KR101396104B1 - Double pot to adjust height for improving root environment - Google Patents

Abstract

The present invention relates to a double plant cultivation managing apparatus for adjusting the height to improve a root environment, which removes old parts of the root part and forms a new root part in order to prevent the root part of edible plants (various Allium hookeri, leafy vegetables, root vegetables) and decorative plants planted in a plant cultivation managing apparatus from outgrowing, increases the harvesting amount and shortens the harvesting time through activation of growth. The double plant cultivation managing apparatus comprises: a porous hanging flowerpot having multiple holes arranged on the side and the bottom in a matrix form in order to secure the air permeability and the water drainage, and having edible and decorative plants planted therein; a water reservoir flowerpot accommodating water, and sinking the lower part of the porous hanging flowerpot in the water; a holder positioned to support at a predetermined height from the bottom of the water reservoir flowerpot, forming a separated space from the porous hanging flowerpot and supporting the harvested products of root vegetables penetrated from the porous hanging flowerpot; a hooker formed at a certain area of the side of the water reservoir flowerpot, and penetrated to correspond to any one of the holes; and a hooking pin for adjusting the height combined to the hooker capable of being penetrated to correspond to the holes and fixing the porous hanging flowerpot at a hanging position.

Description

[0001] The present invention relates to a double pot plant height regulating apparatus for improving rhizospheric environment,

More particularly, the present invention relates to a dual plant cultivation control apparatus for improving height of rhizospheric environment, and more particularly, This invention relates to a dual plant cultivation management apparatus for height adjustment for heightening yield and shortening the harvest time by activating the growth by removing old parts and improving new rhizospheric environment.

Generally, the plant cultivation control unit is provided with intermittent supply of water to provide the plants planted in the soil containing the soil, and a pollen for growing the soil and a water absorbing member so that the water absorption member is maintained at a constant water level, A fertilizer pack for supplying the nutrient solution to the plant, and a growth-promoting soil member for planting the plant and growing the water by the puddled water can be divided into a bottom irrigation type plant management apparatus capable of supplying water for a long period of time.

However, in such a low-irrigation plant management apparatus, when the roots of plants planted in the growth-promoting soil member penetrate through the fertilizer pack or the isolation member (for isolating the growth-promoting material and the moisture-absorbing member) , The root is filled in the water-absorbing member by the growth of the plant after a certain period of time has elapsed, so that the amount of water contained in the water-absorbing member is reduced and water is frequently supplied, There is a problem that the stress is increased and the growth is significantly disturbed.

In addition, the bottom irrigation type plant management system as described above has a large number of roots when the plant is harvested, and when the number of branches and leaves is small, it does not maintain the relative proper ratio of the roots and branches (hereinafter referred to as "TR rate" The hair follicle function due to the aging of the hair is drastically reduced, which makes it impossible to grow normally.

DISCLOSURE OF THE INVENTION The present invention was conceived in order to solve the above problems, and it is an object of the present invention to provide a plant cultivation control apparatus capable of controlling the plant growth management system Not only the rhizome function of the ornamental plant is increased but also the root function is activated and the old part of the rhizome part is removed to form a new rhizome part, The present invention provides a dual plant cultivation management apparatus for height adjustment for improving the rhizospheric environment for shortening the period of time.

In addition, the present invention relates to a method of harvesting edible and ornamental plants and removing a part of the largely formed roots, that is, the old part by 1/2 or 1/3, by the TR ratio evenly distributed when the leaves and branches are reduced (TR) of the root and branches (and leaves) so that it can be evenly distributed. Therefore, the growth environment of edible and ornamental plants can be completely improved to maximize the growth of the plants to increase the yield and shorten harvest time. The present invention provides a dual plant growing management apparatus for height adjustment for improvement.

It is another object of the present invention to provide a dual plant cultivation management apparatus for height adjustment for improving the environment of the root zone environment in which a small amount of water to be accommodated is appropriately controlled by controlling the height of the perforated hatch pot from the water tank pot .

In addition, the present invention can adjust the height of the perianth hatch pot from the water tank pot, so that it is possible to provide the most suitable growth environment by appropriately adjusting the height of the suspension according to the kinds of plants (trichomes, leafy vegetables, root vegetables, ornamental plants) The present invention provides a dual plant growing management apparatus for height adjustment for improving the environment of the root zone.

The present invention also provides a method for improving the productivity and commerciality of root vegetables by providing a base for satisfying safe growth conditions for root-growing rootlets of a perennial plant when the planted plant is a root vegetable, The present invention provides a dual plant management apparatus for regulating a plant.

In accordance with the above object, the present invention provides a method for producing a water-repellent, water-repellent, water-repellent, water-repellent, water- A water tank pot that allows the lower half of the perianth hanp flower pot to be submerged in water and a water tank pot which is positioned so as to be able to support a certain height from the bottom of the water tank pot and directed toward the spacing space, A catching hole formed in a side surface of the water tub pot to support the harvesting product (egg root), a catching hole penetrating through the catching hole so as to be opposed to any one of the pores, Height adjustment to improve the rhizospheric environment, including a height-adjustable pincer pin that fixes to the suspension position of the pollen 2 is achieved by means of the plant cultivation manager.

Preferably, the pest suspension pot is provided with a growing soil material planted with edible and ornamental plants and a fertilizer pack for supplying the nutrient solution to the plant.

In order to prevent the water absorbing member and the growing soil material from being leaked by the pores, the bottom surface and the side surface of the perforated suspen- sion flowerpot are coated with paper (tributary produced massively by a general paper-making method) or coconut and coconut fiber mat And a coating member comprising a mixture of clay, talc, a powder of diatomaceous earth and adsorbing silica, and a mixture of these compounds, and is provided with a protective layer for preventing growth of soil, (Water) of the water tank pot is brought into contact with the bottom of the soil growth preventing member at a predetermined height, and water (water) Absorbing member for absorbing the water-absorbing member and the water- Between the pack, it is preferred that the root separate guide member is arranged in order.

In addition, it is preferable that the vertical potholes of the perforated horseshoe pollen are adjusted in height of the perforated horseshoe pollen to ensure breathability and moisturizing property in the root zone of the plant.

According to another aspect of the present invention, there is provided a pest suspension pot plant having a plurality of pores arranged in a matrix shape for securing air permeability and drainage on a side surface and a bottom surface, the pear suspension pot planted with edible and ornamental plants; A water tub pot containing water and allowing the lower half of the perforated flower pot to be submerged in the water; A water absorbing member provided at the bottom of the perforated suspension pot for contacting the water (moisture) of the water tank pot and absorbing the water (moisture); A growth soil member provided on the water absorbing member and in which the edible and ornamental plants are planted; And a fertilizer pack which is located between the growth mortar and the water absorbing member and supplies the nutrient solution to the growth mortar as well as to isolate the moisture while supplying water to the growth mortar, Lt; / RTI >

Here, a root separation guide member is provided between the fertilizer pack and the water-absorbing member to guide the water-absorbing member and the fertilizer pack to separate quickly when the root of the plant planted on the growth-promoting soil penetrates toward the water-absorbing member , The growth soil material is accommodated in a sidewall or an exhaust cell, and paper (a tributary produced massively by a general paper-making method) or a coconut fit and a coconut fibre mat are provided in order to prevent the moisture absorption member and the growth- And a coating member comprising a mixture of clay, talc, a powder of diatomaceous earth and adsorbing silica, and a mixture of these compounds, is provided on the surface of the substrate, Wherein the fertilizer pack is disposed between the water absorbing member and the growing soil member And it is preferably replaced by the isolation member to isolate while supplying moisture to the growing yongto member.

The present invention relates to a method for planting a plant cultivation control apparatus in which a plant cultivation control apparatus is dualized with a water tank pot and a puffer suspended pot flower to adjust the height of the puffer pot from the pot, Not only the root portion of the plant is not enlarged but also the root function is activated and the aged portion of the root portion is removed to form a new root portion and the growth is promoted so that the plant can be kept healthy for a longer period of time.

In addition, the present invention relates to a method of harvesting edible and ornamental plants and removing a part of the largely formed roots, that is, the old part by 1/2 or 1/3, by the TR ratio evenly distributed when the leaves and branches are reduced It is possible to equally maintain the TR ratio of the corresponding roots and branches (and leaves), thereby improving the quality of edible and ornamental plants and maximizing productivity.

In addition, since the present invention adjusts the height of the perforated flower pot upward from the water pot, it is possible to reduce the number of times of water supply and reduce labor costs because the amount of water to be accommodated is appropriately adjusted.

In addition, the present invention has the effect of improving the productivity and commerciality of root vegetables because it provides a base for satisfying safe growth conditions for root growing in the lower side of the perianth spp when the planted plant is a root vegetable.

FIG. 1 is an exploded perspective view showing a dual plant growing management apparatus for height adjustment for improvement of rhizospheric environment according to the cultivating environment of triplets and leafy vegetables according to the present invention,
Fig. 2 is a sectional view of Fig. 1,
FIG. 3 is a view showing the molding of a puffer suspended pot according to the cultivation environment of a lumber and a leafy plant of the present invention.
FIG. 4 is an exploded perspective view showing a dual plant growing management apparatus for height adjustment for improving the root zone environment according to a root crop cultivation environment as another practical example of the present invention,
Fig. 5 is a cross-sectional view of Fig. 4,
FIG. 6 is a view showing the molding of a puffer suspended pot according to the rooting culture environment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings. First, the drawings attached to the present invention are for convenience of description, and the shapes and relative scales can be exaggerated or omitted.

As shown in FIG. 1 and FIG. 2, the height control dual plant management apparatus for improvement of the root zone environment according to the present invention is for forming a cultivation environment of a leaf and a trichome plant, A water tub pot 3, a catch hole 7, and a catch pin 10.

As shown in FIG. 3, the perforated hung flower pot 1 has a U-shaped shape by bending and cutting a perforated plate having a constant area. The perforated plate has a diameter of 3 to 5 mm 2 are arranged in a matrix form so as to be able to pass through. The perforated hanging pollen (1) formed by the perforated plate has a plurality of perforations (2) (formed almost the same as the root diameter of the leaf clusters and triple bases) for ensuring ventilation and drainage on the side and bottom, Food and ornamental plants are planted.

The water tank pot (3) contains a certain amount of water to supply water to the plant, and is accommodated in the perforated hung flower pot so that the lower half or a part of the lower half thereof can be locked. An overflow hole (not shown) is formed on the side surface of the water tub 3 so that a certain amount of water can be always received. When the perforated hunger pot (1) is accommodated in the water tub (3), sufficient water can be supplied to the plants planted by the stored water, so that the plant growth is activated.

The catching hole 7 is adapted to suspend the perforated flower pot 1 at a predetermined height of the water tub flower pot 3 and is penetrated through a predetermined side portion of the water tub pot 3, Are formed so as to be capable of counteracting any one of the perforations (2) formed in the main body (1). The pores (2) corresponding to the catching holes (7) are arranged vertically in the vertical direction in which the pore holes (1) are gradually increased from the water pot (3).

The hooking pin 10 is for adjusting the height of the perforated hatch pot 1 and is engaged with and passed through the hook hole 7 which can be passed through the perforation 2 in opposition to the perforated hole 2, And fixes the pollen 3 to a desired position of a predetermined height. Here, when the planted edible plant is a root vegetable, when the plant grows from a seedling to a seedling state, the perforated suspension pot (1) can be moved to a higher position in the water pot (3) So that it is possible to provide a suitable growth environment for edible and ornamental plants including leafy and thorny plants.

Fixing the pest suspension pot (1) vertically in the vertical direction in the vertical direction as described above ensures that the rhizosphere of the edible and ornamental plants is sufficiently ventilated and moisturized, Thereby maximizing the merchantability of the product. In addition, if the leaves and branches are poor due to the harvesting of the plant, the root of the plant corresponding to the TR ratio will lose its function. (1) can be separated from the water tank pot (3), and the root lost under the bottom of the pot (1) can be easily and quickly removed It is possible to induce a situation that can be removed. When the root is removed, the plants undergo a normal growth process according to the TR ratio, so that they can perform vigorous growth activities, thereby shortening the period to complete growth.

The pest suspension pot (1) is provided with a growing soil material (11) in which the leaves, trichograms and ornamental plants are planted, and a fertilizer pack (13) for supplying nutrients to the plant.

The growth mortar material 11 may be used by being selectively used in vermiculite, peatmoss, mixed soil, coco peat, pearlite, or the like, mixed according to a specific mixing ratio, and accommodated in a tongue part or a medium cell of a certain standard .

The root inducing member 14 is disposed between the fertilizer pack 13 and the water absorbing member 15 and between the separating member Absorbing member 15 and the fertilizer pack 13 and the water-absorbing member 15 and the isolating member in the case where the roots penetrate toward the water-absorbing member 15. [

Here, the fertilizer pack 13 (or organic fertilizer pack) is a solid fertilizer (slow-release fertilizer) or an organic compost and a mineral (calcium 50.8%), which is located below the growth mortar 11 to provide an environment in which microorganisms survive. , 29.4% of phosphorus, 6.7% of potassium, 5.1% of sulfur, 3.7% of chlorine, 2.9% of sodium, 1.1% of magnesium, 0.3% of zinc and copper). This organic fertilizer is immersed in the water when the edible and ornamental plants are bred at the time of breeding, but when the plant is rooted, the moisture is absorbed and the microorganisms (aerobic microorganisms and anaerobic microorganisms) can survive. Especially not limited to specific edible and ornamental plants.

Although not shown in FIG. 1 and FIG. 2, the bottom and side surfaces of the perforated suspension pot 1 may be divided into the water absorbing member 15, And a coating member comprising a mixture of clay, talc, a powder of diatomaceous earth and adsorptive silica, and a mixture of these and a mixture of the mixture, (Water) of the watercress flower pollen (3) by a predetermined height to the bottom of the watercleaning soil loss prevention member, and water (water) And a root separating guide member 14 is provided between the water absorbing member 15 and the fertilizer pack 13. The root separating guide member 14 is disposed between the water absorbing member 15 and the fertilizer pack 13, It is arranged in a.

In order to solve the drawback of the paper, the coating member is impregnated and coated on the pulp or the plant fiber of the paper, and when the paper is cured at a certain drying temperature, the pulp or the plant fiber is strongly bonded to moisture, It is possible to prevent softening by This component is a blend of vegetable oils including linseed oil, soybean oil, tung oil (flow wood oil), and a combination of clay and talc, powders of diatomaceous earth and adsorbing silica, and mixtures thereof. Here, the above-mentioned combined material is supplied to the plants planted on the growth-promoting soil member by moisturizing the water, and they are composed of the muds passing through the fine mesh (or screen) of about 0.001 mm or less.

Further, the coating member may further include a degradable resin composition (water-soluble resin) having a function substantially the same as that of the above-mentioned binding body and having a solid content of 40% or more by mineral spirits, and the vegetable oil penetrates into pulp or plant fiber And they are cured so as to maintain their shape for a certain period of time by drying them at a temperature between 50 ° C and 70 ° C for a certain period of time so as to strongly bond them. Here, the curing holding time and the environmentally friendly decomposition time of the paper can be controlled according to the number of coatings or the amount of coating.

In addition, the vegetable oil of the coating member may be applied as a substitute for other organic oils such as modified dry milk and lubricating oil instead of linseed oil, soybean oil,

As shown in FIGS. 4 and 5, the height control dual plant management apparatus for improving the root zone environment according to another embodiment of the present invention is for creating a cultivation environment of a root vegetable, The water tank pot 3, the cradle 4, the catching hole 7, the catching pin 10, and the growing soil loss preventing member 16.

As shown in FIG. 6, the perforated hung flower pot 1 has a U-shaped shape by bending and cutting a perforated plate having a constant area. Unlike the leaf vegetables, the perforated hanger pot 1 has a diameter of 10 to 30 mm Or more of the perforation (2) Are arranged in a matrix. The perforated hanging pollen (1) formed by the perforated plate has a plurality of perforations (2) (formed by the same size of root vegetables) arranged on the side and bottom to ensure ventilation and drainage, and the edible and ornamental plants .

The water tank pot (3) contains a certain amount of water for supplying water to the plant, and is accommodated in the pit suspension pot (1) so that the lower half or a part of the lower half thereof can be locked. A plurality of water dewatering (not shown) and water level control valves 5 are formed on the side surface of the water tub pot 3 so that a predetermined amount of water suitable for plant growth is always received. When the perforated hunger pot (1) is accommodated in the water tub (3), sufficient water can be supplied to the plants planted by the stored water, so that the plant growth is activated.

The cage 4 is positioned below the pore suspension flower pot 1 in the water tub pot 3 and is formed by a root vegetable planted in the pore suspension flower pot 1, So as not to be damaged by the load. That is, since the perforated hippopotamus flower 1 is moved to a higher suspension position in accordance with the growth of the alfalfa, it not only hinders the growth of the alfalfa but also induces growth to a certain size.

The catching hole 7 is adapted to suspend the perforated flower pot 1 at a predetermined height of the water tub flower pot 3 and is penetrated through a predetermined side portion of the water tub pot 3, Are formed so as to be capable of counteracting any one of the perforations (2) formed in the main body (1). The pores (2) corresponding to the catching holes (7) are arranged vertically in the vertical direction in which the pore holes (1) are gradually increased from the water pot (3).

The hooking pin 10 is for adjusting the height of the perforated hatch pot 1 and is engaged with and passed through the hook hole 7 which can be passed through the perforation 2 in opposition to the perforated hole 2, And fixes the pollen 3 to a desired position of a predetermined height. That is, when the planted root vegetable grows from the seedling to the seedling state, the pest suspension pot (1) is moved to a higher position in the water tub pot (3) to improve the environment of the rootstock to prevent the growth of the root It can be fixed with the retaining pin 10 so as to secure a certain size of merchantability, and thus it is possible to provide a growth environment suitable for a root vegetable and similar ornamental plants.

Fixing the perforated suspension pot (1) vertically in the vertical direction in the vertical direction as described above ensures that the rhizosphere of the edible and ornamental plants has sufficient ventilation and moisturizing properties and maintains the optimal growth environment so that the merchantability of the root vegetable . In addition, if the leaves and branches are poor due to the harvesting of the plant, the root of the plant corresponding to the TR ratio will lose its function. (1) can be separated from the water tank pot (3), and the root lost under the bottom of the pot (1) can be easily and quickly removed It is possible to induce a situation that can be removed. When the root is removed, the plants undergo a normal growth process according to the TR ratio, so that they can perform vigorous growth activities, thereby shortening the period to complete growth.

The pest suspension pot (1) is provided with a growth soil member (11) in which the root vegetables and ornamental plants are planted, and a fertilizer pack (13) for supplying nutrients to the plant.

The growth mortar material 11 may be used by being selectively used in vermiculite, peatmoss, mixed soil, coco peat, pearlite, or the like, mixed according to a specific mixing ratio, and accommodated in a tongue part or a medium cell of a certain standard .

The root inducing member 14 is disposed between the fertilizer pack 13 and the water absorbing member 15 and between the separating member Absorbing member 15 and the fertilizer pack 13 and the water-absorbing member 15 and the isolating member in the case where the roots penetrate toward the water-absorbing member 15. [

Here, the fertilizer pack 13 (or organic fertilizer pack) is a solid fertilizer (slow-release fertilizer) or an organic compost and a mineral (calcium 50.8%), which is located below the growth mortar 11 to provide an environment in which microorganisms survive. , 29.4% of phosphorus, 6.7% of potassium, 5.1% of sulfur, 3.7% of chlorine, 2.9% of sodium, 1.1% of magnesium, 0.3% of zinc and copper). This organic fertilizer is immersed in the water when the edible and ornamental plants are bred at the time of breeding, but when the plant is rooted, the moisture is absorbed and the microorganisms (aerobic microorganisms and anaerobic microorganisms) can survive. Especially not limited to specific edible and ornamental plants.

In order to prevent loss of the water absorbing member 15 and the growing soil material 11 by the pores 2 on the bottom and side surfaces of the pore suspension pot 1, A vegetable oil penetrating into vegetable fibrous structures such as coconut flats and coconut fiber mats, and a combination of clay and talc, powders of diatomaceous earth and adsorptive silica, and combinations thereof, Wherein a plurality of vents are provided in the growing soil preventing member so as to flow the water of the vase of the water tanks and a plurality of vents are provided in the growing soil preventing member, The bottom surface is provided with a water absorbing member for contacting the water (moisture) of the water tub (3) by a predetermined height to absorb the water (moisture) And a root separating guide member 14 is disposed between the water absorbing member 15 and the fertilizer pack 13 in sequence. That is, the growth inhibiting member 16 prevents the root of the root vegetable through the flow hole, and even if the root of the root grows gradually, .

Here, the coating member is impregnated and coated with pulp or vegetable fibers (such as coco peat or coconut fiber mat) of the paper to solve the disadvantage of the paper, and when the paper is cured at a certain drying temperature, pulp or plant fiber It is possible to prevent softening due to moisture for a certain period of time. This component is a blend of vegetable oils including linseed oil, soybean oil, tung oil (flow wood oil), and a combination of clay, powder of talc diatomaceous earth and adsorbent silica, and mixtures thereof. Here, the combined material is moistened with water and supplied to the plants planted in the growth-promoting soil material, and these are composed of powder passing through a fine mesh (or screen) of about 0.001 mm or less.

Further, the coating member may further include a degradable resin composition (water-soluble resin) having a function substantially the same as that of the above-mentioned binding body and having a solid content of 40% or more by mineral spirits, and the vegetable oil penetrates into pulp or plant fiber And they are cured so as to maintain their shape for a certain period of time by drying them at a temperature of 50 to 70 for a certain time to strongly bond them. Here, the curing holding time and the environmentally friendly decomposition time of the paper can be controlled according to the number of coatings or the amount of coating.

In addition, the vegetable oil of the coating member may be applied as a substitute for other organic oils such as modified dry milk and lubricating oil instead of linseed oil, soybean oil,

The dual plant cultivation management apparatus for height adjustment for improving the root zone environment according to the present invention as described above comprises a cradle 4 located at the bottom of the water tub pot 3 and a cradle 4 located at the upper side spaced apart from the cradle 4, The soil moisture absorbing member 15, the root separation guide member 14, the isolation member (not shown) or the fertilizer pack 13, the growth soil member 11 from the bottom of the flowerpot 1, And the vegetative soil member (11) is planted with edible and ornamental plants.

Wherein the edible plant comprises edible trichomes and leafy vegetables and root vegetables. For example, in the case of triplex and leafy vegetables, only the growth-preventing soil loss preventing member 16, the fertilizer pack 13, and the growing soil material 11 are provided in the perforated suspension pot 1 to improve the planting environment with sufficient soil In the case of root vegetables (potato, sweet potato, ginseng, etc.), the height of the water tub pot (3) is increased and the space of the root zone of the harvesting part is secured by the root cane holder (4) on the bottom surface of the water tub flower pot Lt; RTI ID = 0.0 > planted < / RTI >

However, the edible and ornamental plants start to grow by inserting their roots into the growth mortar 11, and when they are fully grown, their roots penetrate the isolation or fertilizer pack 13, (15) and penetrates through the pores (2) of the pest control valve (16) and the pest suspension pot (1). Herein, the root corresponds to the TR rate.

When the edible and ornamental plants that have been fully grown are harvested for sale as commodities, the TR ratio does not match and the aged roots can not normalize the hair roots function, so that the pore-suspending pot flower 1 is separated from the water flower pot 3 2/3, 1/2, and 1/3 of the roots penetrating through the perforation (2) are removed to adjust the TR ratio, and then accommodated in the water tank pot (3).

Therefore, the plants cultivated in the perennial plant (1) can induce healthy and quick growth by inducing the aged root to the new root and full growth according to the improved environment of the rhizome.

Here, when the planted edible plant is a root vegetable, when the plant grows from a seedling to a seedling state, the pest suspension pot (1) is moved from the pot to a higher position to improve the environment of the rootstock, And can be fixed with the pin (10), thereby providing an environment suitable for a root vegetable plant.

One ; Horseshoe horseshoe pollen 2; Piercing
3; Aquarium pollen 4; Dedicated cradle
5; A water level control valve 7; Hanging ball
10; A locking pin 11; Absence of growing soil
13; Fertilizer pack 14; Water absorption member
15; A root separation inducing member 16; A growth preventing soil preventing member

Claims (6)

A plurality of perforations arranged in a matrix shape for securing air permeability and drainage on the side surface and the bottom surface, the perforated flower pots having edible and ornamental plants planted therein;
A water tub pot containing water and allowing the lower half of the perforated pot to be submerged in water;
A holder for supporting the harvest product of the root vegetables penetrating from the pore-suspending pots to form a space with the pore-hole suspending pots to be spaced apart from the bottom of the pot by a predetermined height;
A catching hole formed at a predetermined side surface of the water tub pot and passing through any one of the punctures so as to be able to collide therewith;
And a height adjustment engagement pin which is engaged with the engagement hole through which the piercing hole can be pierced and is fixed to the piercing position of the pierced hanging flower pot.
The method of claim 1, further comprising:
Wherein the pest suspension flower pot includes a growth soil member in which the edible and ornamental plants are planted and a fertilizer pack for supplying the nutrient solution to the plant.
3. The method of claim 2,
The bottom surface and the side surface of the perforated suspension flower pot are composed of vegetable oil, clay and talc, powder of diatomaceous earth and adsorbing silica, and a mixture thereof to prevent loss of the water absorbing member and the growing soil member by the pores Wherein a plurality of flow holes for flowing moisture of the water flower pot are provided in the growth prevention material for preventing growth of growth material and the bottom of the growth material loss preventing material Characterized in that a water absorbing member is provided for absorbing the water in contact with the water of the water tank pot by a predetermined height and a root separating guide member is sequentially disposed between the water absorbing member and the fertilizer pack Height control dual plant management system for improvement.
The method of claim 1, further comprising:
Wherein the vertical potholes of the perforated horsetail pots adjust the height of the pods of the pods to secure ventilation and moisture retention in the root zone of the plant.
A plurality of pores for arranging a plurality of pores for ensuring ventilation and drainage on the side and bottom, arranged in a matrix shape, and having edible and ornamental plants planted and different sizes of perforations depending on plant species;
A water tub pot containing water, a lower half of the perforated hanp flower pot is immersed in the water and a special stand can be installed according to the type of the planting plant;
A water absorbing member provided at the bottom of the perforated suspension pot for contacting the water of the water tank pot and absorbing the water;
A growth preventing material preventing member provided on the bottom and side surfaces of the perforated suspending pots to prevent loss of the following growth promoting material;
A growth soil member provided on the water absorbing member and in which the edible and ornamental plants are planted;
And a fertilizer pack located between the growth mortar and the water absorbing member for isolating the growth mortar and supplying the nutrient to the growth mortar. Plant Growth Managers.
The method of claim 5, further comprising:
A root separating guide member is provided between the fertilizer pack and the water absorbing member to guide the water absorbing member and the fertilizer pack to quickly separate when the root of the plant planted on the growing soil member penetrates toward the water absorbing member,
Wherein the growth mortar is contained in a tongue part or an exhausting cell,
A vegetable oil permeating into a selected vegetable fibrous component of paper or a coconut pit and a coconut fibrous mat in order to prevent the loss of the water absorbing member and the growing mortar, and a powder of clay, talc, diatomaceous earth and adsorbing silica, And a coating layer formed on the surface of the substrate,
Wherein the fertilizer pack is disposed between the water absorbing member and the growing soil member and is replaced with an isolating member which isolates the soil from the growing soil while supplying moisture to the growing soil member.

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