss panel 110, and enhances the decorative property of the wall surface covered with the moss panel (110). The decorative pattern 120 may be provided in various forms.

As shown in FIG. 3, a plurality of slits 121 are provided on the rear surface of the base 111. The slit 121 provides a passage through which air can pass between the base 111 and the moss panel fixing block 130 when the moss panel 110 is attached to the moss panel fixing block 130 using an adhesive. do. When attaching the moss panel 110 to the moss panel fixing block 130 with an adhesive, if the adhesive covers the entire rear surface of the base 111, bubbles are drawn out between the moss panel 110 and the moss panel fixing block 130. The adhesive force of the moss panel 110 may not be able to fall out, and if the slit 121 is provided on the rear surface of the base 111, this problem may be avoided.

That is, if the slit 121 is provided on the rear surface of the base 111, the air between the moss panel 110 and the moss panel fixing block 130 when the moss panel 110 is bonded to the moss panel fixing block 130. Can go out through the slit 121. Therefore, it is possible to prevent the problem that the adhesive force of the adhesive surface is non-uniform by the bubbles generated between the moss panel 110 and the moss panel fixing block 130.

On the other hand, the moss panel 125 shown in Figure 4 is the same as the above-described moss panel 110, most of the configuration, but further includes a planting port 126 disposed on the front surface of the base 111. The planting port 126 has a planting space 127 that can accommodate the roots of the plant P, and protrudes on the moss planting surface 113 so that the plant P can be planted.

The moss (M) is attached to the moss planting surface 113 using a horticultural adhesive or the like, and the planting pot 126 is filled with a culture soil or a moisturizing agent, and then plants (P) such as flowers or flowers are placed in the planting pot (126). ), The moss M and the plant P can be planted at the same time on the entire surface of the moss panel 125. When the moss panels 110 and 125 are attached to the outer surface of the moss panel fixing block 130, the moss panel fixing block 130 may be recorded as moss M and plants P. Moisture supplied to the moss planting surface 113 in front of the water supply tube 142 may be introduced into the planting port 126, so that plants planted in the planting port 126 without using a separate water supply device ( Moisture can be supplied to P). Although not shown, a through hole for discharging the supplied water may be provided at the lower portion of the planting port 126.

As shown in FIGS. 5 and 6, the moss panel fixing block 130 includes a block body 131 provided with a flat moss panel attachment surface 132 on a front surface thereof, and a tube coupling groove formed in the moss panel attachment surface 132. 133 and a plurality of locking projections 137 provided on the lower surface of the moss panel fixing block 130. The moss panel fixing block 130 is arranged in order in the horizontal direction and the vertical direction so that the moss panel attachment surface 132 continues in the up, down, left and right directions to form the outer wall of the artificial structure.

The block body 131 is made of concrete and the metal reinforcement 134 is embedded therein. The metal reinforcement 134 is disposed along the circumference of the block body 131 to increase the strength of the block body 131. An inner space 135 that is open in the vertical direction is provided at the center of the block body 131, and a plurality of through holes 136 are provided at the side of the block body 131. When the moss panel fixing block 130 is installed, when the soil or gravel is filled in the internal space 135, the moss panel fixing block 130 may be stably installed on the ground. The plurality of through holes 136 are disposed on the same line, and the tool may be inserted therein to easily carry or install the moss panel fixing block 130.

The tube coupling groove 133 is disposed in a row in the horizontal direction on the moss panel attachment surface 132. Tube coupling groove 133 is for coupling the water supply tube 142 for water supply. In order to couple the water supply tube 142 to the moss panels 110 and 125 which are subsequently attached to the moss panel attachment surface 132, the water supply tube 142 is partially placed at the rear of the moss panel 110 and 125. do. When the water supply tube 142 is placed on the moss panel attachment surface 132 to which the moss panels 110 and 125 are attached, the moss panels 110 and 125 are spaced apart from the moss panel attachment surface 132, thereby causing moss. The coupling force between the panels 110 and 125 and the moss panel fixing block 130 is lowered. According to the present invention, the moss panels 110 and 125 are stably attached to the moss panel attachment surface 132 by accommodating a portion placed behind the moss panels 110 and 125 of the water supply tube 142 in the tube coupling groove 133. Can be attached.

The arrangement of the tube coupling grooves 133 is not limited to the horizontal direction of the moss panel attachment surface 132 as shown, and may be variously changed. For example, one, three or more tube coupling grooves 133 may be provided in the moss panel attachment surface 132 in the horizontal direction. In addition, the tube coupling groove 133 may be disposed in the longitudinal direction of the moss panel attachment surface 132.

Referring back to FIG. 1, the water supply device 140 is a storage tank capable of storing rainwater or groundwater, or water supplied from the outside, a groundwater supply facility for directly supplying groundwater, a constant supply facility for directly supplying water, and the like. Various forms of water supply are available. Water of the water supply device 140 is a plurality of moss panel 110 attached to the moss panel fixing block 130 through the supply pipe 141 connected to the water supply device 140 and the water supply tube 142 connected to the supply pipe 141. Supplied to 125.

The water supply tube 142 is formed with a plurality of water supply holes so that the water flowing along the water supply tube 142 is discharged through the water supply hole moss (M) and plants (P) planted in the moss panels (110, 125). ) Can be supplied. One water supply tube 142 is coupled to the plurality of moss panels 110, 125 attached to the moss panel fixing block in the horizontal direction in order to simultaneously supply water to the plurality of moss panels 110, 125. Can supply

A water supply control device 144 is installed between the water supply device 140 and the water supply tube 142 to control the flow of water supplied to the moss panels 110 and 125 through the water supply tube 142. The water supply control device 144 regulates the flow of water flowing from the water supply device 140 to the water supply tube 142, thereby intercepting the water supply to the moss panels 110 and 125 through the water supply tube 142. When water is supplied to the moss panels 110 and 125, a certain amount of water may be stored in the moss planting groove 112, so that the water supply control device 144 supplies a certain amount of water to the moss panels 110 and 125. After the water supply to the moss panels (110, 125) can be blocked for a certain time. In addition, since it is not necessary to supply water in rainy weather, and it is necessary to increase the frequency of water supply in a high temperature and dry environment, when the water supply control device 144 is used, an appropriate amount of water is mossy panels 110 and 125 according to various conditions such as weather. Can be supplied to the moss (M) and plants (P) planted in.

The operation of the water supply regulator 144 may be controlled by the controller 145 connected thereto. The control device 145 receives information input from the administrator, or receives information from the sensing device capable of detecting the environmental conditions surrounding the moss panels 110, 125, such as humidity sensor, and the water supply control according to the stored program The operation of device 144 may be controlled. The controller 145 may incorporate a timer.

In the present invention, the water supply structure for supplying the water of the water supply device 140 to the plurality of moss panels 110, 125 attached to the moss panel fixing block 130 is not limited to the illustrated and may be variously changed. Can be. For example, the water supply regulator 144 or the controller 145 may be omitted, or the plurality of water supply tubes 142 may be directly connected to the water supply apparatus 140.

Hereinafter, a construction method of the wall recording apparatus 100 and a wall recording method using the same will be described with reference to the accompanying drawings.

First, the moss M is planted in the moss panels 110 and 125. At this time, a moisturizer such as charcoal or cultured soil may be applied to the moss planting surface 113 of the moss panels 110 and 125. Planting of the moss (M) can be planted to cover the entire moss planting surface 113 evenly by attaching the root of the moss (M) to the moss planting surface 113 using a gardening adhesive. The moss panel 110 having the planting pot 126 is planted with the moss (M) (P).

Next, as shown in FIG. 7, the moss panel 110 in which the moss M is planted and the moss panel 110 in which both the moss M and the plant P are planted in the moss panel fixing block 130. To the moss panel attachment surface 132. Moss panels 110 and 125 can be attached to the outer surface of the moss panel fixing block 130 using the adhesive 128 as shown, in addition to the mechanical fastening member such as anchor bolt or other attachment means It can be attached to the moss panel fixing block 130 by using.

When the moss panel fixing block 130 is arranged and attached to the outer surface of the moss panel fixing block 130 in order so that the ends thereof abut each other, the entire outer surface of the rectangular moss panel fixing block 130 is attached to the moss panel 110. (125). When the moss panels 110 and 125 are attached to the moss panel fixing block 130, the water supply tube 142 is inserted into the tube insertion hole 116 of the moss panel 110 and 125, and the water supply tube 142 is attached. Part of the moss panel 110, 125 is placed in the rear of the moss panel fixing block 130 is inserted into the tube coupling groove 133.

When the moss panels 110 and 125 are coupled to the moss panel fixing block 130, the water is continuously supplied to the moss panels 110 and 125 through the water supply tube 142 connected to the water supply device 140. , Moss (M) and plants (P) planted in the moss panels (110, 125) can be effectively recorded the moss panel fixing block 130 while growing for a long time. In addition, if the water supply control device 144 sets the operation of the water supply control device 144 to properly supply water to the moss panels 110 and 125, the moss panels 110 and 125 without frequent management of the manager. The moist (M) and the plant (P) is kept in a humid environment that is easy to grow, so management is convenient.

Meanwhile, FIGS. 8 to 12 show another embodiment of the moss panel provided in the wall recording apparatus 100 according to the present invention.

First, the moss panel 150 shown in FIGS. 8 and 9 has a tube guide groove 151 more than the moss panel 110 shown in FIGS. 2 and 3, and the rest of the configuration is shown in FIGS. 2 and 3. Same as the moss panel 110 shown in. The tube guide groove 151 is provided in the base 111 and connected to the tube insertion hole 116. The water supply tube 142 is inserted into the tube insertion hole 116 connected to the end thereof through one tube guide groove 151 to enter the front of the moss planting groove 112, and then another tube insertion hole 116. It is inserted into the through and enters the rear of the base 111 through another tube guide groove 151 connected thereto.

Meanwhile, the moss panel 155 illustrated in FIGS. 10 to 12 has a base 111 having a flat front side and a flat rear side, and a moss planting groove 112 formed on the front side of the base 111 to plant the moss M. ), Moss planting surface 113 provided in the moss planting groove 112, moss fixing net 118, moss planting net disposed in the moss planting groove 112 after planting moss (M), the base 111 front surface. The decorative surface 119 provided around the groove 112, the water storage chamber 156 provided on the rear surface of the base 111, and the water member 157 accommodated in the water storage chamber 156. The moss planting surface 113 is provided with a plurality of tube insertion holes 116 for coupling the uneven portion 114 and the water supply tube 142.

The moisture storage chamber 156 is provided at a predetermined depth on the rear surface of the base 111. When the moss panel 140 is attached to the moss panel fixing block 130, the moisture storage chamber 156 is covered by the moss panel fixing block 130, and the upper part thereof allows the moisture supplied from the outside such as rainwater to flow in. Open. The moisture storage chamber 156 may be provided to be exposed only in the upper direction in the middle of the base 111 without opening to the rear surface of the base 111.

The water member 157 is accommodated in the moisture storage chamber 156 to function as the water flowing into the moisture storage chamber 156 so that the water introduced into the moisture storage chamber 156 stays in the moisture storage chamber 156 for a long time, and the moss planting groove 112 To be supplied. The water-containing member 157 may be used a variety of materials that can function moisture, such as sponge or moisturizer.

In order to supply the moisture stored in the moisture storage chamber 156 to the moss planting groove 112, the moss planting surface 113 connects the moss planting groove 112 and the moisture storage chamber 156 to a passage through which moisture can flow. A plurality of through holes 158 are provided. The penetration hole 158 increases in size from the bottom of the base 111 to the top thereof, and the number of formation thereof increases. With the arrangement of the through holes 158, the overall formation area of the through holes 158 increases from the bottom of the base 111 to the top thereof. As the area of the moisture passage connecting the moisture storage chamber 156 and the moss planting groove 112 gradually increases from the lower portion of the base 111 to the upper portion, the moisture stored in the moisture storage chamber 156 is moss planting groove 112. It is possible to be evenly supplied to the upper side of the moss planting groove 112 without being concentrated only at the bottom of the moss.

In order to increase the overall formation area of the through holes 158 from the bottom of the base 111 to the top, a larger number of through holes 158 of the same size may be disposed toward the top of the base 111. In addition, a total number of through holes 158 are disposed in the base 111 at equal intervals, but the overall formation area of the through holes 158 is increased by increasing the size of the through holes 158 toward the upper portion of the base 111. It may be increased from the bottom of the base 111 to the top.

The penetration hole 158 serves to increase the adhesion force of the moss M as the root of the moss M digs in addition to the function of the water passage for flowing the water in the water storage chamber 156 to the moss planting groove 112. can do. In addition, the perforation hole 158 may act as a storage unit of moisture, a moisturizer, or cultured soil, and may have a function of flowing moisture supplied to the front surface of the moss planting surface 113 such as rainwater to the moisture storage chamber 156.

The moss panel 155 may be supplied to the moss planting groove 112 through the water supply tube 142 to the moisture storage chamber 156 through the through hole 158 to be absorbed by the water member 157. Can be. When the water supply is stopped through the water supply tube 142, the water stored in the water member 157 may be introduced into the moss planting groove 112 through the through hole 158 and supplied to the moss M. have.

As described above, the wall recording apparatus 100 according to the present invention is securely attached to the front of the plurality of moss panel fixing block 130 constituting the outer wall of the artificial structure moss panel that can be stably attached to grow moss panel. By doing so, the wall surface can be effectively recorded with moss.

In addition, the wall recording apparatus 100 according to the present invention can smoothly supply moisture to the moss (M) planted in the moss panel is advantageous for the growth of the moss (M), easy to manage after construction and low maintenance costs Holding

In addition, the wall recording apparatus 100 according to the present invention is a moss panel has a structure in which the artificial aesthetics of the moss (M) and the artificial aesthetics of the decorative surface 119 is in harmony to increase the decorativeness of the wall.

In addition, the wall recording apparatus 100 according to the present invention can provide a planting port 126 for planting plants (P) in the moss panel can record the wall surface with a variety of plants (P), for the appearance of the wall surface Various decorative effects can be exhibited.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can improve and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention as long as it will be apparent to those skilled in the art.

100: wall recording apparatus 110, 125, 150, 155: moss panel
111: base 112: moss home
113: moss planting side 114: irregularities
115: receiving hole 116: tube insertion hole
117: net coupling hole 118: moss fixing net
119: decorative surface 120: decorative pattern
121: slit 126: planting pot
127: planting space 128: adhesive
130: moss panel fixed block 131: block body
132: mounting surface 133: tube coupling groove
134: metal reinforcing material 137: jamming projection
140: water supply device 141: supply pipe
142, 142 ': water supply tube 143: water supply hole
144: water supply regulator 145: controller
156: moisture storage chamber 157: water-containing member

Claims (20)

Moss panel is planted with moss on the front;
A moss panel fixing block having a block body having a flat moss panel attachment surface to which the moss panel can be attached and a tube coupling groove provided in the moss panel attachment surface in a horizontal direction;
A water supply device for supplying water to moss planted in the moss panel; And
And a water supply tube coupled to the tube coupling groove to guide the water of the water supply device to the moss panel attached to the moss panel fixing block.
The moss panel is a hard base provided with a decorative surface around the front surface, moss planting groove formed to be surrounded by the decorative surface on the front surface of the base so that the moss can be planted, the moss planting so that the root of the moss can be attached The moss planting surface is provided on the inside of the groove and has a plurality of irregularities, the surface of the moss planting surface, so that the water supply tube for supplying water to the moss planted in the moss planting groove can be coupled to the upper both edges of the moss planting surface And a pair of tube coupling holes provided to penetrate the base in the front-rear direction.
The method of claim 1,
The tube coupling groove may be arranged in a double row on the moss panel attachment surface and the moss panel may be attached in a double row to the moss panel attachment surface.
The method of claim 2,
The block body is made of concrete,
The moss panel fixed block further includes a metal reinforcement embedded in the block body, an inner space provided in the middle of the block body so that soil or gravel may be filled, and a locking protrusion provided on the bottom surface of the block body. Wall recording equipment.
The method of claim 1,
And a water supply control device installed between the water supply device and the water supply tube to control a flow of water supplied to the moss panel through the water supply tube.
delete The method of claim 1,
The moss panel further includes a moss fixing net disposed in the moss planting groove so as to contact the moss planted in the moss planting groove to prevent the moss planted in the moss planting groove from being separated from the moss planting groove. Wall recording equipment.
The method of claim 1,
The moss panel further comprises a plurality of receiving holes provided in the moss planting surface so that the roots of the moss planted in the moss planting groove can penetrate.
The method of claim 1,
The moss panel has a planting space for accommodating the roots of the plant and further comprises a planting port provided on the moss planting surface so that the plant can be planted.
The method of claim 1,
The moss panel further includes a water storage chamber provided at the rear of the base to store moisture, and a plurality of transmission holes provided in the moss planting surface to connect the moss planting groove and the water storage chamber. Wall recording device.
The method of claim 9,
The moss panel further comprises a water-containing member accommodated in the moisture storage chamber to function the water flowing into the moisture storage chamber.
The method of claim 9,
And the forming area of the transmission hole increases from the bottom of the base to the top thereof.
The method of claim 1,
And the base of the moss panel is made of a ceramic material.
(A) a hard base provided with a decorative surface around the front surface, moss planting groove formed to be surrounded by the decorative surface on the front surface of the base so that the moss can be planted, the moss planting groove so that the root of the moss can be attached The base is provided on both upper edges of the moss planting surface so that a moss planting surface having a plurality of uneven portions and having a rough surface, and a water supply tube for supplying moisture to the moss planted in the moss planting groove can be combined. Preparing a plurality of moss panels having a pair of tube coupling holes to penetrate in the front and rear directions, and attaching roots of moss to the moss planting surface to plant the moss in the moss planting groove;
(b) a plurality of moss panels including a block body having a flat moss panel attachment surface to which the moss panel can be attached, and a tube coupling groove provided in the moss panel attachment surface in a horizontal direction to accommodate the water supply tube; Arranging the moss panel fixing blocks so that the moss panel attachment surfaces are sequentially connected;
(c) inserting the water supply tube into the tube coupling groove of the moss panel fixing block and inserting the water supply tube into the pair of tube insertion holes of the moss panel to arrange a part of the water supply tube in front of the moss planting surface. Attaching the moss panel to the moss panel attachment surface in sequence; And
(d) supplying water into the moss planting groove of the moss panel attached to the moss panel fixing block through the water supply tube.
The method of claim 13,
Wall greening method characterized in that to attach the roots of moss to the moss planting surface using the horticultural adhesive in the step (a).
The method of claim 13,
In order to prevent the moss planted in the moss planting groove in step (a) to contact the moss planted in the moss planting groove in order to prevent the moss planted in the moss planting groove, the moss fixing net is installed in the moss planting groove. Wall recording method to do.
The method of claim 13,
Wall recording method, characterized in that for bonding the moss panel to the moss panel fixing block using an adhesive in the step (c).
The method of claim 13,
The moss panel further has a planting space for accommodating the root of the plant, and further includes a planting port provided on the moss planting surface so that the plant can be planted,
Wall greening method characterized in that to plant the plant in the planting port before step (d).
The method of claim 13,
The moss panel includes a moisture storage chamber capable of storing moisture, and a plurality of transmission holes connecting the moss planting groove and the moisture storage chamber.
After the step (c), the wall recording method characterized in that for supplying the moisture stored in the moisture storage chamber to the moss planted in the moss planting groove through the through hole.
The method of claim 18,
The moss panel further includes a water-containing member accommodated in the moisture storage chamber to function the water flowing into the moisture storage chamber,
After the step (c), the water stored in the moisture storage chamber is absorbed by the water-containing member and supplied to the moss planted in the moss planting groove through the plurality of through holes. The method of claim 1,
The moss panel further comprises a pair of tube guide grooves formed on the rear surface of the base so as to be connected to the pair of tube coupling holes, respectively, to partially receive the feed tube.

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