KR200427154Y1 - a plant cultivation container and port thereof - Google Patents

Abstract

The present invention relates to a cultivation container, and in particular, a new type of cultivation container and its cultivation port, which allow vegetables to be grown at home or for personal use or learning, and can be moved to other places as necessary. It is about.

To this end, the present invention forms a first growth portion forming a space in which the leaf portion of the cultivation grows, and a top soil is filled therein while forming a space in which the root portion of the cultivation grows, the circumferential surface thereof. The cultivation port is configured to include a second growth portion formed through the lattice to enable communication with the outside; The inside of the top soil is filled with a cup-shaped container in which the second growth portion of the cultivation port is selectively accommodated, and the outer circumferential surface of the first growth portion is tightly coupled to the upper inner wall. A port is provided, characterized in that it comprises a port.

Cultivation vessel, cultivation port, receiving port

Description

Cultivation container and its cultivation port {a plant cultivation container and port

1 is an exploded perspective view schematically showing the configuration of a cultivation container according to a first embodiment of the present invention

Figure 2 is a perspective view schematically showing a combined state of the cultivation container according to the first embodiment of the present invention

Figure 3 is a schematic cross-sectional view showing a combined state of the cultivation container according to the first embodiment of the present invention

Figure 4 is an exploded perspective view schematically showing the configuration of the cultivation container according to a second embodiment of the present invention

Figure 5 is a schematic cross-sectional view showing a combined state of the cultivation container according to a second embodiment of the present invention

Explanation of symbols for the main parts of the drawings

100. Cultivation port 110. First growth section

120. Second growth section 200. Accommodating port

201.Air outlet 210.Inlet

220. Inclined part 310. Jamming protrusion

320. Hanging jaw 321. First holding jaw

322. Second grip jaw 323. Third grip jaw

The present invention relates to a cultivation container, and more particularly, to a new type of cultivation container which allows vegetables to be grown at home or for personal use or for learning, and can be moved to another place as needed.

In general, the cultivation of vegetables, flowers, or vegetables (hereinafter referred to as "cultivation") is largely divided into hydroponic and land cultivation.

Here, the hydroponic cultivation is a method of cultivating by pouring water into the culture medium bottle seeded in the cultivation, or by immersing the culture medium bottle in water, the cultivation of soil is to cultivate the seed of the plant in the field or pollen Way.

Hydroponic cultivation method of each of the above cultivation method has been used a lot recently because of the advantage that can be grown regardless of the place and season.

On the other hand, in recent years, the demand for cultivation for direct cultivation at home, such as ornamental, learning or direct cultivation has increased.

However, the above-mentioned cultivation has a problem that it is difficult for the general public to easily cultivate because it requires considerable care and attention to cultivate completely in the seed state.

As described above in the Korean Utility Model Publication No. 1996-29995 (hereinafter referred to as "the first conventional technology") and the Korean Registered Utility Model Publication No. 20-376100 (hereinafter referred to as "the second conventional technology"). Pots or cultivation containers for sale to individuals have been proposed.

In other words, each of the prior art is to sell the cultivated to some degree in the cultivation container in hydroponic cultivation or other cultivation method, so that the individual can easily grow the cultivated directly. .

However, the first conventional technology of each of the above-described conventional techniques is suitable for the cultivation of cultivated plants in which roots grow rapidly, such as real vegetables or fruits and vegetables, since only a perforation hole is formed for the passage of moisture in the powder to be cultivated. The disadvantage is that you can't.

In other words, the roots of vegetables and fruits, etc. can only be located in the powder, so that the growth of the roots is not made smoothly, which causes problems such as poor growth of crops or rotting of roots.

In addition, there is a problem that the space for the cultivation of the cultivation is not deep enough so that the cultivation is widely distributed laterally rather than growing upward.

In addition, the second conventional technology has a disadvantage in that it is not suitable for the cultivation of cultivation for land cultivation because it is configured to be used only for cultivation for hydroponic cultivation, and sells the cultivation container in which the cultivation is planted to each individual. Since the roots of the cultivation are exposed to the outside, there is a disadvantage in that a structure for protecting a separate root is required.

In addition, each of the above-described prior art has a configuration for simply mounting the powder (or cultivation container) to the case (or container), so that the powder can be easily removed from the case due to carelessness of the user. Has the problem.

The present invention has been devised to solve the above-mentioned conventional problems, the purpose of the present invention is to allow the cultivation of cultivation for home or learning, the root growth of the cultivation can be made smoothly, the cultivation space is sufficient It is to provide a new type of cultivation container secured and not easily removed.

In addition, the present invention is to provide a new type of cultivation port that can be moved to a variety of places according to the needs of each user pre-cultivated for a certain period of time.

The cultivation container of the present invention for achieving the above object forms a first growth portion forming a space in which the leaf portion of the cultivation grows, and a space in which the root portion of the cultivation grows, Is filled, the circumferential surface is a cultivation port including a second growth portion formed through the grid to enable communication with the outside; The inside of the top soil is filled with a cup-shaped container in which the second growth portion of the cultivation port is selectively accommodated, and the outer circumferential surface of the first growth portion is tightly coupled to the upper inner wall. Port: characterized in that configured to include.

Here, the first growth portion of the cultivation port is formed in a cylindrical shape with the upper portion closed and the circumference closed, the second growth portion of the cultivation port is formed integrally with the bottom surface of the first growth portion, the upper surface is the first growth In addition to communicating with the inner space of the negative portion is characterized in that it is formed in a trapezoidal shape is gradually reduced to the bottom space.

In addition, the remaining portion of the receiving port except for the portion where the first growth portion is closely coupled to the upper portion is characterized in that the diameter is gradually reduced toward the bottom.

In addition, the bottom surface of the receiving port is characterized in that the at least one air outlet hole for the outflow of air is formed through.

In addition, the cultivation port and the receiving port is characterized in that it further comprises a coupling portion for coupling and fixing each other.

At this time, the engaging portion is formed to protrude outwardly along the upper end circumferential surface of the receiving port; And, the first gripper protruding outward from the outer peripheral surface of the cultivation port to surround the upper surface of the locking projections, and the second bent downward from the end of the first gripper to surround the outer peripheral surface of the locking projections And a gripping jaw consisting of a gripping jaw and a third gripping jaw bent inwardly from an end of the second gripping jaw so as to surround a bottom of the gripping jaw.

Hereinafter, with reference to Figures 1 to 5 attached to the cultivation vessel according to the preferred embodiments of the present invention described above.

The cultivation container according to the first embodiment of the present invention is largely composed of a cultivation port 100 and an accommodating port 200 as shown in FIG. 1, which will be described in more detail for each configuration as follows.

First, the cultivation port 100 is a series of components for forming a space in which cultivation is cultivated. The cultivation port is a pot that is cultivated in a seed state and cultivated for a predetermined period by a hydroponic cultivation method and shipped. .

At this time, the cultivation is a plant that can be grown in a relatively small space at home, such as vegetables such as lettuce, chigeori, parsley, flowers such as various flowers or fruit vegetables such as tomatoes or cucumbers.

The cultivation port 100 is configured to include a first growth unit 110 and the second growth unit 120.

Here, the first growth unit 110 is configured to form a space in which the leaf (or shoot) portion of the cultivation grows, and the second growth portion 120 forms a space in which the root portion of the cultivation grows. It is a structure to form.

In particular, the first growth unit 110 is formed in a cylindrical shape with a closed upper portion.

In addition, the second growth unit 120 is formed integrally with the bottom of the first growth unit 110 and the upper surface is in communication with the internal space of the first growth unit 110 and gradually toward the bottom thereof. It is formed to have a trapezoidal cross section which gradually shrinks in space. In this case, the opening width formed by the upper end of the second growth unit 120 is formed to be relatively narrow compared to the width formed by the space in the first growth unit 110.

Such a configuration is to allow the second growth part 120 to be smoothly accommodated in the accommodation port 200 to be described later, and the second growth part 120 is the first growth part because the root is thinner and longer than the leaf. This is to reduce waste of unnecessary space by forming smaller than the width of the growth portion 110.

At this time, the inside of the second growth portion 120 is filled with top soil (床土), the circumferential surface is formed to penetrate through the grid to enable communication with the outside, the opening size of the through portion is hydroponic cultivation The roots of the cultivation should be sufficiently immersed in water, and the roots of the cultivation may be formed sufficiently large so that the roots of the cultivation grow out of the second growth unit 120 smoothly.

Of course, as the circumferential surface of the second growth unit 120 is formed to penetrate through, the top soil filled therein may be discharged to the outside, but the roots of the cultivation growing in the second growth unit 120 gradually grow. If it grows, since the circumferential surface of the second growth portion 120 is closed, substantial discharge of the top soil is minimized.

Next, the accommodation port 200 is a series of configurations for accommodating the cultivation port 100.

The first embodiment of the present invention suggests that the shape of the accommodation port 200 is formed in the shape of a cup to facilitate storage and easy storage.

In addition, the soil is filled in the accommodation port 200. At this time, the top soil serves to grow the roots of the cultivation exposed to the outside from the second growth portion 120 of the cultivation port (100).

That is, even if the size of the second growth portion 120 of the cultivation port 100 is large enough to not accommodate the growth of the roots of the cultivation, the roots are extended to the outside of the second growth portion 120. By extending the roots in the soil in the receiving port 200, the cultivation can be cultivated smoothly.

In particular, the inner circumferential surface of the first growth portion 110 of the cultivation port 100 is in close contact with the inner wall surface of the upper inlet side (hereinafter referred to as an “inlet”) 210 of the accommodation port 200. It is formed to be. That is, the inner diameter of the inlet portion 210 of each portion of the accommodation port 200 is formed to be approximately equal to the outer diameter of the first growth portion 110.

This allows the cultivation port 100 to be stably mounted to the accommodation port 200 so that the accommodation port 200 may fall from the accommodation port 200 even when the accommodation port 200 falls down due to a user mistake. The cultivation port is separated so as not to spill the soil in the receiving port 200.

At this time, the depth of the formation of the inlet portion 210 of the receiving port 200 is preferably formed to be lower than the height formed by the first growth portion 110 of the cultivation port 100. In addition, the remaining portion of the accommodation port 200 except for the inlet portion 210 to which the first growth portion 110 is closely coupled (hereinafter, referred to as an “inclination portion”) 220 gradually increases toward the bottom thereof. It is preferable to form the tube diameter to be reduced at a predetermined angle θ.

The above-described configuration is to prevent the first growth unit 110 from being excessively inserted into the accommodation port 200. That is, when the first growth unit 100 is excessively inserted into the accommodation port 200, it is to prevent the problem that the removal is difficult when removing each other as needed by the user.

In addition, at least one or more air outlet holes 201 for outflow of air are formed through the bottom of each of the above-described accommodation ports 200. At this time, the air outlet hole 201 serves to supply oxygen to the root of the cultivation in the receiving port 200 and the water is smoothly drained when excessive water is supplied into the receiving port 200 It plays a role of getting out.

In addition, the above-mentioned accommodation port 200 is preferably formed of a glass or plastic material capable of seeing as a whole. This is to be used as an education for the cultivation process of the cultivation.

In the following, the cultivation process of the cultivation using the cultivation container according to the first embodiment of the present invention described above will be described.

First, seeds are seeded in the second growth unit 120 in a state in which the second growth unit 120 of the cultivation pot 100 is filled with soil.

Then, cultivated cultivated planted in the cultivation port 100 through hydroponic or earth cultivation.

At this time, the cultivation is preferably hydroponic cultivation, because the hydroponic cultivation can be grown safely and safely regardless of the season compared to the soil cultivation.

When sprouts or leaves (or shoots) are sprouted in the first growth portion 110 of the cultivation pot 100 by the hydroponic cultivation, the cultivation port 100 is placed in the receiving port 200 filled with soil. Mount it.

At this time, the second growth portion 120 of the cultivation port 100 to be planted in the soil in the receiving port 200, the first growth portion 110 of the cultivation port 100 is the receiving port Inlet portion 210 of the 200 to be in close contact with the inner wall.

In the above process, since the inner wall of the inlet part 210 of the accommodating port 200 forms a stepped state from the other part (the bottom part of the accommodating port), the insertion of the first growth part 110 is the accommodating port 200. Only up to the inlet portion 210 is inserted, thereby preventing the first growth portion 110 from being inserted into the inclined portion 220 of the accommodation port 200.

As a result, when a series of processes for mounting the cultivation port 100 to the receiving port 200 is completed by the above-described series of processes, the user may cultivate the cultivated product while supplying water periodically or as needed.

At this time, the leaves (or shoots) of the cultivation are grown in the first growth part 110 of the cultivation pot 100, and the roots of the cultivation are grown in the second growth part 120 and the receiving port 200. do.

In particular, since the first growth portion 110 of the cultivation port 100 is formed to have a sufficient space for the leaves (or shoots) of the cultivation, the cultivation is stably grown.

On the other hand, although the cultivation vessel according to the first embodiment of the present invention described above, although the cultivation port 100 is closely coupled to the inlet portion 210 of the accommodation port 200, the accommodation port ( There is a risk that the cultivation port 100 may be stripped from 200.

Accordingly, the second embodiment of the present invention further proposes a structure that allows the coupling between the receiving port 200 and the cultivation port 100 to be made more robust.

In other words, the cultivation vessel according to the second embodiment of the present invention suggests that the coupling portion is further included.

Here, the coupling portion is configured to include a locking projection 310 formed in the receiving port 200 and the locking step 320 formed in the cultivation port 100 as shown in Figure 4 and 5 attached.

In particular, the locking protrusion 310 is formed to protrude outward along the upper end circumferential surface of the receiving port 200, it is formed to be inclined to protrude outward gradually toward the bottom from the upper end. In addition, the locking jaw 320 is the first holding jaw 321 protruding outward from the outer circumferential surface of the cultivation port 100 to surround the upper surface (inclined surface in the drawing) of the locking projection 310, and The second holding jaw 322 bent downward from the end of the first holding jaw 321 to cover the outer circumferential surface of the locking protrusion 310 and the second holding jaw to cover the bottom surface of the locking protrusion 310. The third gripper 323 is bent inward from the end of the (322).

At this time, the locking projection 310 and the locking jaw 320 is formed along the entire circumferential portion of the receiving port 200 and the entire circumferential surface of the cultivation port 100 as shown in FIG. desirable. This is to ensure that the bonding between the two can be made most firmly.

Of course, although not shown, the locking protrusion 310 and the locking jaw 320 may be formed only in any one portion of the peripheral surface of the receiving port 200 and any one of the peripheral surface of the cultivation port 100, respectively. It may be.

In particular, the formation position of the locking step 320 formed in the cultivation port 100 is the first growth portion 110 of the cultivation port 100 is completely coupled to the inner wall of the inlet 210 of the receiving port 200 If it is in a state that is preferably formed in a position that can wrap the engaging projection 310 formed in the receiving port (200).

This is to prevent the cultivation port 100 from being excessively inserted into the accommodation port 200 as a role that may be achieved due to the shape of the inlet 210 of the accommodation port 200.

On the other hand, the cultivation port 100 constituting the cultivation container of the present invention can be used in its separate configuration.

That is, according to the needs of the user, instead of the accommodating port 200 according to the embodiment of the present invention, the planting pot 100 may be installed in a plant pot, etc. used at home, as well as the planting pot 100 according to the needs of the user. Can be planted in the garden or other places.

This, by forming the opening portion of the second growth portion 120 constituting the cultivation port 100 sufficiently large, even if the root grows rapidly, the roots can be smoothly extended to the planting place (such as a garden or a flower pot). This is because you can receive nutrients smoothly.

As described above, the growing container according to the present invention has various effects as described below.

First, the cultivation container according to the present invention has the effect that can be grown cultivation for home or learning.

Second, the cultivation container according to the present invention has the effect that the growth of the root can be made smoothly because the root of the cultivation is configured to extend smoothly to the outside of the cultivation port.

In particular, the above-mentioned effect has the effect that the planting pot can be smoothly moved to various places according to the needs of the user.

Third, the cultivation container according to the present invention has the effect of ensuring a sufficient cultivation space by forming a cylindrical first growth portion constituting the cultivation port.

Fourth, the cultivation container according to the present invention has the effect that the management can be made conveniently by being configured so that the cultivation port is not easily removed from the receiving port.

Claims (8)

The first growth portion forms a space in which the leaf portion of the cultivation grows, and the top soil is filled therein while forming a space in which the root portion of the cultivation grows, and its circumferential surface communicates with the outside. A cultivation port configured to include a second growth part formed in a lattice shape so as to be possible; And, A cup-shaped accommodation port in which top soil is filled, and inside the top soil, a second growth portion of the cultivation port is selectively accommodated, and an outer circumferential surface of the first growth portion is tightly coupled to an upper inner wall thereof. A growing container characterized in that it comprises a. The method of claim 1, The first growth portion of the cultivation port is formed in a closed cylindrical shape while the upper portion is opened, The second growth portion of the cultivation port is formed integrally on the bottom surface of the first growth portion, the upper surface is in communication with the internal space of the first growth portion and characterized in that the trapezoidal shape is gradually reduced to the space gradually toward the bottom thereof Cultivation container. The method of claim 1, Residual container, characterized in that the remaining portion is formed to gradually reduce the diameter toward the bottom of the portion except for the portion of the upper portion of the receiving port is closely coupled to the first growth portion. The method of claim 1, At least one air outlet hole for outflow of air is formed in the bottom of the receiving port through the cultivation container. The method according to any one of claims 1 to 4, The cultivation container, characterized in that the cultivation port and the receiving port further comprises a coupling portion for coupling and fixing each other. The method of claim 5, The coupling part A locking protrusion protruding outward along an upper end circumferential surface of the accommodation port; And, A first gripping jaw protruding outward from the outer circumferential surface of the cultivation port so as to cover the top surface of the catching protrusion, and a second gripping jaw downwardly bent from an end of the first gripping jaw to cover the outer circumferential surface of the locking protrusion. And a locking jaw consisting of a third holding jaw bent inwardly from an end of the second holding jaw so as to surround the bottom of the locking projection. A first growth portion forming a space in which the leaf portion of the cultivation grows; And, It is formed integrally on the bottom of the first growth portion to form a space in which the root portion of the cultivation grows, and tops are filled therein, and the circumferential surface thereof is lattice-shaped so as to communicate with the outside. A growing port comprising: a second growth portion formed through. The method of claim 7, wherein The first growth portion is formed in a closed cylindrical shape while the upper portion is opened, And the second growth part is integrally formed on the bottom surface of the first growth part, and the upper surface is formed in a trapezoidal shape in which the upper surface is in communication with the internal space of the first growth part and gradually decreases in space toward its bottom.

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