KR20160109741A - The easy facilities and equipments for producing vegetable nursery to get high quality - Google Patents

Abstract

The present invention relates to a system for producing high-quality vegetable seedlings, and more specifically, to a system for producing high-quality vegetable seedlings, which provides optimal facilities or equipment for each of the unit processes-seeding, germinating room, early growth, grafting, grafting room, late growth, and shipping-by utilizing a kit containing vegetable seedlings. The system for producing high-quality vegetable seedlings of the present invention comprises: a truck on which is placed a kit containing vegetable seedlings to transport the kit; an over-head watering growing bed for receiving water from the upper portion of the kit which is separated from the truck and spaced apart at a selected interval from the ground; a flow-and-ebb watering bed for receiving a nutrient solution into the lower portion of the kit which is separated from the over-head watering growing bed and is placed on the upper portion thereof; and a water supply apparatus for the flow-and-ebb watering bed, which is connected with the flow-and-ebb watering bed to distribute and drain the nutrient solution being supplied to the flow-and-ebb watering bed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vegetable nursery,

More particularly, the present invention relates to a plant system for producing a good vegetable seed, and more particularly, to a plant system for producing a vegetable seedling, And the plant system for the production of vegetable seedlings for providing optimal facilities and equipments for every process unit.

Generally, several stages of logistics work occur during the nursery process. For example, if a nursery has a size of 5,000m ² (1,500 pyeong), about 20,000 sowing plates are used for a single planting. If it is moved seven times during a small period, 140,000 pieces of logistics are required. , It is urgently required to improve the efficiency thereof.

At this time, the handling situation of the trestle plate is changed at every stage including sowing, foot acill, grafting, excavation room, and shipment, and multifunctional elements must be taken into consideration so that it can be used for both.

The SC seedbed bed can be applied to the seedling field by 1) It can keep the root part of the plant warm, 2) It can block the transmission of external shock, and 3) It can easily and easily make the seedling bed. It has the function to do the plate work itself.

In this case, it is necessary to construct an L-shaped angle structure which can be applied to the right and left sides at a convenient height (about 70 cm from the ground). However, the reason why the horizontal plane is emphasized is that it is a prerequisite for uniform watering at both times of correlation.

In addition, Bottom Irrigating Facility is a highly recommended facility for nurseries because it ensures uniform irrigation compared to two overhead irrigating methods and is effective in rehabilitation.

However, domestic nurseries are mostly dependent on two correlations because of the high initial cost of the facility. In other words, the bottom surface of the bottom surface irrigation tank should have a horizontal plane, and when the water is drained out, the Ebb & Flow method of extracting the bone by pulling the remainder of the water to the floor That's because we have to buy products from European manufacturers that are monopolized by patents.

Accordingly, it is necessary to devise a bottom watering bed which can be assembled easily and conveniently in the field, while maintaining uniform pressure and uniform water depth in the water supply process, and being inexpensive and easy to operate.

In addition, if the pump is pressurized during the water supply, waves may be generated during the raising of the water surface of the irrigation bed, which may adversely affect the uniform irrigation. This can be improved by putting the water supply tank at a higher level than the irrigation bed and allowing the natural pressure to flow while locking the valve at a certain water depth. At this time, there is an advantage that the water depth of several water depths can be uniformly controlled by one level sensor (LIC) in the water supply tank without occurrence of the water surface wave.

The drainage should be able to return the entire volume to the tank by operating the drain pump after a certain period of time. If this water supply tank is used as a distributor tank separately from the liquid tank, it is possible to prevent the contamination concern of the recycled liquid from spreading to the entire tank.

With this in mind, we have developed the best facilities and equipments for every process unit from sowing - foot acylation - early growth - grafting - batting room - late growth - It is time to study the technology development that can produce vegetable seedlings.

Korean Registered Patent No. 10-1178864, Aug. 27, 2012 Registered Person.

The present invention was invented in order to solve the above-mentioned problem, and it is an object of the present invention to provide a vegetable seedlings which can be used in all processes ranging from sowing - foot acylation - early growth - grafting - The purpose of the present invention is to provide a facility system for producing an excellent vegetable seedlings by providing an optimal facility or equipment.

In order to accomplish the above object, according to the present invention, there is provided a plant system for producing vegetable seedlings, comprising: a cart for placing a kit containing vegetable seedlings thereon so as to be transportable; Two correlation receiving seedling beds for receiving water from the upper part of the kit, the kits separated from the carriage being spaced apart from the ground at a predetermined interval; A bottom irrigation bed for receiving a nutrient solution at a lower portion of the kit, the kit being separated from the two correlation receiving seedling beds; And a bottom watering bed watering device connected to the bottom watering bed to dispense and drain the nutrient solution supplied to the bottom watering bed.

Preferably, the bogie includes a horizontal base, a vertical base extending downward at both ends of the horizontal base, and a wheel installed at a lower end of the vertical base, the plurality of coupling supports being connected to the vertical base at regular intervals A pair of support frames supported by the support frame; An auxiliary support installed at a predetermined interval in the longitudinal direction of the connection support so that the kit is seated on the connection support; And a support bracket connected between the vertical stand and the auxiliary support and supporting the auxiliary support.

Here, the light source for supplying light is connected to the connection support.

Advantageously, the two correlation receiving seedling beds comprise: a fixed support comprising a pair of supports; A connecting post detachably inserted into the upper end of the fixing table; A kit seating part coupled to an outer side of the connecting post to seat the kit; And a height adjusting unit screwed to the outside of the connecting post to adjust the height of the kit mounting part according to the rotation direction so as to support the lower part of the kit mounting part.

Particularly, the kit seating part includes: a support piece pierced at the center so as to penetrate through the connecting post, a first vertical piece extending downward at both ends of the support piece, and a second vertical piece, The fixing bracket includes a first horizontal piece, a second vertical piece vertically bent upward at an end of the first horizontal piece, and a second horizontal piece bent in an inner horizontal direction at an end of the second vertical piece, ; And a bed angle formed by vertically bending to be tightly coupled to the angle groove, the bottom angle of both sides of the kit being seated between the pair of fixing bars.

Wherein a fixing bolt having a screw thread is inserted in the upper end of the fixing base so as to be screwed with the lower end outer side of the connecting support.

Preferably, the bottom irrigation bed includes a pair of lower frames formed by combining a plurality of unit frames; A plurality of rollers installed longitudinally on the pair of lower frames; An upper frame installed to be horizontally movable in accordance with the rotation of the roller; A corrugated plate having a waveform that is seated on the upper frame; And a vinyl sheet which is wrapped to be in close contact with the surface of the bone plate.

In addition, a side frame having a space formed therein is coupled downward at both side ends of the upper frame, so that both ends of the rolling table are accommodated in the space.

Preferably, the water supply device for the bottom irrigation water bed comprises: a water supply tank containing a nutrient solution; A water supply / drainage distribution tank installed at one side of the water supply tank and including a water level sensor for sensing an amount of nutrient solution supplied to the bottom water storage tank; A dispensing valve connected to the water supply tank and provided with an inlet valve for supplying and blocking the nutrient solution so that the nutrient solution is dispensed to the bottom irrigation water by the level control sensor; And a recovery path installed on the distribution path and recovering the nutrient solution supplied from the water supply tank to the supply / drainage distribution tank by a recovery pump.

Here, a re-supply path is provided on the distribution path, in which the nutrient solution recovered through the recovery path is re-supplied to the bottom irrigation water bed.

And the water supply / drainage distribution tank is installed at a relatively higher position than the bottom watering bed, and is supplied with natural water.

As a result of the FTA negotiations with a number of countries, the improvement of agricultural competitiveness becomes an urgent task in the plant system for the production of vegetable seedlings according to the present invention by means of the solution of the above problems. In particular, High quality is the key to competitiveness, which can be a starting point.

The concept of easy-to-use (Easy) concept is designed to connect the components of the seedling process with each other. Therefore, there is a need for equipment that meets farming practices that are inexpensive and easy to install and use. At this point, there is an effect that can respond to this.

As a result, it can be applied as a facility standard for the improvement of the existing nursery and the production of the good nursery of the new nursery.

1 is a perspective view of a bogie according to a preferred embodiment of the present invention;
Fig. 2 is an exemplary view in which the bogie of Fig.
Fig. 3 is a state of use of the kit used in the stator chamber according to Fig. 2; Fig.
4 is a perspective view of two correlation receiving seedling beds according to a preferred embodiment of the present invention.
5 is an enlarged view of Fig.
Fig. 6 is an embodiment in which a self-propelled water spraying apparatus is incorporated according to Fig. 4; Fig.
7 is an exploded perspective view of a bottom watering bed according to a preferred embodiment of the present invention.
Fig. 8 is a house interior view incorporating Fig. 7. Fig.
9 is a system diagram of a water supply device for a bottom irrigation water bed according to a preferred embodiment of the present invention.

Prior to describing the present invention, the term 'easy' as used herein refers to the complex concept of cheap, easy, and convenient in Article 4 of the Rural Development Act, Is a universal principle that it should be cheap, easy, and easy to use from a user's point of view. In addition, the kit (k) disclosed in the present specification is derived from the one proposed by the present inventor in the ' seedlings production kit (Application No. 10-2015-0016164) '.

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

The plant system for producing vegetable seeds according to the preferred embodiment of the present invention comprises a car 100, two correlation reception seedling beds 200, a bottom irrigation water bed 300 and a water supply device 400 for a bottom irrigation water bed.

First, the bogie 100 will be described.

The balance 100 to be shifted to be used in practical use for germination, rooting practical, and shipped with characteristics of a multi-function, shift may be called rooting chamber Combine multifunctional balance.

The bogie 100 is constructed in a pipe-bending connection structure. That is, by manufacturing the truck 100 by using the lightweight pipe for agricultural use, it is not only unnecessary to weld but also is light and easy to handle.

In the present invention, a folding method is applied to save storage space due to the fact that tens trucks (100) are operated during the nursery period but it is required to be stored intensively in a certain place during low season. Therefore, when the vehicle 100 is unfolded and used, the width reaches 600 mm, but when folded and stored, the width can be reduced to about 300 mm by about half.

The detailed configuration of the bogie 100 will be described as follows.

1 is a perspective view of a bogie 100 according to a preferred embodiment of the present invention. Referring to FIG. 1, the cart 100 has a pair of support frames 110, an auxiliary support 130, and a support bracket (not shown) 140).

The support frame 110 includes a horizontal bar 112, a vertical bar 114 extending downward at both ends of the horizontal bar 112, and a wheel 116 installed at a lower end of the vertical bar 114 Wherein the pair of support frames 110 are supported by a plurality of connection supports 120 connected to the vertical base 114 at regular intervals.

The auxiliary support 130 is installed to stably mount the kit k on an upper portion of the connection support 120 connecting the pair of support frames 110. The auxiliary support 130 is disposed in the outer longitudinal direction of the connection support 120 It is preferable that they are spaced apart from each other by a predetermined distance.

A part of the lower surface of the kit k is supported by the pair of connection supports 120 and the auxiliary supporter 130 supports both sides of the lower end of the kit k to prevent the kit k from falling The effect of binding can be realized.

The support bracket 140 is for supporting the auxiliary support 130 and is preferably connected between the vertical support 114 and the auxiliary support 130. That is, the support bracket 140 having the groove formed therein is fixedly coupled to the vertical bar 114, and the end of the auxiliary support 130 is inserted and fixed in the groove, thereby stably supporting the auxiliary support 130.

Fig. 2 is an example of the bogie 100 of Fig. Referring to FIG. 2, it can be seen that a part of the bogie 100 used for the stowing chamber is enlarged. That is, a light source 122 such as a fluorescent lamp or an LED is mounted when the bogie 100 is used for an excavating room, and the light source 122 is easily detachable in other cases.

In other words, the kit (k), which is a styrofoam container (SC) in which the fruit and vegetable seedlings that have just been grafted is planted, is placed inside the vinyl member (154) which is a closed type transparent plastic bag for preventing drying and mounted on the carriage (100) The photosynthetic light source 122 installed on the upper part of the apparatus can be used to smoothly perform the adhesion.

In other words, the carriage 100 configured to mount the kit k in four stages has a structure capable of connecting the light source for photosynthesis 122 to each stage, and maintains the dark state at the initial stage of the activation, In the dimming stage and the latter stage, the intensity of light can be adjusted according to the period of the activation period with strong dimming.

That is, a light source 122 for supplying light to the connection support 120, which is a constitution of the carriage 100 used for a fusing room, is connected to a pair of connection supports The light source 122 can be installed between the pair of support frames 110 by the chain 124 connected to the support frame 120. [

Accordingly, provision of the optimal environment (temperature, humidity, wind speed, and light) of the excavating chamber is difficult even in an excessive investment in a nursery site, and it can be solved in the easiest way through the baler 100 of the present invention.

3 is a use state diagram of the kit (k) used in the activated chamber according to Fig. Fig. 3- (a) is a perspective view of the armature kit k, and Fig. 3 (b) is a side view of Fig. 3- (a).

Referring to Fig. 3- (a), it can be seen that the kits k for an actuation chamber using the vinyl member 154, which is a transparent plastic bag, are shown. That is, when the grafted fruit is grafted and placed in the vinyl material 154 in units of a kit k when the graft is inserted into the incubation room, Accordingly, the climbing effect of the vinyl member 154 can prevent the grafting of the grafted seedlings and prevent the drying of the ground.

3 (b), a fixing ball 150, which is a plastic ball, is fixed to the upper edge of the kit k, and a steel wire 152 of 800 mm is fixed on the upper end of the fixing ball 150 to the fixing ball 150 Are connected so as to be connected to each other.

Next, the two correlation receiving seedling beds 200 will be described.

That is to say, two correlation accommodating seedling bed 200 is shifted two correlation receiving for receiving a supply of water to the top of that, by the kit (k) separating from the balance 100 is spaced a predetermined interval from the surface, the kit (k) SC It can be called a seedling bed .

In other words, the grafting bed 200 can be regarded as a grafting bed 200 having a height of about 70 cm from the ground so that the operator can easily work while the waist is in a flat state without putting the gravestone plate directly on the ground during the growing period.

Hereinafter, the detailed configuration of the two correlation reception seedling beds 200 will be described.

FIG. 4 is a perspective view of two correlation receiving seedling beds 200 according to a preferred embodiment of the present invention, and FIG. 5 is an enlarged view of FIG. 4 and 5, the two correlation reception seedling beds 200 include a fixed post 210, a connecting post 220, a kit receiving part 230, and a height adjusting part 240.

The fixed post 210 is configured to stably stand vertically from the ground, and includes a pair of fixed posts 212. The fixing table 212 supports the connecting post 220, the kit seating unit 230, and the like from the bottom while being supported by the ground.

The connecting post 220 is detachably inserted into the upper end of the fixing table 212.

The kit seating part 230 is coupled to the outside of the connecting support 220 to seat the kit k and includes a fixing bracket 231 for forming an angle groove, And an angle 237.

In particular, the fixing bracket 231 includes a support piece 232 pierced through the connection support 220, a first vertical piece 233 extending downward at both ends of the support piece 232, A first horizontal piece 234 bent in the outer horizontal direction at the end of the vertical piece 233, a second vertical piece 235 vertically bent upward at the end of the first horizontal piece 234, And a second horizontal piece 236 bent inward and horizontally at the end of the piece 235. The angles 237 for the beds have a "?" Shape bent vertically, and seat the bottom edges of both sides of the kit k between the pair of the fixing bases 212.

The height regulating unit 240 is screwed to the outside of the connecting post 220 to adjust the height of the kit receiving unit 230 according to the rotation direction so as to support the lower portion of the kit receiving unit 230.

In order to observe the working condition for actual installation, first, a fixing table 212, which is a supporting file, is inserted and fixed on the ground, and the L-shaped bed angle 237 is fixed on the upper surface thereof. At this time, since the installation depth may be different according to the ground situation, a horizontal adjustment device for fine adjustment is required when fixing the L-shaped bed angle 237. [

Accordingly, in the present invention, a keyhole capable of fitting a fixing bolt 214, which is a square type, is formed on the upper end of a fixing table 212, which is a pipe for a file, for fine adjustment of the horizontal surface. When the fixing bolt 214 having the threaded portion formed on the inner surface of the keyhole is inserted, the fixing bolt 214 is vertically and rigidly raised, and the bolt / nut connection with the outer side of the lower end of the connecting strut 220 The position of the fixing bracket 231 can be finely adjusted.

This means that the kit k can be easily raised between the bed angles 237 on both sides so that anyone without welding or tools at the installation (demolition) site can easily solve the configuration and disassembly of the two correlation receiving seedlings beds 200 This means that it can be a facility.

FIG. 6 is a view showing an embodiment in which the self-propelled water spraying apparatus 250 is incorporated according to FIG. FIG. 6- (a) shows two correlation coefficients using the self-propelled spraying apparatus 250 in the two correlation receiving seedling beds 200, and FIG. 6- (b) shows the self-propelled spraying apparatus 250.

Referring to FIG. 6, the self-contained water spraying apparatus 250 is shown grafted to two correlation receiving seedling beds 200. In other words, uniform seedlings are in a uniform irrigation water and uniform irrigation water needs precise irrigation.

In other words, the self-propelled spraying apparatus 250 is constructed of a wire recognition so as to adjust the traveling speed in forward and backward directions. The height of the spraying boom can be adjusted so that the spray boom can be adjusted up and down according to the size of the seedling. And a three-kind nozzle capable of selecting the volume of large, medium, and small cows.

Next, the bottom irrigation bed 300 will be described.

Specifically, the bottom surface irrigation bed 300 has been made to the configuration for supplying the nutrient solution to the lower portion of the two correlation accommodating seedling bed kits (k) is located at the upper Kit (k) separated from the 200, the side bottom watering It can be called a bed .

The bottom irrigation bed 300 having a lightweight structure is structured such that residues are not generated on the horizontal floor when draining by using the FRP material frame plate 340.

7 is an exploded perspective view of a bottom irrigation bed 300 according to a preferred embodiment of the present invention. 7, the bottom irrigation water bed 300 includes a pair of lower frames 310 formed by mutual coupling of a plurality of unit frames 312, and a pair of lower frames 310 installed longitudinally on the pair of lower frames 310 An upper frame 330 installed to be horizontally movable in accordance with the rotation of the roll 320, a corrugated plate 340 fitted to the upper portion of the upper frame 330, And a black vinyl sheet 350 of 0.3 t wrapped around the surface of the skeleton plate 340 so as to be closely attached thereto.

At this time, a side frame 332 having a space 332a formed therein is coupled downward at both ends of the upper frame 330 so that both ends of the roll 320 are accommodated in the space 332a .

It is important to maintain the horizontal surface, which is the main function of the bottom irrigation bed 300, and the residual liquid after the drainage, which is about half of the imports in terms of price, and the present invention is intended to satisfy such a necessary requirement.

As a matter of fact, the materials constituted by the lower frame 310 and the upper frame 330 are made cheap and easy to procure by using agricultural pipes. By using the FRP material frame 340, which is a building material that uses horizontally oriented flooring material as a shoemaking material for a portable structure, residual liquid remains on the floor during drainage so that moisture is not caused in the seedlings.

Thereafter, when the upper portion of the osseous plate 340 is contaminated, a thin vinyl sheet 350 that can be easily replaced is laid on the surface of the osseous plate 340, so that the shape of the drainage bore provided by the osseous plate 340 is exposed on the surface. At this time, it is preferable that the vinyl sheet 350 is fixed with the clamp 352 along the outer circumference of the osseous plate 340.

Fig. 8 is a house interior view incorporating Fig. 7. Fig. FIG. 8- (a) shows the top surface of the inside of the house where the bottom irrigation water bed 300 is installed, and FIG. 8- (b) shows the inside side of the house where the bottom irrigation water bed 300 is installed.

Referring to FIG. 8, when the bottom irrigation water bed 300 is installed inside the house, left and right sides of the bottom irrigation water bed 300 are installed without a passage in order to increase the occupancy rate. However, It can be seen that the passages are easily secured by the plurality of rollers 320 installed in the longitudinal direction on the pair of the lower frames 310. [

Lastly, a description will be given of a water supply device 400 for a bottom irrigation bed.

That is, the water supply device 400 for the bottom irrigation water bed is for distributing and draining the nutrient solution supplied to the bottom irrigation water bed 300 connected to the bottom irrigation water bed 300, to turn on the water supply and drainage can be referred to as the bottom side water bed irrigation distribution system in order to proceed.

In other words, the water supply device 400 for the bottom irrigation bed not only allows water to be supplied to the bottom irrigation water bed 300 of the group designated by the natural pressure of the high-priced water tank but also to the water supply tank 410 It can be said that it is not mixed. Accordingly, it is possible to prevent the spread of other contaminants such as viruses because the water supply tank 410 is independent from the water supply tank 410 during progress of water supply and drainage sequentially in units of groups.

However, the water supply device 400 for the bottom irrigation bed is filled with the water at a certain depth to the bottom irrigation bed 300 through the water supply, and the plant is immersed in the uniform depth during this time Nutrient intake, and after a certain period of time, the entire amount should be recovered (drainage) so as not to cause excessive damage due to the residual liquid.

9 is a block diagram of a water supply device for a bottom irrigation water bed according to a preferred embodiment of the present invention. 9, the water supply device 400 for a bottom irrigation water bed includes a water supply tank 410 containing a nutrient solution, a water supply / drainage distribution tank 420, a distribution path 430 and a recovery path 440 .

It is preferable that the water supply / drainage distribution tank 420 is provided at one side of the water supply tank 410 and includes a water level control sensor (LIC) for sensing the amount of nutrient solution supplied to the bottom water supply bed 300 .

The distribution path 430 is connected to the water supply tank 410 and means a channel provided with a water intake valve 432 for supplying and blocking the nutrient solution so that the nutrient solution is distributed to the bottom irrigation water bed 300 by the water level sensor do. In addition, a replenishing water valve 434 for supplying replenishing water may be provided on the distribution path 430 and the nutrient solution recovered to the feed / drainage distribution tank 420 through the recovery path 440 may be fed to the feed water main 452 is provided with a re-supply channel 450 to be re-supplied to the bottom irrigation water bed 300, so that the nutrient solution can be recycled.

In addition, the recovery passage 440 is a pipe installed on the distribution path 430 and the nutrient solution supplied from the water supply tank 410 is recovered to the feed / drainage distribution tank 420 by the recovery pump 442.

In the case of a water supply situation, if the water pump is pushed by a pressurizing pump, a water wave may be generated on a part of the horizontal surface of the bottom irrigation bed 300, which may cause problems in uniform irrigation.

Accordingly, in the present invention, if a water supply / drainage distribution tank 420 having an elevated water tank is installed at 1,200 mm from the ground, water can be supplied uniformly at a natural water pressure by opening the water intake valve . That is, the water supply / drainage distribution tank 420 is installed at a relatively higher position than the bottom side irrigation water bed 300, so that the water supply / drainage distribution tank 420 is supplied with natural water. For the sake of reference, the drainage water is returned to the water supply / drainage distribution tank 420 by operating the recovery pump 442 after a predetermined time.

8 and 9, when a group is completed, a control program is formed in such a manner that the two groups of intake valves are sequentially opened to supply the entire facility with a minimum capacity.

Also, since the nutrient solution once used may be contaminated, it is necessary to use the nutrient solution in a limited manner. However, since the water supply / drainage distribution tank 420 is in a state in which it is not mixed with the water supply tank 410 at all, It is economical because the time is limited to the minimum amount.

In addition, by providing one water level adjusting sensor in the water supply / drainage distribution tank 420, it is possible to replace the water level adjusting sensor of one group consisting of four beds, thereby improving the economical efficiency.

To summarize, the water supply / drainage distribution tank 420 is in a standby state in which water is constantly supplied by the natural pressure by the high-priced water tank, and when G1 is opened, the water supply is started to one group so that simultaneous water supply can be performed to four beds. At this time, when the water level sensor of the water supply / drainage distribution tank 420 requests completion, G1 is closed. Then, when the set time (adjustable according to the crop size) is passed, G1 is opened, and when the recovery pump 442 is operated, the water is discharged from the water supply / drainage distribution tank 420 through the recovery path 440 formed on the same distribution path 430, ). In the second group, the irrigation is carried out sequentially in this manner. Accordingly, when the recycle of the nutrient solution is completed with the repeated watering, the drain valve 422 can be opened and discarded and replenished in the water supply tank 410.

As described above, according to the present invention, by using the kit (k) containing the vegetable seedlings, it is possible to optimize the growth rate of the seedlings in all the process units ranging from sowing-foot acylation- It is possible to provide a facility system for the production of vegetable seedlings capable of providing facilities and equipment.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention may be embodied otherwise without departing from the spirit and scope of the invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but are intended to be illustrative, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of the claims should be construed as being included in the scope of the present invention.

100: carriage 110: support frame
112: horizontal stand 114: vertical stand
116: wheel 120: connection support
122: light source 124: chain
130: auxiliary support 140: support bracket
150: Fixed ball 152: Steel wire
154: vinyl member 200: two correlation receiving seedling beds
210: fixed post 212: fixed base
214: Fixing bolt 220: Connection holding
230: kit mounting part 231: fixing bracket
232: Support piece 233: First vertical piece
234: first horizontal piece 235: second vertical piece
236: second horizontal piece 237: angle for bed
240: Height adjuster 250: Self-propelled sprayer
300: bottom watering bed 310: bottom frame
312: unit frame 320:
330: upper frame 332: side frame
332a: space 340:
350: vinyl sheet 352: clamp
400: water supply device for bottom irrigation bed 410: water supply tank
420: water supply / drainage distribution tank 422: drain valve
430: by distribution 432: inlet valve
434: replenishment water valve 440:
442: Recovery pump 450:
452: Water main k: Kit

Claims (11)

A bogie for seating the kit containing the vegetable seedlings thereon so as to be transportable;
Two correlation receiving seedling beds for receiving water from the upper part of the kit, the kits separated from the carriage being spaced apart from the ground at a predetermined interval;
A bottom irrigation bed for receiving a nutrient solution at a lower portion of the kit, the kit being separated from the two correlation receiving seedling beds; And
And a water supply device connected to the bottom irrigation water bed for supplying and discharging the nutrient solution to the bottom irrigation water bed. The method according to claim 1,
The bogie comprises:
A pair of support frames, which are supported by a plurality of connection supports which are connected to the vertical frame at regular intervals, and which include a horizontal base, a vertical base extending downward at both ends of the horizontal base, and a wheel installed at a lower end of the vertical base, ;
An auxiliary support installed at a predetermined interval in the longitudinal direction of the connection support so that the kit is seated on the connection support; And
And a support bracket connected between the vertical stand and the auxiliary support to support the auxiliary support. 3. The method of claim 2,
In the connection support,
And a light source for supplying light is connected to the plant. The method according to claim 1,
The two correlation receiving seedlings beds,
A fixed strut including a pair of fixed legs;
A connecting post detachably inserted into the upper end of the fixing table;
A kit seating part coupled to an outer side of the connecting post to seat the kit; And
And a height adjuster screwed to the outside of the connecting post to adjust the height of the kit mounting part according to the rotation direction so as to support the lower part of the kit mounting part. . 5. The method of claim 4,
The kit mounting portion includes:
A first vertical piece extending downward at both ends of the supporting piece, a first horizontal piece bent in an outer horizontal direction at an end of the first vertical piece, A fixing bracket formed of a second vertical piece vertically bent upward at an end portion of one horizontal piece and a second horizontal piece bent inward and horizontally at an end of the second vertical piece to form an angle groove; And
And a bed angle formed by vertically bending so as to be brought into tight contact with the angle groove, wherein an angle for a bed for seating both lower edges of the kit between the pair of fixing tables. 5. The method of claim 4,
At the upper end of the fixing table,
And a fastening bolt having a thread formed on an inner circumferential surface thereof is inserted and installed so as to be screwed with the lower end outer side of the connecting post. The method according to claim 1,
The bottom watering bed comprises:
A pair of lower frames formed by combining a plurality of unit frames;
A plurality of rollers installed longitudinally on the pair of lower frames;
An upper frame installed to be horizontally movable in accordance with the rotation of the roller;
A corrugated plate having a waveform that is seated on the upper frame; And
And a vinyl sheet which is wrapped to be in close contact with the surface of the bone plate. 8. The method of claim 7,
At both side ends of the upper frame,
And a side frame having a space formed therein is coupled downward so that both ends of the roll are accommodated in the space. The method according to claim 1,
Wherein the bottom watering bed watering device comprises:
A water supply tank containing nutrient solution;
A water supply / drainage distribution tank installed at one side of the water supply tank and including a water level sensor for sensing an amount of nutrient solution supplied to the bottom water storage tank;
A dispensing valve connected to the water supply tank and provided with an inlet valve for supplying and blocking the nutrient solution so that the nutrient solution is dispensed to the bottom irrigation water by the level control sensor; And
And a recovery path installed on the distribution path and recovering the nutrient solution supplied from the feed tank by a recovery pump to the feed / drainage distribution tank. 10. The method of claim 9,
On the distribution path,
And a re-supply path through which the nutrient solution recovered through the recovery channel is re-supplied to the bottom irrigation water is installed. 10. The method of claim 9,
The water supply / drainage distribution tank includes:
Wherein the plant is installed at a relatively higher position than the bottom irrigation bed and is supplied with natural water.

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