KR200432507Y1 - A pot for the sky cultivation of crops - Google Patents

Abstract

The present invention relates to a public cultivation port for crops, and in order to cultivate crops in the air, the topsoil receiving body (10) supported by the holding pipe (A) and positioned in the air, and the topsoil receiving body (10) The filtration net seating jaw (50) formed so that the nutrient solution is drained to the bottom of the filtration solution, and the filtration network 40 is filtered only nutrient solution separated from the top soil on both sides of the furrow 30, and the And a discharge port 60 through which the nutrient solution filtered in the furrow 30 is discharged, and the top soil receiving body 10 has a lower seating portion 21 formed at one end in a longitudinal direction, and the lower seating portion 21 A holding pipe upper fastening pipe 22 is formed on both sides, and a protrusion 23 is integrally formed on an upper part of the holding pipe upper fastening pipe 22, and an upper seating part is formed at the other end of the topsoil receiving body 10. 24 is formed, and the projection seating grooves 25 are formed at both sides of the upper seating portion 24 to form the protrusions 23 and the stones. The seating grooves 25 are coupled to each other in an overlapping state, and the support pipes A vertically positioned from the ground are fastened to the support pipe upper fastening pipes 22 so that the topsoil receiving bodies 10 are continuously connected in a row. . When the ground plants, especially strawberries, are grown, the present plant can be cultivated so that the leaves, stems, and berries fall to the soil storage side so that they do not directly touch the soil. You can cultivate pollution-free strawberries efficiently.

Pot, Topsoil, Supporting Wings, Projection, Seating Groove, Seating Jaw, Furrow, Rail

Description

A pot for the sky cultivation of crops}

Figure 1 is an exploded perspective view showing the installation state of the public cultivation port of the present invention,

Figure 2 is a plan view showing an installation state of the public cultivation port of the present invention,

3 and 4 is a cross-sectional view showing the state of use according to the first embodiment of the present invention and enlarged view and a perspective view,

5 is a perspective view showing a state of use according to a second embodiment of the present invention,

6 is a perspective view showing a state of use according to a third embodiment of the present invention,

7 is a perspective view and enlarged view showing a state of use according to the fourth embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10: top soil storage body 20: support wing

21: lower seating portion 22: holding pipe upper fastening pipe

23: projection 24: upper seat

25: projection seating groove 30: furrow

40: filter network 41: filter network

50: filter network seating jaw 60: outlet

70: drain pipe A: holding pipe

B: crossbar pipe S: strut pipe reinforcement

D: wheels R: rails

P: Support plate P1: Strand pipe lower fastening pipe

P2: Ground insertion part T: Top soil

The present invention relates to a public cultivation port for crops configured to cultivate crops, such as strawberries, in the air. A rectangular square is coupled to an upper part of a holding pipe vertically located on the ground, and is attached to a soil storage body placed in the air. It is designed to grow crops in the air at a certain distance from the ground filled with soil, which uses the space as a crop growth space to expand the cultivation area, facilitate crop growth and fruit management, and protect crops from pests. It is easy to increase the cultivation efficiency.

In general, crops cultivated in facilities such as a plastic house are indigenous cultivations that grow seedlings on the ground and grow crops. As a result, the work efficiency is very low, and crops such as strawberries are not clean because they grow on the seedlings, and there are many inconveniences in controlling the temperature of the seedlings, supplying nutrients, and supplying and draining moisture. .

In addition, in the case of land cultivation, since the strength of the soil is weakened, crops are poor, and thus, there is a disadvantage in that the crops cannot be produced intensively every year.

Patent registration No. 0238865 (Multi-stage plant cultivation method and multi-stage plant cultivation apparatus used therein) and Utility Model Registration No. 0188279 (Multi-stage cultivation water feeder) are used in the bottom of the pot or cultivation vessel There is a problem that adversely affects the growth of plants, such as blocking the sun to be supplied to plants located in.

Utility Model Registration No. 0327215 (Multi-stage Cultivation Apparatus for Plants) has solved the above problems to some extent, but since the left and right lands lean obliquely to each other, sunlight is applied to the left, right, or top and bottom soil housings. Since it does not light evenly, there is a disadvantage that the quality of the fruit is not constant.

The present invention is conceived in view of the conventional problems as described above, the object of the present invention is to install a cultivation port in the air spaced from the ground to cultivate the crop to increase the space utilization rate and management of cultivation and fruit In order to cultivate short crops, especially strawberries, the farmers can work while standing, drain the soil smoothly, and the sunshine hours and amount of sunlight are uniformly applied to all crops. In addition to improving productivity, the present invention provides a cultivation port for crops capable of harvesting high quality fruit.

In order to achieve the above object, in the cultivation of crops in the air, a topsoil container supported by a holding pipe and positioned in the air, a furrow formed so that the nutrient solution is drained to the bottom of the topsoil container, Provides a port for the cultivation of crops, including a filter net seating jaw formed so that only the nutrient solution separated from the top soil on both sides is filtered, and a discharge port through which the nutrient solution filtered in the furrow is discharged.

In the present invention, the topsoil receiving body has support wings formed on both sides along the longitudinal direction at the upper edge thereof, and a cross pipe is inserted into the lower portion of the support wings, and the prop pipe is positioned perpendicular to the ground at regular intervals. Provides a port for aerial cultivation of crops supported by

In the present invention, the support pipe is provided with a support pipe reinforcement between the other support pipe for the reinforcement, and the wheel is mounted on the bottom of the support pipe and the ground so that the top soil storage body can be moved at right angles to the longitudinal direction. There is a rail to be installed.

Hereinafter will be described in more detail through the drawings for the aerial cultivation port of the crop according to the present invention.

1 and 2 are separate perspective views and plan views showing the installation state of the aerial cultivation port of the crop according to the present invention, in which the soil is supported by a holding pipe (A) and is located in the air for cultivating crops in the air. Receptacle 10, the furrow 30 formed to drain the nutrient solution at the lower end of the top soil receiving body 10, and the filter network 40 is filtered only the nutrient solution separated from the top soil on both sides of the groove 30 It comprises a filter net seating jaw 50 formed to be seated, and the discharge port 60 for discharging the nutrient solution filtered in the furrow 30.

The outlet 60 formed in the lower portion of the furrow 30 is connected to the drain pipe 70 formed along the longitudinal direction of the top soil receiving body 10, the drain pipe 70 is connected to the nutrient solution collection tank is nutrient solution collection tank The collected nutrient solution is resupplied. In addition, the amount of nutrient solution can be properly adjusted, and the addition of means for increasing the intelligence has the advantage that the precision farming is also possible because it is easy to grind.

3 and 4 are cross-sectional views and enlarged view and a perspective view showing the use state according to the first embodiment of the present invention, the top soil receiving body 10 has a lower seat portion 21 is formed at one end in the longitudinal direction The support pipe upper fastening pipe 22 is formed on both sides of the lower seating portion 21, and the protrusion 23 is integrally formed on the upper part of the support pipe upper fastening pipe 22. An upper seat part 24 is formed at the other end of the upper part 10, and protrusion seating grooves 25 are formed at both sides of the upper seat part 24 so that the protrusions 23 and the protrusion seating grooves 25 overlap each other. Is coupled to but the holding pipe (A) is vertically located from the ground to the holding pipe upper fastening pipe 22 is fastened to the top soil receiving body 10 is connected in a row in series.

5 is a perspective view showing a state of use according to a second embodiment of the present invention, the top soil receiving body 10 is formed on both sides along the longitudinal direction of the upper edge of the support wing 20, the support wing A cross pipe B is fitted in the lower part of the 20, and the cross pipe B is supported by a holding pipe A positioned perpendicular to the ground at a predetermined interval.

In this embodiment, the top soil receiving body 10 is continuously formed on the cross pipe B, and the top of the prop pipe A is coupled at regular intervals to support the cross pipe B. The coupling part of takes a simple coupling method such as V type or U type. Preferably, by installing the wheel (D) at the bottom of the holding pipe (A), the holding pipe (A) to maintain the firmness of the coupling portion even when the top soil storage body 10 is moved perpendicular to the longitudinal direction The coupling part at the top is U-shaped.

Figure 6 is a perspective view showing a use state according to a third embodiment of the present invention, the support pipe (A) is provided with a support pipe reinforcement (S) between the other support pipe (A) for its reinforcement , The wheel (D) is mounted to the bottom of the holding pipe (A) and the rail (R) is installed on the ground so that the top soil receiving body (10) can be moved at right angles to the longitudinal direction.

7 is a perspective view showing a state of use according to the fourth embodiment of the present invention, wherein the support plate (P) is located below the support pipe (A), and the support pipe (P) is integrally formed on both sides of the support plate (P). Lower fastening pipe (P1) is formed, and the lower surface of the support plate (P) is formed integrally with the ground insertion portion (P2), the two facing each other at right angles to the longitudinal direction of the top soil receiving body (10) The lower end of the support pipe (A) and the support pipe lower fastening pipe (P1) is coupled.

In this embodiment, after the support pipe A is coupled to the support pipe lower fastening pipe P1 formed on the upper portion of the support plate P, the ground insertion portion P2 formed on the upper portion of the support plate P is inserted into the ground. Therefore, the height of the ground insertion portion (P2) is inserted into the ground is constant and the depth of the holding pipe (A) may not be constant depending on the load of the top soil receiving body 10 and the cohesive force and density of the ground. The support plate (P) can be prevented, and the support plate (P) also serves to support the holding pipe (A) more firmly.

By keeping all of the top soil containers 10 in close contact with each other, sufficient space is required for the growth of crops, and in the case of work, the top soil containers 10 connected in series are arranged at right angles to the longitudinal direction. The wheel D is installed at the lower end of the holding pipe A so as to secure a space for the worker to work, and the rail R for inducing the movement of the wheel D is transferred to the topsoil housing. It is installed perpendicular to the longitudinal direction of the (10). Thus, there is an advantage that the space required for the growth of crops per unit area is secured at the same time and the working space is efficiently secured without inconvenience when the worker works.

The air cultivation port of the crop of the present invention configured as described above can increase the yield per unit area and grow in the air port, so that the worker can easily work in the standing state. There is also an advantage that this is possible. In addition, because the cultivation port of the crop of the present invention is cultivated through nutrient solution, precision farming is possible, labor cost can be reduced through viability, and many crops, such as strawberries, are much more hygienic than general soil cultivation. It is a great advantage to increase the competitiveness of crops.

Although the present invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various changes or modifications can be made within the spirit and scope of the present invention, and such changes or modifications are attached to the accompanying drawings. It should be included in the utility model registration claim.

Claims (5)

In the cultivation of crops in the air, the topsoil receiving body (10) supported by the holding pipe (A) and positioned in the air, and the furrow (30) formed so that the nutrient solution is drained to the bottom of the topsoil housing (10). And, on both sides of the furrow 30, the filter network seating jaw 50 is formed so that only the nutrient solution separated from the top soil is filtered, and the nutrient solution filtered in the furrow 30 is discharged Port for cultivation of crops, including 60. The method according to claim 1, The top soil receiving body 10 has support wings 20 formed on both sides of the upper edge thereof in the longitudinal direction, and a cross pipe B is inserted into the bottom of the support wings 20, and the cross pipe B is provided. ) Is a port for aerial cultivation of a crop, characterized in that supported by a holding pipe (A) positioned perpendicular to the ground at regular intervals. The method according to claim 1, The top soil receiving body 10 has a lower seating portion 21 formed at one end in the longitudinal direction, and a support pipe upper fastening tube 22 is formed at both sides of the lower seating portion 21, and the upper support pipe is fastened. The protrusion 23 is integrally formed on the upper part of the tube 22, and the upper seat part 24 is formed at the other end of the top soil receiving body 10, and the protrusion seating grooves on both sides of the upper seat part 24. (25) is formed is coupled to the protrusion 23 and the projection seating groove 25 overlapping state, but the holding pipe (A) which is vertically located from the ground to the holding pipe upper fastening pipe 22 is fastened to the top soil Port for the cultivation of crops, characterized in that the receiving body 10 is connected in a row. The method according to any one of claims 1 to 3, The support pipe (A) is provided with a support pipe reinforcement (S) between the other support pipe (A) for its reinforcement, the wheel (D) is mounted on the bottom of the support pipe (A) and the topsoil receiving body ( 10) A port for the cultivation of crops, characterized in that the rail (R) is installed on the ground to move at right angles to the longitudinal direction. The method according to any one of claims 1 to 3, Support plate (P) is located under the support pipe (A), the support pipe (P) of the support pipe lower fastening pipe (P1) is integrally formed on both sides of the upper support plate (P), the support plate (P) in the lower both sides The ground insertion part (P2) is formed, the lower end of the two support pipes (A) facing each other at right angles to the longitudinal direction of the top soil receiving body 10 and the support pipe lower fastening pipe (P1) is coupled Aerial cultivation port, characterized in that the crop.

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