KR20190143800A - Velcro device for plant cultivation - Google Patents

Abstract

The present invention relates to a Velcro device for cultivating plants. More specifically, the present invention relates to a Velcro device for cultivating plants which vertically cultivates plants by using Velcro fabrics, supplies water or a nutrient solution to roots of plants arranged in a plant-cultivating Velcro vertically placed to provide efficient growing conditions for plants, and allows plants harvested in the plant-cultivating Velcro to be conveniently harvested. In particular, the Velcro device for cultivating plants comprises: a plant-cultivating Velcro which has a hook or a loop selected to be provided in a surface of a fabric, and is vertically placed with predetermined width and length; an absorbing member which is coupled in the longitudinal direction of a surface of the plant-cultivating Velcro, and absorbs and discharges water or a nutrient solution in order to supply water or a nutrient solution necessary for plant growth to roots of plants; a plurality of plants of which roots are arranged by a predetermined distance away from each other on a surface of the absorbing member; a cover Velcro which covers a root part of the plants, comes into close contact with the plant-cultivating Velcro, and has a hook and a loop detached from each other; and a supply unit which is placed in an upper part of the absorbing member coupled to the plant-cultivating Velcro, and supplies water or a nutrient solution.

Description

Velcro device for plant cultivation {omitted}

The present invention relates to a velcro device for plant cultivation. More specifically, vegetation is grown vertically using velcro fabric, and the plant growth velcro is efficient by supplying water or nutrient solution to the roots of the plants arranged in the vertically planted vegetation velcro. The present invention relates to a vegetation velcro device for convenient harvesting of plants harvested in Korea.

In general, the cultivation of plants in a greenhouse to generalize the four seasons is common, in particular, since the plants are grown in a very limited space, such as greenhouses and plastic houses, the increase in output per area is directly related to the profits of agricultural workers It can be said.

In general, in cultivating plants, workers often bend, squat, and sit down, so that the work is difficult, but abnormalities occur in the joints such as the knee and pain in the lower back, resulting in chronic diseases caused by long periods of work. Problems that suffer are being pointed out.

In addition, the hydroponic cultivation method, which is becoming more common these days, submerges the root of the plant in the nutrient solution, which contains artificial nutrients, to create a growth environment for the plant, which increases the amount of water used and damage of water pollution due to the nutrient solution discarded after use. It is caused

Korean Patent Registration No. 10-1798479 "Circulating Hydroponic Cultivation Device"

The present invention has been proposed to solve the above conventional problems, in the cultivation of plants, an absorbent member or water formed in a plant cultivation velcro positioned vertically high in order to grow a large number of plants in a small area of land By cultivating plants by closely arranging the roots of plants in the flow part, it provides an effect of reducing water usage.

In addition, when harvesting plants from cultivated velcro, the cover velcro that surrounds the roots of the plant can be easily separated from the cultivated velcro to provide the effect of reducing the labor associated with the harvest of the plant, It is an object of the present invention to provide a plant cultivation Velcro device to increase the work efficiency.

In addition, the roots of the plants are combined with a root cover to minimize the exposure to the external environment by the roots of the plants continue to grow, and the oxygen supply is smoothly optimized to optimize the growth environment of the plants to protect the roots of the growing plants In addition to the function of the root cover material containing the essential nutrients necessary for the growth of plants (N), phosphoric acid (P), potassium (K) by the simple water supply flowing from the top of the plant cultivation Velcro for plant growth Provide the necessary growth environment.

In addition, by combining both ends of the longitudinal direction of the plant cultivation Velcro on the horizontal axis arranged in the upper space in the space to form an endless orbit shape so that the plants can be rotated to be located by rotating the plants located at the bottom to easily install, manage, The purpose of the harvest is to provide the effect of increasing the efficiency of the work.

Plant cultivation Velcro device according to an embodiment of the present invention is any one selected from the hook or loop on the fabric surface is configured, plant cultivation Velcro having a constant width and length vertically located; And

An absorbent member coupled along the longitudinal direction of the plant cultivation velcro surface to absorb and discharge the water or nutrient solution to supply the water or nutrient solution necessary for the growth of the plants to the roots of the plants; And

A plurality of plants having roots arranged at regular intervals on the surface of the absorbent member; and

Covering the roots of the plants and in close contact with the plant cultivation velcro cover velcro that hooks and loops of each other are removable; and

Located in the upper portion of the absorbent member coupled to the plant cultivation Velcro includes a supply for supplying water or nutrient solution.

Preferably, the roots of the plants further include a covering of the root to give a useful effect on the rooting of the plant roots.

On the other hand, preferably, the root cover part of any one or more nutrients of nitrogen (N), phosphate (P), potassium (K) that helps the growth of plants in a solid form or liquid form or powder form Selected and combined.

More preferably, it further comprises a humidity sensor installed in the absorbing member of the plant cultivation Velcro for detecting the humidity.

Also preferably, the plant cultivation Velcro may be configured in a belt structure of the caterpillar form so that both ends in the longitudinal direction is coupled to rotate in the longitudinal direction on the horizontal axis.

On the other hand, any one of the hook or loop is selected and configured on the fabric surface, the plant cultivation Velcro having a constant width and length vertically located; And

A plurality of plants arranged at regular intervals on the surface of the plant cultivation velcro; and

Covering the roots of the plants and in close contact with the plant cultivation velcro cover velcro that hooks and loops of each other are removable; and

Located at the top of the plant cultivation Velcro includes a supply for supplying water or nutrient solution.

Preferably, in the longitudinal center of the surface layer in which the root portions of the plants of the plant cultivation Velcro are arranged, a hook or loop is excluded, and a water flow portion for flowing water or nutrient solution is formed.

More preferably, the roots of the plants further include a covering of roots to give useful effects on the rooting of the plant roots.

Preferably, the root cover part is any one or more nutrients selected from nitrogen (N), phosphate (P), potassium (K), which is a nutrient for plant growth, selected from solid form, liquid form or powder form. Can be combined.

Also preferably, the plant cultivation Velcro may be configured in a belt structure of the caterpillar form so that both ends in the longitudinal direction is coupled to rotate in the longitudinal direction on the horizontal axis.

Such a plant cultivation Velcro device according to the present invention by cultivating a large number of plants by placing the plant cultivation Velcro vertically, there is economical to cultivate a large number of plants in a small area of land.

In addition, when harvesting plants that have been grown in plant cultivation Velcro, the cover velcro that surrounds the roots of the plants is easily separated from the plant cultivation Velcro to harvest the plants to save labor and cultivate the plants at the stocking. In addition to increasing work efficiency, the plant is easy to cultivate, harvest, and manage, providing excellent economic efficiency.

In addition, the roots of the plants are combined with a root cover to minimize the exposure to the external environment by the roots of the plants continue to grow, and the oxygen supply is smoothly optimized to optimize the growth environment of the plants to protect the roots of the growing plants In addition to the function of the plant, the root cover material contains nitrogen (N), phosphoric acid (P), and potassium (K), which are essential nutrients needed for plant growth, and is supplied with simple water supply from the upper part of plant cultivation velcro. Provide the necessary growth environment.

In addition, by combining both longitudinal ends of the plant cultivation Velcro on the horizontal axis arranged in the upper space in the space to form an endless orbit shape so that the plants can be rotated to be located by rotating the plants located at the bottom to easily install, manage, It can be harvested, increasing the efficiency of the work and growing the plant economically.

1 is a conceptual perspective view of a velcro device for plant cultivation according to an embodiment of the present invention.
Figure 2 is a front view of the velcro device for plant cultivation according to an embodiment of the present invention.
Figure 3 is a state diagram used to cover the root portion of the root portion of the plant according to an embodiment of the present invention.
4 is a conceptual perspective view of a vegetation cultivation device according to this embodiment of the present invention.
5 is a front view of the vegetation cultivation device according to this embodiment of the present invention.
Figure 6 is a state diagram used to cover the root portion of the root portion of the plant according to this embodiment of the present invention.

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

First, the embodiments described below are suitable embodiments for understanding the technical features of the present invention vegetation Velcro device. However, the technical features of the present invention are not limited by the embodiments described or applied to the embodiments described below, and various modifications are possible within the technical scope of the present invention.

1 to 3 show a velcro device for plant cultivation according to an embodiment of the present invention.

Velcro device 100 for plant cultivation according to an embodiment of the present invention is a form of cultivating the plants 210 by vertically positioned at a predetermined place, any one of the hook 130 or loop 140 on the fabric surface Plant cultivation Velcro (110) having a predetermined width and length selected and configured and positioned perpendicular to the designated place and

Absorbing member 300 is coupled along the longitudinal direction of the surface of the plant cultivation Velcro 110 to absorb and discharge the water or nutrient solution to supply the water or nutrient solution required for the growth of the plants 210 to the roots of the plants 210 and The plant cultivation Velcro 110 and covering the plurality of plants 210 and the roots 150 of the plants 210 are arranged at a constant interval on the surface of the absorbing member 300 and the roots 150 are arranged; A close contact with the hook 130 and the loop 140 is detached from the supply loop for supplying water or nutrient solution is located on the cover Velcro 120 and the absorbent member 300 coupled to the plant cultivation Velcro 110 ( 330).

Velcro used in the plant cultivation Velcro 110 and cover Velcro 120 is generally selected from a hook structure and a loop structure in the fabric of the substrate type of synthetic resin material hook hook on one fabric and hooks on the other fabric It is generally made of a structure for detaching one fabric and the other fabric using a Velcro, but the hook 130 and the loop 140 of the plant cultivation Velcro 110 and the cover Velcro 120 of the present invention The structure can be modified in a variety of structures and the choice of materials will also be without limitation.

In addition, the material of the substrate-type Velcro fabric used in the plant cultivation Velcro 110 and the cover Velcro 120 can be applied without limitation.

In addition, in forming the plant cultivation velcro 110, a hook or loop is formed on another fabric surface on a flat fabric surface to seal the manufactured velcro to form or fabric surface constituting the plant cultivation velcro 110 The plant cultivation velcro 110 may be selectively configured among the hook 130 or the loop 140 integrally molded.

In addition, the absorbing member 300 is coupled to the surface of the plant cultivation Velcro 110 is located vertically, supplying water or nutrient solution to the roots 150 of the plurality of plants 210 to the absorbing member 300. The material and structure are preferably in the form of a sponge or fabric of porous structure, non-woven synthetic resin material or plant-derived fiber, which is easily absorbed by water or nutrient solution and discharged vertically by gravity. However, there will be no limitation on the material or form.

In addition, the plants 210 having the roots 150 arranged in the absorbent member 300 may be any plant as long as they belong to a plant classification group such as leafy vegetables, root vegetables, and fruit vegetables.

That is, the plants 210 are plants that are grown by being supplied with water or nutrient solution to the root 150, and the plants 210 are grown by being supplied with water or nutrient solution that is always remaining in the absorbent member 300. It will be understood that the plants 210 are grown.

In addition, the cover velcro 120 covers the roots 150 of the plants 210 and is in close contact with the plant cultivation velcro 110, the hook 130 and the loop 140 of the mutual configuration, The plants 210 are fixed to the plant cultivation Velcro 110, and serves to grow the plants 210.

Subsequently, in forming the cover Velcro 120, a hook or loop is formed on another fabric surface on the flat fabric surface to seal the manufactured Velcro to form a cover Velcro 120 or hook on the fabric surface Alternatively, the cover valve 120 may be selectively configured among the shapes in which the loop is integrally formed.

In addition, in order to supply water or nutrient solution to the absorbent member 300, a supply unit 330 for supplying water or nutrient solution is installed on the absorbent member 300.

The supply unit 330 may be supplied with water or nutrient solution by a pipe, it may supply water or nutrient solution through a separate reservoir of water or nutrient solution.

And, the collecting unit may be provided at the bottom to store the water or nutrient solution coming down to the lower portion along the absorbing member 300, the filter for purifying the water or nutrient solution stored in the collecting unit and the water or nutrient solution to the top It may be provided with a pump for pumping.

In addition, the plant cultivation Velcro 110 and the cover velcro 120 is partitioned and configured on the same plane, the plant cultivation Velcro 110 is partitioned and configured on one plane, the cover velcro 120 is partitioned on the other plane It is also contemplated that it can be configured, combined with each other, separated, and detachable.

This structure maintains a three-dimensional form when the plant cultivation velcro 110 and the cover velcro 120 is attached to each other and fixed and cultivated plants 210, when the plants 210 are harvested plant cultivation velcro 110 When the plant 210 is harvested by separating the cover Velcro 120 and the plant cultivation Velcro 110 and the cover Velcro 120 is to give a function to restore to the planar shape.

In addition, the roots of the plants 210 illustrated in FIG. 3 further include a root covering part 800.

The root covering part 800 minimizes exposure to the external environment by continuously growing the roots of the plants 210, optimizes the growth environment of the plants 210 by smoothly supplying oxygen, and grows the root portions. Perform a function to protect it.

In addition, the root cover portion 800 may be formed of a sponge or a fabric, a non-woven fabric, or a natural vegetable fibrous sheet formed of synthetic resin, but the material will not be limited thereto.

In addition, the shape of the root cover portion 800 may be configured without any limitation to the shape of the envelope or sheet form, tube-shaped three-dimensional shape and the like.

In addition, the root covering part 800 is any one or more nutrients of nitrogen (N), phosphate (P), potassium (K), which is a nutrient to help the growth of the plant 210 or solid form or liquid form or It is selected from powder form and composed of bonding.

This form simply supplies water to the absorbing member 300 coupled to the plant cultivation Velcro 110, so that the plants 210 can be grown by the nutrients contained in the material constituting the root cover 800. By minimizing the consumption of nutrient solution containing nitrogen (N), phosphoric acid (P), and potassium (K), it is effective to prevent water pollution caused by excessive nutrient solution collected and to store, supply, and collect nutrients in water in general. Reduction of facility costs can be achieved by eliminating the process and equipment which consists of multi-step processes such as filtering and filtration.

In addition, it may be considered that the absorbent member is coupled to the surface in close contact with the root portions of the plants 210 of the cover Velcro 120.

That is, the absorption member is also configured to cover the Velcro 120 because there is a plant that needs to supply more water or nutrient solution to the roots 150 of the plants (210).

In addition, the absorbing member of the cover Velcro 120 may be provided with a pocket having a space therein.

That is, when it is time to harvest the plants 210 by allowing the plants 210 to be stored in the pockets, the plants 210 are automatically collected when the cover velcro 120 is separated from the plant cultivation velcro 110. There is a convenience that can smoothly harvest the plant (210).

In addition, the plant cultivation Velcro 110 may further include a humidity sensor 400 installed in the absorbing member 300 to sense humidity.

This is an Internet of Things (IoT) for supplying water or nutrient solution by sending a signal to the supply unit 330 when the supply of water or nutrient solution to the absorbing member 300 is stopped or the amount thereof is small. It can be understood as an IOT) system.

In addition, the plant cultivation Velcro 110 may further include a temperature sensor for sensing the temperature.

That is, when the ambient temperature of the plant cultivation velcro 110 falls or rises, the plant cultivation environment of the plants 210 planted in the velcro 110 is vulnerable and sends a signal to a cooling / heater installed in the surroundings, so that an appropriate temperature is achieved. It will be understood that controlling the environment to maintain.

In addition, the plant cultivation Velcro 110 may be configured in a belt structure of the endless track type so that both ends in the longitudinal direction is coupled to rotate in the longitudinal direction on the horizontal axis.

The above structure is the same as the structure and function of the plant cultivation Velcro 110 already described above, but the drawings are omitted because all the configuration is the same except that the plant cultivation Velcro 110 is configured in a caterpillar form, this form is in space Plant 210 is coupled to the horizontal axis arranged in the upper end of the longitudinal direction both ends of the plant velcro 110 in the form of an endless orbit to rotate the plant (210) located in the height is possible to rotate the plant 210 easily They can be installed, managed and harvested, increasing the efficiency of the work.

4 to 6 illustrate a velcro device for plant cultivation according to this embodiment of the present invention.

Velcro device 100 for plant cultivation according to this embodiment of the present invention is a form of cultivating the plants 210 by vertically positioned in a predetermined place, any one of the hook 130 or loop 140 on the fabric surface Plant cultivation Velcro (110) having a predetermined width and length selected and configured and positioned perpendicular to the designated place and

The surface of the plant cultivation Velcro 110 covers a plurality of plants 210 and the roots 150 of the plants 210 arranged at regular intervals and are in close contact with the plant cultivation Velcro 110 and mutually. The hook 130 and the loop 140 of the cover Velcro 120 is removable and is located on the top of the plant cultivation Velcro 110 includes a supply unit 330 for supplying water or nutrient solution.

Velcro used in the plant cultivation Velcro 110 and the cover Velcro 120 is generally selected from a hook structure and a loop structure in the fabric of the synthetic resin substrate type having a hook on one fabric and a hook on the other fabric It is generally made of a structure for detaching one fabric and the other fabric using the Velcro, but the structure of the hook 130 and the loop 140 used in the plant cultivation Velcro 110 and cover Velcro 120 of the present invention It is possible to modify a variety of structures and the choice of the material will not be any limitation.

In addition, the material of the Velcro fabric used in the plant cultivation Velcro 110 and the cover Velcro 120 can be applied without limitation.

In addition, in forming the plant cultivation velcro 110, the form of the plant cultivation velcro 110 by sealing the velcro produced by hooks or loops formed on another fabric surface to the fabric surface of the flat substrate form or The plant cultivation velcro 110 may be selectively configured among the shapes in which the hook 130 or the loop 140 is integrally formed on the fabric surface.

In addition, the plants 210 having the roots 150 arranged on the surface of the plant cultivation velcro 110 may be any plant as long as they belong to a plant classification group such as leafy vegetables, root vegetables and fruit vegetables.

That is, the plants 210 are plants that are grown by supplying water or nutrient solution to the root 150 thereof, and the plants 210 are grown by receiving water or nutrient solution to the plant cultivation velcro 110. It will be understood that the 210 are cultivated.

In addition, the cover Velcro 120 covers the roots 150 of the plants 210 and is in close contact with the plant cultivation velcro 110 and the hook 130 and the loop 140 of the mutually removable configuration The plants 210 are fixed to the plant cultivation velcro 110 to perform the function of growing the plants 210.

Then, in forming the cover Velcro 120, a hook or loop is formed on another fabric surface on the fabric surface of the flat substrate form to seal the manufactured Velcro to form a cover Velcro 120 or the surface of the fabric The cover Velcro 120 may be configured to be selectively selected from the shape in which the hook or loop is integrally formed.

In addition, in order to supply water or nutrient solution to the plant cultivation Velcro 110, a supply unit 330 for supplying water or nutrient solution to the plant cultivation Velcro 110 is installed.

The supply unit 330 may be supplied with water or nutrient solution by a pipe, it may supply water or nutrient solution through a separate reservoir of water or nutrient solution.

In addition, the collection unit may be provided at the bottom to store the water or nutrient solution coming down along the plant cultivation Velcro 110, the filter for purifying the water or nutrient solution stored in the collection unit and the water or nutrient solution to the top It may be provided with a pump for pumping.

In addition, the hook 130 or the loop 140 is excluded from the longitudinal center of the surface layer in which the roots 150 of the plants 210 of the plant cultivation Velcro 110 are arranged to flow water or nutrient solution downward. The water flow section 700 is configured.

That is, the water flow portion 700 is not formed with a hook 130 or a loop 140 at the center of the surface of the plant cultivation Velcro 110, the fabric is composed of a flat surface to smoothly flow water or nutrient solution In this way, it is made of a structure for supplying water or nutrient solution to the roots 150 of the plants 210 arranged in the water flow part 700 to benefit the growth of the plants 210.

In addition, the absorbing member may be configured to be coupled to the surface in close contact with the root 150 of the plants 210 of the cover Velcro 120.

That is, the absorption member is also configured to cover the Velcro 120 because there is a plant that needs to supply more water or nutrient solution to the roots 150 of the plants (210).

In addition, it may be considered that the absorbing member of the cover Velcro 120 is provided with a pocket having a space therein.

That is, when the plants 210 are harvested by allowing the plants 210 to be stored in the pockets, the plants 210 are automatically collected when the cover velcro 120 is separated from the plant cultivation velcro 110. There is a convenience that can smoothly harvest the plant (210).

6 further includes a root cover 800 at the root of the plant 210.

The root covering part 800 minimizes exposure to the external environment by continuously growing the roots of the plants 210, optimizes the growth environment of the plants 210 by smoothly supplying oxygen, and grows the roots ( 150) It protects the part.

The root covering part 800 may be formed of a sponge-shaped or woven fabric, a nonwoven fabric, or a natural vegetable fibrous sheet formed of synthetic resin, but the material will not be limited thereto.

In addition, the shape of the root cover portion 800 may be configured without any limitation to the shape of the envelope or sheet form, tube-shaped three-dimensional shape and the like.

In addition, the root covering part 800 is any one or more nutrients of nitrogen (N), phosphate (P), potassium (K), which is a nutrient to help the growth of the plant 210 or solid form or liquid form or It is selected from powder form and composed of bonding.

This form simply supplies water to the water flow part 700 formed in the plant cultivation velcro 110 and allows the plants 210 to grow by the nutrients contained in the root cover part 800 material, so that nitrogen (N ) Minimize the consumption of nutrient solution containing phosphoric acid (P) and potassium (K) to prevent water pollution caused by excessive nutrient solution collected and to store, supply, collect and filter by mixing nutrients in water. Reduction of facility costs can be achieved by eliminating the process and equipment that takes place.

In addition, the plant cultivation Velcro 110 may further include a humidity sensor 400 installed in the water flow unit 700 to detect the humidity.

This is an Internet of Things (IOT) system for supplying water or nutrient solution by sending a signal to the supply unit 330 of the data sensed by the humidity sensor 400 when supply of water or nutrient solution to the water flow part 700 is stopped. As you can understand.

Subsequently, the plant cultivation velcro 110 may be configured in an endless track so that both ends in the longitudinal direction are coupled to rotate in the longitudinal direction on the horizontal axis.

The above structure is the same as the structure and function of the plant cultivation Velcro 110 already described above, but the drawings are omitted because all configurations are the same except that the plant cultivation Velcro 110 is configured in an endless track form, but this form is in space Plant 210 is formed by combining the longitudinal ends of the plant cultivation Velcro 110 on the horizontal axis arranged in the upper end of the plant 210 in the orbital form to rotate the plant 210 located in the lower position to rotate easily They can be installed, managed and harvested, which increases the efficiency of the work.

While the invention has been shown and described in connection with specific embodiments so far, it will be appreciated that the invention can be varied and modified without departing from the spirit or scope of the invention as set forth in the claims below. It will be appreciated that those skilled in the art can easily know.

100: plant cultivation Velcro device 110: plant cultivation Velcro 120: cover Velcro
130: hook 140: loop 150: root 200: stem 210: plants
300: absorbing member 330: supply part 400: humidity sensor 700: water flow part
800: cover the roots

Claims (10)

Any one of the hook or loop is selected and configured on the fabric surface, plant-grown velcro having a constant width and length vertically located; And
An absorbing member coupled along the longitudinal direction of the plant cultivation velcro surface to absorb and discharge the water or nutrient solution to supply water or nutrient solution necessary for the growth of the plants to the roots of the plants; And
A plurality of plants having roots arranged at regular intervals on the surface of the absorbent member; and
Covering the roots of the plants and in close contact with the plant cultivation velcro cover velcro that hooks and loops of each other are removable; and
Plant cultivation belt furnace apparatus characterized in that it comprises a supply for supplying water or nutrient solution is located on the upper portion of the absorbing member coupled to the plant cultivation velcro. The method of claim 1,
Velcro device for plant cultivation, characterized in that the roots of the plants further comprises a screen covering the root to give a useful effect on the rooting of the plant roots. The method of claim 2,
The root cover part is formed by combining any one or more nutrients from nitrogen (N), phosphate (P), potassium (K), which are nutrients that help the growth of plants, selected from solid form, liquid form or powder form. Velcro device for plant cultivation, characterized in that. The method of claim 1,
Velcro device for plant cultivation characterized in that it further comprises a humidity sensor installed in the absorbing member of the plant cultivation Velcro for detecting the humidity. According to claim 1,
The plant cultivation velcro is a vegetation cultivation velcro device characterized in that consisting of a belt structure of the endless track (belt) structure so that both ends in the longitudinal direction is coupled to rotate in the longitudinal direction on the horizontal axis. Any one of the hook or loop is selected and configured on the fabric surface, plant-grown velcro having a constant width and length vertically located; And
A plurality of plants arranged at regular intervals on the surface of the plant cultivation velcro; and
Covering the roots of the plants and in close contact with the plant cultivation velcro cover velcro that hooks and loops of each other are removable; and
Located on top of the plant cultivation Velcro plant cultivation Velcro device characterized in that it comprises a supply for supplying water or nutrient solution. The method of claim 6,
Plant cultivation belt furnace device characterized in that the water flow portion for flowing the water or nutrient solution to the bottom in the longitudinal center of the surface layer in which the root portion of the plants of the plant cultivation Velcro is arranged to remove the hook or loop The method of claim 6,
Velcro device for plant cultivation, characterized in that the roots of the plants further comprises a screen covering the root to give a useful effect on the rooting of the plant roots. The method of claim 8,
The root cover part is formed by combining any one or more nutrients from nitrogen (N), phosphate (P), potassium (K), which are nutrients that help the growth of plants, selected from solid form, liquid form or powder form. Velcro device for plant cultivation, characterized in that. The method of claim 6,
The plant cultivation velcro is a vegetation cultivation velcro device characterized in that consisting of a belt structure of the endless track (belt) structure so that both ends in the longitudinal direction is coupled to rotate in the longitudinal direction on the horizontal axis.

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