KR101659908B1 - Growing plants equipment using flowerpot - Google Patents

Abstract

The present invention relates to a plant cultivation apparatus using a pot plant kit for hydroponic plant cultivation which can grow plants such as corn plants and sprouts vegetables by a hydroponic culture method.
The present invention relates to a new type of hydroponic hydroponic plant capable of providing an optimum environment for plant growth through conditions such that sufficient water can be supplied to the seeds planted in pots, The present invention provides a plant cultivation apparatus using a pot plant kit for hydroponic plant cultivation, which can easily and easily plant a plant by cultivating a pot plant kit for plant cultivation.

Description

[0001] The present invention relates to a plant growing apparatus using a hydroponic plant growing pot,

The present invention relates to a plant cultivation apparatus using a pot plant kit for hydroponic plant cultivation, and more particularly, to a plant cultivation apparatus using a pot plant kit for hydroponic plant cultivation which can easily grow plants such as ornamental plants, will be.

In general, edible plants such as various flowers, plants or ornamental plants, or sprouts vegetables are seeded in pots containing proper amounts of soil and water, and then cultivated by exposure to an appropriate amount of sunlight.

In other words, plants grow on the basis of water while doing photosynthesis using sunlight.

The environment in which the plant is cultivated using the pollen can be largely classified into an outdoor environment exposed to sunlight or an indoor environment exposed to sunlight without any sunlight such as a vinyl house.

Generally, pollen for hydroponic plant cultivation is made of plastic or soil as a main material, and is formed into a square or circular cylinder, and a plurality of holes are formed in the lower part thereof.

Such pollen for hydroponic plant cultivation is mainly planted with ornamental plants in the inside thereof, and placed in the room to manage water and fertilizer.

Recently, there has been a tendency to introduce pollen kits for cultivating hydroponic plants in the form of planting seeds of various plants in pots and starting to germinate.

Various types of pots for hydroponic plant cultivation are disclosed in Korean Utility Model Publication No. 20-2003-0006180.

However, due to the experience of the grower, pollen of hydroponic plants is managed with water. However, due to lack of time and experience, if plants or germinated seeds planted in pollen plants are not taken care of properly, plants and sprouts seeds will not grow properly. In the case of less experienced people, it is difficult to cultivate plants that require careful temperature and humidity management, such as sprout seeds, and water management.

Korean public utility model 20-2003-0006180 (integrated kit for cultivation of sprout vegetables)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above circumstances, and it is an object of the present invention to provide a kit for a catheter, which is capable of supplying a sufficient amount of water to the seed, By implementing a new type of pot plant kit for hydroponic plant cultivation that can create an optimal environment for growing plants, anyone can easily and easily plant the plant and use a hydroponic plant cultivation kit The object of the present invention is to provide a plant cultivation apparatus.

In order to achieve the above object, the present invention provides a plant cultivation apparatus using a pot plant kit for hydroponic plant cultivation,

The kit includes a kit main body coupled to an upper portion of a flowerpot body, a hole formed vertically through the kit main body to allow a plant stem to grow and a cut portion accommodating a seed at a position corresponding to the hole, And a sponge coupled to a lower portion of the sponge.

In addition, the seeds are inserted into the incised portion along with the incision of the sponge, and the upper and lower surfaces of the sponge incision are closed with an adhesive pool to prevent the flow and deviation of the seeds, thereby fixing the position.

In addition, a hole formed in the kit body and an incision formed in the sponge are formed over a central region and a plurality of outer regions disposed around the central region, and the seeds are planted by arranging seeds in a central region and a plurality of outer regions .

The upper surface of the sponge is partially adhered to the bottom surface of the kit main body.

In addition, a permeable core insert hole may be further formed on the kit body, and the permeable core insert may be inserted into the permeable core insert hole or the cutout portion so as to extend to the water of the pollen main body, do.

And a mark formed on the upper surface of the kit body so as to be removably attached to the kit body to block the holes in the kit body.

A plurality of water inflow holes are formed in the bottom portion of the flowerpot body and a lower end portion adjacent to the bottom portion of the flowerpot body. The bottom portion of the flowerpot body is filled with elvan, So as to suck up the liquid.

A multi-stage plant material battle having a pot holder for inserting the plurality of pots and a plurality of pot holders having water passages therein, A water tank installed at a lower portion of the plant re-battle and supplying water using a pump; a water supply pipe extending between the water tank and the flower pot stand positioned at the uppermost stage of the plant re-battle; And a water recovery pipe connected between the lower part of the pot rest room and the lower part of the plant re-battle and the water tank.

The plant cultivation apparatus using the pot plant kit for hydroponic plant cultivation provided in the present invention has the following advantages.

First, anyone can easily plant anywhere, and plants can be grown in a healthy way without careful management such as watering every day for a long period of time.

Secondly, there is an effect that the seeds are inserted into the incision portion of the sponge fixed to the kit body and the upper and lower surfaces are closed with the adhesive, so that the seeds flow, and the arrangement is not disturbed or separated.

Third, it is possible to supply the appropriate amount of water by absorbing water with the sponge through the permeable core with the body of the kit attached to the water-immersed flowerpot, thereby providing the optimum environment for germination and growth of the seed, There is an effect that can be prevented.

Fourth, the kit body is combined with the flowerpot body to form an integral flowerpot, and the plant can be cultivated on a large scale while water is automatically supplied to a large amount of flowerpot using a multi-stage flowerpot battle.

1 is a cross-sectional view showing a state in which components of a pot plant kit for hydroponic plant cultivation are separated according to an embodiment of the present invention;
FIG. 2 is a cross-sectional view showing a state in which each component of a pot plant kit for hydroponics planting according to an embodiment of the present invention is combined
3 is an exploded perspective view of a pot plant kit for hydroponic plant cultivation according to an embodiment of the present invention.
FIG. 4 is a sectional view of a plant in which a plant grows in a pot plant kit for hydroponic plant cultivation according to an embodiment of the present invention
5 is a cross-sectional view illustrating a system for managing a large number of pot plants for hydroponic plant cultivation according to an embodiment of the present invention

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

FIG. 1 is a cross-sectional view of a pollen kit for hydroponic plant cultivation according to an embodiment of the present invention. FIG. 2 is a cross-sectional view of a pollen kit for hydroponic plant cultivation according to an embodiment of the present invention. FIG. 3 is an exploded perspective view of a pot plant kit for hydroponic plant cultivation according to an embodiment of the present invention. FIG.

As shown in Figs. 1 to 3, the pot plant kit for hydroponic plant cultivation is used to fix seeds in a stable position, to sufficiently supply water required for seeds to bud and grow, and to provide plants with optimal conditions And the environment can be provided. In addition, the pollen kit of the present invention can be planted by floating itself in water using its own buoyancy, and can be used in combination with pollen.

For this purpose, the pollen main body 11 to which the pollen kit for hydroponic plant cultivation is bonded is formed in a circular shape like ordinary pollen, and the inside of the pollen main body 11 is filled with the culture soil 10 and the like required for plant growth do.

For example, in the inside of the pot body 11, the elvan stone 20 is partially filled to the bottom side, and most of the cultivated soil 10 is filled up thereupon.

A large number of water inflow holes 19 are formed in the bottom portion of the flowerpot body 11 and the lower end portion adjacent to the bottom portion of the flowerpot body 11. Water is introduced into the inside of the flowerpot body 11 through the water inflow hole 19, .

That is, the water can be immersed in the water up to the height where the elbow stone 20 on the inner bottom side of the pollen body 11 is filled, and the permeable core material 13 to be described later is extended to absorb water and suck it up .

The kit main body 15 is provided as a means for engaging and covering the upper part of the pollen body 11.

It is preferable that the kit main body 15 is mounted on the upper edge portion of the flowerpot body 11 using a protruding portion around the inner side of the lower end so as not to be easily peeled off, The sponge 17 and the like can be stably positioned at the upper part of the pollen body 11.

The kit main body 15 includes a vertically-through type hole 12 for allowing the plant stem to grow out and a permeable core insert hole (not shown) for inserting the permeable core material 13 into the pot body 11 14 are formed.

The holes 12 in the kit main body 15 are positioned at positions corresponding to the positions of the seeds 16 fixed to the sponge 17 and the incisions 22 formed in the sponge 17, As shown in Fig.

For example, a circular hole 12a may be formed at the center of the kit body 15, and a plurality of arc-shaped holes (not shown) may be formed along the periphery of the hole 12a, 12b can be formed. As a result, the central circular hole 12a has a large plant-like hole 12b and a small plant grows.

The perforated core insert hole 14 can be formed at a suitable position between the circular hole 12a and the arc-shaped hole 12b.

In particular, the sponge 17 has a circular sponge 17 having a predetermined thickness as a means for fixing the seed 16, and the sponge 17 is provided at the upper end of the pot body 11 and the lower end So that the edge portion can be pressed and supported. More preferably, the sponge 17 is coated with an adhesive 17a on the upper surface thereof, and is affixed to the bottom surface of the kit body 15 and fixed thereto.

Such a sponge 17 can provide self-buoyancy to the kit body 15 and also provides a foundation for allowing the seed 16 to settle and provide water to the seed 16 for sprouting.

The sponge 17 is provided with a plurality of cutouts 22 for inserting a plurality of seeds 16 and a seed 16 is attached to the sponge 17 through the cutout 22 formed as described above. You can save it.

For example, the incision 22 formed in the sponge 17 may include a cross-shaped incision 22a formed in the central region of the sponge and a plurality of incisions 22a along the periphery of the cross- The seed 16 can be inserted and fixed over the central area and the outer area of the sponge 17. [

The upper and lower surfaces of the incisions 22 in the sponge 17 are closed with adhesive pools 18 to prevent the seeds 16 contained in the incisions 22 from escaping.

That is, the adhesive pool 18 is thinly coated along the incision in the sponge 17 to temporarily block the incision site.

The adhesive pool 18 is preferably made of an eco-friendly material such as a glue paste or the like so that when the adhesive pool 18 is dried, the upper and lower surfaces of the sponge 17 are covered with the cut- And serves to hold the seed 16, and when water is absorbed by the sponge 17, it dissolves in water and disappears.

The permeable core 13 is also provided as a means for supplying water to the seed 16 in the sponge 17. [

The permeable core material 13 is in the form of an elongated rod and is formed by compression molding of materials such as acrylic fiber, polyester fiber or synthetic fiber. The permeable core material 13 absorbs the water contacted from the bottom, .

The permeable core 13 is inserted into the pot body 11 through the penetrated core insert hole 14 in the kit body 15 and the end of the permeable core 13 is extended to the bottom of the pot body 11 Respectively. Or to the bottom of the pollen body 11 through the incision 22.

The permeable core material 13 inserted into the pollen body 11 is inserted into the sponge 17 while passing through the sponge 17 and is then brought into contact with the sponge 17 So that the sponge 17 can supply water to the seed 16 with sufficient water.

Accordingly, it is possible to eliminate the inconvenience that the user periodically watering the pots.

A mark 21 of an opaque material detachable and attachable to an upper surface of the kit body 15 is attached to the upper surface of the kit body 15. The mark 21 thus attached is inserted into the hole 12 in the kit body 15, And serves to protect the seed 16 from light by blocking all the insertion holes 14.

That is, the seed 16 can be prevented from sprouting by blocking the light by blocking the hole with the ticket mark 21 for storage or distribution before the flower pot is grown in earnest. In addition, a mark, an advertisement, a usage method, or the like may be placed on the ticket mark 21.

Of course, at the time of growing the pots, the ticket mark (21) is removed and used.

In this way, the incision is formed in the sponge 17 coupled to the kit body 15, the seed 16 is stably fixed in the sponge 17, and the water is sufficiently supplied through the permeation core 13, The seeds 16 can be well sprouted in an environment in which water can be continuously supplied to the pots as shown in Fig. 4, and the plants can be roots well in the potting soil 10 of the pots 11 It can grow. On the other hand, only the kit body 15 can float on the water using its own buoyancy, and water is directly contacted with the sponge 17, so that the seed 16 can be germinated to grow hydroponic plants.

5 is a cross-sectional view illustrating a system for managing a large number of potted flower pots for hydroponic plants according to an embodiment of the present invention.

As shown in FIG. 5, here, a multi-stage plant material battle 140 is used to show a method of growing plants while automatically supplying water to a large amount of flower pot

The plant re-battle 140 may include a plurality of flower pot holders 130 in the form of a hollow tube having a plurality of pot holder holes 110 and an inner water passage 120 in a plurality of stages, Structure.

The pollen body 100 having the integral body of the kit body 15, that is, the integral pollen 100 can be inserted into each of the pollen receiving holes 110 in the pollen receiving stand 130 of the plant re-battle 140 The pollen 100 inserted in this manner is partially submerged in the water flowing through the inner water passage 120 of the pollen receiving stand 130 to be supplied with water.

A water tank 160 in which a pump 150 is installed is installed below the plant re-battle 140. In accordance with the operation of the pump 150 in the water tank 160 at this time, 130 to be supplied with water.

Such a plant re-battle 140 can be operated by a method of continuously circulating water or a method of circulating and supplying water periodically.

A water supply pipe 170 is extended between the water tank 160 and the flowerpot base 130 located at the uppermost end of the plant material battle 140. In addition, A water recovery pipe 180 is connected between the stand 130 and the water recovery pipe 180.

The water recovery pipe 180 is also connected between the plant material battle 140 at the lowermost end of the plant re-battle 140 and the water tank 160.

The water stored in the water tank 160 during the operation of the pump 150 is pumped by the water supply pipe 170 and flows into the water passage of the flowerpot base 130 located at the uppermost position of the plant re- The water is supplied to the pollen receiving platform 130 through the water collecting pipe 130 connecting the pollen receiving stands 130 and flows through the respective pollen receiving stands 130. Finally, The circulation flow is recovered to the circulation pipe 160.

At this time, the water supplied to the inside of the flowerpot holder 130 is always filled with a certain amount of water (a part of the water in which the flowerpot is submerged) in the flowerpot base 130 so as not to exceed the height of the upper end of the water return pipe 180 .

As described above, according to the present invention, it is possible to supply a sufficient amount of water to seeds planted in a sponge coupled to a kit body, and to realize a new kit body capable of maintaining a stable fixed state without flowing and leaving seeds, It can make the best environment for the growth of the plant, so that anyone can easily and easily plant the plant. In addition, the body of the kit can be independently cultivated in the water using its own buoyancy to grow hydroponic plants, and in addition, it is possible to grow coronary plants by supplying water using the permeable core material while being combined with the pollen body.

10: culture soil 11: potted body
12: hole 13: permeable core
14: Perforated core insert hole 15:
16: Seeds 17: Sponge
18: adhesive pool 19: water inlet hole
20: Mackin's stone 21: ticket ticket
22: incision
100: Flowerpot 110: Flowerpot hole
120: Water passage 130: Flower pot holder
140: Plant Reb Battle 150: Pump
160: water tank 170: water supply pipe
180: Water recovery pipe

Claims (8)

delete A kit body 15 coupled to an upper portion of the pot plant body 11,
A hole 12 formed in the kit main body 15 so as to pass through the plant stem,
And a sponge 17 formed at a position corresponding to the hole 12 and formed with a cutout portion 22 in which a seed 16 is inserted and held and coupled to a lower portion of the kit body 15,
The seed 16 is incised in the sponge 17 and inserted into the incision so that the upper and lower surfaces of the incision 22 of the sponge 17 are closed with the adhesive pool 18, And the position is fixed,
A large number of water inflow holes 19 are formed in the bottom portion of the flowerpot body 11 and the lower end portion adjacent to the bottom portion of the flowerpot body 11 and the elbow 20 is filled in the bottom portion of the flowerpot body 11, 13 extend to the location of the elbow 20 of the pollen body 11 so as to suck up water,
The pot body 100 is formed by combining the kit body 15 and the pot body 11. The pot body 110 has a pot holder 110 through which the pots 100 can be inserted, And a water tank 160 installed at a lower portion of the plant material battle 140 and supplying water by using the pump 150. The multi-stage plant material battle 140 has a plurality of pot holders 130, A water supply pipe 170 extending between the water tank 160 and the flower pot base 130 located at the uppermost end of the plant material battle 140; And a water recovery pipe (180) connected between the floor (130) and between the lowermost plant material battle (140) and the water tank (160).
The method of claim 2,
The hole 12 formed in the kit body 15 and the cutout portion 22 formed in the sponge 17 are formed in a central region and a plurality of outer regions disposed around the center region, Wherein seeds are planted in the outer region of the plant.
The method of claim 2,
Wherein the upper surface of the sponge (17) is partly adhered to the bottom surface of the kit body (15) by being coated with an adhesive (17a).
A kit body 15 coupled to an upper portion of the pot plant body 11,
A hole 12 formed in the kit main body 15 so as to pass through the plant stem,
And a sponge 17 formed at a position corresponding to the hole 12 and formed with a cutout portion 22 in which a seed 16 is inserted and held and coupled to a lower portion of the kit body 15,
A penetration core insertion hole 14 may be further formed on the kit body 15,
The permeable core 13 is inserted into the permeable core insert hole 14 or the cutout portion 22 to extend to the water in the pollen main body 11 to absorb water to the sponge 17 side,
A large number of water inflow holes 19 are formed in the bottom portion of the flowerpot body 11 and the lower end portion adjacent to the bottom portion of the flowerpot body 11 and the elbow 20 is filled in the bottom portion of the flowerpot body 11, 13 extend to the location of the elbow 20 of the pollen body 11 so as to suck up water,
The pot body 100 is formed by combining the kit body 15 and the pot body 11. The pot body 110 has a pot holder 110 through which the pots 100 can be inserted, And a water tank 160 installed at a lower portion of the plant material battle 140 and supplying water by using the pump 150. The multi-stage plant material battle 140 has a plurality of pot holders 130, A water supply pipe 170 extending between the water tank 160 and the flower pot base 130 located at the uppermost end of the plant material battle 140; And a water recovery pipe (180) connected between the floor (130) and between the lowermost plant material battle (140) and the water tank (160).
The method according to claim 2 or 5,
Further comprising a mark tag (21) detachably attached to an upper surface of the kit body (15) to block the hole (12) in the kit body (15) Cultivation device. delete delete

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