KR200271930Y1 - Managing apparatus using media cell for cell growing garden plant - Google Patents

Abstract

The present invention relates to a cell tree cultivation management device using a medium cell, and the support is provided with an extended support portion on the lower side; A nutrient solution supply passage provided in an inner region of the extended support; A nutrient solution container coupled to at least one at a predetermined interval from the support; A medium cell accommodated in the nutrient solution container and packed with a medium contained in a medium receiving member in which a plurality of through holes are formed at a lower side thereof, and having a cell planted therein; A feed pipe having one end positioned in the nutrient supply container and having a circulation pump and a feed port for supplying nutrient solution to the nutrient solution container; And a discharge pipe having a discharge port for discharging the nutrient solution supplied through the feed pipe to the nutrient supply container. This makes it possible to easily manage indoor and outdoor horticultural crops, which have been difficult to manage in the past, and to make the green interior and landscaping large, multi-stage and diversified to become more familiar with horticultural crops and to make the indoor and outdoor atmosphere as desired. By creating a framework that can be used to expand the consumption market for green interiors and landscaping, a cell cultivation manager is provided using a badge cell that can increase the income of farmers.

Description

Cell tree planting management system using a medium cell {MANAGING APPARATUS USING MEDIA CELL FOR CELL GROWING GARDEN PLANT}

The present invention relates to a cell tree cultivation management apparatus using a medium cell, and in particular, a plurality of containers are coupled to sculptures such as decorations and structures installed indoors and outdoors, and the nutrient solution is circulated by placing the medium cells planted with horticultural crops in the containers. Cell planting management system using a medium cell that solves the problems of water supply and weeding of horticultural crops grown indoors and outdoors, and solves the problems of green interior and landscaping that could not be enlarged or multiplied due to management problems. It is about.

Conventional interior and landscaping horticultural crops should be planted in ordinary mixed soil to provide regular irrigation and fertilization, so that horticulture crops wither or die when it is not managed for a long time, and roots due to over-wetting when proper irrigation management is not possible. It was difficult for the average consumer to manage, such as rotting or drying out.

In addition, when attempting to enlarge the size of green interior and landscaping, it is difficult to move and install, and it is not easy to manage the general liquid supply after the installation. There was a very disadvantageous problem such as not easy to install as a problem.

In addition, there is a problem in that not only water management but also weeding management and crop replacement work are difficult, and a lot of labor is required to increase management costs.

In addition, conventional cultivation using milky white PE film has been tested, but it has not been put into practical use due to cultivation problems such as contamination of the medium and deterioration of porosity during long-term cultivation. It is grown in.

The present invention is devised to solve the above-mentioned conventional defects and problems, the object of the present invention is to increase the effect of the green interior and landscaping to decorate the interior and exterior with horticultural crops, while easily feeding and weeding management In addition, it is to provide a cell tree cultivation manager using a medium cell that can realize the enlargement, multistage and diversification of the green interior and the landscape, which have not been realized due to the liquid supply and decontamination management problems.

Another object of the present invention is to provide a cell tree cultivation manager using a medium cell that can automatically manage the liquid supply without damaging the exterior of the green interior and landscape.

Another object of the present invention is to provide a cell planting management device using a medium cell that can easily diversify the green interior and landscape according to the indoor, outdoor atmosphere and season as well as easy to manage the liquid supply.

Still another object of the present invention is to provide a cell planting cultivator using a medium cell, which enables the applicant of the present application to increase the effect of interior and landscaping using a medium cell and cell tree.

The object of the present invention for achieving the above object is to use a part or the whole of the sculptures such as interior, exterior decoration, structure as a cellular tree liquid management frame, or to manufacture in a new form, the cell tree liquid liquid management frame is indoor, In order to harmonize with the external atmosphere, the cell feed liquid management frame is arranged to facilitate the filling or fixing of the medium or the medium cells, and to arrange one or more medium containers to easily supply the nutrient solution.

In addition, the task of facilitating liquid supply management without harming the exterior of green interior and landscaping is the combination of liquid supplying and draining pipes for supplying nutrient solution, and nutrient solution containers. To construct.

In addition, the task to diversify green interior and landscaping is to plant and cultivate horticultural crops in the medium cells, grow them to a size suitable for green interiors and landscaping, and then to manage the cell in which the cell trees are planted It is combined with the container of the cultivation of nutrient solution by automatic circulation system.

The horticulture crop cultivation method and the horticulture medium cell, which the applicant has previously filed in Patent Application No. 98-43375, has a medium receiving member having a plurality of through holes formed on the lower side, a medium packaged inside the medium receiving member, and a medium receiving There is provided a discharge cell comprising a shell member for wrapping the member.

In addition, this pre-applied invention makes it possible to grow healthy seedlings cheaper and more simply in view of the enormous costs that are put into the plant for the cultivation system for nutrient cultivation and the reality that the crop is limited only within the limited facility area. In addition, flexible crop cultivation is possible even in limited facilities. In addition, when cultivating young seedlings for nutrient cultivation takes time and effort for nutrient growth until harvest, the seedlings are planted in medium cells to make cell seedlings and supply them to horticultural farms to obtain fruit and flowers in a short time after planting. I could appreciate it.

It is an important task of the present invention to more easily manage the horticultural crops for green interiors and landscaping by applying such badge cells and cell trees for green interiors and landscaping.

1 to 13 is a view of the cell tree cultivation management device using a medium cell of the present invention,

1 and 2 are a front view and a longitudinal sectional view of the post-type cultivation manager according to an embodiment.

Figure 3 is a longitudinal sectional view showing a modification of the post-type cultivation manager according to an embodiment.

4 and 5 is a front view and a longitudinal sectional view of the post-type cultivation manager according to another embodiment.

Figure 6 is a front view of the wall type cultivation manager according to another embodiment.

Figure 7 is a longitudinal sectional view of the staircase cultivation manager according to another embodiment.

8 and 9 is a partially cutaway perspective view and a longitudinal sectional view of the fan type cultivation manager according to another embodiment.

10 to 12 is a partially cutaway perspective view, front view and longitudinal sectional view showing one embodiment of a discharge cell applied to the present invention.

Figure 13 is a longitudinal cross-sectional view showing another embodiment of the medium cell to be applied to the present invention in the planted state of the crop.

<Explanation of symbols for main parts of drawing>

10: celtic tree liquid supply management framework 11: landlord

12: extension base 17: cover

20: nutrient solution container 30: medium cell

40: support 50: nutrient solution supply container

60: nutrient solution circulation means 61: liquid supply pipe

62: discharge pipe 63: liquid supply port

64: outlet port 65: pump

N: Nutrient P: Crop

In order to solve such a problem, the cell sapling cultivation management system using the medium cell of the present invention is a cultured cell in which one or more cell saplings are planted, a nutrient solution container in which the medium cell is interchangeably combined, and one or more nutrient solution containers are combined. It is composed of the cell growth tree management system.

The celtic tree liquid supply management frame as an example, the nutrient solution container is coupled to the upper end of the strut provided with an extended support portion on the lower side. In addition, the base portion and the support is composed of a support coupled to the upper portion, it is composed of one or more nutrient solution container coupled to the support.

In addition, the present invention is provided with a nutrient solution circulation means for automatically circulating the nutrient solution in the nutrient solution container. The nutrient solution circulation means is coupled to the feed pipe for supplying nutrient solution in the interior of the support, and the discharge pipe for discharging when the supplied liquid is excessive, coupled to the nutrient solution to each nutrient solution container In addition to the liquid supply port, the discharge pipe is coupled to the discharge port for discharging the nutrient solution from each nutrient solution container, the lower end of the liquid supply port is configured to combine the pump for forced circulation of the nutrient solution.

A medium cell is especially used for the said medium, and the horticultural crop is used as a cell seeding planted in the medium cell.

The pillar of the celtic tree liquid supply management frame provides a space so that the liquid supply pipe and the discharge pipe are coupled to the inside, and has a shape that matches the surrounding atmosphere of the interior and exterior. The supply pipe and the discharge pipe are preferably coupled to the inside of the support, but may be configured to be exposed to the outside of the support, and the supply pipe and the discharge pipe may also be configured to serve as the support without having to use a separate support. .

In addition, the nutrient solution container and props can form part or all of the moldings such as the interior and exterior ornaments to match the surrounding atmosphere, and are made of materials and shapes in harmony with the interior and exterior, depending on the installation form and height of the nutrient solution container. It can be enlarged, multisized and diversified.

The nutrient solution container can be applied to any kind of material, such as plastic powder such as ceramics, earth powder, vinyl, metal pot, etc., and the support can be formed of various materials, and can be easily grafted for green interior and landscaping due to the diversification of forms. have.

The nutrient solution circulation means can be automated as needed, and the nutrient solution contained in the nutrient solution supply container is configured to circulate in the nutrient solution container through the supply pipe and the discharge pipe by a small pump.

Nutrient containers can be easily managed by planting horticultural crops in containers containing medium and feeding and draining at the same time by the nutrient circulating means, and because most horticultural crops are managed under adverse conditions of indoor and outdoor environments. General consumers who do not have expertise in horticultural crops because the horticultural crops are easily damaged or killed within a short period of time think that it is difficult to manage the horticultural crops, but this problem can be solved when the present invention is introduced to indoor and outdoor horticulture.

As such, the green interior and landscaping using the medium cell is planted in the medium cell filled with the medium, cultivated horticultural crops and commercialized, and easily installed in sculptures suitable for indoor and outdoor environments to enlarge, multiply and diversify the green interior and landscaping. Can be angry.

In addition, the present invention provides several other embodiments.

Hereinafter, with reference to the accompanying drawings, the present invention as described in detail as follows.

Figure 1 shows a front view of the cell tree cultivation manager using a medium cell according to an embodiment of the present invention, Figure 2 is showing a longitudinal cross-sectional view of the cell tree cultivation manager using a medium cell according to an embodiment of the present invention As shown therein, the nutrient solution container 20 containing the nutrient solution (N) is coupled to the upper end of the support (11) to form a cell feed solution management frame 10, the inside of the nutrient solution container 20 It is configured to contain a medium for the planting of culture medium crops such as plants (P).

As the medium, a medium cell 30 in which crops P are planted is used. In addition, various conventional mediums may be used. The nutrient solution container 20 may be coupled to the middle portion and the lower portion in addition to the upper end of the support (11). The strut 11 is integrally formed with an extension base 12 whose lower portion is gradually expanded so that it can be stably erected.

The horticultural crop cultivation manager of FIGS. 1 and 2 combines the medium cell 30 grown by planting crops P inside the nutrient solution container 20, and holds the nutrient solution N in the nutrient solution container 20. In addition, nutrient solution (N) can be easily and sustained horticultural crop management by supplying horticultural crops with moisture and nutrients.

Figure 3 is a longitudinal cross-sectional view showing a modified example of the post-type cultivation management apparatus according to an embodiment, as shown in this, the nutrient solution container 20 containing the medium, and the liquid supply for supplying and discharging the nutrient solution (N) Cell 61 feed liquid management frame 10 is made of a pipe 61 and the discharge pipe 62, the nutrient solution supply container 50 containing the nutrient solution (N), and a liquid supply pipe for supplying and discharging the nutrient solution (N) ( 61) and the discharge pipe 62, and the pump 65 is coupled to the feed pipe 61 is a nutrient solution circulation means 60, the nutrient solution container 20 to the medium cell 30 as needed Cover 17 for blocking dust and rain water can be combined.

4 is a front view of the cell tree cultivation management apparatus using the medium cell 30 according to another embodiment of the present invention, Figure 5 is a cell tree cultivation management system using the medium cell 30 according to another embodiment of the present invention As shown in this longitudinal cross-sectional view, as shown therein, one or more nutrient solution containers 20 are coupled to the support 11, and the support 11 is coupled to the support 40 to the cell feed solution management frame 10 Is formed, the medium is contained in the nutrient solution container 20, respectively, and the nutrient solution supply container 50 for supplying the nutrient solution in the interior of the support portion 40 is configured.

Nutrient circulating means 60 may be automated as needed, the automatic nutrient circulating means 60 is coupled to the supply pipe 61 for supplying the nutrient solution (N) to the inside of the support (11), supply A discharge pipe 62 for discharging when the liquid supply to be made is excessive is coupled.

In addition, a liquid supply port 63 for supplying nutrient solution N to each nutrient solution container 20 is coupled to the liquid supply pipe 61, and the nutrient solution N is discharged from each nutrient solution container 20 to the discharge tube 62. A discharge port 64 for coupling is coupled, and a pump 65 for forcibly circulating the nutrient solution N is coupled to the lower end of the feed port 63.

The support 11 provides a space so that the liquid supply pipe 61 and the discharge pipe 62 are coupled to the inside, and has a shape that matches the surrounding atmosphere.

The liquid supply pipe 61 and the discharge pipe 62 are preferably coupled to the inside of the support 11, but may be configured to be exposed to the outside of the support 11.

As a medium, it is preferable to use a medium cell 30 in which crops P have been planted, and the medium cell 30 is used such that crop P is grown to the size of a sapling tree that can be commercialized in early seedlings. And, the form of the medium cell 30 is formed in an annular shape, containing one annular medium cell 30 in one nutrient solution container 20, or formed in a spherical or rectangular shape in a plurality of nutrient solution container 20 It can contain three discharge cells 30, the form of the discharge cells 30 may have a different form in addition to.

10 to 12 is a partial cutaway perspective view and a front view showing an embodiment of the medium cell 30 to be applied to the present invention, as shown therein, a number of medium containing a hole 101 formed in the lower side It is composed of a member 100, a medium 200 to be packaged in the interior of the medium receiving member 100, and an outer shell member 300 for packing the medium receiving member 100.

In addition, the horticultural discharge cell 30 is, for example, the joints of both sides of the upper, lower coating member 110, 120 of the medium receiving member 100 formed in a wrapper type, a container type, a cylindrical shape. After forming 102 into a tubular shape by joining the fabric by sewing or high frequency heat welding, etc., the medium 200 is contained therein, and both ends of the medium receiving member 100 and the outer skin member 300 are sewn or high frequency heat welding. By encapsulating it, the medium 200 which cannot be solidified, such as pearlite and coco peat, can be easily typed, thereby widening the choice of the medium 200, and allowing the use of various mediums 200 suitable for the cultivation of crops. Since the size of the medium receiving member 100 can be adjusted according to the growing conditions, unnecessary waste of the medium 200 can be reduced.

The medium receiving member 100 is formed of, for example, an upper coating member 110 and a lower coating member 120. In addition, the upper coating member 110 can be used to induce irrigation evenly in the basement of the crop by the capillary phenomenon regardless of the irrigation method using a non-woven fabric, and to achieve a stable water discharge management with a high buffering capacity even with a large amount of liquid supply It is.

The lower cover member 120 is formed of a stretchable fine mesh such as a mosquito net to increase the breathability, drainage and physical properties, to flexibly cope with the development of the underground part according to the growth of the crop, growth, development, extinction of the crop underground part Easily elution of organic matter produced in the process minimizes the problems of the subterranean growth caused by the contamination of the medium 200 due to the corrosion of organic matter and the decrease of porosity during long use, and actively cope with root development. It can be easily used in a variety of nutrient solutions.

The upper and lower covering members 110 and 120 of the medium receiving member 100 may be formed of the same material as needed, or may be formed of different materials.

The outer shell member 300 is formed with an incision guide part 301 for cutting and forming an insertion hole in the upper side to extract the incision guide part 301 and to seed or seed the seedling of the seedling. A plurality of through holes 302 are formed in the lower side and the bottom of the circumferential wall 300. The through hole 302 of the outer shell member 300 is formed in a shape and size suitable for the physiology of the crop according to the supply of nutrient solution, breathability and watering method, the through hole 302 formed on the bottom of the outer shell member 300 is the bottom tube The through hole 302 formed in the circumferential wall, which is used for receiving, is formed for venting.

The through hole 302 of the shell member 300 may be selectively formed if necessary, such as in the case of bottom watering, and may not be formed in some cases. In addition, the shell member 300 may not be formed as necessary.

The medium receiving member 100 and the outer shell member 300 may be molded in addition to vinyl, paper, nonwoven fabric, cloth, or synthetic resin.

For example, the outer shell member 300 generally uses mulching vinyl formed of a multilayer having a white outer surface and a black inner surface. This mulching vinyl helps to maintain the humidity of the medium and to maintain the temperature of the basement because the white outer surface reflects sunlight and the black inner surface blocks heat, while blocking the weeds and moss, The environmental conditions suitable for the growth of the root zone of the crop can be adapted, and thus suitable for the case where seedlings are distributed to horticultural farms and then grown for a long time. Reference numeral 310 in the figure shows the sutures at both ends.

In the case of growing seedlings in the horticulture cell 30 in the nursery nursery, an incision is formed in the S-shaped cut guide portion 301 formed at the upper side of the outer shell member 300, for example as a hole formed therein. When planting the young grafted seedling of the grafted rose, both the wing parts of the incision guide portion 301 is closed by its elasticity so as to cover the hole to prevent evaporation of moisture.

Figure 13 shows a longitudinal cross-sectional view of the Daron embodiment of the medium cell 30 applied to the present invention in the state that the crop is planted, as shown, the medium receiving member 100 is formed in a cylindrical shape, the main wall Forming a plurality of through holes 101 on the lower side and the bottom, it is configured to increase the air permeability, drainage and physical properties, and contains only one medium 200 inside the medium receiving member 100, or mixed two or more Or it is a structure contained in the form of being laminated.

Although the shape of the medium receiving member 100 is illustrated in a cylindrical shape, the shape of the medium receiving member 100 is not limited thereto, and the tapered shape gradually decreases in diameter as the paper cup goes downward to easily store the plurality of horticultural medium cells 30 in a superimposed manner. It may be formed as, and may be formed in other rectangular cylinder shape and other forms. The material of the medium receiving member 100 is formed of a nonwoven fabric, and is formed of paper, synthetic resin, cloth, or the like.

In addition, the through-holes 101 formed in the circumferential wall and the bottom of the medium-receiving member 100 may help the development of roots by minimizing the contamination of the medium 200 by preventing the accumulation of fertilizer salts and corrosion of organic matter.

The cover 130 may be adhered to an inner upper end of the medium receiving member 100 to prevent the medium 200 contained therein from being lost, and the cover 130 may be sowing the seed of the crop P, or the crop. In the case of inserting (P), the hole 131 is drilled, and it is previously blocked entirely. The cover 130 may be formed with the cut guide 301 of FIG. 10 in the middle portion.

The inner side of the medium receiving member 100 may be combined with a breathable member 140, such as a mesh, if necessary, if the size of the through hole 101 formed in the main wall and the bottom of the medium receiving member 100 is not suitable By inserting the breathable member 140, the degree of aeration and discharge can be more suited to the crop.

In addition, the horticulture medium cell 30 is configured in the form of inserting the medium receiving member 100 in the outer shell member 300, the outer shell member 300, for example, the outer surface is white and the inner layer is a black layer Mulching vinyl formed in the form of a port, the lower portion of the outer shell member 300 is a plurality of through-holes 302 are formed so that the aeration and nutrient supply is possible and the roots can extend.

The mulching vinyl outer shell member 300 is a white outer surface reflects sunlight, and the inner surface of the black block heat to help maintain the humidity of the medium and maintain the temperature of the basement, and block weeds and moss At the same time, it is possible to meet environmental conditions suitable for the growth of the root zone of crops.

The horticulture medium cell 30 of the present invention is to supply only the medium receiving member 100 to the farm, or to contain the medium 200 in the medium receiving member 100, or to supply the medium to the medium receiving member 100 ( 200) seeded and germinated crops (P) and seeding crops (P) to grow to the appropriate size and spread, and cultivated by gardening (early planting), breeding (replanting), etc. in a horticultural farm.

In the case of growing young crops (P) in the horticulture cell (30), the seedlings are sown by using a tray pot or the like, and young crops (P) such as germinated seedlings or grafted seedlings are grown for one to three months. Thereafter, it is planted in the medium 200 inside the medium receiving member 100, and the bottom is irrigated for a predetermined period to be grown and supplied to a horticultural farm, and also used for landscaping, interior and landscape cultivation management.

In addition to the young seedlings, it is possible to use the sapling to shorten the commercialization period of horticultural farmers, and when using the cup-shaped horticulture badge cell 30 as the seedling pot, troublesome work caused when the seedlings are planted. Can be minimized and can be used immediately for landscaping, interior and landscape cultivation.

The nutrient solution container 20 and the support 11 of the cultivation management device of the present invention can form a part or the whole of the interior, exterior decoration, etc. to match the surrounding atmosphere, and the nutrient solution container because the shape of the medium cell 30 is variable ( The shape of 20) is also made in various forms, the nutrient solution container 20 and the supporter 11 are made of a material and shape in harmony with the interior, exterior, and enlarged according to the installation form and height of the nutrient solution container 20, Can be multiplexed and diversified.

The nutrient solution container 20 is formed of plastic powder such as porcelain, earth powder, vinyl, metal pot, etc., and the support 11 is formed of plastic, porcelain, or the like. Diversification allows easy integration into green interiors and landscaping. In addition, the nutrient solution container 20 and the support 11 are formed of a material capable of preventing corrosion by oxidation, corrosion by sunlight, corrosion by fertilizer, or formed by anticorrosive treatment.

In addition, the support 11 may be formed to have a surface such as a bark so that the exterior may look like a tree, and may be formed in other forms that match the indoor and outdoor atmosphere.

6 is a front view of the wall-type cultivation manager according to another embodiment, in the embodiment of Figure 6 the cell feed solution management system 10 is a longitudinal cross-weld of a plurality of cross bars 13 and the longitudinal bar (14). Is formed in the same form as the window frame of the apartment, the nutrient solution container 20 is coupled to the vertical pole 14 is configured. The nutrient solution circulation means 60 installs the nutrient solution supply container 50 at the lower end of the celtic feed solution management frame 10, and the upper part of the nutrient solution supply pipe 50 into which the lower end is inserted. Connected to one end of the container 20, the discharge pipe between the other end of the upper nutrient container 20 and the intermediate nutrient container 20, and between one end of the intermediate nutrient container 20 and the lower nutrient container 20 (62; 62a, 62b) is connected to the other end of the lower nutrient solution container 20, and the upper end of the discharge pipe (62; 63c) and the discharge pipe (62; 63c) of the cell tree liquid supply management frame ( It extends along the lower side of 10) and inserts the lower end part of the discharge pipe | tube 62; 63c into the nutrient solution supply container 50, and couples the pump 65 to the lower end part of the liquid supply pipe 61.

In the embodiment of FIG. 6, the celtic tree liquid supply management frame 10 is not separately formed using the crossbar 13 and the vertical bar 14, and the nutrient solution containers 20 and the liquid supply pipes 61 of the upper, middle, and lower ends thereof. And it may be formed by arranging and combining the discharge pipe 62 itself in the form of a window frame.

Figure 7 shows a longitudinal cross-sectional view of the staircase type cultivation manager according to another embodiment, in the embodiment of Figure 7 cell feed liquid management frame 10 is a plurality of handrail pillars fixed to one side of the step (S) ( 15) the nutrient solution containers 20 are stepped in between, and the lower end of the liquid supply pipe 61 is inserted into the nutrient solution supply container 50 installed at the lower portion of the lower railing column 15, and the liquid supply pipe 61 E) is extended to connect the upper end of the feed pipe 61 to the rear end of the nutrient solution container 20 at the uppermost end, and connect the discharge pipes 62 and 62d between adjacent ends of the nutrient solution containers 20. In addition, the lower end portion of the discharge pipes 62 and 62e connected to the upper end portion of the lower nutrient solution container 20 is inserted into the nutrient solution supply container 50.

The nutrient solution circulation means 60 includes the nutrient solution supply cylinder 50, the liquid supply pipe 61, the discharge pipe 62, and the pump 65.

8 and 9 show a partially cutaway perspective view and a longitudinal cross-sectional view of a fan type cultivation manager according to another embodiment, as shown therein, a long length between a plurality of boundary pillars 16 installed along a road. Coupling nutrient solution container 20 containing the discharge cell 30, the nutrient solution supply container 50 is installed adjacent to one side boundary column 16, the liquid supply pipe is inserted into the nutrient solution supply container 50 one end ( 61 is extended to connect the other end of the feed pipe 61 to the rear end of the nutrient solution container 20, the lower part of the discharge pipe 62 is connected to the top end of the nutrient solution container 20 nutrient solution supply ( 50), and the pump 65 is couple | bonded with the lower part of the liquid feed pipe 61, and is comprised.

The discharge receiving member 100 of the discharge cell 30 is formed of upper and lower coating members 110 and 120. As shown in the upper coating member 110 of the medium receiving member 100, the upper surface is entirely blocked, may have a form in which the incision guide portion 301 is formed at regular intervals, and the long surface so that the upper surface is opened entirely It may be formed into a mold.

In addition, in each of the above-described embodiments, the discharge cell 30 may have a semi-circular cross-section having a plurality of through holes in which the lower cover member 120 of the discharge receiving member 100 has a plurality of through holes, such as a colander. It may be formed to have a long, the upper covering member 110 may not be formed as necessary. In addition, the cell feed solution management frame 10 may be used in the form of a box other than a rectangular, square, hemispherical, other forms, such as Ediablo (long-term) and various other materials other than plastic, wood.

In each embodiment as described above, the discharge pipe 62 of the nutrient solution circulation means 60 is coupled so that the inlet hole is located at the height of the water surface to be retained when it is coupled to each nutrient solution container 20. The nutrient solution (N) supplied to the nutrient solution container 20 will always maintain a constant sleep.

The nutrient solution circulating means 60 operates the pump 65 continuously or periodically by a normal control unit, and can turn the operation on and off by a normal power switch.

In addition, the control unit is provided with a temperature sensor (not shown) in order to prevent freezing during cold weather, and when the nutrient solution (N) is frozen to a temperature according to a signal detected by the temperature sensor, the pump 65 is operated. A circuit for stopping may be provided, and a flow sensor for detecting when the nutrient solution N is insufficient in the nutrient solution circulation line, and a circuit for stopping the operation of the pump 65 according to the detection signal of the flow sensor It may be provided.

Cellular tree cultivation management system using the medium cell 30 of the present invention in each of the embodiments described above is an easy and continuous crop by nutrient solution (N) in the nutrient solution container 20 continuously supplying water and nutrients to the crop (P) (P) Can be administrative.

In addition, the nutrient solution (N) is preferably immersed in the nutrient solution (N) at a height of 20% to 30% in the interior of the nutrient solution container 20, and if it is contained below, the nutrient and moisture supply is insufficient, Excessive, the height of the nutrient solution (N) is appropriately changed according to the type and cultivation type of the crop (P) is applied.

In the medium contained in each nutrient container 20, the same crops (P) may be planted with each other, or different crops (P) may be planted with each other. If you do this, you can implement green interiors and landscapes that match the mood of the season.

In addition, crops P may be variously used in various types of crops, such as crops in which stems are erected, crops in which stems are stretched, and crops in which stems climb on props 11.

The present invention is such that the medium in which the crop (P) is planted is coupled to the nutrient solution container 20, so that the feeding and draining are simultaneously realized by the nutrient solution circulation means 60, the medium can be easily supplied, the medium cell 30 The problem of oxygen deficiency caused by poor breathability in the underground due to bile solution is solved, and the crop P is easily managed within a short period of time because most crops P are managed under adverse conditions of indoor and outdoor environments. General consumers who do not have expertise in crops (P) because they are damaged or deadly believe that it is difficult to manage crops (P). However, when the present invention is introduced to indoor and outdoor horticulture, we can easily manage weeding as well as watering management. .

Green interior and landscaping using the discharge cell 30 is planted crop (P) in the badge cell 30 filled with the medium and cultivated until commercialization, various buildings, roads, parks, playgrounds, verandas, exhibition halls, golf courses and amusement facilities It is easy to manage the decoration of horticultural crops that fits the environment indoors and outdoors, making it easy to manage the green interior and landscaping, diversification and multi-stage. Even when P) is replaced, only the crops P planted in the medium cell 30 need to be replaced, and thus can be quickly and easily replaced.

In addition, the crops (P) planted in the culture cell 30 may be cultivated for a long period or short-term cultivation at one cultivation site, depending on the purpose of cultivation, cultivated for several years until the crop (P) is aged, or short-term Can be grown.

In addition, when replacing flowers installed for urban landscaping and exhibition halls, it is better to perform them at night rather than daytime for reasons of traffic and aesthetics, but in the past, plants are planted using cultured soil, so it is difficult to arrange them to have a certain shape while working at night. There was a problem that it is difficult to arrange the flowers of eggplant color harmoniously, but the present invention is carried in a state in which the crop (P) is planted in the medium cell 30 to plant the medium cell (30) along a certain shape without planting in culture soil By arranging, flowers of various colors can be easily arranged in harmony according to a certain shape, and thus can be advantageously used for mobile cultivation for exhibition of flowers in exhibition halls, landscaping of cities, parks, and the like.

As described above, the present invention combines a cultured cell in which a horticultural crop is planted in a nutrient solution container, and performs feeding and draining at the same time by a nutrient circulating means. As a result, it is possible to solve the underground environmental problems caused by poor breathability in the underground due to the bile solution, and at the same time, it is possible to manage crops more easily and continuously by supplying moisture and nutrients to the crop.

In addition, green interior and landscaping using badge cells solved the problem that the sustainability of interior and landscaping was not long due to management problems compared to the enormous cost burden, which enabled larger and beautiful green interiors and landscaping. It is possible to expect a sufficient effect on the cost, and in the case of automatic nutrient solution circulation, it is easy to manage horticultural crops irrespective of the height of installation. Therefore, the green interior and landscaping can be installed in the desired height and shape. Installation of green interior and landscaping suitable for indoor and outdoor use is possible.

In addition, the discharge cell is easy to transport and install because the shape itself is variable and fluid, and can be installed in any shape, it is possible to produce and enjoy a variety of green interiors and landscapes.

In addition, the present invention is easy to install beautifully to match a variety of colors and forms when moving the crops for urban, park landscaping, exhibition of flowers exhibition, and cultivated, and according to the mobile installation work, management work You can save money.

Moreover, the burden of long-term absences, such as vacations and business trips, or the lack of expertise in the management of horticultural crops is significantly reduced, making them more familiar with horticultural crops, and harmonizing indoor and outdoor horticulture. Therefore, it is possible to improve the income of horticultural crop producing farmers by improving the quality of life and establishing a proper culture of consumption of horticultural crops.

Although the embodiments of the present invention have been described so far, the present invention is not limited thereto, and various embodiments which can be modified and changed within the true spirit and scope of the principles described and claimed are included in the protection scope of the present invention. It should be understood that

Claims (6)

A post having an extended support portion at a lower side thereof; A nutrient solution supply passage provided in an inner region of the extended support; A nutrient solution container coupled to at least one at a predetermined interval from the support; A medium cell accommodated in the nutrient solution container and packed with a medium contained in a medium receiving member having a plurality of through-holes formed at a lower side thereof, and having a cell planted therein; A feed pipe having one end positioned in the nutrient supply container and having a circulation pump and a feed port for supplying nutrient solution to the nutrient solution container; Cellular tree cultivation management device using a medium cell, characterized in that it further comprises a discharge pipe formed with a discharge port for discharging the nutrient solution supplied through the liquid supply pipe to the nutrient supply container. delete delete delete delete The method of claim 1, Cell culture plant management system using a medium cell, characterized in that the nutrient solution is contained in the nutrient solution 20% to 30%.