KR20150087510A - Box-typed container for slantly mounting flowerpot and apparatus for wall gardening removably equipped with the box-typed containers in a modularized way - Google Patents

Abstract

The present invention relates to a box-type planter container capable of storing planters in a tilted position and a wall greening apparatus or a vertical leafy plant cultivation apparatus which can modulate the box-type planter containers and mount the box-type planter containers in a detachable manner. More specifically, the apparatus can modulate and detachably mount the commercially available seed ports having the identical size and shapes or hollow-box type planter containers capable of storing small planters in a tilted position and the box-type planter containers on a grid net to grow and harvest the leafy plants in a veranda or easily green the indoor walls. According to the present invention, the unit planter container (100) includes: a water supply hole (114) formed on the upper surface (106); an opening (112) on the front surface (107) to arrange the planters at a predetermined height (h1) from the lower end in the tilted position; a guide wall protruding along the opening; a water discharge pipe (118) protruding from the lower surface (108) by a predetermined length (h3); a catching unit (116) protruding downwardly from the rear surface (105); and an overflow guide wall (126) formed on the inside by another predetermined height (h2).

Description

TECHNICAL FIELD [0001] The present invention relates to a box-type pot receiving container capable of inclining pollen and a wall-type recording device in which a plurality of box-type pot receiving containers are detachably mounted in a modular manner. BACKGROUND OF THE INVENTION 1. Field of the Invention -TYPED CONTAINERS IN A MODULARIZED WAY}

The present invention relates to a box-shaped pollen receiving container capable of receiving a pollen slantingly, and a wall surface recording device or a vertical leafing device for leafy vegetables that can be detachably mounted by modularizing a plurality of pollen receiving containers. A hollow box type pot container capable of inclining a seedling pot or a flowerpot of a predetermined size, and a modularized box type pot container accommodated in a planar grid network and detachably mounted on the grid network to record wall surfaces, in particular indoor wall surfaces, To a device that can be harvested.

The flowerpot, which is a container for planting plants, is mostly made of a deep bowl which is opened at the top by a bottom surface and a wall extending upward from the perimeter of the bottom surface. Pollen is often used to put the floor surface horizontally on the same flat surface as the ground. However, there is a hanging pollen that is hanged in the air using a string. It can be attached to a wall or a railing using a predetermined attachment device or Wall-mounted pollen has also been developed for hanging.

The present invention is a device for allowing a plant to grow and harvest leaf vegetables in a vertical wall surface of a predetermined area or a wall surface recording technique for allowing a flowerpot to be detachably attached to a wall surface in a variety of conventional pots. The apparatus according to the present invention is a technology that makes it possible to partially hydroponically cultivate hydroponic cultivation and / or bottom watering with restriction on installation space, position and direction, and to enable urban agriculture in an apartment veranda and the like.

There are two types of patents or utility model technologies developed for domestic wall-mounted pollen or wall surface coatings.

First, the pollen is directly applied to walls directly by using a predetermined attachment tool for attaching the pollen to the wall, such as a vacuum adsorption plate or a nail bar fastening mechanism, or a wall attachment tool such as an annular band fastening mechanism.

As an example of such a patent, there is a wall-hanging pot and a hanging fixture for mounting a molding (Patent No. 791,405) using an annular band tightening mechanism capable of adjusting the diameter as shown in Fig. 1 as a patent invention. (Registered trademark design No. 449,981) by a vacuum adsorption having an adsorption plate and an attachment for a flowerpot support which can be attached to the adsorption plate as shown in Fig. In addition, a wall-mounted device (registered as a utility model No. 280,633), an attachment type flowerpot (utility model registration No. 466,628), a flowerpot hanger (utility model registration No. 241,758), a wall flowerpot support (utility model registration No. 193,539 (Utility Model No. 2011-0004289), a wall-hanging pot that can be hanged upright on the wall (Utility Model No. 2009- 0007860), and the like.

However, the wall-mounted pollen using the predetermined attachment tool for attaching the pollen to the wall surface is a type in which the pollen is individually mounted on the wall surface by using the individual attachment tool, so that the entire indoor wall surface of a predetermined area is recorded It is not directly related to the present invention.

Secondly, a technique for recording indoor or outdoor wall surfaces of a predetermined area by arraying a plurality of flower pots in a vertical and horizontal modular manner has been developed.

FIG. 3 shows a wall-mounted pollen device disclosed in Korean Patent No. 989,705, which is capable of easily moving the position of a pollen depending on a mining position or the like in order to change the indoor environment. The pollen dispenser has a structure in which the pollen pot 100 is mounted through a guide 30 for guiding water dropping between a plurality of fixed rods 20 on which a water channel 21 for supplying water is formed. The constitution of the holding part for holding the pots on the fixing table is weak and the components of the fixing table 20, the pots 100 and the guides 30 are separated from each other and are complicated, and the planting openings on the front side of the pots are extremely narrow, There is a disadvantage that the kinds of plants possible are limited. However, in this technique, the water collected at the lower end is supplied to the upper part by using the submersible motor 40 so that the circulation type automatic water supply structure for sequentially supplying the water from the upper flowerpot to the lower flowerpot and collecting and reusing the same is the same as in the embodiment of the present invention Do.

4 is a wall-fixed plant cultivation apparatus disclosed in Korean Patent No. 1,249,812. This technique is similar to the present invention in that a plant can be easily planted and the structure of the pollen receiving member 140 made up of two pieces of the pollen receiver 141 and the connecting lid 143 is It is very different from the present invention in that it is extremely complicated. Also, in this technique, a plurality of pollen receiving members 140 are described as being fixedly mounted on the wall surface A by using a plurality of screws. When a plurality of pollen receiving members 140 are screwed to a wall surface It is not easy to fix directly, and is different from the present invention, in particular, because it is fixed so that the pollen receiving member 140 can not be arbitrarily and easily replaced as needed. The point of how easy it is to hang poles on the wall, easy to replace, easy to maintain, and simple structure as a whole is an important design element in terms of realistic practical use of technology, which is disadvantageous in this respect. In the meantime, the circulation type automatic water supply system in which the water storage part 120 is located at the bottom and the water collected in the water storage part is supplied to the upper part by using the underwater pump 130, The same is true of the above-mentioned Patent No. 989,705, and the technical constitution of this part is not different even in the embodiment of the present invention.

FIG. 5 is a view illustrating a flower pot for wall greening according to the Korean Patent No. 1,296,738 and a wall gardening vertical gardening system using the same. This system comprises a box-type wall-surface planting pot 1 having front, rear, left and right plates 1, 2, 3, 4, a bottom plate 8 and an internal plant planting space 6, And the hook portion 7 provided with the rod fitting groove 7a protruding from the potting frame 3 is hooked on the potting rod member 25 installed horizontally in the potting frame 20. A pollen-attaching frame 20 having a plurality of pollen-hanging rod members 25 mounted thereon at predetermined intervals is fixed to the wall surface 30 by the anchor bolts 31 and a water supply pipe (60) is piped zigzag between the upper and lower wall surface greening flower pots (1) and supplied.

This Japanese Patent Registration No. 1,296,738 discloses a structure in which the flowerpot mounting frame 20 is fixed to the wall surface 30 using an anchor bolt 31 and a structure in which the water supplied to the wall surface flowerpot 1 The present invention differs from the present invention in its application field because it is understood that the system is not an indoor wall-painting system but an outdoor wall-painting system. Also, it differs in that a control unit 70 for intermittently supplying water is used. In this technique, each of the wall greening pots 1 in which the plants are planted in the planting plant space 6 is directly placed on the rod-shaped bar members 25 of the frame 20 for placement, In order to do so, it is troublesome to replace the plant because the soil in the planting plant space 6 needs to be emptied and replaced with a new planting plant or replaced with a wall-planting flowerpot 1 planted beforehand with new plants. Therefore, this technology can be said to be disadvantageous in terms of variability and maintenance of green plants.

FIG. 6 is a view showing a wall-mounted color block flower pot according to Korean Patent No. 653,790 and a color block flower pot set using the same. The present invention also relates to a system for attaching to an exterior wall surface 30 of a building as in the above-mentioned Korean Patent No. 1,296,738, which comprises a mounting plate composed of a welding net or screen net 40 attached to an exterior wall surface 30 of a building, An outer plate (12) coupled to the base plate and having a receiving space in which flowers can grow, an outer plate (12) formed at the bottom of the outer plate and capable of automatically releasing water A plurality of color block flower pots 10 including a plurality of drain holes 13 to form a color block flower pot set. This technique is based on the fact that the configuration of the color block pot 10 made up of the base plate 11 provided with the coupling groove 15 which is a two piece piece structure and the outer plate 12 provided with the engaging projection 25 is relatively simple However, since the color block flower pot 10 itself is a flower pot for planting flowers directly, it is different from the present invention in which the flower pot receiving container for receiving the flower pot is attached to the screen net, and water necessary for the flower pot is collected and reused The present invention is different from the present invention in that a circulation type automatic water supply structure is not adopted and a technique for recording an outdoor wall surface.

FIG. 7 is a view showing a prefabricated wall surface landscape system according to the Korean Patent No. 1,043,958. This system is a technique for decorating or landscaping a wall of a building, comprising a plurality of support plates 60, each of which is modularly arranged in one row or more in a longitudinal or longitudinal direction and is provided with a plurality of fastening holes 61 and pipe grooves 63 ; A plurality of coupling protrusions 16 to be inserted into the fastening holes 61 of the support plate and a plurality of planting cans 16 having pipe grooves 13 and assembly holes 14 formed on the bottom surface thereof, (2); And a water supply pipe (30) formed between the pipe grooves (13) of the support plate (60) and the pipe grooves of the food preparation box and having a plurality of water supply projections (32) fitted in the assembly holes (14) . In this technique, a plurality of fixing holes 65 are formed in the support plate 60 and fixed to the wall surface 102 or the like by using anchor bolts or screws through the fixing holes. When the support plate 60 is formed to be inclined An advantage that the planting box 2 to be coupled to the support plate 60 can be inclined can be introduced.

This Patent Application No. 1,043,958 discloses that a modularization technique using a support plate 60 and a planting box 2 that are standardized with a predetermined unit module in decorating or landscaping a wall surface of a building is used and that the planting box is slidably and detachably fastened The present invention is similar to the present invention in terms of the following points.

That is, in the system according to the patent No. 1,043,958, the planting box 2 is a flower pot planted directly with a plant. As in the case of the above-mentioned Patent No. 1,296,738, in order to change plants, the soil in the planting box 2 is emptied (2) which is planted with a new plant, so that the degree of freedom of plant replacement is lowered. In addition, since water is directly supplied through the bottom surface of the planting box 2 from the water supply pipe 30 piped between the planting box 2 and the support plate 60, it is difficult to control the water supply amount. In addition, the excessively watered water easily flows out to the outside through the vent hole 12 formed on the front or side of the food preparation box 2, and this supercharged water can not be recovered and reused so that the surroundings are dirty. The arrangement in which the water supply pipe 30 is arranged so as to pass zigzag between the planting box 2 and the support plate 60 is a factor that makes the installation work of the apparatus difficult. In this technique, the coupling protrusions 16 formed on the bottom of the planting box 2 are inserted into the fastening holes 61 of the support plate 60 to be coupled to the planting box 2, There is a structural disadvantage that the load of the heavy planting box containing the soil acts as a moment on the coupling protrusion 16 having a comparatively weak structure and is likely to be damaged due to concentration of the bending stress. This is more so since the load of the upper planting box is cumulatively received.

8 is a view showing an air purifier using plants according to Korean Utility Model No. 2013-4204. The air purifier includes a port (10) having an internal accommodation space through which plants can be planted; A frame 20 which is provided to horizontally mount a plurality of the ports, and positions each port so as to be inclined upward when the port is mounted; And a fixed frame (30) capable of multi-stage arranging the frame in the vertical direction. An upper surface 13 of the port 10 is provided with an irrigation hole 13a to which a hose for supplying water is connected at the center and air circulating in the longitudinal direction of the port 10 at the right and left sides of the irrigation hole 13a Holes 13b are provided in a slit shape and a plurality of slit-shaped air circulation holes 14b are formed in the left and right side surfaces 14 and the bottom surface 15 in the longitudinal direction of the port 10, respectively. This technique is advantageous in that a relatively small port 10 can be mounted on a frame 20 constructed in a modular manner and the port can be positioned at an upward slope and the structure of the frame is comparatively simple. However, The hose P is directly connected to the water hole 13a provided on the upper surface 13 to supply water and a slit-shaped air circulation hole 14b is formed in the longitudinal direction of the port 10, There is a problem in that the water supplied is easily drained.

9 is a view showing a water supply device for pollen according to Korean Patent No. 722,371. The present invention relates to a water supply device for a flowerpot such that moisture evaporated from water stored in a water reservoir is introduced into the inside of a flowerpot inserted into a seating groove of a support plate to supply nutrients to roots of the flowerpot, It is a flush water supply system. In this apparatus, a joining part (12) is formed on both sides of a verandah railing, water is stored inside, an absorbing member (13) is installed in the inside, and a viewing window (11a) A formed water reservoir 10; The pollen 2 is seated on the inside of the water reservoir 10 so that moisture or water evaporated from the water stored inside the water reservoir 10 is allowed to flow and moisture is introduced into the pollen 2 (20) having a plurality of seating grooves (21) having a plurality of flow openings (21a) to be introduced therethrough.

This technique is not a wall-screening device but a device for enabling water supply from the bottom to the hydroponic cultivation. It does not have a technical similarity with the present invention, but discloses a sight window 11a that allows the interior of the water storage container 10 to be identified inside the wall Only in the point of the embodiment of the present invention.

Korean Patent No. 10-989,705 Korean Patent No. 10-1,249,812 Korean Patent No. 10-1,296,738 Korean Patent No. 10-653,790 Korean Patent No. 10-1,043,958 Korean Patent No. 10-722,371 Domestic Public Utility Model No. 2013-4204

The present invention aims at solving the problems of the conventional wall wall recording technology, especially the conventional wall wall screening technology, and aims to satisfy the following design points.

- It should be a modular wall recording technology, and should be able to simplify its configuration as much as possible.

Modularization is a key element of design that allows freedom of change and unification in the direction of presentation and expression of wall painting. Also, the simpler the configuration, the lower the manufacturing cost, the easier the installation and maintenance, and the easier it is to spread.

- It is possible to utilize the existing small seedling pot without using the plant as it is planted first.

The present invention can be applied not only to directly spray pots planted with plant flowers directly on a wall surface but also to a method of hanging a pots container, specifically a pot container accommodating a small size flower pot of a predetermined size, So that the exchange of pollen can be made extremely simple. It is a big environmental change from the standpoint of the plant, but if the plant grows, it should not be used as a large flower pot. If it is a kind of plant suitable for recording the indoor wall by the modular method, It is desirable for the growth and health of the plants that the seedling pot can be attached to the pot container by keeping the original planting as it is. In such a configuration, it is very easy to mount and replace the seed pot or small flowerpot according to the present invention, so that when changing the kind of flowerpot in order to play the wall, The port itself can be changed, so maintenance and directing are extremely free. On the other hand, existing small seedling pots have synthetic resin pots which are extruded as one piece with extremely thin thickness. They are inexpensive, and there is not much variation in specifications and kinds, and they are widely used in seedling farms and the like In addition, since the flowering of plants in the market is planted in these seed pots, it is familiar to the general public, and thus it can be utilized as a wall greening material according to the present invention.

- The configuration of the water supply system should be reliable and the water control should be easy.

Watering, sunshine and ventilation are important when planting plants, but water cycle is the most basic and most important. You should not give less water, but you should not give too much, and you should be able to suggest a reliable watering method and its management should be convenient.

- It is desirable that the construction of the wall-screen recording apparatus should be convenient and movable.

In case of installing the indoor wall surface recording device directly on the indoor wall surface by using screws or other attachment means, it is very difficult to construct the device and damages the wall, so that it is fixed type so that not only the maintenance side but also sunlight shooting, The indoor wall surface recording apparatus according to the present invention is intended to be developed as a portable type. The movable wall surface recording apparatus according to the present invention may be used not as a method of directly attaching to a wall of an indoor wall but as a vertical partition wall which is used as a variable partition for setting up a wall near a room wall or dividing a space by dividing an indoor space, It is desirable to make it possible to move to a sunny and windy outdoors or a window, if necessary.

Other objects and advantages of the present invention will be apparent from the following description of the present invention.

According to an aspect of the present invention, there is provided a wall-

A water supply port 114 is formed in the upper surface 106 and an opening 112 for receiving a flowerpot is formed in the front surface 107 with a predetermined height h1 from the lower end thereof, And a water outlet pipe 118 having a predetermined length h3 is protruded from the bottom surface of the bottom wall 108 and a hook hole 116 is formed on the rear surface 105 A box-shaped pollen receiving container 100 in which an overflow guide wall 126 having a predetermined height h2 is formed;

And a longitudinally and horizontally oriented grid bar (175) (174) provided at a predetermined longitudinally and longitudinally spaced interval in the outer frame. The transverse grid bar (174) is provided with a plurality A mounting frame (170) for connecting the pollen receiving container (100) to each other;

An underwater motor pump 190 provided inside the water collecting tank 170 and a water pump 170 disposed at the lower end of the mounting frame 170 and having a collecting drain portion 162 at an upper portion thereof, And a water supply pipe (180) connected to the distributor (188) for supplying water into the box type pot storage container (100) attached to the mounting frame at the other end.

The present invention is also directed to a wall surface recording apparatus.

According to another aspect of the present invention, there is provided an indoor wall-painting apparatus according to the present invention,

The overhanging water surface height h2 is formed such that when the pollen 200 is loaded through the opening 112, at least a lower portion of the pollen is locked into the overflow water surface 128 And the height of the wall-side wall of the wall-side wall of the wall-side wall.

According to another aspect of the present invention, there is provided an indoor wall-painting apparatus according to the present invention,

The bottom wall top side support piece 120 of the pollen 200 extending obliquely from the rear face 105 toward the front face 107 is further formed inside the pollen receiving container 100 .

According to another aspect of the present invention, there is provided an indoor wall-painting apparatus according to the present invention,

The distributor 188 includes a horizontal tube portion 184 and a vertical branch tube portion 186 branched from the horizontal tube portion 184 and connected to a water supply port 114 formed on the upper surface of each pot storage container 100, And a quantity control knob 187 for controlling the quantity of water passing through the vertical branch pipe portion.

According to another aspect of the present invention, there is provided an indoor wall-painting apparatus according to the present invention,

The mounting frame (170) and the water collecting tank (160) of the watering device are separated from each other.

According to another aspect of the present invention, there is provided an indoor wall-

A front surface 107 having a top surface 106, left and right surfaces 102 and 104, a rear surface 105 and an opening 112 having a predetermined shape and having a guide wall 110 projecting at a predetermined inclination angle around the opening, A hollow box-type pot storage container 300 comprising:

And a longitudinally and horizontally oriented grid bar (175) (174) provided at a predetermined longitudinally and longitudinally spaced interval in the outer frame. The transverse grid bar (174) is provided with a plurality A mounting frame (170) for connecting the pot storage container (300) in a connected state;

The present invention is also directed to a wall surface recording apparatus.

According to another aspect of the present invention, there is provided an indoor wall-painting apparatus according to the present invention,

At the lower end of at least one of the front, rear, right, and left sides of the pollen receiving container 300, the height of the water contained in the pollen receiving container 300 can be seen from the outside of the pollen receiving container 300 And a screen glass (302) is further provided on the wall surface of the screen.

The wall-screening apparatus according to the present invention is a wall-screening technology or a vertical vegetable-growing technique in which a plurality of unit flowerpot accommodating containers of a predetermined standardized size can be arranged on a vertical plane in a modular manner, so that it is possible to direct and express wall- There is an advantage that it is possible to reduce the manufacturing cost and convenient to install and maintain and popularize the unit.

In addition, the wall-screening apparatus according to the present invention can be used as a substitute for the existing seedling pots without changing the initial planting state of the plants. Thus, it is possible to use the wall- There is also a convenient advantage of partial replacement due to free and health reasons of the plant.

Also, the wall-screening apparatus according to the present invention can automatically and reliably make the water cycle for a plant even if a person does not pay any special attention, so that it is very convenient to control irrigation.

In addition, the wall-screening apparatus according to the present invention is easy to install and maintain, so that any person who uses the indoor space provided with the wall-screening apparatus according to the present invention can use any wall- It has the advantage of being easily maintained and easily relocated.

1 is a view illustrating a hanger fixture for a wall-mounted type flower pot and a molding fixture according to the Korean Patent No. 10-791,405.
FIG. 2 is a view showing a decoration attachment for wall attachment by vacuum adsorption according to Korean Utility Model No. 20-0449981.
FIG. 3 is a view showing the wall potting device disclosed in Korean Patent No. 10-989,705.
FIG. 4 is a view showing a plant for planting a fixed wall type disclosed in Korean Patent No. 10-1,249,812
FIG. 5 is a view showing a flowerpot for wall-painting greening according to the Korean Patent Registration No. 10-1,296,738 and a wall gardening vertical gardening system using the same.
6 is a view showing a wall-mounted color block flower pot according to the Korean Patent No. 10-653,790 and a color block flower pot set using the same.
FIG. 7 is a view showing a prefabricated wall surface landscape system according to the Korean Patent No. 10-1,043,958.
FIG. 8 is a view showing an air purification apparatus using plants according to Korean Utility Model Laid-Open No. 20-2013-4204.
9 is a view showing a water supply device for pollen according to Korean Patent No. 10-722,371.
Fig. 10 is a view showing a first embodiment of a unit pot storage container of a wall surface recording apparatus according to the present invention, in which (a) is an entire outline perspective view, (b) Sectional view.
FIG. 11 is a perspective view showing a mounting frame for forming a vertical wall surface by modularly hanging a unit pot storage container according to the present invention. FIG. 11 (a) is a front perspective view thereof, to be.
FIG. 12 is a perspective view showing that the unit pot storage container of the wall surface recording apparatus according to the first embodiment of the present invention shown in FIG. 10 is mounted on the mounting frame shown in FIG. 11, wherein (a) is a front perspective view thereof (b) is a rear perspective view thereof.
13 is a view showing a configuration of an irrigation device in a state in which a unit pot storage container of a wall surface recording apparatus according to the first embodiment of the present invention is mounted on a mounting frame, wherein (a) (B) is a cross-sectional view taken along the line C-C 'of FIG. 5, and FIG. 6 (b) is a cross-sectional view taken along the line C-C' Fig.
FIG. 14 is a rear side partial perspective view showing a water collecting tank provided in a lower part of a mounting frame according to the present invention and an underwater motor pump provided inside the water collecting tank; FIG.
Figs. 15 (a) and 15 (b) are a front view and a rear view, respectively, in which a conventionally known small seedling port is mounted in the pollen receiving container in a state where the unit pot storage container of the wall surface recording apparatus according to the first embodiment of the present invention is mounted on the mounting frame Fig.
Fig. 16 is a view showing a second embodiment of a unit pot container for a wall surface recording apparatus according to the present invention, wherein (a) is a front perspective view, (b) is a rear perspective view, sectional view taken along the line B-B 'in Fig.

Fig. 10 is a view showing a first embodiment of a unit pot storage container of a wall surface recording apparatus according to the present invention, in which (a) is an entire outline perspective view, (b) Sectional view.

10, the unit pot storage container 100 of the wall screening apparatus according to the present invention has an outer appearance in which the hollow cylindrical guide wall 110 is obliquely coupled to the front surface of the box- Member.

Specifically, a water supply port 114 is formed on a top surface 106 forming a box, and a front surface 107 of the box is provided with an opening 112 (see FIG. 1) for accommodating the flowerpot with a predetermined height h1 from the lower end thereof, And a guide wall 110 made of, for example, a hollow cylindrical body is formed to protrude around the opening 112. 10 (b), the lower end of the guide wall 110 protrudes further forward than the upper end 110-1 and the upper end 110-1 of the guide wall 110 protrudes forward from the pollen receiving container 100 So that the inclined upper portion of the pollen 200 guided and inserted into the guide wall 110 is received and hidden in the pollen receiving container 100 so that it is not exposed to the outside, It is possible to make the planting surface on which the lateral side stream is planted to be seen more toward the upper side as much as possible.

In addition, the above-mentioned partially projecting guide wall 110 of the pollen receiving container 100 according to the present invention is not limited to a seedling port of a size and a size that can be circulated in the market (hereinafter, The terminology of the pollen should be understood as a pollen which is designed to be suitable for application to the present invention as well as including a commercially available seedling port) So that it can be stably managed without shaking after mounting. On the other hand, in this case, the distance between the diameter of the guide wall 110 and the inner and outer circumferential surfaces of the guide wall 110 may be varied so as to be tapered in an upwardly oblique shape along its longitudinal direction. In this case, As the size varies, it may be possible to vary the size and depth of the inserts for different diameters and sizes of pollen.

The pollen receiving container 100 according to the present invention serves also as a separate storing tank for supplying water to the pollen contained in the pollen receiving container 100 in a bottom surface water feeding system The water supplied into the container 100 is supplied through the water supply port 114 formed in the upper surface 106 and the water contained in the inner bottom surface 108 of the pot storage container 100 is filled with water The height thereof stored by the flow guide wall 126 can always be kept constant.

10 (b), at least a part of the bottom surface of the lower end portion of the pot is guided by the overflow guide wall 126, The water in the part-locked portion 129 can be supplied into the pollen 200 when the pollen receiving container 100 is configured to be locked below the maximum water surface height 128, The structure of the partial locking portion 129 with respect to the water stored in the inside of the overflow guide wall 126 is not limited to the structure of the overflow guide wall 126 described above, There is a technical merit because it is a configuration that can water properly.

In the meantime, the conventional seed pot pot is often provided with a radial water fall-out perforation (not shown) on its bottom surface. Such a radial water fall-off perforation is such that the pollen can be moved in any direction in the pot receiving container 100 The at least one water-impermeable perforation is directly brought into contact with the water in the above-mentioned partial-securing portion 129, which is advantageous for supplying water into the pot. If necessary, in addition to the known pollen, a separate pot designed for use in the pollen receiving container 100 according to the present invention may be separately prepared.

A water supply mast 202 for allowing capillary movement of water contained in the bottom tank of the pot storage container 100 according to the present invention is used as a water supply wick, Water is supplied to the pots 200 by sucking the water from the tank. The water supply inertial paper 202 is long enough to have one end thereof connected to the bottom of the flowerpot and the other end thereof to be in contact with water in the storage tank, and a material capable of sucking water by capillary phenomenon like a fabric is satisfactory.

The overflow guide wall 126 is configured such that the inclined wall 124 is extended to the vertical wall 122 as shown in the figure so that foreign matter such as leaves in the bottom reservoir is passed to the overflow space, And it is preferable.

In FIG. 10 (b), reference numeral 118 denotes a case in which, when the water supplied into the pot receiving container 100 through the water supply port 114 of the upper surface 106 overflows over the height h2, Is a water outlet pipe having a predetermined length (h3) for draining water to enter the upper surface water feed port (114) of the lower pot pollutant container (100) disposed below the water tub. That is, in the wall surface recording apparatus according to the present invention, the water outlet pipe 118 protruding from the bottom surface 108 of the upper pot storage container 100 is connected to the water supply port 114 formed on the upper surface 106 of the lower pot storage container 100 The water is continuously supplied to the inside of the pot receiving container 100 over the entire system or in the form of a vertical line by an extremely simple structure that is successively fitted in vertical lines so as to be in fluid communication with the pot receiving container 100.

On the other hand, while it is easy to insert the upper water pipe 118 into the lower water supply port 114 as described above, even if there is a slight lateral shift between the upper and lower flowerpot containers 100, the installation clearance It is preferable that the diameter of the water supply port 114 is made larger than the diameter of the water discharge pipe 118 or that the water supply pipe 114 is formed into a horizontally elongated shape.

In addition, in the insertion of the upper water outlet pipe 118 into the lower water inlet 114, an external screw is formed on the outer circumferential surface of the water outlet pipe (not shown), and an internal thread is formed on the inner surface of the water inlet. And the water supply port 114 is formed in a shape of a peanut-shaped double-diameter hole which does not come off because the protruding portion is inserted into the water supply port 114, The vertical connection between the upper and lower pot storage containers 100 can be achieved by the fastening structure of the water discharge pipe 118 and the lower water supply hole 114. In this case, Only the wall 100 can be hanged vertically.

The pot bottom 200 side bottom support piece 120 slanting from the upper end side of the rear face 105 to the lower end side of the front face 107 is provided inside the pot receiving container 100 of the wall screening apparatus according to the present invention. Which can serve two functions. First, it functions as a stopper for controlling the insertion depth of the pollen receptacle 100 into the pollen receiving container 100 regardless of the type of pollen (diameter) (Depth to volume) of the partial submerged portion 129 with respect to the water stored in the pot 200. The second portion receives the water dripped through the water supply port 112, And a water guide for contacting the bottom of the water tank.

The supporting piece 120 may be configured to have elasticity by adjusting its thickness or material. If the supporting piece 120 is elastic, its inclination angle can be variably controlled by the weight of the pot 200 or by manual operation. On the other hand, (Not shown) may be formed on the oblique back surface to prevent (temporarily) deflection.

10 (b), reference numeral 116 denotes a hook for hooking the pollen receiving container 100 to the lateral grid bar 174 of the mounting frame 170, which will be described later. The transverse grid bar 174 of the mounting frame 170 may be made of a wire having a small diameter such as a wire net or a synthetic resin net so that the transverse grid bar 174 can be easily hooked to the transverse grid bar 174 without any difficulty. (116) greatly facilitates the use of the wall-screening system according to the present invention. However, the hook 116 is not necessarily limited to the illustrated shape, and various changes are possible.

The potting container 100 for a wall-screening apparatus according to the present invention having the above-described structure is simple in construction and symmetrical in its entirety, so that the amount of material is small and it is easy to manufacture. For example, the mold can be manufactured by injection-molding only a pair of molds divided into left and right sides, and then thermally welding the two divided pieces facing each other. At this time, the left and right split molds for injection molding are used for mold- It is an extremely simple mold that can be easily done.

FIG. 11 is a perspective view showing a mounting frame 170 for recording and directing a vertical wall surface by modularly hanging a unit pot storage container 100 as described above of the wall surface recording apparatus according to the present invention. FIG. 11 (a) (B) is a rear perspective view.

As shown in Fig. 11, the mounting frame 170 includes a vertically installed frame-shaped outer frame 172 and longitudinal and transverse directional grid bars 175 and 174 provided at predetermined vertical and horizontal intervals in the outer frame A plurality of the above-described pollen receiving containers 100 can be attached to the transverse grid bar 174 in the lateral direction.

The longitudinal grid 175 of the frame member 170 contributes to modularly mounting the pot receiving container by making the left and right gaps equal to the left and right widths of the pollen receiving container 100 or by acting as the left and right direction unit rulers And also serves to dynamically support the pollen receiving container 100 and the transverse grid 174 supporting the vertical load of pollen received therein. The lateral width of the pot storage container 100 and / or the top, bottom, left, and right spacing of the pots contained in the pot storage container 100 can be appropriately adjusted with respect to the growth volume of plants and vegetables.

12 is a perspective view specifically showing an example in which the unit pot storage container 100 of the wall surface recording apparatus according to the first embodiment of the present invention shown in Fig. 10 is mounted on the mounting frame 170 shown in Fig. 11 (a) is a front side perspective view thereof, and (b) is a rear side perspective view thereof.

As can be seen from this figure, the unit pot storage container 100 of the wall surface recording apparatus according to the first embodiment of the present invention shown in FIG. 10 is hung in the lateral direction from the upper end of the mounting frame, Are connected to each other so as to be arranged on the upper and lower straight lines. The upward and downward connection is performed such that the water pipe 118 protruding from the bottom surface 108 of the upper pot storage container 100 is connected to the water supply port 114 formed on the upper surface 106 of the lower pot storage container 100, And they are successively fitted in vertical lines so that they can communicate with each other.

13 is a view showing a configuration of an irrigation device in a state in which a container unit 100 for accommodating a unit flowerpot of a wall surface recording apparatus according to the first embodiment of the present invention is mounted on a mounting frame 170, The vertically branched pipe portion 186 of the distributor 188 installed at the upper end of the upper unit is coupled to the upper surface water supply port 114 of the uppermost stage unit pot storage container 100 mounted adjacent to the same height, (B) is a cross-sectional view taken along the line C-C '.

13 (a), the distributor 188 has a horizontal tube portion 184 and a vertical portion 184 connected to the water supply port 114 formed on the upper surface of each pot storage container 100 by a plurality of branches from the horizontal tube portion 184, And a quantity control knob 187 (optional element) for controlling the quantity of water passing through the branch pipe portion 186 and the vertical branch pipe portion. The water pipe 118 protruding from the bottom surface 108 of the lower pot storage container 100 is vertically stitched in order to fluidly communicate with the water supply port 114 formed in the upper surface 106 of the lower pot storage container 100 It is well known that it loses.

14 is a side view of a water supply device 150 including a water collection tank 160 provided at a lower portion of a mounting frame 170 according to the present invention and an underwater motor pump 190 provided inside the water collection tank 160 Partial perspective view.

11 and 14, the watering apparatus 150 of the wall-screening apparatus according to the present invention includes a water collection tank 170 having a collection drain port 162 disposed at a lower front end side of the installation frame 170, A distributor 188 connected to the underwater motor pump at one end and watering into the pollen receiving container 100 at the other end, the underwater motor pump 190 being provided in the water collecting tank, And a water supply pipe 180 connected to the water supply pipe 180.

Although the watering apparatus 150 described above is shown as being integrated with the mounting frame 170 at the front lower end side of the mounting frame 170 described above with reference to FIGS. 11 and 14, 150 are not necessarily required to be physically integrated, but they may be arranged close to each other when used after being separated from each other, although not shown in the drawings. The water storage tank 160 can be omitted because it is required to appropriately perform water supply and drainage regardless of the plants and vegetables. Should be understood.

14, a wiring line for applying power to the submersible motor pump 190 is not shown, but it is needless to say that a power supply configuration must be provided. The intermittent driving of the submersible motor pump 190 may be performed by a mechanical timer such as a timer (not shown) without an electric circuit, When the water is supplied, the water that is sequentially overflowed to the lower pollen receiving container is returned to the collecting tank through the drain 160 and reused. It is preferable that the water contained in the water supply tank is a nutrient solution in which the nutrients beneficial for the growth of the plant or the side stream are dissolved.

Therefore, in the wall surface recording apparatus according to the present invention as described above, the intermittent driving method of the underwater motor pump using the timer, the bottom surface utilizing the wetted water supply utilizing the support pieces 120 in each pot storage container 100, The water system, which is the most difficult task of planting flowers, can be effectively implemented by multiple watering control mechanisms, such as manual operation of the water supply structure using the water quantity control knob 187 of the water supply structure and the water supply and distribution unit 188 .

FIG. 15 is a schematic view of a unit flower container 100 according to the present invention, in which the unit 100 is modularized and mounted on a mounting frame 170, It can be seen that the system is a system in which the wall surface is recorded by simply mounting a flowerpot such as a common seedling port well known in the market through the inclined opening 112 formed on the side of the wall.

Fig. 16 is a view showing a second embodiment of a unit pot container for a wall surface recording apparatus according to the present invention, wherein (a) is a front perspective view, (b) is a rear perspective view, sectional view taken along the line B-B 'in Fig.

As can be seen from these drawings, the pollen receiving container 300 according to the second embodiment is different from the pollen receiving container 100 according to the first embodiment described above in that the pollen receiving container 300 according to the second embodiment 300 can be mounted on the mounting frame 170 as described above in a modular manner. In addition, the unit pot 300 can be individually placed on a desk and used, So that they can be used individually.

In order to use the pollen receiving container 300 according to the second embodiment on the same plane and to be used individually, it is necessary to use the water receiving pipe 300, which is provided on the bottom surface 108 of the pollen receiving container 100 according to the first embodiment, The water supply port 114 and the overflow guide wall 126 structure for eliminating the water supply hole 118 and connecting the water supply hole 114 and the overflow guide wall 126 in a fluid communication manner in the vertical direction are unnecessary.

In the pollen receiving container 300 according to the second embodiment of the present invention, the water supply can be performed through the opening 112 of the front face 107 of the pollen receiving container 100, Similarly, the support piece 120 is adopted to form a partial volume locking portion 129 for the water stored in the bottom surface, and at the lower end of at least one of the front, rear, left, and right sides of the pollen receiving container 300, It is preferable to further include a sight glass 302 having a predetermined height so that the height of the water contained in the container 300 can be easily confirmed from the outside of the container 300.

When the pollen receiving container 300 according to the second embodiment is modularly mounted on the mounting frame 170, a predetermined amount of water is first supplied through the front opening 112 of each individual pollen receiving container 300 And the confirmation of the amount of water remaining in each pot storage container 300 over time, that is, the confirmation of the timing of the additional water supply, can be easily performed through the sight glass 302 You will know.

In FIG. 16, reference numeral 130 denotes an overtopping hole, and reference numeral 132 denotes a through-hole.

It is to be understood that the container for pots according to the first and second embodiments described above can be variously modified within the scope of the technical idea of the present invention, and the form of possible changes is defined by the claims.

In the above description of the present invention, the container for a flowerpot has been mainly described for wall-painting, but it can be used as a side-harvesting culture without changing its structure. This type of vertical cultivation is particularly useful in urban agriculture, which can be grown vertically in a narrow space, making it less spaceful. Ports for cultivating edible vegetables can be used for agriculture while maintaining a more hygienic environment by using environmentally friendly plastic pots. When used as a leafy vegetables container, It is enough to adjust it to.

100: pot storage container (first embodiment)
110: guide wall 112: opening
120: pot support base 126: overflow guide wall
114: water supply port 118: water outlet pipe
128: Overflow Sleep
150: Watering device 160: Water collecting tank
170: frame member 174: transverse grid member
175: longitudinal grid member
180: water pipe 188: dispenser
200: seedling pot (pot)
300: pot storage container (second embodiment)

Claims (10)

A water supply port 114 is formed in the upper surface 106 and an opening 112 for receiving a flowerpot is formed in the front surface 107 with a predetermined height h1 from the lower end thereof, A guiding wall 110 for guiding and guiding the guiding wall 110 is formed so as to protrude from the bottom surface and a water outlet pipe 118 having a predetermined length h3 is protruded from the bottom surface of the bottom surface 108, And a box-shaped pollen receiving container (10) having an overflow guide wall (126) having a predetermined height (h2)
A water supply port 114 is formed in the upper surface 106 and an opening 112 for receiving a flowerpot is formed in the front surface 107 with a predetermined height h1 from the lower end thereof, A guide wall 110 for guiding and guiding the guiding wall 110 is formed so as to protrude from the bottom surface of the bottom wall 108. A water outlet pipe 118 having a predetermined length h3 is protruded from the bottom surface of the bottom surface 108, A box-shaped pollen receiving container 100 in which an overflow guide wall 126 having a predetermined height h2 is formed;

And a longitudinally and horizontally oriented grid bar (175) (174) provided at a predetermined longitudinally and longitudinally spaced interval in the outer frame. The transverse grid bar (174) is provided with a plurality A mounting frame (170) for connecting the pollen receiving container (100) to each other;

An underwater motor pump 190 provided inside the water collecting tank 170 and a water pump 170 disposed at the lower end of the mounting frame 170 and having a collecting drain portion 162 at an upper portion thereof, And a water supply pipe (180) connected to a distributor (188) for supplying water into each box-type pot storage container (100) mounted on the mounting frame at the other end thereof;

A wall surface recording apparatus
The method of claim 2,
The overhanging water surface height h2 is formed such that when the pollen 200 is loaded through the opening 112, at least a lower portion of the pollen is locked into the overflow water surface 128 A wall surface recording device
Claim 2
Wherein the bottom part upper end side support piece 120 of the pollen 200 extending downward from the rear face 105 toward the front face 107 is further formed in the inside of the pollen receiving container 100. [
Claim 2
The distributor 188 includes a horizontal tube portion 184 and a vertical branch tube portion 186 branched from the horizontal tube portion 184 and connected to a water supply port 114 formed on the upper surface of each pot storage container 100, And a quantity control knob (187) for controlling the quantity of water passing through the vertical branch pipe portion.
The method according to any one of claims 2 to 5,
Characterized in that the mounting frame (170) and the water collecting tank (160) of the watering device are separated from each other,
The method according to any one of claims 2 to 5,
And a ventilation hole for ventilating is further formed on a rear surface (105) of the pollen receiving container (100)
A front surface 107 having a top surface 106, left and right surfaces 102 and 104, a rear surface 105 and an opening 112 having a predetermined shape and having a guide wall 110 projecting at a predetermined inclination angle around the opening, And a hollow box-type pot receiving container 300 including the container-
A front surface 107 having a top surface 106, left and right surfaces 102 and 104, a rear surface 105 and an opening 112 having a predetermined shape and having a guide wall 110 projecting at a predetermined inclination angle around the opening, A hollow box-type pot storage container 300 comprising:

Shaped frame frame 172 provided vertically and vertical and horizontal grid bars 175 and 174 provided with a predetermined vertical and horizontal spacing in the outer frame. The transverse grid bar 174 is provided with transverse A mounting frame 170 capable of connecting and holding a plurality of the pot receiving containers 300;

The apparatus according to claim 1,
The method of claim 9,
At the lower end of at least one of the front, rear, right, and left sides of the pollen receiving container 300, the height of the water contained in the pollen receiving container 300 can be seen from the outside of the pollen receiving container 300 And a screen glass (302)

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