KR20210141029A - Multi-stage plant pot for growing horticultural crop - Google Patents

Abstract

The present invention relates to a prefabricated multistage flowerpot for cultivating horticultural crops, which efficiently utilizes a narrow space and area to easily cultivate vegetables, fruits, or flowers regardless of type, size, or growth state; and which is formed in a structure of facilitating expansion of multilayered flowerpots, soil filling, and moisture supply. According to the present invention, the prefabricated multistage flowerpot has a circular pot with a hollow part and a wide top/narrow bottom shape. A lower side wall of the pot has inward curved parts formed on both sides and having a locking step formed on the wall except for the inward curved part. An upper side wall of the pot has outward curved parts formed on both sides in a direction perpendicular to the inward curved parts. Accordingly, the pots can be stacked in multiple stages.

Description

Multi-stage plant pot for growing horticultural crop}

The present invention relates to a multi-stage prefabricated flowerpot for cultivating horticultural crops, and more specifically, it can be easily cultivated regardless of the type, size, and growth state of vegetables, fruits, vegetables, and flowers by efficiently utilizing a narrow space and area, It relates to a multi-stage prefabricated flowerpot for cultivating horticultural crops having a structure that facilitates expansion of multi-layered flowerpots or soil filling and moisture supply.

Recently, as interest in food has increased, interest in organic food is increasing. In addition, as vegetable prices are not stabilized due to frequent heavy rains and snowfalls, and soars and falls are repeated, the demand for growing vegetables at home is increasing.

However, in order to grow vegetables at home, there is a problem in that a separate farmland for growing vegetables is required, and thus there is a problem of place restrictions. In addition, even if there is farmland, it is accompanied by the inconvenience of the manager having to continuously supply nutrients until the vegetables are grown.

Therefore, there is a demand for a pot for cultivating horticultural crops of a new concept so that desired vegetables can be easily grown and eaten at home.

In consideration of this, in Patent No. 10-0747515, which was also disclosed as a pot for horticultural crop cultivation, the powder and the bowl formed with the upper and lower narrow slanted peripheral walls are laminated and assembled, and the bowl and the bowl are respectively laminated and assembled to create a potted plant for soil cultivation. Forming a pot for hydroponics, and stacking and assembling the pot for soil cultivation and the pot for hydroponics to form a single layer or a water layer, respectively, between the powder and the container body or between the container body and the container body And it relates to a multi-stage prefabricated flowerpot for horticultural and multi-farm cultivation that is configured to be a potted plant for soil cultivation and a pot for hydroponics forming a hydroponic space.

In addition, in Utility Model Registration No. 20-0455257, a flowerpot for accommodating horticultural crop seeds and nutrient supply soil providing nutrients by covering the horticultural crop seeds; and a flowerpot cover coupled to the upper surface of the flowerpot and tightly pressing the upper surface of the nutrient supply soil accommodated in the flowerpot to prevent displacement of the horticultural crop seeds when the flowerpot is moved, wherein the nutrient supply soil is supplied with moisture from the outside It is supposed that the moisture content is controlled so as to delay the germination of the seeds of the horticultural crops.

In addition, in Public Utility Model No. 20-2018-0002505, in the pot for landscaping, a pedestal having a structure in which a coupling protrusion is formed in the center, and water can accumulate; a main flowerpot having a hole formed in its bottom so that the coupling protrusion of the pedestal can be inserted and rotatably coupled to the pedestal; and an auxiliary planter that is non-rotatably seated on an auxiliary planter pedestal formed in the center of the main flowerpot, wherein the protrusion formed in the center of the pedestal consists of first and second pedestals extending in a stepped shape, the first and A space is formed on the rear surface of the second pedestal, and the main planter has a plurality of planting spaces by a plurality of partition walls extending from the edge of the main flowerpot to the auxiliary planter pedestal.

In a conventional flowerpot including the above-mentioned prior art, horticultural crops such as vegetables, fruits, vegetables, or flowers can be planted and cultivated, but the structure is complicated to manufacture, and installation work is inconvenient, such as occupying a separate place and space. However, there were cumbersome problems such as expansion of multi-layered flowerpots, soil filling, and water supply.

KR 10-0747515 (Utility Registration Document 0002) KR 20-0455257 (Utility Publication No. 0003) KR 20-2018-0002505

The present invention is to solve this problem, and is made of a circular powder having a hollow portion and a top and bottom negotiation, and the lower side wall of the powder is formed with an inward curved portion and an engaging step portion on both sides, respectively, and the upper wall surface is inwardly A powder having outwardly curved portions formed on both sides in a direction perpendicular to the curved portion is provided, and then these powders are seated on a pedestal, and then laminated in multiple stages, the upper inward curved portion of the powder and the lower inwardly curved portion of another powder stacked A multi-stage assembly type for cultivating horticultural crops in which the assembly installation is completed by means of stacking so as to be positioned, and the soil is filled in the center of these powders, and then horticultural crops are planted in the soil at the portions where the outward curved portion and the inwardly curved portion are located. To provide flower pots.

The present invention is made of a circular powder having a hollow portion and an upper and lower negotiation, and the lower wall of the powder has an inward curved portion on both sides and a locking step is formed on the wall except for the inwardly curved portion, and the upper wall of the powder is the above It features a multi-stage prefabricated flowerpot for cultivating horticultural crops that can be stacked and installed in multiple stages with an outward-facing surface portion formed on both sides in a direction perpendicular to the inward-curved portion.

The inwardly curved portion of the powder is formed to be concave at the lower end of the powder, and is formed to be inclined in a form in which the concave portion is gradually reduced toward the upper side.

The lower end of the inwardly curved portion is characterized in that a curved guide groove with an upward central portion is formed in a horizontal position to have a drainage function through the curved guide groove of the lowermost powder seated on the pedestal.

The upper end of the powder on which the lower engaging step of the powder is supported is formed to have the same or larger diameter, and the wall located at the lower end of the engaging step is inserted and supported inside the upper end of another powder.

The outwardly curved portion of the powder is convexly formed at the upper end of the powder, and the convex portion is gradually reduced downwardly.

When the powder is stacked in multiple stages, the upper outward curved portion of the powder and the lower inwardly curved portion of another powder to be stacked are positioned, so that the vegetation space between the outwardly curved portion and the inwardly curved portion located in the powder and another powder It is characterized in that it is made to constitute a wealth.

The powder of the lowest layer stacked in multiple stages is set to be seated on the pedestal, but a hook portion is formed on the upper surface of the pedestal, and the support is connected to the hook portion so that the flowerpots stacked in multiple stages can be hung at a certain height.

The multi-stage prefabricated flowerpot for cultivating horticultural crops of the present invention is by stacking a plurality of powders having the same configuration in multiple stages. Thus, it can be used by stacking it in multiple stages to the height required by the user, and it is not only easy to fill and water the soil in this multi-stage laminated powder, but also when planting horticultural crops, the soil collapses or overflows into the open vegetation space. It has the effect of enabling stable planting and growth without being affected by fluidity such as runoff.

1 is a photograph showing a state in which powder is stacked in multiple stages to install a multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention.
Figure 2 is a perspective view showing a state in which powders are stacked in multiple stages to install a multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention.
Figure 3 is a partial exploded perspective view when the powder is stacked in multiple stages to install a multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention.
Figure 4 is a perspective view showing the configuration of the powder applied to the multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention.
Figure 5 is a bottom perspective view showing the configuration of the powder applied to the multi-stage prefabricated pot for cultivating horticultural crops according to the present invention.
6 is a cross-sectional view illustrating a multi-stage stacking of powder on the upper part of a pedestal to install a multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention.
7 is a front view of a state in which the outwardly curved parts formed on the upper wall surface of the powder are positioned in the front and rear in the multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention according to the present invention;
8 is a front view of a state in which outwardly curved portions formed on the upper wall of the powder are positioned on the left and right sides in the multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention according to the present invention;
9 is a cross-sectional view illustrating a state in which a horticultural action is planted in a multi-stage prefabricated pot for cultivating horticultural crops according to the present invention according to the present invention.
10 is a plan view illustrating a state in which a horticultural action is planted in a multi-stage prefabricated pot for cultivating horticultural crops according to the present invention according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

The multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention is made of a circular powder 10 having a hollow portion 12 and an upper and lower negotiation. ) and the engaging step 30 is formed on the lower wall surface of the position except for the inward curved portion 20, and the upper wall of the powder 10 faces outward on both sides of the direction forming a right angle with the inward curved portion 20. It is characterized in that the powder 10 having the same configuration as the configuration of the powder 10 on which the curved surface part 40 is formed is stacked in multiple stages to complete the assembly installation.

The configuration of the upper and lower negotiation of the powder 10 means that the locking step 30 formed on the lower side wall of the powder 10 is supported on the upper end of another powder 10 to support the stacking of the powder 10. The diameter of the powder 10 in a circular shape is provided in a form that can be, and the wall surface of the powder 10 located at the lower part of the engaging step 30 is located at the part to be fitted inside the upper end of another powder 10 . applies to

The inwardly curved portion 20 of the powder 10 is formed to be concave at the lower end of the powder 10 and inclined to the upper side in such a way that the concave portion is gradually reduced. The lower end of the inwardly curved portion 20 is in a horizontal position A curved guide groove 22 with an upward central portion is formed to have a drainage function through the curved guide groove 22 in a state where the powder 10 of the lowest layer is seated on the pedestal 60, and the inward curved portion ( 20) is preferably formed to a height that does not interfere with the stacking of the lower end of another powder 10 on top of the powder 10.

The upper end of the powder 10 on which the lower side engaging step 30 of the powder 10 is supported is formed with the same or larger diameter, and the lower wall of the engaging step 30 is inserted inside the upper end of another powder 10 . In a configuration to be supported by falling, the lower wall surface of the engaging step 30 has a height capable of performing a supporting function so that the powder 10 to be stacked can maintain the stacked state.

The outwardly curved portion 40 of the powder 10 is formed convexly at the upper end of the powder 10 and is inclined to the lower side in a form in which the convex portion is gradually reduced. The outwardly curved portion 40 is a circular powder ( 10) is formed to protrude to the outside to secure a vegetation space for planting and growing horticultural crops, and the lowermost part of this outward curved portion 40 is installed to a position close to the engaging step 30. desirable.

In addition, when the powder 10 of the present invention is stacked in multiple stages, the upper outward curved portion 40 of the powder 10 and the lower inwardly curved portion 20 of another powder 10 to be stacked are positioned. When the assembly installation is completed by means of means, and the powder 10 assembling is completed in this way, the outward curved portion 40 and the inwardly curved portion 20 positioned in the powder 10 and another powder 10 are Since the vegetation space part 50 is formed between them, it is possible to secure sufficient vegetation space for smooth planting and growth of horticultural crops, and this vegetation space part 50 is multi-stage on the side of the multi-layered powder 10 . placed in the form.

And, the powder 10 of the lowermost layer stacked in multiple stages is to be seated on the pedestal 60, but on the upper surface of the pedestal 60, the hook portion 62 is formed at four points, and the hook portion 62 has a support 70. It is preferable to connect the flowerpots stacked in multiple stages to be hung at a certain height and installed.

An embodiment of the present invention of a multi-stage prefabricated flowerpot for cultivating horticultural crops in which multi-stage stacking is made using a plurality of powders 10 having the same configuration as above and made in the same shape will be described as follows.

First, the powder 10 is seated on the pedestal 60, and then, when another powder 10 is laminated, the lower side of another powder 10 to be laminated with the upper outward curved portion 40 of the powder 10 The assembly installation is completed by means of stacking the powder 10 in multiple stages so that the inward curved portion 20 is positioned, and the outward curved portion 40 of the powder 10 stacked in this way and another powder 10 stacked in A vegetation space 50 is configured between the located inwardly curved portions 20 .

The vegetation space 50 according to the embodiment of the present invention formed while stacking the above and the powder 10 in multiple stages, the vegetation space 50 between the first stage and the second stage of the powder 10 is disposed on the left and right sides In this case, the vegetation space 50 between the 2nd and 3rd stages, which is the upper stage, is arranged in the front and rear, and the vegetation space 50 between the 3rd and 4th stages is again arranged on the left and right sides. , which is in the process of stacking the powder 10 in multiple stages, as shown in FIG. 5, the vegetation space 50 has a form in which the left and right sides and the front and rear are alternately arranged step by step.

When the assembly installation of stacking the powder 10 in multiple stages as required by the user is completed through the process as described above, the hollow part of the powder 10 as a means of filling the soil in the powder 10 in the uppermost layer stacked in multiple stages Through (12), the soil is filled in the entire powder 10 assembled in a multi-stage stacked form at once, and corresponds to the protruding part of the vegetation space 50 configured on the side of the multi-stage powder 10 In the inner space of the outwardly curved portion 40, the soil can be maintained at an appropriate height.

When the soil is filled in the hollow part 12 of the whole powder 10 stacked in multiple stages, in the section of the vegetation space part 50, the earth pressure due to the vertical stress of the soil by the inwardly inclined inward curved part 20 Since it acts in the central direction of the powder 10, the soil pressure of the soil is transmitted to the vegetation space 50 between the inward curved portion 20 and the outward curved portion 40 corresponding to the stacked portion of the powder 10. Since it is minimized, even when planting horticultural crops in the vegetation space part 50, the soil collapses or overflows with the open vegetation space part 50 so that stable planting and growth can be achieved without being affected by fluidity such as collapse or overflow. do.

That is, horticultural crops are planted in the vegetation space 50 provided on the side of the multi-layered powder 10 as shown in FIGS. 7 and 8 to ensure smooth growth, and when water is supplied to these horticultural crops, the uppermost layer By watering the powder 10 located in Smooth drainage is achieved through the groove 22 .

As described above, in the multi-stage prefabricated flowerpot for cultivating horticultural crops according to the present invention, the hollow part 12 is formed and a plurality of powders 10 having the same configuration including the inward curved part 20 and the outward curved part 40 are multi-staged. It is possible to complete the assembly and installation of a flowerpot having a multi-level vegetation space part 50 that secures sufficient space for planting or growing environment of horticultural crops by stacking it with a multi-layered stack to the height required by the user. There is, it is composed of a multi-stage prefabricated flowerpot that is easy to fill the soil and supply moisture to the multi-stage stacked powder 10 .

Although the present invention has been described above with reference to the above embodiments, it goes without saying that various modifications are possible within the scope of the technical spirit of the present invention.

10: powder 12: hollow part
20: inward curved portion 22: curved guide groove
30: locking step 40: outward curved part
50: vegetation space part 60: pedestal
62: hook 70: support

Claims (7)

The hollow part 12 is formed and it is made of a circular powder 10 having an upper and lower negotiation, but the lower side wall of the powder 10 is an inward curved part 20 on both sides and the lower part except for the inwardly curved part 20 The locking step 30 is formed on the wall surface, and the upper wall of the powder 10 has outwardly curved portions 40 formed on both sides of the inward curved portion 20 and the direction perpendicular to the powder 10 of the powder 10 . A multi-stage prefabricated flowerpot for cultivating horticultural crops, characterized in that the powder 10 can be stacked in multiple stages.
The method of claim 1,
The inward curved portion 20 of the powder 10 is formed to be concave at the lower end of the powder 10 and inclined toward the upper side in a form in which the concave portion is gradually reduced.
The method of claim 1,
The lower end of the inwardly curved portion 20 is formed with a curved guide groove 22 in which the central part is raised in a horizontal position, and drains through the curved guide groove 22 of the lowermost powder 10 seated on the pedestal 60. Multi-stage prefabricated pot for horticultural crop cultivation, characterized in that it has a.
The method of claim 1,
The upper end of the powder 10 on which the lower engaging step 30 of the powder 10 is supported is formed with the same or larger diameter, and the wall located at the lower end of the engaging step 30 is the upper inner side of another powder 10 . Multi-stage prefabricated flowerpot for horticultural crop cultivation, characterized in that it is inserted into and supported.
The method of claim 1,
The outward curved portion 40 of the powder 10 is convexly formed at the upper end of the powder 10, and the convex portion is gradually reduced to the lower side.
The method of claim 1,
The powder 10 is stacked in multiple stages so that the upper outwardly curved portion 40 of the powder 10 and the lower inwardly curved portion 20 of another powder 10 to be stacked are positioned so that the powder 10 is ) and a multi-stage prefabricated flowerpot for cultivating horticultural crops, characterized in that the vegetation space 50 is formed between the outwardly curved portion 40 and the inwardly curved portion 20 located in another powder (10).
The method of claim 1,
The powder 10 of the lowermost layer stacked in multiple stages is placed on the pedestal 60, but a hook portion 62 is formed on the upper surface of the pedestal 60, and the support 70 is connected to the hook portion 62 to be laminated in multiple stages. A multi-stage prefabricated flowerpot for horticultural crops, characterized in that it allows the hanging planter to be installed at a certain height.

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