KR200402372Y1 - A can flowerpot - Google Patents

Abstract

The present invention can cultivate flowers or flowers even with a simple flower pot, compared to the structure of a conventional can flower pot, and since the seed is directly introduced into the culture soil and a series of processes related to growth are carried out, the plant can be grown. The present invention relates to a can potted plant which provides an equivalent effect as described above, and in the case of providing bulbs to the can potted plant, to extend the shelf life by using a canned plant filled with nitrogen.

This is a cylindrical body made of a metallic material that maintains hermeticity, and the upper side of the main body can be completely opened by the hand-holding portion, the lower side can be potted pot is formed so that drainage is possible when pouring water on the upper side To; A dry culture soil mixed with vermiculite and fertilizer is embedded therein, and the seeds to be inserted into the culture soil are tightly fixed with vinyl tape at a predetermined portion of the upper side, and the drainage port drains water introduced from the upper side. While the moisture-containing member is installed to contain a certain amount of water for a predetermined time suitable for the growth conditions of the seeds,

Alternatively, in a state where a bulb is located at a predetermined point in a culture soil provided in a dry state mixed with vermiculite and fertilizer therein, a sealing operation is performed to block the inside and the outside of the can pot after nitrogen filling is made into the can pot. Composed of; It is accomplished by the provision of can pots.

Description

Can flowerpot {A can flowerpot}

The present invention relates to a can pollen that allows seeds or bulbs to be provided inside a can-shaped pot with cultured soil so that plants or flowers can be grown in a simple manner.

As is well known, can pots have recently been commercialized so that seeds and dried cultured soil can be placed in cans similar to beverage cans and watered to grow flowers or flowers.

The can pot is filled with a culture soil containing fertilizer in the can can be easily grown flowers or flowers without additional fertilizer, easy to transport and storage, can also be used as interior accessories, such as apartments Even in places where there is not enough space, instead of large volume pots, the growth process of flowers or flowers can be shown step by step to young students in an easy way, so the frequency of purchasing and using them is increasing.

In addition, a can planter of another structure using such a can planter is filed in the Republic of Korea Utility Model Registration Application No. 2003-36941.

The filed can pot is a separator plate is installed in the middle of the can or the artificial fiber ball layer is disposed spaced apart, and the seed is included in the top and bottom, respectively, containing the soil and fertilizer component does not contain a fertilizer component, the seed contains It shows the structure that is supplied with uncultivated soil.

This prevents the seeds from rotting before they grow due to osmotic pressure, because the seeds do not come into direct contact with the fertilizer even though they absorb water.

The present invention relates to the improvement of the can pot as described above, the present invention is to allow the user to mix the seeds directly into the culture soil in the state that the seeds are provided in the can lid without being embedded in the culture soil inside the can It is an object of the present invention to provide a can pot which simplifies the structure of the can pot.

In addition, the present invention has another purpose to extend the storage period in the state that the can pot unopened so that it can be used smoothly even if the transportation period is prolonged.

Can pollen of the present invention for achieving the above object; The cylindrical body made of a metallic material that maintains hermeticity, and the upper side of the main body is to be completely opened by the hand-holding portion, the lower side in the can pots in which drainage is formed so as to drain when water is poured on the upper side In the can pot, a dry culture soil mixed with vermiculite and fertilizer is embedded therein, and the seed to be inserted into the culture soil is fixed tightly with vinyl tape at a predetermined portion of the upper side, and the drain port is at the upper side. It is characterized in that the moisture-containing member is installed so as to contain a portion of water for a predetermined time suitable for the growth conditions of the seed while draining the water introduced from.

In addition, the can pollen for achieving another object of the present invention; The cylindrical body made of a metallic material that maintains hermeticity, and the upper side of the main body is to be completely opened by the hand-holding portion, the lower side in the can pots in which drainage is formed so as to drain when water is poured on the upper side In the can pot, a dried cultured soil mixed with vermiculite and fertilizer is embedded therein, and in a state where bulbs are located at a predetermined point in the cultured soil, nitrogen can is filled into the can pot, and then It is characterized in that the sealing operation is made to block the inside and outside.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings as an embodiment.

2A and 2B are cross-sectional views of can pots according to the first embodiment of the present invention.

First, the can pot according to the present invention is a conventional can structure, and cans such as the perspective view of FIG. 1 are used.

That is, as shown, the cylindrical body 100 made of a metal material that maintains hermeticity, and the upper side of the body 100 completely opens the upper surface 104 along the border line adjacent to the edge portion 102. Hand-holding unit 106 is formed, and the lower side is formed with a drain hole (not shown) to enable drainage when water is poured on the upper side. A water-containing member 140 (FIG. 2) such as a sponge, a mosquito net, a net or the like may be provided.

Then, the can pot before use is provided so that the vinyl cap (110a, 110b) on the upper and lower side is removable. Therefore, in order to use a can pot, the upper plastic cap 110a is removed, and the lower plastic cap 110b is used in a state in which water is not completely drained.

In addition, as shown in FIG. 2, one side of the handrest part 106 of the upper surface 104 is provided with a seed 122 by an adhesive vinyl tape 120 for fixing the seed.

The seed 122 is determined to an appropriate number that can be provided to the can pot.

On the other hand, inside the canned powder is filled with a dry culture soil 130 containing vermiculite and fertilizer components. In the present invention, the fertilizer is filled in about 1g ~ 2.5g.

In addition, in some cases, the culture soil 130 may be provided with a predetermined amount of pearlite to facilitate oxygen supply and water drainage of the plant roots, or vermiculite is provided. In other words, the culture soil 130 is preferably provided with a mixture of one or more materials so that the moisture stays in the can, or drainage, breathability.

Next, the process of using the can pots configured as described above will be described.

As described above, when the upper vinyl cap 110a of the can pot in the sealed state is removed, the seeds 122 fixed to the vinyl tape 120 are exposed on the upper surface 104, and the seeds 122 are exposed. After removing the handrail 106, the upper surface 104 is completely opened along the edge 102.

Thereafter, the worker injects the seeds 122 into the dry culture soil 130 containing fertilizer in the can pot. The culture soil 130 is a state in which vermiculite and fertilizer are mixed with each other, the fertilizer is mixed about 1 ~ 2.5g as described above.

Once the seeds are embedded in the culture soil 130, flowers or flowers grow according to the water supply from the upper side. At this time, the drainage port and the water-containing member 140 formed on the lower side of the can potted plant not to escape the culture soil 130, and also to maintain the moisture contained in a certain portion, so that the culture soil is kept in a humid state. . In addition, since the water is accumulated to some extent by the lower vinyl cap 110b, the moisture-containing member 140 mounted on the drain port is provided to provide water.

The water-containing member 140 is a variety of materials such as sponge, mosquito net, net is used bar, so that the appropriate material is used in consideration of the size of the can pot and culture soil properties.

As described above, the first embodiment of the present invention is simpler than a structure in which a separator plate or an artificial fiber ball layer is formed at an intermediate portion inside a metal can, such as a conventional can pot, and filled with cultured soil having different properties at the upper and lower portions thereof. Cans can be used as a structure.

In addition, because the seed is not embedded in the culture soil 130 is provided so that the user can directly embed the seed, the user sows the seed and watered the whole process of cultivation of flowers or flowers from the seed development state Because you manage it yourself, it gives you the feeling of growing your own pots.

3A and 3B are cross-sectional views of can pots according to a second embodiment of the present invention.

In the description of the second embodiment, the description of the same configuration as that of the first embodiment will be omitted.

Can planter provided in the second embodiment also shows the same configuration as the first embodiment described above, the bulb 150 is located in the state of the culture soil 130 is filled in the can planter.

The bulb 150 is larger than the seed mentioned in the first embodiment, and the nutrients necessary for the plant to grow and blossom are accumulated as leaves, stems, roots, etc., and look like roots. There are many varieties, such as lilies, tulips, daffodils, freesias, etc.

Therefore, the bulb 150, the support 160 is fixed or removable so that it can be fixed to the appropriate position of the culture soil 130 filled in the can pot, or can be positioned by a separate support 160. Is provided.

For example, when the bulb 160 can be fixed at a predetermined position when the canned pollen is filled with the culture soil 130, the bulb 160 is provided together with the culture soil 130, but if the bulb 160 is positioned at an appropriate position. If it cannot be fixed smoothly, the support 160 for supporting and fixing it is to be mounted first inside the can pot.

The support 160 may be integrally formed when the can pot is manufactured, or both removable and detachable can be combined and separated inside the can pot. As shown in the embodiment of FIG. 3B, the support 160 may be formed in various ways such that a through hole is formed in a corresponding portion on which the bulb 150 is seated, and according to an appropriate position of the bulb 150. The height of the support 160 is provided differently.

And, the material of the can pot is made of aluminum, when manufacturing the can pot, the bulb 150 is filled with a certain amount of nitrogen in a state that is located in the culture soil 130, the sealing operation of the can pot is performed. .

The nitrogen filling, as a separate nitrogen filling injector to fill the inside of the can pot to prevent nitrogen from contacting the oxygen in the air to extend the integrity of the product. For example, can pots that have been filled with nitrogen can extend their shelf life up to six months as compared to cans that contain bulbs that are not filled with nitrogen.

Such nitrogen filling can extend the sales period after mass production on the manufacturer side, so if the sales increase is expected, the purchased consumer can preserve it for some time even if they do not use the can pot immediately after purchase. Will be.

As described above, according to the can pot according to the present invention, the structure is simpler than the structure of a conventional can pot and the seed is not initially embedded in the culture soil, and the user can sprinkle it directly on the soil so that the flower can be grown in the actual pot. It provides the same effect as managing flowers.

In addition, since the cans are sealed after filling with nitrogen in a state where the bulbs are located in the culture soil, the shelf life is extended compared to conventional cans and the expiration date can be expected to increase sales. There is an advantage that can be used after storage rather than immediately after purchase.

1 is a perspective view of a typical can pot,

2a and 2b is a cross-sectional view of the can pot according to the first embodiment of the present invention,

3A and 3B are cross-sectional views of can pots according to a second embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

120: seed, 130: cultured soil,

140: water-containing member, 150: bulb,

160: support.

Claims (6)

The cylindrical body made of a metallic material that maintains hermeticity, and the upper side of the main body is to be completely opened by the hand-holding portion, the lower side in the can pots in which drainage is formed so as to drain when water is poured on the upper side , The can planter, Dry cultured soil mixed with vermiculite and fertilizer is embedded inside, The seeds to be inserted into the culture soil are tightly fixed by vinyl tape at predetermined positions on the upper side. Can drainage is characterized in that the drain port is provided with a water-containing member for draining the water introduced from the upper side while containing a certain portion of water for a predetermined time suitable for the growth conditions of the seed. The method of claim 1, Can fertilizer characterized in that the fertilizer is about 1g ~ 2.5g. The method of claim 1, The water-containing member is a can pot, characterized in that the sponge, mosquito net, net to easily contain the water while draining. The cylindrical body made of a metallic material that maintains hermeticity, and the upper side of the main body is to be completely opened by the hand-holding portion, the lower side in the can pots in which drainage is formed so as to drain when water is poured on the upper side , The can planter, The drainage port is provided with a water-containing member for draining water introduced from the upper side to contain a predetermined portion of water for a predetermined time suitable for growing conditions of the seed, and in a dry state mixed with vermiculite and fertilizer therein. Can pots characterized in that the filling is made in a state in which the bulb is located in a predetermined place in the culture soil provided, the sealing operation to block the inside and outside of the can pots after nitrogen filling is made into the can pots. The method of claim 4, wherein The can flowerpot, characterized in that a support of a predetermined shape that can be attached and detached is provided inside the can flowerpot so that the bulb is located at a predetermined point. The method of claim 5, The bulb is a can pot, characterized in that different positions are located for each seed.