KR101454198B1 - Light Source for Plant Factory-Planting Bed Set Having Improved Utilization Rate for Light Source and Space and Container Type Plant Factory Applying It - Google Patents

Abstract

The present invention relates to a new structure of a plant-factory lighting-material bed set capable of increasing the utilization rate of a lighting unit and efficiently utilizing a space and suitably coping with the light period of a crop, and more particularly, A bed frame having a cylindrical shape or an angled square shape; (B) two or more arcs attached to the periphery of the bed frame (when the bed frame is cylindrical) or n flat plates (when the bed frame is square); (1) (2) a vertical planting bed in which a port containing medicines planted with crops is mounted and detached; (C) a vertical illumination unit installed at a predetermined distance from the bed frame in one direction of the bed frame; It relates to a planting bed set-lighting plant including a plant; and (C) rotating portion for rotating the bed frame in the vertical middle of the bed frame in a rotation axis. The present invention also relates to a plant plant, in particular a container plant, to which the lighting plant bed set for the plant plant is applied.

Description

FIELD OF THE INVENTION [0001] The present invention relates to an illumination-plant bed set for a plant plant having improved light utilization and space utilization, and a container-

The present invention relates to a new set of lighting-material bed sets for plant factories and a plant plant, in particular a container plant, to which space can be more efficiently utilized, will be.

Plant plant "is a system that automatically controls the environmental conditions such as light, temperature, humidity, carbon dioxide concentration, and culture liquid in a controlled facility and automatically produces crops and seedlings, regardless of season or place "

In recent years, plant factories are expected not only to secure stable food, but also to influence various front and rear industries through plant factories such as development of next-generation energy source and green environment. . It is an important field that can develop Korean agriculture and fishery into high-tech agriculture and fishery by combining advanced agriculture and fishery with existing agriculture and fishery. Especially, It is an important field that Korea should intensively nurture. In addition, plant factories are recognized as contributing to solving the problems facing the world, such as realizing green environment through food security and energy reduction in response to global climate change. In particular, in Korea, as vegetation has been worsened due to worsening weather in 2010, it has been confirmed that securing a stable food source has a great influence on national and ordinary people's economies. It is collecting.

On the other hand, the factors that the plant should have include facilities and buildings, lighting devices, air conditioning devices, gas control devices, hydroponic cultivation systems, transfer devices, and automation facilities. Are accumulated.

The dual lighting system should be mainly composed of a light system with low heat and sufficient lighting. The lighting performance to be considered here is light source, light quality, light intensity, light intensity, light period. In the early plant factories, incandescent lamps, fluorescent lamps and sodium lamps were used as light sources. However, recently, when LEDs are supplied with light of a selective wavelength, it is possible to accelerate the growth of plants, shorten the cultivation period, control pigment, increase antioxidant substances, The LED is widely used as it is confirmed to be visible.

However, since plant factories need to use many LED lighting to grow plants in a vertical multi-stage in a narrow space, it takes a lot of LED lighting equipment cost (30-40% of plant factory construction cost) Therefore, there is a disadvantage that the operation cost is increased because the air conditioner is always operated.

Photoperiod refers to the response to plant growth and flowering to plant length / night (day / night) length during the day (24 hours). ( Lee , Hye-In , Master's Thesis, Dept. of Biotechnology and Industrial Engineering, Chonbuk National University, 2011. 5. 11; Lee , Jae-Soo , Master's Thesis, Chonbuk National University, February 22, 2012) However, the content of anthocyanin, which is an effective biomaterial, is the highest in the condition of 12/12 of photoperiod, and the content of vitamin C is the highest when photoperiod is 16/8. In another study ( Kwon , Soon-Ju , Gyeongsang National University, Master's Thesis, Aug. 2012), the live weight of lettuce (roots and leaves), rootstocks and leaf number were relatively good when the light period was longer, [Important in terms of merchandise] Leaf length and leaf width report that Gwangju is relatively good on 12/12. It is also reported that the light inhibits the growth of the stem but promotes the growth of the leaves, and that in the lettuce and radish, the light / ground ratio increases when the light period is short. (http://www.cropsreview.com/photoperiodism.html)

Although research on the biomass and effective biomass content of various crops due to the light period of LED lighting has not been conducted yet, it is clear that the crops grown in plant factories should also be controlled according to their unique photoperiod.

However, the plant factories known so far have a vertical multi-stage shelf structure, a tray or bed for plant cultivation is mounted in the lower space of each shelf, and a lighting device is installed in the upper space of the shelf. At this time, the capacity of the lighting apparatus (for example, the number of LEDs and the light intensity) is irradiated over the entire area of the tray or bed and is determined to be optimal for the crop to be cultivated. In addition, the plants are operated by turning on the lights for 12 to 18 hours and the lights for the remaining 6 to 12 hours in order to obtain the appropriate light period according to the physiological characteristics and target quality of the crops cultivated at the time of plant plant operation. [For the sake of explanation, Kwangju is assumed to be 12/12.]

For example, in the case of operating a plant in Gwangju, 12/12, it is inevitable that only 50% of expensive LED lighting devices are utilized. Inadequate utilization of such LED lighting devices has not been explicitly discussed or raised to date, but on the one hand it consumes expensive LED lighting devices and on the other hand it reduces the spatial utilization of plant factories, It is becoming an important factor that makes it difficult to activate the plant because it reduces the economical efficiency of the plant.

On the other hand, the rate of growth of plants is affected by the supply of carbon dioxide and the proper humidity. If there is no gaseous disturbance (wind) on the surface of the crops, the leaves are not supplied with proper amount of carbon dioxide and adequate humidity. It is known that growth is inhibited. Unlike in the wind, where the wind always blows, the plant factory is an enclosed space, so no natural airflow can form. Therefore, in the plant factory, an air circulation device for increasing the fan capacity of the air conditioner or generating an air flow evenly inside is additionally provided. This also increases the fixed cost of the plant factory .

Patent Document No. 10-2011-0023288

Lee, Hye-In, Master's Thesis, Dept. of Biotechnology Industrial Engineering, Chonbuk National University, 2011. 5. Jae Soo Lee, Master's Thesis, Dept. of Biotechnology and Industrial Engineering, Chonbuk National University, 2012. 2. Kwon, Soon-Ju Kwon, Master's Thesis, Gyeongsang National University, 2012. 8. http://www.cropsreview.com/photoperiodism.html

It is an object of the present invention to provide a new set of illumination-material bed sets for plant factories, which is able to utilize substantially 100% of the illumination device, that is, do.

It is another object of the present invention to provide a plant plant of a new structure which can increase the cultivation density of a crop by applying the lighting-planting bed set for the plant plant.

It is another object of the present invention to provide a container-type plant factory having a new structure in which space utilization efficiency is increased compared to a conventional container-type plant factory by applying the lighting-planting bed set for the plant plant.

According to an aspect of the present invention, there is provided a bed frame comprising : (A) a vertically cylindrical bed frame or a square frame ; (B) two or more arcs attached to the periphery of the bed frame (when the bed frame is cylindrical) or n flat plates (when the bed frame is square); (1) (2) a vertical planting bed in which a port containing medicines planted with crops is mounted and detached; (C) a vertical illumination unit installed at a predetermined distance from the bed frame in one direction of the bed frame; Characterized in that the planting bed set-lighting plant including a plant; and (C) to the vertical center of the bed frame in a rotation axis for rotating the rotary bed frame.

As described above, according to the present invention, it is possible to maximize the use of the illumination unit (that is, to use the minimum illumination unit) in comparison with the plant plant of the vertical multi-stage shelf structure, thereby ultimately maximizing the planting space. As a result, unlike the prior art, a new plant plant can be produced, which has a sufficient free space and is easy to operate and the yield of crops is increased.

According to the present invention, since the fixed cost and the operating cost can be relatively reduced as compared with the conventional plant factory, the production cost of the plant through the plant factory is greatly lowered, thereby contributing to the activation of the plant.

FIG. 1A is a perspective view showing an example of a lighting-planting bed for a plant plant according to the present invention. FIG.
1B is a conceptual plan view showing the operation principle of a lighting plant bed for a plant plant according to the present invention.
FIG. 2A is a flow chart exemplarily illustrating a process of mounting a vertical planting bed to a bed frame in the light-planting bed illustrated in FIG. 1; FIG.
FIG. 2B is an exemplary view partially showing a bed frame upper frame and a lower frame of the vertical planting bed of the present invention
2C is a front view, a side view, a perspective view, and an exploded perspective view of an example of a vertical planting bed of the present invention.
FIG. 2d is an exemplary view showing a part of a nutrient solution feeding means in which a nutrient solution is supplied / recovered in a lighting-plant material bed for a plant plant according to the present invention. FIG.
Figure 2e is a flow chart showing an example in which a nutrient solution supply means is incorporated in a lighting plant bed for a plant plant according to the present invention.
FIGS. 3A and 3B are exemplary views showing the structure and operation of a rotating part when a plurality of lighting-material bed sets according to the present invention are installed. FIG.
Figures 4a and 4b are perspective views of a concrete container plant with a lighting-planting bed according to the invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the appended drawings illustrate only the contents and scope of technology of the present invention, and the technical scope of the present invention is not limited thereto. It will be apparent to those skilled in the art that various changes and modifications can be made within the scope of the technical idea of the present invention based on these examples.

First, terms used in the present invention are defined to prevent confusion.

Generally, 'plant material bed' refers to a space where a crop is grown by means of a nutrient cultivation device or a port planted with a crop planted in a plant or a port containing a planted crop medium. 'Media' is a support for artificial soil, styrofoam, sponge, etc. for fixing crops directly, and one or more crops may be supported on one media. The media may be mounted directly on the food material bed depending on the characteristics (presence or absence of its own shape maintaining ability), or may be mounted on the material bed in a predetermined port made of a material / structure in which liquid is freely passed.

Generally, a lighting unit in a plant plant functions to supply a light source for crops to be cultivated, and the light source may be an incandescent lamp, a fluorescent lamp, a sodium lamp, a metal halide lamp, or LEDs of various wavelength ranges Can be used. The lighting unit of the present invention does not limit the kind of the light source, but it is preferable to apply an LED which is easy to select a wavelength, accelerates the growth of crops, shortens cultivation period, enhances pigment control, increases antioxidant substances, and is effective in controlling pests. The specific type of LED and the structure of the electric circuit for constituting the illumination unit are well known in the art and can be appropriately selected depending on the situation.

As described above, the present invention relates to a lighting plant-bed bed set for a plant factory including a bed frame 10, a vertical planting bed 20, a vertical lighting section 30 and a rotating section. FIG. 1 is a perspective view of an example of an illumination-material bed set for a plant plant according to the present invention.

The most significant feature of the present invention is that the vertical vegetation bed 20 and the vertical lighting unit 30 are vertically arranged in the vertical direction and that the vertical lighting unit 30 is installed only in one direction of the vertical planting bed 20, (3) the vertical plant material bed 20 rotates relative to the vertical illumination part 30.

Conventionally, most plant factories have a vertical multi-stage shelf structure, a tray or bed for plant cultivation is horizontally mounted in the space below each shelf, and a lighting device is installed horizontally in an upper space of the shelf. On the contrary, in the present invention, the 'vertical planting bed 20' and the 'vertical lighting unit 30' mean that the lighting unit and the planting bed are vertically spaced apart as shown in FIG. Of course, by adjusting the direction of the light source mounted on the illuminating part to be downward, almost vertical light can be irradiated to the crop planted on the planting bed.

In the present invention, the bed frame 10 is a vertical cylindrical shape or a square pillar-like skeleton in which the vertical planting bed 20 is vertically mounted. In order to facilitate the utilization of space, ease of fabrication of the vertical planting bed 20, and ease of operation, it is preferable that the bed frame 10 be shaped like a meat barrel as exemplarily shown in the figure.

2A shows an example of the bed frame 10 made up of the upper frame 11, the upper frame 11 and the lower frame 13 connected to each other via the nutrient solution delivery tube 51. In FIG. In this example, the lower frame 13 is integrated with the nutrient solution collection container 54 described below. Although not shown, it is also possible to provide at least one fixed connection pipe vertically connected between the upper frame 11 and the lower frame 13 of the bed frame 10 so that the form of the bed frame 10 is firmly maintained . As described below, on the upper surface of the upper frame 11 of the bed frame 10 and the upper surface of the lower frame 13 for mounting and detaching the vertical planting bed 20, 12 and the lower frame 14 are formed. Parts A and B of FIG. 2B show parts of the upper frame 12 and the lower frame 14, respectively.

The vertical planting bed (20) has a structure in which (1) a medicament planted with crops or (2) a port containing medicines planted with crops is mounted and detached, and is vertically attached to the peripheral surface of the bed frame (10). For convenience of explanation, the outer surface of the attached vertical planting bed 20 is referred to as a front surface, and the inner surface is referred to as a rear surface.

The vertical planting bed 20 may be fixedly attached to the bed frame 10, but is preferably mounted and detached for operational convenience. The mounting-detaching method of the vertical grooving bed 20 may be variously selected from a ring type and a groove type. 2A and 2B, the upper end of the vertical planting bed 20 is fitted to the upper frame 12 of the bed frame 10 and the lower end thereof is fitted to the lower frame 14 of the bed frame 10, The vertical structure material bed 20 is installed in the structure shown in FIG. By making the vertical planting bed 20 detachable, the plant can be easily attached and detached at the time of harvesting and shaping, thereby simplifying the work and reducing the production cycle by immediately replacing the vertical planting bed 20 after harvesting.

It is preferable that the vertical structure material bed 20 has a basic shape such that when the bed frame 10 is in a cylindrical shape, the vertical structure material bed 20 is preferably at least two arc shapes (not shown) It is preferable that n flat plates are used. In the drawing, the bed frame 10 is shaped like a square barrel, and therefore, the vertical barber 20 needs six pieces corresponding to the outer edges of the barrel.

In the present invention, the port (hereinafter, simply referred to as 'media') containing the medicines planted with the crops or the media planted with the crops can be detached and attached in various ways in the vertical planting bed 20. For example, as shown in FIG. 2C, a vertical number of perforations 22 is formed horizontally in a vertical planting bed 20, and each of the perforations 22 is provided with a median (See Fig. 2 (c)). 2C, A to D are a front view, a side view, a perspective view, and a partial perspective view, respectively, of an example of the vertical planting bed 20.

When the planting frame 21 and the penetrating portion 22 are provided on the vertical planting bed 20, the planting frame 21 is positioned on the central axis of the bed frame 10 and the penetrating portion 22 of the planting bed 20 A nineteenth aspect of the present invention is directed to a nineteenth aspect of the present invention is a nineteenth aspect of the present invention provides a nineteenth aspect of the present invention, A collecting vessel 54 for collecting nutrients flowing down from the bottom of the bed frame 10 and a nutrient solution collecting pipe 55 for conveying the nutrient solution collected in the collecting vessel 54 to the nutrient solution tank, And a feed pump (not shown) for circulating the nutrient solution, so that the nutrient solution can be supplied / recovered to the media on which the crop is planted (see FIG. 2C). Here, the collecting container 54 may be integrally formed with the lower frame 13 of the bed frame 10 as shown in the figure. In the drawing, the nutrient solution tank, the nutrient solution pump, the filter device, and the like are not shown.

At this time, the bed frame 10 (and hence the vertical planting bed 20 and the collecting vessel 54 mounted thereon) and the liquid infusion tube 51 may be rotated together, or the liquid infusion tube 51 may be fixed. FIG. 2D shows an example of the manner in which the nutrient solution delivery tube 51 and the nutrient solution delivery tube 53 are coupled in order. In this case, the pulley-upper frame 11-lower frame 13 of the bed frame 10 is coupled (for example, bearing coupled) so as to be relatively rotatable with the liquid injection tube 51, The bed frame 10 (and thus the vertical material bed 20 and the collection container 54 mounted thereon) is rotated.

According to this structure, the nutrient solution injected to the rear surface of the vertical planting bed 20 is supplied to the media (or the exposed root) through the penetration portion 22, and the nutrient solution remaining naturally flows to the collection container 54 So that it is simple in construction and prevents waste due to excessive nutrient supply or root rot. It is preferable that the bottom surface of the planting frame 21 is slightly inclined toward the rear surface of the vertical planting bed 20 so that excess nutrient solution is effectively discharged.

It is preferable that the nutrient solution is supplied only to the surface facing the vertical illumination unit 30, that is, the surface to be illuminated. In this case, the liquid injecting tube 51 is fixed and the liquid injecting opening 52 is formed only toward the vertical illumination part 30. Accordingly, sufficient nutrient solution is supplied during illumination (corresponding to the daytime), so that photosynthesis and growth are actively performed, and the effect of stopping the crop can be obtained while it is not illuminated (at night).

The vertical lighting unit 30 is installed at a predetermined distance from the bed frame 10 (and thus the front surface of the vertical planting bed 20) in one direction of the bed frame 10. The vertical illumination unit 30 may be a flat plate, but it is preferable that the shape of the surface to which the light source is attached corresponds to the shape of the bed frame 10 in order to increase the efficiency of illumination. FIG. 1A is an illustration of a vertical illumination unit 30 having three sides of an enlarged square-pit, corresponding to a bed frame 10 of a square-pit-like shape.

In the present invention, when the operation period of the rotation unit 40 is fixed to 24 hours, the area irradiated to the bed frame 10 by the vertical illumination unit 30 and the area ratio not irradiated become the light period of the illumination-material bed. For example, when the vertical illumination unit 30 is irradiated to one half of the bed frame 10 as shown in FIG. 1, the light period becomes 12/12. However, it is necessary to change the photoperiod according to the kind of crop and the growth cycle. In order to achieve this, it is preferable that the vertical ends of the vertical illumination unit 30 can be expanded or contracted.

In the lighting-material bed set according to the present invention, the vertical lighting unit 30 is installed only in one direction of the vertical molding bed 20, that is, when the vertical lighting unit 30 is rotated only on a predetermined area of the bed frame 10 The present invention is not limited thereto. That is, according to the present invention, the optimum light period can be applied to the crop while the illumination unit is always on (that is, the utilization of the illumination unit is 100%). According to the prior art, since the illumination unit and the food material bed are fixed, it is necessary to turn off the lighting for a part of the day in order to apply the light period. As a result, the expensive lighting unit can not be utilized as much as possible. .

The rotary part 40 of the present invention is configured to rotate the bed frame 10 about the vertical center axis of the bed frame 10 relative to the vertical lighting part 30 It rotates. In the present invention, one of the bed frame 10 and the vertical lighting unit 30 is fixed and the other is rotated. However, since it is mechanically complicated to rotate the vertical lighting unit 30 as an electrical device, And the bed frame 10 is rotated. The rotation speed is preferably 1 revolution / 24 hours in accordance with the cycle of the day.

The specific structure and the manner of operation of the rotation unit 40 may be appropriately selected by those skilled in the art. 3A and 3B illustrate the structure and operation of the rotation unit 40 when a plurality of lighting-material bed sets according to the present invention are installed. For the sake of clarity, only the bed frame 10 and the rotary part 40 to which the vertical planting bed 20 is attached are shown in the figure. As shown in the figure, in the present invention, the rotary unit 40 includes a rotary motor 41, a pulley 15 provided at the upper end of each bed frame 10, and a rotary shaft 41 (pulley) 10) and a belt (42) that transmits the pulley (15). The rotation means of this type, the number of the rotation motors 41, and other rotation systems are well known in the art, and a detailed description thereof will be omitted.

The lighting-plant bed set according to the present invention having the above-described structure and function can constitute a plant plant by singly or plurally. That is, a plant-plant bed set according to the present invention is applied instead of a vertical multi-stage shelf structure in which a plant cultivation tray or bed is mounted horizontally in a space below a shelf in a conventional plant factory and a lighting device is installed horizontally in an upper space of the shelf Thereby making it possible to plant plants with a new structure.

Other components other than the lighting-planting bed according to the present invention, for example, an air conditioner, a gas regulating device, a conveying device, an automation facility, other facilities and buildings, can be appropriately selected and changed by those skilled in the art Is obvious.

However, it has been necessary to separately provide an air circulating device for increasing the fan capacity of the air conditioner or generating an even airflow inside the plant in order to uniformly supply carbon dioxide and proper humidity to the surface of the crop in the conventional plant factory. In the plant factory to which the lighting-planting bed according to the invention is applied, fine disturbance of air is always induced while the bed frame 10 rotates, so that it is unnecessary to forcibly circulate air separately.

The lighting-plant bed set according to the present invention is significantly higher in space utilization than the multi-stage planting shelves used in conventional plant factories. Therefore, when applied to a space such as a standardized and limited container, it can exhibit more economical efficiency.

For example, in a conventional container, a set of lighting-material beds according to the present invention is arranged in two rows so that the vertical lighting unit 30 is adjacent to both side walls and the bed frame 10 is positioned inside the container Plant plant can be produced. In this case, if the vertical illumination unit 30 is manufactured by fixing the light source (for example, LED) to the left and right walls of the container (that is, if the right and left walls of the container are used as the vertical illumination unit 30) It will increase utilization.

4A and 4B illustrate the outer shape and the inner perspective view of a concrete container plant to which the lighting-planting bed according to the present invention is applied (the illustration of the vertical lighting unit 30 on the observer side is omitted for the sake of understanding). The container-type plant plant, as shown, includes an outgoing inlet 61; A disinfecting section 62 and an inner entrance 63 for disinfecting the gravitational force or the goods which are adjacent to the outgoing inlet 61; A seedlingspace (64) for initial cultivation of the crop adjacent to the entrance and exit; And a cultivation space (65) having a plurality of sets of lighting-material beds adjacent to the seedlings room (64).

The disinfection area is a space for removing fine dust, contaminants or harmful bacteria from the person entering or leaving the room, for example, an air shower room. The seedlings space 64 is a space where the seedlings are needed to shorten the production cycle of the crop by promoting the early growth of the crops, ultimately increasing the production. For example, in the case of lettuce, lettuce is sown in the seeding box and raised in the seedlings room 64 until it grows 10 to 15 cm in the seedlings space 64.

10. Bed frame
11. Upper frame 12. Upper frame 13. Lower frame
14. Lower frame 15. Pulley
20. Vertical bed
21. Planting frame 22. Through-
30. Vertical illumination section
40. Rotating part
41. Rotary motor 42. Belt
51. Nutrient delivery pipe 52. Nutrient delivery nozzle 53. Nutrient delivery pipe
54. Collecting vessel 55. Nutrient recovery pipe
61. Outlet entrance 62. Disinfection area 63. Inside entrance
64. Seedling space 65. Cultivation space

Claims (8)

As a set of lighting-material beds applied to plant factories,
(A) a bed frame 10 of a vertical cylindrical shape or a square pillar shape;
(B) Two or more arc shapes (when the bed frame 10 is cylindrical) or n flat plates (when the bed frame 10 is square-angled) attached to the periphery of the bed frame 10, (1) a vertical planting bed (20) in which a port containing medicines planted with crops or (2) a medicament planted with crops is mounted / detached on the surface facing the outside when attached to the bed frame (10 ) ;
(C) a vertical illumination unit 30 installed at a predetermined distance from the bed frame 10 in one direction of the outside of the bed frame 10;
(D) a rotation part (40) for rotating the bed frame (10) with the vertical center of the bed frame (10) as a rotation axis;
Characterized in that it comprises a set of lighting-planting beds for plant factories.
The method according to claim 1,
Characterized in that both vertical ends of the vertical illumination section (30) can be expanded or reduced as needed.
The method according to claim 1,
A predetermined number of penetration portions 22 are horizontally formed in the vertical planting bed 20 and the respective penetration portions 22 are provided with ① a medial planted with crops or ② a port containing medicines planted with crops Wherein the planting frame (21) is mounted so as to be removable.
The method of claim 3,

A nipple injecting tube 51 which is located on a central axis of the bed frame 10 and in which a plurality of nipple injecting openings 52 for injecting nutrient solution toward the penetrating portion 22 of the vertical planting bed 20 are formed at predetermined intervals, and,
A nutrient solution transfer tube 53 for supplying the nutrient solution to the upper portion of the nutrient solution injection tube 51,
A collection container 54 for collecting the nutrient solution flowing from the bottom of the bed frame 10 and a nutrient solution collection pipe 55 for conveying the nutrient solution collected in the collection container 54 to the nutrient solution tank,
And a nutrient solution conveying means including a feed pump for circulating the nutrient solution.
A plant plant having one or a plurality of lighting-plant bed sets for a plant plant according to any one of claims 1 to 4.
6. The method of claim 5,
The plant plant
A container-type plant plant characterized by being embedded in a container.
The method according to claim 6,
Characterized in that the lighting-planting bed set is installed in two rows so that the vertical lighting section (30) is adjacent to both side walls of the container.
6. The method of claim 5,
Out entrance (61);
A disinfecting section 62 and an inner entrance 63 for disinfecting the gravitational force or the goods which are adjacent to the outgoing inlet 61;
A seedlingspace 64 adjacent to the inner entrance 63 for initially cultivating the crop;
A cultivation space 65 adjacent to the seedlingspace 64 and provided with a set of lighting-planting beds;
Wherein said container plant is a container plant.

Images