KR101500428B1 - Reassembling Flowerport, Planter Apparatus and System for wall surface afforestation using the same - Google Patents

Abstract

The present invention relates to a vegetation port capable of being separated and assembled and a vegetation system and a vegetation system for wall greening using the vegetation port. The vegetation port capable of being separated and assembled according to the present invention includes a space for accommodating vegetation soil for greening, In a vegetation port for planting vegetation soil, a skeleton is formed by a net-shaped wall having through holes formed by intersecting horizontal and vertical frames at regular intervals on a wall surface, and a side surface of the wall is partially extended And a receiving space formed in the skeleton formed by the wall to accommodate the vegetation soil, wherein the plant to be planted in the vegetation soil is allowed to come out to the outside A body frame having one side opened; And a main cover which is fastened to cover one side opened to the main body frame and prevents the vegetation soils accommodated in the main body frame from being lost to the outside.
Therefore, the present invention can form a recording structure capable of designing various shapes by engaging with a perforated plate processed by a curved surface using a bracket that is easy to attach and detach, and can prevent the loss of vegetation soil contained in a vegetation port It is possible to provide a vegetation port that can be separated and assembled.
In addition, a vegetation port is formed by a net-shaped wall to improve ventilation and drainage inside the vegetation port, and a port box is provided so that the vegetation port is inclined forward, thereby improving the vegetation environment. .
Furthermore, there is an effect of providing a vegetation apparatus for wall-surface greening having a drainage hole and a water reservoir on the bottom surface of a port box for receiving a vegetation port, thereby allowing water to be drained and recycled smoothly and having a sound vegetation base.
In addition, there is an effect of providing a wall watering system having a drip irrigation device for continuously supplying water to the vegetation port, thereby facilitating maintenance.

Description

Technical Field [0001] The present invention relates to a vegetation port capable of being separated and assembled, a vegetation device for wall greening using the same,

The present invention relates to a vegetation port capable of being separated and assembled, a vegetation device for wall surface greening using the same, and a wall surface greening system using the vegetation port. More particularly, the present invention relates to a vegetation port And a cover for shielding the open part of the vegetation port can be formed in the vegetation port to prevent the vegetation soils contained in the vegetation port from being leaked out and to improve the vegetation environment A vegetation port capable of being assembled, a vegetation device for wall greening using the same, and a wall greening system.

In recent years, various types of landscape architecture have been developed to slightly improve the urban environment, and environment - friendly planning, construction and management are required when constructing structures related to urban greening. As such means, ecological parks, artificial wetlands, artificial soil greening, elevation of structures and balcony greening are promoted.

In particular, in the case of roof-greening and apartment-like structures such as the greening of the structures in the city center, a balcony was separately formed on the balcony, a separate vegetation port was installed on the wall of the structure, Various methods have been implemented to satisfy residents' willingness to secure green space by tribes.

Conventional wall-screening methods such as the above-mentioned recording techniques are capable of planning vegetation at the vertical elevation, that the plant is planted before planting, and therefore, the initial vegetation effect is high, There are many possible benefits and are being widely used.

BACKGROUND ART [0002] As a prior art relating to a wall surface recording method, there has been proposed a port box for wall surface recording of a building and a technique for a wall surface recording system in which a plurality of such port boxes are installed on a vertical wall surface, as disclosed in the following Japanese Patent Application Laid-Open No. 10-2003-0073197 .

However, since the conventional wall box for wall surface recording is firmly fixed to the wall with anchor bolts, there is a problem that it is difficult to use the wall box for various purposes other than the wall surface recording using the vertical wall surface. In addition, There is a problem in that vegetation soil in the pot box is lost or sunlight is covered by the upper outer wall of the pot box because the upper part is opened vertically and the vegetation environment of the plant is lowered.

Therefore, there is an urgent need for realistic and highly utilizable technologies that can be utilized for various purposes, as well as to improve the vegetation environment and provide a wall-screening system.

Patent Document 1: JP 10-2003-0073197 Publication date: September 19, 2003, page 33 Line 4: 12 lines, Drawing 1 and Drawing 2

Accordingly, the present invention has been made in order to solve the above problems, and it is an object of the present invention to provide a recording structure capable of designing various shapes by combining with a perforated plate processed to be curved, And to provide a vegetation port which can be separated and assembled so as to prevent the vegetation.

In addition, a vegetation port is formed by a net-shaped wall to improve ventilation and drainage inside the vegetation port, and a port box is provided so that the vegetation port is inclined forward, thereby improving the vegetation environment. The purpose of this paper is to provide

In addition, it is an object of the present invention to provide a vegetation device for wall-greening, which has a drainage hole and a water reservoir at the bottom surface of a port box for receiving a vegetation port, thereby allowing water to be drained and recycled smoothly and having a sound vegetation base.

In addition, it is an object of the present invention to provide a wall-mounted greening system which is easy to maintain by providing a drip irrigation device for continuously supplying water to a vegetation port.

In order to achieve the above object, a vegetation port according to an embodiment of the present invention includes a space for accommodating vegetation soil for greening, the vegetation port for planting plants in the vegetation soil, A frame is formed by a wall in the form of a mesh network in which through holes formed by intersecting frames are arranged at regular intervals on a wall surface and a side wall of the wall is partially extended to have a fastening hole for assembling with an adjacent vegetation port, And a receiving space formed in the skeleton formed by the wall to receive the vegetation soil, the body frame having one side opened so that the plants planted in the vegetation soil can flow out to the outside; And a main cover which is fastened to cover one side opened to the main body frame and prevents the vegetation soils accommodated in the main body frame from being leaked to the outside.

In order to accomplish the above object, there is provided a vegetation plant for wall-greening using a vegetation port capable of being separated and assembled according to an embodiment of the present invention. The vegetation plant for wall-greening vegetation includes a wall having a net- A main body frame including a fastening portion having a fastening hole for assembling the main body frame and a receiving space formed inside the wall body and containing vegetation soil, and a main body cover A vegetation port; And a port box including a housing body that is opened by an upward upward opening and is formed so that a front surface of the housing body is inclined downward as the front surface of the housing body is inclined downward so that the vegetation port is inclined.

In order to achieve the above object, a wall surface greening system using a vegetation port capable of being separated and assembled according to an embodiment of the present invention comprises a wall having a net shape, a cylindrical shape having an opened upper surface, A main body frame including a fastening portion having a fastening hole for receiving the vegetation soil and a receiving space in which the vegetation soil is accommodated, and a main body cover which is fastened to the main body frame to cover the opened upper surface of the main body frame The front end of the housing body is inclined downwardly as the front surface of the housing body is inclined downward and a part of both ends of the upper end of the housing body is cut off, And a port box having a hook portion. Value; And a drip irrigation device mounted on a pipe hanger of the port box for continuously and continuously supplying water to the vegetation port.

As described above, according to the present invention, it is possible to form a recording structure capable of designing various shapes by combining with a perforated plate processed with a curved surface using a bracket that is easy to attach and detach, It is possible to provide a vegetation port that can be separated and assembled so that it can be prevented .

In addition, a vegetation port is formed by a net-shaped wall to improve ventilation and drainage inside the vegetation port, and a port box is provided so that the vegetation port is inclined forward, thereby improving the vegetation environment. .

Furthermore, there is an effect of providing a vegetation apparatus for wall-surface greening having a drainage hole and a water reservoir on the bottom surface of a port box for receiving a vegetation port, thereby allowing water to be drained and recycled smoothly and having a sound vegetation base.

In addition, there is an effect of providing a wall watering system having a drip irrigation device for continuously supplying water to the vegetation port, thereby facilitating maintenance.

1 is a schematic view of a wall surface recording system using a vegetation port capable of being separated and assembled according to an embodiment of the present invention
Fig. 2 is a perspective view showing the vegetation port capable of being separated and assembled shown in Fig.
Fig. 3 is a side view and a plan view showing the main body frame of the vegetation port shown in Fig. 2
Fig. 4 is a view showing a schematic connection relationship between the lower surface of the vegetation port and the bracket shown in Fig. 2
5 is a view schematically showing a structure in which the vegetation port shown in FIG. 2 is coupled to a recording perforated plate using the bracket shown in FIG. 4
6 is a perspective view and a side view of the bracket shown in Fig.
Fig. 7 is a bottom view of the main body frame shown in Fig. 3
8 is a view showing a fastening pin coupled to a fastening hole provided in a fastening portion of the body frame shown in Fig. 3
Fig. 9 is a perspective view showing the main cover of the vegetation port,
Fig. 10 is a perspective view and a side view showing a port box in which the vegetation port shown in Fig. 1 is accommodated
11 is a plan view showing the port box shown in Fig. 10
12 is a view showing a case where the port box shown in Figs. 10 to 11 is installed on a concrete wall, a retaining wall, or the like
13 is a view showing a drip irrigation device for supplying water to the vegetation port shown in Fig. 1

The vegetation port capable of being separated and assembled according to the present invention relates to a vegetation port for greening, in which a space for receiving vegetation soil for greening is accommodated in the vegetation port to plant plants in the vegetation soil.

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

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a configuration diagram of a wall surface recording system using a vegetation port according to an embodiment of the present invention; FIG.

As shown in the figure, a wall surface recording system using a vegetation port according to an embodiment of the present invention includes a vegetation device 10 for wall surface greening, which comprises a vegetation port 100 and a port box 200, And a drip irrigation device (20) for supplying water to the vegetation system (10).

The vegetation port 100 having a cylindrical shape as a whole and the vegetation port 100 having an inclined surface on the front bottom so as to be opened upward in order to accommodate the vegetation port 100 in an inclined manner And a box-shaped port box (200).

In more detail, the vegetation port 100 includes a cylindrical body frame 101 having a space in which the vegetation soil is received, the upper surface of the body frame 101 being opened, Wherein the port box 200 comprises a housing body 210 which is open through an upwardly open front and a pipe hanger 230 for mounting the drip irrigation device 20 is installed in the housing 100. [ And is formed at the upper end of the body 210. At this time, the main body frame 101, the main cover 102, and the port box 200 constituting the vegetation port 100 are formed by injection molding synthetic resin.

As described above, according to the embodiment of the present invention, the vegetation device for vegetation and the vegetation system for wall-greening are improved in ventilation and drainage inside the vegetation port by the vegetation port made of a net- By orienting the sunlight obliquely, it is possible to improve the vegetation environment of plants planted in the vegetation soils in the vegetation port.

FIG. 2 is a perspective view showing a main body frame of the vegetation port shown in FIG. 1, and FIG. 3 is a side view and a plan view showing a main body frame of the vegetation port shown in FIG.

2 to 3, a main body frame of the vegetation port constituting the vegetation apparatus for wall-surface-lighting according to an embodiment of the present invention will be described in detail.

The main body frame 101 constituting the vegetation port which can be separated and assembled according to an embodiment of the present invention includes a through hole 103 formed by intersecting horizontal and vertical frames, The skeleton is formed by the wall. At this time, the main body frame 101 includes a receiving space in which vegetation soil is received in the skeleton formed by the wall. Meanwhile, the main body frame 101 is formed so that one side thereof is opened so that plants planted in the vegetated soil can be discharged to the outside.

As shown in the drawing, the main body frame 101 includes a flat bottom 110, a side wall 120 defining a side wall at a predetermined height around the bottom 110, An upper frame 130 formed at an upper end of the upper frame 130 and a fastening part 140 formed at an outer side of the upper frame 130.

More specifically, the bottom portion 110 is formed with a bracket coupling portion 111 having a shape to be coupled in one-to-one correspondence with a bracket 300 having a piercing plate insertion protrusion for coupling to a recording perforated plate, And a water inlet 112 through which the tube receiving hose is inserted is formed through the center of the bracket coupling part 111. [ At this time, both sides of the end portion of the water inlet 112 located in the upper direction of the bottom portion 110 through the bracket coupling portion 111 are formed in an incised state, so that the water inlet 112 is formed by the vegetation soil The irrigation water for feeding the vegetation port 100 to the incised side can be introduced.

The side wall part 120 includes a bar-like vertical frame 121 and a vertical bar 122 extending from the bottom part 110 at an equal interval along the edge of the bottom part 110, The upper frame 130 includes a pair of upper and lower frames 121 and 122 which are connected to each other at right angles to each other. And forms an opened one side edge of the main body frame 101, and engages with the main cover 102. As shown in FIG.

Meanwhile, the fastening part 140 is formed in a flat shape by extending the outer side surface of the upper rim 130. The fastening part 140 maintains a flexible state in which the extension starting point is easily folded and unfolded, And a fastening hole 141 for fastening the fastening pin 400 with the fastening part 140.

When the vegetation port 100 is accommodated in the port box 200 constituting the vegetation device 10 for wall-viewing greening according to an embodiment of the present invention, the coupling part 140 is connected to the port box 200 And the vegetation port 100 can be fixed firmly.

When the fastening part 140 is not engaged with the fastening part 140 of the adjacent vegetation port or is not accommodated in the port box 200, the fastening part 140 is fastened to the side wall part 120 in a folded state. It is preferable that a fastening part fixing protrusion 142 is formed on the back surface of the side wall part 140 and a fixing hole 123 is provided on the side surface of the side wall part 120 in correspondence thereto.

FIG. 4 is a view showing a schematic coupling relationship between the lower surface of the vegetation port and the bracket shown in FIG. 2, FIG. 5 is a cross- Fig. 6 is a perspective view and a side view of the bracket shown in Fig. 4, Fig. 7 is a bottom view of the main frame, and Fig. 8 is a cross- Fig. 7 is a view showing a fastening pin coupled to a ball;

As shown in FIGS. 4 to 8, the vegetation port 100 according to one embodiment of the present invention is coupled to the perforated plate for recording having various shapes in combination with the bracket 300, The adjacent vegetation ports are fixed to each other by using the pins 400.

Referring to FIGS. 4 to 8, a bracket for connecting vegetation ports to various types of recording perforated plates and a fastening pin for connecting adjacent vegetation ports will be described in detail.

As shown in FIGS. 4 and 5, the vegetation port 100 according to an embodiment of the present invention includes a body frame 100 that constitutes the vegetation port 100 to be independently connected to a recording perforated plate having a curved surface structure, And a bracket 300 coupled to a rear surface of the bottom portion 110 of the base 101. The bottom surface 110 of the main body frame 101 corresponds to the other side of the main body frame 101 constituting the vegetation port 100,

6, the bracket 300 includes a circular bracket body 310 and a center portion of the bracket body 310. The water inlet 112 of the vegetation port 100 is inserted into the center of the bracket body 310, A perforated plate inserting protrusion 330 protruding and extending around the perforated water inserting hole 320 located on the back surface of the bracket body 310 and a perforated plate inserting protrusion 330 inserted into the perforated plate when inserted into the perforated plate, A plurality of piercing plate insertion grooves 340 formed between the bracket body 310 and the piercing plate insertion protrusions 330 and a plurality of piercing plate insertion grooves 340 formed on the back surface of the bracket body 310, A piercing plate fixing protrusion 350 for preventing denting at the time of insertion and a bracket coupling portion 111 formed at the back surface of the bottom portion 110 of the main body frame 101 constituting the vegetation port 100, And includes a fixed rotation hook portion 360 The.

3 and 7, the main body frame 101 constituting the vegetation port 100 according to the embodiment of the present invention, to be coupled to the bracket, A bracket insertion groove 113 into which the rotary fixing part 360 is inserted into the bracket coupling part 111 formed on the bottom part 110 of the body frame 101 after the rotation fixing part 360 is inserted, (Not shown) formed by cutting a part of the inner wall surface of the bracket coupling part 111 so as to be inserted into the upper surface of the bracket body 310 when the rotary fixing part 360 is rotated, And a fixing guide 114 to which an outer surface of the fixing guide 114 is fixed.

Therefore, when the vegetation port 100 according to an embodiment of the present invention is coupled to the bracket 300 inserted and fixed to the perforated plate, the rotary retainer portion 360 of the bracket 300 is engaged with the vegetation port 100 When the vegetation port 100 is rotated, the outer surface of the bracket body 310 is inserted into the bracket insertion groove 113 of the bracket coupling portion 111 formed on the back surface of the bottom portion 110 of the main body frame 101, It is caught by the fixing guide 114 of the engaging portion 111 and is not easily released.

Meanwhile, in one embodiment of the present invention, the perforated plate insertion protrusions 330 are formed of a plurality of pieces having elastic force and formed into a convex shape protruding outward, thereby being inserted by a pressing force when engaged with the holes of the perforated plate, It is fastened by restoring force.

The vegetation port 100 according to an embodiment of the present invention includes a fastening hole 141 formed in the fastening portion 140 of the main body frame 101 constituting the vegetation port 100 for joining adjacent vegetation ports, (Not shown).

8, the fastening pin 400 includes a hemispherical pin head 410 and a fastening protrusion 410 formed in the lower vertical direction of the pin head 410 and having a length, The pin body 420 is formed around the longitudinal direction of the pin body 420 so that the pin body 420 on which the pin body 420 is formed and the flat coupling portion 140 of the adjacent vegetation port 100 are not easily separated when they are superimposed on each other. A pin receiving portion 430 and a pin fixing groove 440 which is formed by a space between the pin receiving portion 430 and the engaging protrusion 421 and in which the engaging portion 140 of the adjacent vegetation port 100 is overlapped and fixed, And a pin removing groove 450 which is formed as a space between the pin receiving portion 430 and the pin head 410 and separates the fastening pin 400 when the fastening pin 400 is separated, . The fastening hole 141 of the fastening part 140 of the main body frame 101 constituting the vegetation port 100 according to the embodiment of the present invention is formed in a shape of a rectangle Are formed in elliptical shapes having different lengths of the transverse and vertical diameters corresponding to the engaging projections 421 having different diameters. At this time, the portion of the engagement protrusion 421 having a relatively long diameter is shorter than a portion having a relatively long diameter of the fastening hole 141 and a portion having a relatively short diameter of the fastening hole 141 .

When the pin body 420 of the fastening pin 400 is inserted into the fastening hole 141 and then the pin body 420 is rotated at an angle of 90 degrees with respect to the pin body 420 Is prevented from escaping from the fastening hole 141 and prevented from escaping from the adjacent vegetation port.

As described above, the vegetation port that can be separated and assembled for use in the vegetation and vegetation system for wall greening according to an embodiment of the present invention includes a main body frame constituting a vegetation port, a coupling part formed in the main body frame, Since the brackets are connected to the open side and the opposite side, it is easy to attach and detach independently to the various types of perforated plates including the curved surface structure. Therefore, it is possible to improve the usability of the vegetation port Can be provided.

FIG. 9 is a perspective view showing a main body cover of the vegetation port capable of being separated and assembled as shown in FIG. 1;

The main body cover 102 constituting the vegetation port according to the embodiment of the present invention is connected to the main body frame 101 constituting the vegetation port 100 which can be separated and assembled so as to cover one side opened, Thereby preventing vegetation soils accommodated in the receiving space of the main body 101 from being lost to the outside.

As shown in the figure, the main body cover 101 includes a cover frame 160, a hooking jaw 170, a vegetation hole 180, and an escape prevention member 190.

The cover frame 160 may surround the outer surface of the upper edge 130 of the main body frame 101 in correspondence with the shape of the opened portion of the main body frame 101 constituting the vegetation port 100 And a predetermined portion of the inner surface of the cover frame 160 protrudes from the upper surface of the main body frame 101 so that the main body cover 102 is not easily separated from the vegetation port 100, (130) smoothly rides over the outer surface.

The vegetation holes 180 are formed in the center of the cover frame 160 so that the plants planted in the vegetation soils accommodated in the inside of the main body frame 101 protrude to the outside, And a frame 181 are sequentially arranged.

The release preventing member 190 includes a plurality of circular arc frames 181 constituting the vegetation hole 180 and a plurality of line connecting bars 182 crossing adjacent frames of the cover frame 160, And a circular arc frame 181 connected to the bar 182 so as to be formed in a net shape to prevent the vegetation soil contained in the body frame 101 from being separated. The release preventing member 190 according to the embodiment of the present invention is formed in order to prevent loss of the vegetation soil contained in the vegetation port 100 when the port box 200 having the inclined surface is accommodated therein . A part of the line connecting bar 182 connected between the cover frame 160 and the adjacent arc frame 181 among the plurality of line connecting bars 182 may be a part of the main body frame 101, The upper edge 130 is bent so as to contact the inner surface of the upper edge 130 while being spaced apart from the cover frame 160 so as to firmly fix the upper edge 130 of the upper edge 130 to form a pressing pin 183. That is, when the main body cover 102 and the main body frame 101 are engaged with each other, the hooking protrusion 170 of the main cover 102 is first caught by the upper edge 130 of the main body frame 101, The end of the push pin 183 is pressed over the inner surface of the upper edge 130 by pressing the push pin 183 to engage the main body cover 102 and the main body frame 101 firmly.

A plurality of line connecting bars 182 formed at the inner side of the arc frame constituting the central vegetation hole of the cover frame 160 among the plurality of line connecting bars 182 are arranged at a predetermined interval And plays the role of supporting the stem of the plant to be planted inside the vegetation port (100). The line connecting bar 182 constituting the separation preventing member 190 is connected to the circular arc frame 181 to support the stem of the plant in addition to the function of preventing the loss of the vegetation soil, .

Since the vegetation holes 180 have a plurality of arc frames 181 having diameters different from each other, the vegetation holes 180 may be formed on the center portion of the plurality of line connecting bars 182, Some of the formed line connecting bars may be removed sequentially to make additional larger diameter vegetation holes.

Therefore, the vegetation and vegetation system for wall-surface greening according to an embodiment of the present invention can prevent the loss of vegetation soil contained in the vegetation port by the main cover constituting the vegetation port which can be separated and assembled, The size of the vegetation can be varied, and various plants can be grown in the vegetation pot.

FIG. 10 is a perspective view and a side view showing a port box in which the vegetation port shown in FIG. 1 is housed, and FIG. 11 is a plan view showing the port box shown in FIG.

The port box 200 constituting the vegetation device for wall-viewing greening according to an embodiment of the present invention includes a housing body 210 that is opened by opening upward in the forward direction, and the vegetation port 100 is sloped, The front surface of the base 210 may be inclined downward toward the front.

As shown in the drawing, the port box 200 includes a box-shaped housing body 210 having an upwardly open front, a housing fastening portion 220 formed on a rear surface of the housing body 210, A water supply hole 250 for discharging water and a water supply hole 250 for discharging the water are formed in the water supply hole 240. The water supply hole 250 is formed in the water supply hole 250, (Not shown).

More specifically, the housing body 210 is inclined so that the front surface of the housing body 210 is perpendicular to the opening direction of the vegetation port 100, (220) is provided with a latching space part (221) which is opened downward and left and right sides to fix the housing body (210) on a zinc folding board fixed to a waterproof panel for wall surface recording installed on a wall surface of a building, The pipe hanger 230 is integrally formed on the rear surface of the housing body 210. The pipe hanger 230 is formed by cutting a part of both upper ends of the housing body 210, 20) is mounted.

The fastening hole 240 is formed in the front end of the bottom surface of the housing body 210 so that the fastening part 140 of the vegetation port 100 is inserted into the fastening hole 240, The vegetation port 100 and the port box 200 are firmly fixed to each other by fastening protrusions 241 to be inserted into the fastening holes 141 of the fastening part 140 to be inserted, Can be prevented. The number of the vegetation ports 100 accommodated by adjusting the size of the housing body 210 can be adjusted in the embodiment of the present invention, .

The drainage hole 250 is formed at the center of the bottom surface of the housing body 210 so that water having a predetermined level or higher introduced into the bottom surface of the housing body 210 is naturally discharged. And a groove formed along an edge of the bottom surface of the drain hole 210, and water not discharged to the drain hole 250 is received.

Meanwhile, the housing body 210 constituting the port box 200 is formed such that the rear surface thereof is inclined toward the central portion, the reinforcing groove 270 is vertically formed at the rear center portion, and the reinforcing protrusions 271 are formed on both outer sides thereof Thereby reinforcing the housing body 210.

In order to prevent the weight of the housing body 210 from hitting the bottom of the rear surface of the port box 200, a support jaw 280 is formed. On the rear surface of the port box 200, ) Is collected by the U-shaped trough to form a water-receiving recess 290 for water drainage to the side surface.

12 is a view showing a case where the port box shown in Figs. 10 to 11 is installed on a concrete wall, a retaining wall, or the like.

A process of installing a port box constituting a vegetation apparatus for wall-surface-lightening according to an embodiment of the present invention on a concrete wall, a retaining wall or the like will be described with reference to the drawings.

First, waterproof coating such as coating waterproofing or epoxy waterproofing is applied to the concrete wall (1) or retaining wall to prevent flaws caused by water leakage, and after drilling with waterproofing, waterproofing made of PVC, stencil plate, aluminum plate, In order to fix the panel 2, the SUS or zinc-plated square pipe 3 is fixed with a fixing bolt 4 such as a knife bolt or an anchor bolt.

At this time, since the waterproof panel 2 is hardly fixed when the fixing bolt 4 protrudes from the square pipe 3 surface, the fixing bolt 4 is fitted to the square pipe 3 surface or the square pipe 3, As shown in Fig.

Next, the waterproof panel 2 is fixed to the fixed square pipe 3 by means of a piece, welding, epoxy or the like. In the embodiment of the present invention, the pieces 5 were used to fix them as shown in the figure.

Next, in order to fix the port box 200, the zinc folding plate 6 corresponding to the housing engaging portion 220 of the port box 200 is fixed to the waterproof panel 2 with the pieces 5, (200) is fixed to the zinc plated sheet (6) fixed to the waterproof panel (2).

In order to prevent the port box 200 from being hung down due to its weight, the port box 200 is provided with a support jaw 280 at a lower rear portion thereof, and water discharged into a drain hole 250 is formed in a U- And a water-receiving recess 290 for introducing the water into the side surface.

Finally, the drip irrigation device 20 shown in FIG. 13 is mounted on the pipe hanger 230 formed at the upper end of the port box 200.

Meanwhile, the port box 200 according to an embodiment of the present invention includes a water reservoir 260 in which a predetermined amount of water distributed on the bottom surface is received, thereby securing water that can be supplemented in dry weather, The water of a predetermined level or higher is discharged through the drain hole 250 to the port box 200 installed in the waterproof panel 2 at a relatively low position. At this time, at least one U-shaped water-receptacle groove is fixed to the water-proof panel and inserted into the water-receptacle groove insertion port (290) of the port box (200) in case the discharged water amount is large, so that the discharged water is discharged through the water- (Not shown) provided on the side surface of the waterproof panel 2 to the drain port located at the lowermost end of the waterproof panel 2. [

13 is a view showing a drip irrigation device for providing moisture to the vegetation port shown in Fig.

The drip irrigation device 20 according to an embodiment of the present invention is mounted on the pipe hanging part 230 of the port box 200 to continuously and continuously supply water to the vegetation port 100. [

More specifically, the drip irrigation device 20 includes a drip pipe receiving pipe 21 mounted on a pipe hanger 230 of the port box and using a motor or direct water, A dropper 22 disposed at a predetermined interval to dispense a proper amount of water at the same time and a tube member 22 connected to the dropper 22 and vertically disposed in the drop pipe 21, And a wick (25) coupled to an end of the drip hose (23) and guiding a part of the water flowing inside the drip hose (23) to be externally dispensed, the drip hose The pointing center portion 24 is formed in a T shape with a plurality of wicks 25 for guiding a part of water flowing inside the drip hose 23 to be discharged to the outside, When the quantity is large due to the pressurization, This quantity is dripping due to wick adjustment.

The dropper 22 used in the embodiment of the present invention can dispense 2 to 4 liters per hour and the drip pipe 21 has a diameter of 13 to 18 mm. The drip hose 23 has a diameter of 2 to 5 mm and the drip hood 24 is directly inserted into the drop port of the vegetation port to which the end of the lower wing 25 is to be dropped, The irrigation water is irrigated to the correct position of the vegetation port (100).

As described above, according to the present invention, a recording structure capable of designing various shapes can be formed by using a bracket that is easy to attach and detach and combined with a curved perforated plate, thereby preventing the loss of vegetation soil contained in the vegetation port It is effective to provide a vegetable port which can be separated and assembled.

In addition, a vegetation port is formed by a net-shaped wall to improve ventilation and drainage inside the vegetation port, and a port box is provided so that the vegetation port is inclined forward, thereby improving the vegetation environment. .

Furthermore, there is an effect of providing a vegetation apparatus for wall-surface greening having a drainage hole and a water reservoir on the bottom surface of a port box for receiving a vegetation port, thereby allowing water to be drained and recycled smoothly and having a sound vegetation base.

In addition, there is an effect of providing a wall watering system having a drip irrigation device for continuously supplying water to the vegetation port, thereby facilitating maintenance.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation, It is within the scope of the present invention that component changes to such an extent that they can be coped evenly within a range that does not deviate from the scope of the present invention.

1: concrete wall 2: waterproof panel
3: Square pipe 4: Fixing bolt
5: piece 6: zinc-plated plate
10: Vegetation system for wall-greening 20: Drip irrigation system
21: Dewatering pipe 22: Dewatering pipe
23: Dotted Hose 24: Spotted Branch
25: Wick 100: vegetation pot
101: main frame 102: main cover
110: bottom part 111: bracket coupling part
112: Irrigation inlet 113: Bracket insertion groove
114: fixed guide 120:
121: vertical frame 122: horizontal frame
123: Fixing hole 130: Upper rim
140: fastening part 141: fastening hole
142: fastening part fixing protrusion 160: cover frame
170: Hanging chin 180: Vegetation ball
181: arc frame 182: line connecting bar
183: push pin 190: release preventing member
200: Port box 210: Housing body
220: housing latching part 221: latching space part
230: pipe hook part 240: fastening hole
241: fastening protrusion 250: drain
260: bottom part 270: reinforced groove
280: Base 290: Water tray
300: Bracket 310: Bracket body
320: Irrigation hole insertion hole 330: Perforation insertion hole
340: perforated plate insertion groove 350: perforated plate fixing projection
360: a rotary fixed hook part 400: a locking pin
410: pin head 420: pin body
421: locking protrusion 430: pin rest part
440: Pin fixing groove 450: Pin removing groove

Claims (10)

A skeleton is formed by a mesh-shaped wall in which a through-hole formed by intersecting horizontal and vertical frames in a cylindrical shape with an opened upper surface is arranged at regular intervals on a wall surface, and a side surface of the wall is partially extended, A receiving space formed in the skeleton formed by the wall to accommodate the vegetation soil, a bracket coupling part formed on the back surface opposite to the upper surface, and a bracket coupling part passing through the bracket coupling part, A main body frame having a bottom portion formed in a cut-out state and formed into a flat plate shape in which a water inlet for inserting the tube receiving hose is formed;
A main cover which is fastened to the main frame so as to cover an opened upper surface of the main frame and prevents vegetation soils accommodated in the main frame from being lost to the outside; And
One side of which is coupled to the bracket coupling part formed on the bottom of the main frame in a one-to-one correspondence relationship and the other side of which is provided with a piercing plate insertion projection for independent connection to various types of wall- A piercing plate insertion protrusion formed at the center of the bracket body and protruding from the piercing hole for inserting the piercing water inlet port and the piercing water inlet port located at the back surface of the bracket body; A piercing plate inserting groove formed between the bracket body and the piercing plate inserting protrusion so as to be inserted and fixed in the formed hole and a plurality of piercing piercing plates formed on the back face of the bracket body, And a bracket formed on a bottom surface of the bottom of the main body frame A bracket including a rotatable fixed hook portion which is pivotally fixed to the joint portion by a predetermined range; And
The main body frame includes a bracket insertion groove into which a rotatable locking hook portion of the bracket is inserted into a bracket coupling portion formed on a bottom surface of the bottom portion, Further comprising a cutting part formed by cutting a part of the inner wall surface of the bracket coupling part and a fixing guide to which the outer surface of the bracket body is fixed when the rotary type fixing part is rotated.
delete [2] The apparatus according to claim 1,
Shaped vertical frame extending at a predetermined interval along the periphery of the bottom edge and extending in an upward direction of the bottom portion, and a ring-shaped vertical frame cross-connected at right angles to the vertical frame, A side wall part formed of a horizontal frame having a predetermined height around an edge of the bottom part;
An upper rim surrounding the upper end of the side wall part and forming an open side edge of the main body frame and engaging with the main cover; And
The outer edge of the upper rim extends to be flat and maintains a flexible state in which the extension starting point is easily folded and unfolded and is fastened to the fastening pin And a fastening portion provided on the bottom surface of the vegetation port.
4. The apparatus according to claim 3,
A cover frame formed to cover an outer surface of an upper rim of the main body frame in correspondence with the shape of the main body frame opened portion;
A hook protruding from a predetermined portion of the inner surface of the cover frame so as to smoothly ride over the outer edge of the upper frame;
A vegetation hole formed by sequentially arranging a plurality of arc frames having diameters different from each other in the direction of the center of the cover frame so that the plants planted in the vegetation soils accommodated in the interior of the body frame are projected to the outside; And
A plurality of arcuate frames constituting the vegetation hole, and a line connecting bar connecting the adjacent frames of the cover frame, and a circular arc frame connected to the line connecting bar, so as to prevent the vegetation soil contained in the main frame from escaping And a release preventing member provided on the vegetation port.
A skeleton is formed by a mesh-shaped wall in which a through-hole formed by intersecting horizontal and vertical frames in a cylindrical shape with an open top surface is arranged at regular intervals on a wall surface, and a side surface of the wall is partially extended, And a receiving space formed in the skeleton formed by the wall to accommodate the vegetation soil and a bracket coupling part formed on the back surface opposite to the upper surface and a bracket coupling part formed on both sides of the bracket coupling part, A main body frame including a bottom portion formed in a cut-away side surface and formed in a flat plate shape in which a water inlet for inserting the tube receiving hose is formed; a main body frame coupled to the main body frame to cover the opened upper surface of the main body frame, The main body which prevents the vegetation soil accommodated in the receiving space of the frame from being lost to the outside And the other side is coupled in one-to-one correspondence with the bracket coupling part formed at the bottom part of the main body frame, and the other side is provided with a piercing plate inserting projection for independently engaging with various types of wall- A bracket body and a bracket body formed in the center of the bracket body and having an irrigation hole for inserting the irrigation water inlet and a perforated plate insertion protrusion formed around the irrigation hole insertion hole located at the backside of the bracket body, A plurality of piercing protrusions formed on a rear surface of the bracket body to face the piercing hole, and a plurality of piercing protrusions formed on the rear surface of the piercing body for preventing insertion of the piercing plate when the piercing plate is inserted; A bracket formed on a bottom surface of the bottom of the main body frame; The bracket includes a bracket insertion groove into which a rotary fixing part of the bracket is inserted. The bracket includes a bracket insertion groove into which a rotary fixing part of the bracket is inserted, A cutout part formed by cutting a part of the inner wall surface of the bracket coupling part so as to be inserted into the upper surface of the bottom part of the main body frame after the insertion of the hook part in a predetermined range, A vegetation port including a guide and having a body cover fastened to the body frame to cover an open upper surface of the body frame;
A front surface of the housing body is inclined downward toward the front so that the vegetation port is inclined; Wherein the vegetation port is provided with a vegetation port, and the vegetation port is adapted to be separated and assembled.
The portable terminal according to claim 5,
A box-shaped housing body having a storage space in which the vegetation port is housed and which is inclined so that a front surface thereof is orthogonal to a direction of the opening of the vegetation port;
A housing locking part formed integrally with a rear surface of the housing body, the locking part having a lower space and a left and right opening space for fixing the housing body to a waterproof panel for wall surface recording installed on a wall surface of a building;
A pipe hanging part formed by cutting a part of both upper ends of the housing body and receiving a drip irrigation device for supplying moisture to the vegetation port;
A fastening hole formed in the front end of the bottom surface of the housing body so that the fastening portion of the vegetation port is inserted and fastened to the fastening hole;
A drain hole formed in the center of the bottom surface of the housing body so that water having a predetermined level or higher is naturally discharged; And
And a reservoir formed of a groove formed along the bottom edge of the housing body to receive water not discharged to the drain hole.
7. The connector according to claim 6,
And the reinforcing groove is vertically formed at the center of the rear portion so as to reinforce the housing body. The planting apparatus according to claim 1,
A skeleton is formed by a mesh-shaped wall in which a through-hole formed by intersecting horizontal and vertical frames in a cylindrical shape with an open top surface is arranged at regular intervals on a wall surface, and a side surface of the wall is partially extended, And a receiving space formed in the skeleton formed by the wall to accommodate the vegetation soil and a bracket coupling part formed on the back surface opposite to the upper surface and a bracket coupling part formed on both sides of the bracket coupling part, A main body frame including a bottom portion formed in a cut-away side surface and formed in a flat plate shape in which a water inlet for inserting the tube receiving hose is formed; a main body frame coupled to the main body frame to cover the opened upper surface of the main body frame, The main body which prevents the vegetation soil accommodated in the receiving space of the frame from being lost to the outside Burr. And the other side is coupled to the bracket coupling part formed on the bottom part of the main body frame in one-to-one correspondence and the other side is provided with a piercing plate insertion protrusion for independently engaging with various types of wall- A hole formed in the center of the bracket body and inserted into the hole formed in the perforated plate when inserted into the perforated plate when the water inlet is inserted into the hole, A plurality of piercing protrusions formed on a rear surface of the bracket body to face the piercing hole, a piercing plate fixing protrusion formed on the rear surface of the piercing body for preventing the piercing of the piercing plate when the piercing plate is inserted, A bracket coupling portion The bracket includes a bracket insertion groove into which a rotary fixing bracket of the bracket is inserted and a bracket insertion groove into which the rotary fixing bracket is inserted, A cutout portion formed by cutting a part of the inner wall surface of the bracket coupling portion to be inserted into the upper surface of the bottom portion of the main body frame when the bracket is rotated in a predetermined range and a fixing guide to which the outer surface of the bracket body is fixed when the rotary locker portion is rotated A vegetable port having a body cover fastened to the body frame to cover an opened upper surface of the body frame, and a housing body opened upward through a front opening, the vegetation port being slanted, As the front of the vehicle is moved forward, And a pipe box having a pipe hanging portion formed by cutting a part of both upper ends of the housing body. And
And a drip irrigation device mounted on a pipe hanging part of the port box for continuously and continuously supplying water to the vegetation port.
The drip irrigation system according to claim 8,
A drip pipe receiving the piping portion of the port box;
A dropper disposed at a predetermined interval in the drop pipe to distribute and dispense an appropriate amount of water at the same time;
A drop hose connected to the dropper and vertically disposed in the drop pipe and formed of a tube material of good elasticity; And
And a wick that is coupled to an end of the drip hose so as to guide a part of the water flowing inside the drip hose to the outside. The system of claim 1, .
[12] The apparatus according to claim 9,
And a plurality of wicks for guiding a part of the water flowing inside the drip hose to be externally dripped are vertically arranged so that the quantity of water to be dispensed is controlled when the water quantity is increased due to the pressurization. .

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