KR20090122066A - Standing statue type crops cultivation device that pocket is equipped - Google Patents

Abstract

PURPOSE: An upright crops cultivation device with a pocket is provided to maximize the cultivation area of upright crops. CONSTITUTION: An upright crops cultivation device with a pocket comprises the following units. Connecting bars(10) are equally spaced on the ground and fixed thereto. A side panel(20) includes a plurality of vent holes at regular intervals and both ends of the side panel are inserted into a guide groove of the connecting bar. A pocket(23) is located on the outer circumference of a penetration part(24). A finish panel(30) and side panels constitute a closed inner space. A guide rod(40) is fixed to the ground and guides the crops to grow properly. A panel support(50) comprises a supporter for supporting the external side of the side panel, and connector combined with the top of the supporter. A hollow cultivation tube(60) has a plurality of ventilation holes on the circumference and accommodates root vegetables in it.

Description

Standing statue type crops cultivation device that pocket is equipped}

The present invention relates to a granular crop cultivation apparatus equipped with a pocket, and more specifically, because the cultivation of the crop is made on both sides of the top and side panels of the culture base, it is possible to maximize the cultivation area of the crop in a limited farmland, When planting or cultivating long rooted crops inside the cultivation pipe, you can open the interior of the cultivation pipe and work easily.The inner space consisting of side panels and finishing panels is divided into several compartments by plates. The present invention relates to a granular crop cultivation device having a pocket for separating and growing various crops by type.

In general, when cultivating crops such as leafy vegetables, root crops, and flowers, seedlings are planted along the fields formed on the ground of the plantation. This soil cultivation is a series of operations from the hair growth to harvesting bent waist, increasing the physical fatigue of the worker.

Another problem of conventional land cultivation is that it is very difficult to extract the crops from the ground surface to harvest the cultivated crops. Crops grown on the ground are deeply rooted in the ground as their roots grow. Therefore, long root herb crops, such as burdock or rainy season, were frequently broken when being pulled from the ground for harvesting. These root herb crops are significantly degraded as a commodity if some of the roots are broken. Therefore, when harvesting these crops, heavy equipment such as excavators and fork-lanes were harvested and the production cost increased accordingly.

Another problem of the conventional land cultivation is to grow only the crops suitable for the characteristics of the farmland in the partitioned farmland was not able to grow a variety of crops together. In other words, if the farmland is a field, the crops must be planted accordingly. If the farmland is a rice field, crops such as rice must be planted. Therefore, conventionally, crops having different cultivation characteristics cannot be grown in divided farmland, and thus, it is not possible to attempt to diversify crops.

And conventional land cultivation has a limit to increase the output of the limited farmland. In other words, when the crops are densely planted on the limited farmland, the smooth growth of the crops is hindered, and if the planting is sparse, the growth of the crops is advantageous but the cultivation amount per unit area is reduced.

An object of the present invention for solving the above problems, because the crop is grown on both sides of the upper surface and the side panel of the culture foundation granular crops provided with a pocket to maximize the cultivation area of the crop in a limited farmland To provide a cultivation device.

Another object of the present invention is to provide a granular crop cultivation apparatus provided with a pocket to reduce the number of parts to reduce the overall manufacturing cost.

It is still another object of the present invention to provide a granular crop cultivation apparatus having a pocket for easily working by opening the inside of the cultivation pipe when planting or growing a long root crop in the cultivation pipe.

Another object of the present invention, the inner space consisting of the side panels and the finishing panel is divided into several compartments by the partition plate divided into a number of compartments in the mouth is provided with a pocket for separating and growing a variety of crops by type It is to provide a common crop growing device.

The granular crop cultivation apparatus with a pocket of the present invention for achieving the above object is arranged and fixed at equal intervals on the ground, and the rod ring is formed on the outer surface, the guide groove is formed along the longitudinal direction on both sides Connecting rod; A plurality of vent holes are formed at equal intervals, both ends are inserted into the guide groove of the connecting table, the coupling holes are formed in each of the four corner portions, the through portion is formed so as to penetrate both sides, and the crops to the outside of the through portion Side panels having a pocket formed around a through portion of the outer surface to grow; Closing protrusions are formed on upper and lower sides of the side panels so as to be coupled to the coupling holes of the side panels, and finish panels forming the inner spaces closed together with the side panels; A manned rod inserted into the rod ring of the connecting rod and fixed at the bottom thereof to guide the growth of the crop; A panel support having both ends fixed to the ground and having a support for supporting an outer surface of the pair of side panels facing each other and a connection part integrally connected to the upper end of the support; Hollow cultivation in which a plurality of vent holes are formed at the periphery and a sharpened portion is formed at the bottom to fix and arrange a plurality of the side panels along the arrangement direction of the side panels on the ground between the pair of side panels, and the crops of the root crops are grown therein. tube; And a grower holder coupled to the growers and supported by side panels to maintain the spacing of the growers and prevent the growers from collapsing.

Another feature of the granular crop cultivation apparatus equipped with a pocket of the present invention, the upper side of the side panel, a plurality of cultivation support grooves are formed so that the upper end of the cultivation pipes are inclined.

Another feature of the granular crop cultivation apparatus equipped with a pocket of the present invention is a plurality of joining holes formed in the side panel of the upper pocket, a plurality of auxiliary pockets having a smaller size toward the upper side is coupled.

Another feature of the granular crop cultivation apparatus equipped with a pocket of the present invention is that the cultivation pipe is divided into a first cultivation pipe and a second cultivation pipe bisected along its longitudinal direction, and the first cultivation pipe and the second cultivation pipe. The cultivation pipe is connected to the hinge part so as to be opened and closed with each other, and fastening protrusions and fastening grooves are formed at free ends of the first and second cultivation pipes so that they are fastened to each other.

Another feature of the granular crop cultivation device equipped with a pocket of the present invention is that the auxiliary inner side grooves are formed on the corresponding inner surfaces of the connecting rods so that the inner space consisting of the side panels and the closing panels is partitioned, and a pair of facing each other. Both ends of the partition are coupled to the auxiliary guide grooves.

In the present invention as described above, since the pockets are formed on the outer surface of the side panel, it is possible to cultivate additional crops in these pockets, thereby cultivating the crops on both sides of the top surface and the side panel of the culture base. Therefore, it is possible to maximize the cultivation area of the crop within the limited farmland.

In addition, when harvesting mature crops, the planter holder is removed from the planter, the planter and the plants planted therein are separated from the culture base, and the soil inside the planter is dropped to cultivate the planter planted in the planter. It is simply separated from the tube. Therefore, long rooted herb crops such as burdock or rainy season planted in the cultivation can be pulled out together with the cultivation, not directly from the culture base, so that damage to the roots is prevented by the cultivation when the crop is harvested.

The present invention is the cultivation pipe support grooves are formed in the upper end of the side panel to support the top end of the cultivation pipes, and thus the cultivation pipes can be installed in an inclined state to one side. Therefore, the cultivation pipes are supported on the side panel in an inclined state, and thus a separate cultivation pipe holder for fixing the cultivation pipes is not necessary, thereby reducing the number of parts and thus reducing the overall manufacturing cost.

In addition, a plurality of auxiliary pockets having a smaller size toward the upper side are coupled to the plurality of coupling holes formed in the side panel of the upper pocket. The present invention is provided with a pocket on the side panel and a plurality of auxiliary pockets are formed in order to gradually reduce the size toward the upper portion of the upper side of the pocket can be utilized to maximize the outer space of the side panel. Therefore, it is possible to maximize the cultivation area of crops within limited farmland.

The cultivation pipe of the present invention is bisected into a first cultivation pipe and a second cultivation pipe bisected along its longitudinal direction, and the first cultivation pipe and the second cultivation pipe are connected by a hinge part to be opened and closed with each other, and the first cultivation. The free ends of the pipe and the second cultivation pipe are formed with fastening protrusions and fastening grooves so that they can be fastened to each other. Therefore, when planting or cultivating long root crops, the first and second cultivation pipes can be easily opened. .

In the present invention, side guide grooves are formed on corresponding inner surfaces of the connecting rods so that an inner space formed of side panels and closing panels is partitioned, and opposite ends of the diaphragm are coupled to the pair of opposing guide grooves. . Therefore, the inner space consisting of side panels and the finishing panels can be partitioned into compartments by partitions, thereby separating and growing various crops by type in separate compartments.

Specific features and advantages of the present invention will become more apparent from the following description with reference to the accompanying drawings.

Figure 1 is a schematic separation perspective view showing a granular crop cultivation apparatus equipped with a pocket of the present invention, Figure 2 is a perspective view of the combination of Figure 1, Figure 3 is a perspective view of the use state. 4 is a schematic front cross-sectional view of FIG. 3, and FIG. 5 is a side view of FIG. 3.

The granular crop cultivation apparatus provided with the present invention pocket, the connecting rod 10, the side panels 20, the closing panels 30, the attracting rod 40, the panel support 50, the cultivation pipe 60 , Cultivation pipe holder 70, made of a fixing bar (80).

The connecting rod 10 has a sharp portion 11 formed at its lower end so as to be arranged and fixed to the ground at equal intervals, and a rod ring 13 is formed at the outer surface so that the attracting rod 40 can be inserted. Guide grooves 12 are formed along the longitudinal direction so that side panels 20 are inserted at both sides of the connecting table 10, and the support protrusion 14 is fixed to the fixing bar 80 to be described later on the upper end of the connecting table 10. ) Is protruding.

The side panel 20 has a plurality of vent holes 21 formed at equal intervals so that air is smoothly supplied to the culture base inside the side panel 20, and both ends of the side panel 20 are connected to the connection table 10. Is inserted into the guide groove (12). Coupling holes 22 are formed at four corner portions of the side panel 20, respectively.

The side panel 20 has a penetrating portion 24 formed to penetrate both sides according to the characteristics of the present invention, pockets around the penetrating portion 24 of the outer surface so that crops can grow to the outside of the penetrating portion 24. 23 is formed.

Since the pockets 23 are formed on the outer side of the side panel 20 as described above, separate crops can be cultivated in the pockets 23, and thus the upper surface and the side panel of the culture base 1 are formed. Since crops are grown on both sides of 20), the growing area of crops can be maximized within limited farmland.

The closing panel 30 has coupling protrusions 31 formed on upper and lower sides of the side panels 20 so as to be coupled to the coupling holes 22 of the side panel 20, and the side panels 20 together with the side panels 20 form a closed inner space. do. Culture soil is introduced into the inner space formed by the side panels 20 and the finishing panels 30, and the culture foundation 1 on which the crops are grown is formed by the culture soil. The upper end of the closing panel 30 is formed with a coupling groove 32 to be coupled to the support end 73 of the cultivation holder 70 to be described later.

Attracting rod 40 is inserted into the rod ring 13 of the connecting rod 10 and the lower end is fixed to the ground to guide the growth of the crop.

The panel support 50 includes a support 51 supporting both sides of the pair of side panels 20 fixed to the ground and facing each other, and a connecting portion 52 integrally connected to the upper end of the support 51. Is made of. The panel support part 51 supports the pair of side panels 20 so as not to fall in the corresponding outward direction.

The cultivation pipe 60 is sharp at the bottom so that a plurality of vent holes 62 are formed at the circumference thereof and a plurality of the plurality of vent holes 62 are arranged along the arrangement direction of the side panels 20 on the ground between the pair of side panels 20. Part 61 is formed, the crops of the roots are grown therein.

The cultivation pipe holder 70 is coupled to the cultivation pipes 60 and supported by the side panels 20 to maintain the spacing of the cultivation pipes 60 and prevent the cultivation pipes 60 from falling down.

The redistribution pipe holder 70 is formed between the fixing rings 71 inserted around the redistribution pipes 60 and adjacent fixing rings 71 so as to be integrally connected thereto to support the fixing rings 71. 72 and integrally formed in the outermost fixing rings 71 of the plurality of fixing rings 71 and inserted into the coupling groove 32 of the finishing panel 30 to fix the fixing rings 71 and It consists of support ends 73 supporting the entirety of the connections 72.

Meanwhile, the fixing bar 80 is coupled to the support protrusions 14 of the pair of side panels 20. The fixing bar 80, the support ring 81 to be fitted to the support protrusions 14 formed on the upper end of the connecting table 10, and a pair of support ring 81 is formed integrally with the two support ring 81 It consists of a gap holding portion 82 for supporting between. The fixing bar 80 supports a pair of opposing side panels 20 so as not to fall.

The granular crop cultivation apparatus provided with the pocket of this invention of this structure is provided as follows. First, the connecting rods 10 are fixed to the ground at regular intervals. And both sides of the side panel 20 is inserted into the guide groove 12 of the two adjacent connecting table (10). The finishing panels 30 are positioned at the ends of the pair of side panels 20 located on the outermost side of the side panels 20, respectively. The coupling protrusions 31 of the closing panels 30 are inserted into the coupling holes 22 of the corresponding side panels 20. Assembling in this way makes a storage space consisting of the side panels 20 and the closing panel (30). When the side panels 20 and the finishing panels 30 are erected, the attraction bar 40 is fixed to the bar hooks 13 of the side panels 20. And the support 51 of the panel support 50 is located on the outer surface of the side panel 20 and then fixed by plugging the lower end of the support 51 into the ground so that the support 51 of the panel support 50 is the side panel Support the outer side of (20).

After the panel support 50 is installed, the panel support 50 may be further fixed to the panel support 50 and the side panels 20 by using a separate wire so that the panel support 50 is firmly fixed to the side panels 20.

When the side panel 20 is fixed by the panel support 50 so as not to fall out, the support ring 81 of the fixing bar 80 is inserted into the support protrusions 14 of the side panel 20 to fix the fixing bar 80. ) Is fixed to the side panel (20). When the fixing bar 80 is fixed to the side panel 20 as described above, the side panels 20 are supported so as not to fall to the storage space.

On the other hand, when the storage space is made by the side panels 20 and the closing panels 30 contain some of the culture soil therein. And to fix the cultivation pipes 60 along the longitudinal direction in the inner center of the storage space. When the cultivation pipes 60 are arranged in a line, the cultivation pipes 60 are supported by the cultivation pipe holders 70 by covering the fixing ring 71 of the cultivation pipe holders 70 with the cultivation pipes 60, and in this case, the cultivation pipes Supporting end portions 73 on both sides of the holder 70 are supported by the closing panels 30. Therefore, the closing panels 30 are supported by the side panels 20 and both ends of the redistribution holder 70 are supported by the closing panels 30 and the redistribution pipes 60 are supported by the redistribution holder 70. Since the side panel 20, the closing panel 30, the cultivation pipe holder 70, the cultivation pipe 60 is supported with each other to maintain the entire frame.

The granular crop cultivation apparatus provided with a pocket of the present invention can grow root herb crops easily broken while the roots are long, such as rainy seasons, in the cultivation pipe 60. Culture base (1) on both sides of the cultivation pipe (60) may be grown the same herb crops as cultivated in the cultivation pipe (60), but may be grown separate crops. Both sides of the side panel 20 are provided with an additional cultivation area by the pockets 23, which can also cultivate separate crops.

The granular crop cultivation apparatus provided with the pocket of the present invention has the following advantages.

First, in the present invention, since pockets 23 are formed on the outer surface of the side panel 20, separate crops may be grown in the pockets 23. Therefore, the cultivation of the crop is made on both sides of the upper surface and the side panel 20 of the culture base 1 can maximize the cultivation area of the crop within the limited farmland.

In addition, since the culture foundation 1 is positioned high from the ground by a granular crop cultivation apparatus provided with a pocket, the crops grown on the culture foundation 1 can be grown or harvested in a comfortable posture without severely bending the body. . Therefore, not only can the worker's fatigue be reduced, but also diseases such as a herniated disc can be prevented.

Next, when harvesting mature crops, they can be harvested easily without damaging the crops without heavy equipment such as excavators or forks. That is, after removing the cultivation pipe holder 70 from the cultivation pipe, separating the cultivation pipe 60 and the crops planted therein from the culture base 1, and dropping the soil inside the cultivation pipe 60, the cultivation pipe Crops planted in 60 are simply separated from the cultivation pipe 60. Therefore, long-rooted herb crops such as burdock or rainy season planted in the cultivation pipe 60 are not directly drawn from the culture base 1 but are pulled together with the cultivation pipe 60 so that the crops are harvested by the cultivation pipe 60. Root damage is prevented.

In addition, when the cultivation pipe 60 is pulled up, the culture soil in the cultivation pipe 60 and the crops planted therein are pulled together, so even when the plant cultivation pipe 60 is pulled up and pulled up quickly, the roots of the crops planted in the cultivation pipe 60 are pulled up. Intact and therefore weakly rooted herb plants can be harvested quickly and conveniently.

Then, when the cultivation tube 60 is extracted from the culture base 1, spaces corresponding to the volumes of the cultivation tubes 60 are formed in the middle of the culture base 1. Therefore, when the culture foundation 1 on both sides of the spaces is pressed toward the center spaces, the crops planted on both sides of the culture foundation 1 are easily pulled out from the culture foundation 1 while the culture foundations 1 on both sides are torn down. Therefore, not only the crops inside the cultivation pipe 60 and the crops on both sides of the culture foundation 1 can be easily harvested, but also harvested so that roots are not damaged during harvesting.

6 and 7 are schematic perspective views showing another embodiment of the side panel and a cross-sectional view of a state of use thereof, wherein the side panel 90 has a plurality of vent holes 91 formed at equal intervals, Each of the coupling holes 92 is formed, and a through portion 94 is formed to penetrate both sides thereof, and a pocket 93 around the through portion 94 of the outer side so that crops can grow out of the through portion 94. Is formed. At the upper end of the side panel 90, a plurality of cultivation support grooves 95 are formed to support the upper end of the cultivation pipes 60 in an inclined state in accordance with a feature of the present invention.

The present invention is installed in a state in which the cultivation pipe 60 is inclined to one side in the cultivation pipe support grooves 95 of the upper end of the side panel (90). Therefore, since the cultivation pipes 60 are supported on the side panel 90 in an inclined state, a separate cultivation pipe holder 70 for fixing the cultivation pipes 60 is not necessary, and thus the number of parts is reduced, thereby reducing the overall manufacturing cost. Savings.

8 and 9 is a schematic perspective view showing a further embodiment of the present invention and a cross-sectional view of its installation state, the side panel 100, a plurality of vent holes 101 are formed at equal intervals, the four corners Each of the coupling holes 102 is formed, and the through part 104 is formed to penetrate both sides thereof, and the pocket 103 is formed around the through part 104 of the outer side so that crops can grow out of the through part 104. Is formed. In the side panel 100, a plurality of coupling holes 105 formed of a first coupling hole 106, a second coupling hole 107, and a third coupling hole 108 are formed in the upper portion of the pocket 103. have.

The coupling holes 105 are coupled to a plurality of auxiliary pockets 110 having a smaller size toward the upper side. The auxiliary pockets 110 have a size smaller than that of the pocket 103 and have a first auxiliary pocket 111 having first coupling protrusions 112 formed therein to be coupled to the first coupling hole 106, and a first auxiliary pocket ( 111 and the second sub-pocket 113, the second sub-pocket 113, the second sub-pocket 113 is formed to be coupled to the second coupling hole 107 and smaller than the second sub-pocket 113, the third coupling The third auxiliary pocket 115 is formed with a third coupling protrusion 116 to be coupled to the hole 108.

The present invention, the side panel 100 is provided with a pocket 103 and a plurality of auxiliary pockets 110 are formed so that the size is gradually reduced toward the upper portion of the upper pocket 103, the side panel ( The outer space of 100) can be utilized to the maximum. Therefore, it is possible to maximize the cultivation area of crops within limited farmland.

10 is a schematic perspective view showing another embodiment of the cultivation pipe 120, the cultivation pipe 120 has a sharp portion 121 formed at the bottom thereof and a plurality of vent holes 122 formed at the circumference thereof. The cultivation pipe 120 of the present invention is divided into a first cultivation pipe 123 and a second cultivation pipe 125 along its longitudinal direction, and the first cultivation pipe 123 and the second cultivation pipe 125. Is connected to the hinge portion 127 to open and close each other, the fastening protrusion 124 and the fastening groove 126 to the free end of the first duct 123 and the second cultivation pipe 125 so that they are fastened to each other. Is formed.

The present invention is coupled to the fastening protrusion 124 is fastened to the fastening groove 126 when the first duct 123 and the second cultivation pipe 125 is closed, the fastening groove 126 of the second cultivation pipe (125) Pressing the inside portion thereof, the fastening groove 126 of the second culture pipe 125, which is a plastic material, is deformed to the inside thereof, and the fastening protrusion 124 is separated from the fastening groove 126, in this state, the first cultivation. Open the pipe 123 and the second culture pipe (125).

The cultivation pipe 120 of the present invention can be opened and closed easily by opening and closing the first cultivation pipe 123 and the second cultivation pipe 125, and thus the long root crop of the cultivation pipe 120 It is very easy to plant or grow inside.

11 and 12 are schematic partial perspective views and a plan view showing another embodiment of the present invention, which includes a sharp portion 131 formed at the bottom of the connecting rod 130 and guide grooves 132 formed at both sides thereof. , The bar ring 133 is formed on the outer surface. Subsidiary guide grooves 134 are formed on the corresponding inner surfaces of the connection table 130, and the pair of auxiliary guide grooves 134 facing each other includes side panels 20 and a closing panel 30. Both ends of the diaphragm 140 are combined to partition the space.

Therefore, the inner space consisting of the side panels 20 and the closing panel 30 is divided into several compartments by the diaphragms 140, and thus can be grown by separating the various crops by type in the separated compartments.

1 is a schematic separation perspective view showing a granular crop cultivation apparatus equipped with a pocket of the present invention

2 is a perspective view of the combination of FIG.

3 is a perspective view of the use state

4 is a schematic front cross-sectional view of FIG.

5 is a side view of FIG. 3

Figure 6 is a schematic perspective view showing another embodiment of the side panel

7 is a cross-sectional view of the state of use of FIG.

Figure 8 is a schematic perspective view showing a state in which the auxiliary pockets are installed on the side panel

9 is a cross-sectional view of the state of use of FIG.

10 is a schematic perspective view showing another embodiment of the cultivation pipe

11 and 12 are schematic partial perspective views and plan views thereof showing still another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

1: culture foundation 10,130: connecting rod

11,121,131: Sharpener 12,132: Guide groove

13,133: bar hook 14: support protrusion

20,90,100: Side panel 21,91,101,122: Vent hole

22,92,102,105: Coupling hole 23,93,103: Pocket

24,94,104: penetrating part 30: finishing panel

31: coupling protrusion 32: coupling groove

40: manned rod 50: panel support

51: support 52,72: connection

60,120: Planter 70: Planterholder

71: retaining ring 73: support end

80: fixed bar 81: support ring

82: spacing unit 95: planting support groove

110: secondary pocket 111: first secondary pocket

113: second auxiliary pocket 115: third auxiliary pocket

123: first pipe 124: fastening protrusion

125: second pipe 126: fastening groove

127: hinge portion 134: auxiliary guide groove

140: plate

Claims (4)

Connecting rods 10 and 130 which are arranged and fixed at equal intervals on the ground, and having rod rings 13 and 133 formed on outer surfaces thereof, and guide grooves 12 and 132 formed along both sides thereof; A plurality of vent holes 21, 91, 101 are formed at equal intervals, and both ends thereof are inserted into the guide grooves 12, 1332 of the connecting rods 10 and 130, respectively at four corner portions. Coupling holes 22, 92, 102 are formed, and through parts 24, 94, 104 are formed so that both sides penetrate, and crops are formed outside the through parts 24, 94, 104. Side panels 20, 90, 100 with pockets 23, 93, 103 formed around the perforations 24, 94, 104 of the outer surface to grow; Coupling protrusions 31 are formed on upper and lower sides of the side panels 20, 90, and 100 so as to be coupled to the coupling holes 22, 92, and 102 of the side panels 20, 90, 100, respectively. The finishing panels 30 to form a closed inner space with all four sides; A attracting rod 40 inserted into the bar rings 13 and 133 of the connecting rod 10 and 130 and fixed to the ground to guide the growth of the crop; Both ends are fixed to the ground and the support part 51 for supporting the outer surface of the pair of side panels 20, 90, 100 facing each other and the connection portion 52 connected integrally to the upper end of the support part 51 Panel support 50 made; A plurality of vent holes 62 and 122 are formed at the periphery and along the arrangement direction of the side panels 20, 90 and 100 on the ground between the pair of side panels 20, 90 and 100. A plurality of sharp parts 61 and 121 are formed at the bottom so that a plurality of them are arranged and fixed, and hollow cultivation pipes 60 and 120 in which crops of hydrangea are grown; It is coupled to the cultivation pipe (60) (120) and is supported on the side panels 20, 90, 100 to maintain the spacing of the cultivation pipe (60) (120) and cultivation pipe (60) (120) Growing pipe holder (70) to prevent them from falling; The granular crop cultivation apparatus provided with a pocket, characterized in that consisting of. The method of claim 1, wherein the plurality of coupling holes 105 formed in the side panel 100 above the pocket 103, A granular crop cultivation apparatus provided with a pocket, characterized in that the plurality of auxiliary pockets (110) having a gradually smaller size toward the upper side is coupled. According to claim 1, The cultivation pipe 120, It is provided with a first cultivation pipe 123 and a second cultivation pipe (125) bisected along its longitudinal direction, The first cultivation pipe 123 and the second cultivation pipe 125 are connected to the hinge portion 127 to open and close each other, Cultivated granular crop cultivation provided with a pocket, characterized in that the fastening protrusion 124 and the fastening groove 126 are formed at the free ends of the first cultivation pipe 123 and the second cultivation pipe 125 so that they are fastened to each other. Device. The method of claim 1, In order to partition the internal space consisting of the side panels 20 and the closing panel 30, Auxiliary guide grooves 134 are formed on corresponding inner surfaces of the connecting table 130, A pair of granular crop cultivation apparatus provided with a pocket, characterized in that both ends of the diaphragm 140 is coupled to the pair of auxiliary guide grooves 134 facing each other.

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