KR101235373B1 - Park for mode of life provided with wall fountain - Google Patents

Abstract

The present invention relates to a hydroponic park, and more particularly, to a hydroponic park having a water flow that can be efficiently managed and improved at the same time as the natural aesthetics.
To this end, the present invention is a planting part is formed by planting a variety of soil planting soil on one side of the interior of the waterproof tank with an open top, planting plant is formed on the other side, the bottom layer made of cotton and sand and gravel on the other side In a hydroponic park provided with a water tank to accommodate the water, is installed on the planting portion, the water flowing up by the pump provided therein to the lower side along the front portion and the front wall of the water flow It is formed to be coupled to separate, provides a hydroponic park having a water flow characterized in that it comprises a water supply channel formed to supply the flowing water to the planting portion.

Description

PARK FOR MODE OF LIFE PROVIDED WITH WALL FOUNTAIN}

The present invention relates to a hydroponic park, and more particularly, to a hydroponic park having a water flow that can be efficiently managed and improved at the same time as the natural aesthetics.

In general, in decorating the garden inside the building, planting and underwater parks are installed together to provide aesthetics and to pursue diversity.

In other words, the planting park is a space that has some partitioned space for growing various trees, flowers, and plants, and fills soil therein so that plants can live.

In addition, an underwater park is provided with a separate case, such as a fishbowl, and a method of raising fish therein, or a method of dividing a space such as a pond in a building and releasing fish therein.

In addition, recently, eco-friendly planning, construction, and management are required for the construction of structures related to three-dimensional greening in the city, and as such means, ecological parks, artificial wetlands, artificial ground greening, elevation of structures and balcony greening are being promoted.

In particular, as a greening of the structure within the city center, a water jet, which is installed by installing a separate vegetation port on the wall of the structure, has been developed to satisfy the intention of the residents to secure the green space due to the lack of greenery in the downtown area.

However, the planting park, the water park and the water spring, which are provided indoors as in the prior art, have to be separately maintained and managed, as well as the problem of securing each installation area in a narrow indoor space due to the conditions that must be installed in each facility. Maintenance and management are also difficult.

As a result, a structure for integrated management of the above-described planting park or underwater park is proposed, but compared to the advantage that the planting park and the underwater park can be managed as one, the worker must directly supply water to the planting park. In addition, in order to supply water to the fish tank, a separate purifier must be used to filter out various foreign substances.

As described above, there is a problem that maintenance is cumbersome because water must be supplied in different ways to the planting park and the underwater park.

Therefore, the present invention was created to solve the above problems, and an object of the present invention is to simultaneously form a hydroponic park and a water stream having a planting part and a fishbowl part in a limited space inside a building structure.

Another object of the present invention is to supply the water supplied from the spring to the planting part.

Still another object of the present invention is to supply water according to the distance from the front part of the water flow to the planting part, respectively.

Still another object of the present invention is to supply water over a wide range of planting parts.

Hydroponic park having a water stream according to an embodiment of the present invention for achieving this object is a planting part is planted planting planting soil of several soils on one side from the boundary part inside the waterproof tank with an open top In the hydroponic park is formed, and the other side is provided with a bottom layer made of cotton and sand and gravel to form a fishbowl for accommodating water, which is installed on the planting portion, the water is drawn up by the pump provided inside the front portion It characterized in that it comprises a water supply channel formed in the front part of the wall and the water flow for flowing down to the lower side, and is configured to supply the flowing water to the planting portion.

In addition, the water supply channel is characterized in that it is formed in a shape that the upper side is opened to have side walls at both ends along the longitudinal direction.

In addition, the water supply channel has a length shorter than that of the first channel on both sides of the first channel and the first channel formed to supply water to a planting part located farthest from the front part of the wall. It is formed, characterized in that it comprises a second channel for supplying water to the planting portion located close to the wall.

In addition, the side wall of the water supply channel is characterized in that it further comprises a plurality of through-holes formed.

In addition, a plurality of shielding films are formed on the inner bottom surface of the water supply channel at equal distances along the longitudinal direction, and the water supplied from the wall is temporarily stored by a predetermined amount by the shielding film, and then the height of the shielding film is increased. It is characterized by flowing down every time.

As described above, according to the hydroponic park having a water spring according to the present invention, it has an effect of providing a complex nature-friendly aesthetics of the planting part, the fishbowl part, and the hydroponic park.

In addition, the water of the water flow has the effect that the continuous supply to the planting section automatically.

In addition, it has the effect of supplying the correct amount according to the distance to the planting portion of the water in the spring.

Moreover, it has the effect of supplying water at the same time over the wide range of a planting part.

1 is a perspective view of a hydroponic park having a water stream according to an embodiment of the present invention.
Figure 2 is a cross-sectional view of a hydroponic park having a water spring according to an embodiment of the present invention.
3 is a perspective view of a water supply channel applied to a hydroponic park having a water flow according to an embodiment of the present invention.

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

1 is a perspective view of a hydroponic park having a water spring according to an embodiment of the present invention, Figure 2 is a cross-sectional view of a hydroponic park having a water spring according to an embodiment of the present invention.

As shown, the hydroponic park having a water stream according to an embodiment of the present invention includes a water tank 10, a water stream 20, and a water supply channel 30.

The waterproof tank 10 may be manufactured in a shape such as round or oval or square or lozenge to suit the structure of the upper part is installed in the room is opened.

In addition, starting from the boundary portion 11 in which small stones are stacked inside the waterproof tank 10, various soil materials of a conventional soil are stacked on one side to form a planting part 12 in which a plant is planted. The other side is provided with a bottom tank made of cotton, sand and gravel as a general fish tank structure, and a fish tank 13 for receiving water for living ornamental fish.

Here, sand or gravel may be disposed on the bottom of the fish tank 13, but in addition to this, although not shown, a filter material made of a material such as ceramic may be applied to filter out harmful substances or foreign substances.

In addition, a water channel 15 is formed so that water can be stored or flowed to one side of the fish tank 13. At this time, a separate filtration device 14 is interposed between the water channel 15 and the fish tank portion 13.

That is, the harmful substances and foreign substances generated from the fish of the fish tank portion 13 is primarily filtered through the filter medium, and the secondary filtration may be performed by passing through the filtration device 14.

In addition, the water pump (P) is installed inside the water channel (15) so as to attract the filtered water twice as described above and to the top of the wall (20) to be described later.

The hose H is disposed upward so that water can be drawn up by the submersible pump P.

It is preferable that a separate bracket (B) and a separate fixing means are installed at the bottom of the wall cloth 20 so as to be buried in the planting part 12 and fixed to the bottom of the waterproof tank 10. Further, the front plate portion 21 is provided with the inclined plate 22 in which a plurality of rectangular inclined plates 22 are arranged along the vertical direction.

The inclined plate 22 performs a function of guiding water to flow naturally by its own weight along each upper surface of the inclined plate 22 protruding forward.

In addition, a water tank 23 is formed at the upper end of the wall 20 so that water drawn up from the submersible pump P by the hose H may be temporarily stored. At this time, the jet port 21a is formed so that water from the water tank 23 can be discharged to the front portion 21 of the wall cloth 20. Here, the jet port 21a is positioned so that water can fall to the inclined plate 22 located at the top of the plurality of inclined plates 22.

FIG. 3 is a perspective view of a water supply channel applied to a hydroponic park having a wall cloth according to an embodiment of the present invention. As shown in FIG. ) Is fixed to and installed on any one of the inclined plates 22. In this case, the water supply channel 30 may be freely separated or coupled to a desired position of the inclined plate 22 by using a fixing bracket (not shown) or a coupling member (not shown) provided separately. .

The water supply channel 30 as described above includes a first channel 31 and a second channel 32.

In addition, the water supply channel 30 is formed with a first channel 31 substantially in the center of any one of the inclined plate 22, a pair of second channels 32 to both sides of the first channel 31. Is formed.

The first channel 31 serves to supply water to the planting part 12 located farthest from the front part 21 of the wall cloth 20.

Therefore, it can be formed in a length as long as it can reach the planting portion 12 located in the furthest position.

In addition, the second channel 32 is formed to have a shorter length than the first channel 31. At this time, it may be formed to have a length as long as it can supply water to the planting portion 12 located in the vicinity of the front portion 21 of the wall cloth (20).

Here, a plurality of shielding films 311 and 321 are formed on the inner bottom surface of the water supply channel 30 along the length direction. The shielding films 311 and 321 are temporarily stored by the shielding films 311 and 321 while water flows along the inside of the water supply channel 30, and when the shielding films 311 and 321 exceed the height of the shielding films 311 and 321. You will be guided through the water every time.

In addition, a plurality of through holes 312 and 322 are formed in the side wall positioned upstream of the shielding films 311 and 321 along the length direction.

That is, water is intermittently supplied by the shielding films 311 and 321 and water is supplied toward the side through the through holes 312 and 322. Accordingly, water can be supplied to the planting portion 12 over a wider range.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And all changes to the scope that are deemed to be valid.

10: waterproof countertop
11: boundary
12: Food Department
13: fish tank
14: filtration device
15: channel
20: Water Flow
21: Front part
22: inclined plate
23: water tank
30: water supply channel
31: first channel
32: second channel
311, 321: shielding film
312, 322: through

Claims (5)

delete Inside the watertight water tank with the top open, several soil materials are stacked on one side, starting from the boundary, so that the planting part is planted, and the other side is provided with a bottom layer made of cotton, sand and gravel to receive water. In a hydroponic park where a fishbowl is formed,
A wall cloth (20) installed on the planting part (12) for flowing down the water drawn up by a pump provided therein along the front part (21); And
And a water supply channel 30 formed to be separately coupled to the front portion 21 of the wall cloth 20 and configured to supply the flowing water to the planting part 12.
The water supply channel 30 is a hydroponic park having a wall, characterized in that the upper side is formed in a shape that is open to have side walls at both ends along the longitudinal direction. The method of claim 2,
The water supply channel 30,
A first channel 31 formed to supply water to the planting part 12 located farthest from the front part 21 of the wall cloth 20; And
A second channel formed on both sides of the first channel 31 to have a length shorter than that of the first channel 31 so as to supply water to the planting part 12 located near the wall cloth 20 ( 32); Hydroponic park having a water spring comprising a. The method of claim 3,
Hydroponic park having a wall, characterized in that the side wall of the water supply channel 30 further comprises a plurality of through-holes (312, 322) formed through. 5. The method of claim 4,
A plurality of shielding films 311 and 321 are formed on the inner bottom surface of the water supply channel 30 at equal distances along the longitudinal direction, and are supplied from the wall 20 by the shielding films 311 and 321. Water park is temporarily stored for a predetermined amount and the hydroponic park is provided with a water flow, characterized in that flowing down each time exceeds the height of the shielding film (311, 321).

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