KR101823253B1 - Individual ports and strawberry seedling cultivation method using the same goseol formal place for a strawberry nursery place. - Google Patents

Abstract

The present invention is intended to produce a uniform and healthy strawberry seedlings by leaving the harvested seedlings in the strawberry seed growing bed and then planting the seedlings of the runner originating from the seedlings in individual seedling pots.
In addition, the nutritional growth of strawberry seedlings should be converted into reproductive growth and induce strawberry flower bud differentiation.
The present invention provides an individual seedling pot for strawberry in situ seedlings for seedling the strawberry seedlings, inserting the individual seedling pots in the strawberry seed growing bed, and inducing runners generated from strawberry seedlings to the individual seedling pots to grow strawberry seedlings.
The individual seedling pot has a hollow body, a rib formed on an outer surface of the body, a protrusion formed with a hole on one side of the body, and a water hole having a size of 3-8 mm formed on one side of the body, And two to five root holes formed at a lower vertex portion of the lower portion of the body. In addition, the body of the individual seedling pot has a slope of 30 to 65 degrees obliquely to the side of the lower body with respect to the horizontal plane of the upper opening.

Description

(Individual ports and strawberry seedling cultivation method using the same goseol formal place for a strawberry nursery place.)

The present invention relates to a method of cultivating a strawberry using a separate seedling pot for seedling a strawberry using individual seedling pots and then seeding the strawberry seedlings in situ to induce flower bud differentiation.

Strawberry cultivation using the individual seedling pots is a method in which strawberry seedlings are nurtured in individual seedling pots arranged at regular intervals on the medium of the high cultivation apparatus. In the above seedling method, the occurrence of the rectilinear muscle of the strawberry seedlings is small due to the individual seedling pot, and root growth is inhibited by the restriction of the rootstock. When the strawberry seedlings are settled in the place where the individual seedling pots are located, the rootstock that grows out of the individual seedling pots is removed, thereby inducing flower seedlings so that the berries can bear fruit.

Reducing Labor Strength of Conventional Strawberry The method of nursery cultivation began at the Shimane Agricultural Technology Center in Japan. The abovementioned agricultural technology center established a method of cultivating seedless seedlings by seeding the seedlings of the runner that had been harvested from the strawberry harvest, When the above-mentioned cultivation method is used, there is a disadvantage that the time for harvesting is delayed although the normal seedling period can be shortened.

Conventionally, the strawberry cultivation method was carried out by nurturing strawberry seedlings in the nursery and then transferring the strawberry seedlings back to the facility house to produce strawberries. For this purpose, strawberries are harvested and transferred to a nursery in early June. Then, strawberries are cut to improve the occurrence of runners. At this time, cut the leaf so that the crown part where the growth point is formed is not injured.

The runner generated from the strawberry mothers planted in the nursery produces the seedlings by planting the growth points formed on the runner at the port of the seedling pot plate which is composed of 24 ~ 32 ports integrally. The integrated nursery port plate, in which the above-mentioned seedlings are planted, is filled with soil so that strawberry seedlings can settle.

The strawberry seedlings formed on the integrated type seedling pot plate are transferred to the cultivation greenhouse, which is the field in early September, for the production of strawberries, and they formulate and induce reproductive growth. That is, it is treated at a low temperature or treated with chemicals to promote differentiation of flower buds. If the differentiation of the flower bud is insufficient or not uniform, the flower pot is weak and the yield of the strawberry is decreased.

In the natural state, the flower buds are differentiated by low temperature in the winter, and as the temperature rises in the spring, the growth becomes strong and the flowers bloom to bear fruit. However, the flower bud differentiation of strawberry can be carried out not only by the low temperature but also by other chemical treatment, and the flower bud differentiation is induced also by the severe growth stress due to the rhizome limitation as in the present invention.

Conventionally, strawberry seedlings were managed from autumn of last year, and seedling seedlings of 24 to 32 ports were arranged in a nursery after seedling seedlings were prepared at the beginning of February of that year. Then, They form the mother of the mother.

From mid-May, runners will be attracted to the 24th to 32nd connection port raffles by pins at the time of runner occurrence, then the runner will be cut at the beginning of August. In early September, the graves growing on the connection port are caught and planted in the cultivation pavement.

Such a conventional strawberry seedling method has a difficulty in securing a nursery of large area, and it is difficult to obtain seed seedlings from autumn of last year and to operate a separate nursery until next year.

In addition, since the seedlings are cultivated in the 24 to 32-well-linked seedling pot plate, they are cultivated in an uncultivated state, and there is a difficulty in water management. Also, due to aging of the rural population and shortage of labor, it is difficult to raise seedlings.

In order to grow seedlings without water stress, seedlings are cultivated in a conventional nursery. In order to grow seedlings without moisture stress, the seedlings are grown at the same place in the same place of the strawberry cultivation. It was accumulated in this medium, and it was very difficult to achieve the purpose of 1 flower bud differentiation by excessive nutrition growth in laughter in the summer high temperature.

Korean Utility Model Registration No. 20-0224362 (2001. 03. 07)

Reducing the labor force of strawberries (Japan, 2013.) http://www.agrinews.co.jp/user.php

The present invention has been devised in order to solve the above problems. Specifically, the present invention provides a method of individually preparing a strawberry-derived strawberry-derived strawberry to produce a strawberry, In order to be able to produce the seedlings of flowers in the individual seedlings at the port of the strawberry seedlings.

The individual seedling pots are arranged at regular intervals in the medium of the high cultivation apparatus so that the seedlings and the strawberry cultivation are consecutively performed in one place so that it is possible to omit the work of conveying the strawberry seedlings to greatly reduce labor and expenses.

The present invention does not require a separate nursery for strawberry seedlings, thus solving the problem of inefficient cultivation operation. It is also possible to shorten the copper line by eliminating the step of transplanting the seedlings or seedlings by making the strawberry seedlings grow continuously in one place, thereby preventing the infestation of the pests and thereby reducing various physiological disorders and diseases and improving the seedlings environment, I would say that the purpose is to produce strawberry gravestones.

In order to achieve the above object, the present invention is to seed the strawberry seedlings using individual seedling pots, and to fix them in place. If you do not limit the growth of roots when you grow strawberry seedlings at the subtle grains of strawberry since June, the strawberry grows only in nutrition, so the leaf area grows rapidly and you do not think to make strawberry fruit.

When the seedlings of the strawberry are cultivated using the individual seedling pots, a root is generated in the individual seedling pots, and the first root (straight line) extending outward through the water hole or the root hole of the individual seedling pot There are myriad roots of 2nd and 3rd roots. The above-mentioned rootstock absorbs nutrients sufficiently during the entire period of seedlings by absorbing nutrients and moisture, and grows as an anchor without any stress on nutrients and moisture.

When the strawberry nursery is completed and the ceremony is held in the same place, the individual roots of the seedlings are taken out and the strawberry abandonment is taken out to cut off the roots of the two roots and the roots of the third roots, Only one root is left. I give up the abandonment of the strawberry tomb which left only the rectum immediately to the place where the individual seedling port is extracted.

By planting the above-mentioned strawberry grains in the discharge hole of the individual seedling pot thus pulled, the work of carrying the graves is not performed, and the hand labor can be greatly reduced.

Then, the root roots of the 2nd and 3rd roots that have passed through the root hole through the individual seed pot ports are cut off and only the first roots (rectangles) are left. When the second roots and the third roots are cut off and after a day is over, the new roots start to grow white in the first roots, resulting in a decorative effect, which leads to reproduction.

When growing strawberry seedlings in a bed culture medium of a high-temperature planting apparatus in a high-temperature plant, the ground portion of the strawberry seedlings grows at a height of 30 cm or more in proportion to the length of the rootstock extending to the root hole. However, after removing the roots of the second and third roots to form the strawberry grave, the ground portion of the strawberry grave can not exceed the length of the first roots (the length of the individual roots) of about 10 cm. In other words, the rhizomes are restricted until about 15 days after the completion of the embryo formation, and the seedlings of the strawberry are grown for reproduction. At this time, the flower buds are differentiated by satisfying the condition that the flower buds are differentiated.

In this way, the individual seedling pots are used to limit the rhizosphere, thereby promoting the flower bud differentiation in strawberry by the method of in situ nursery in strawberry high cultivation.

The strawberry in-situ seedlings growing plant of the present invention forms a rectangular planar bed above the ground, and the rectangular planar bed is formed into a vertical frame (40) and a horizontal frame (42). A plurality of side support members 30 are disposed on both sides of the transverse frame 40 to support the transverse frame 40 and both ends of the transverse frame 40 are connected by a transverse frame 42 And an intermediate support member 31 supports the horizontal frame 42 in the middle of the horizontal frame 42.

The lateral support bar 32 is fixed at an intermediate height to connect and fix the middle part between the intermediate support members 31 formed between the side support members 30 on both sides, And an intermediate frame 41 is provided between the intermediate portions of the transverse frame 42 at the other end so that a square rectangular shape of the longitudinal frame 40 and the transverse frame 42 is divided into two in the longitudinal direction and divided into A- Bed is formed.

If the two bed portions are each pitted with two layers of a supporting material such as a vinyl or a film, the middle portion of the supporting material is caught by the intermediate frame 41 so that the both portions are dented, The support material is fixed to the vertical frame 40, the intermediate frame 41 and the horizontal frame 42 with fixtures 51 so as not to move and the straw mat embryo is cultivated by covering the upper part with the depressions of the A bed and the B bed To produce strawberries.

A rectangular upper frame is formed at a predetermined height above the bed on the plane, and the upper frame is supported by an upper supporting member. The upper frame formed on the planar bed is formed with a rectangular upper frame at about 30 to 45 cm to form a multi-layered bed, and the strawberry is produced in situ by using individual seedling pots in the multi- Can be greatly improved.

In addition, an individual seedling pot is inserted into the bed, and strawberry seedlings are nurtured, and then the strawberry is produced in place. The individual seedling pot includes a hollow body having an open top and a rib formed on the body, and a protrusion having a hole on one side of the body; And a water hole having a size of 3 to 8 mm formed on one side of the body. And an individual seedling pot port formed by two to five root holes formed at a lower vertex portion of the lower portion of the body.

In situ seedlings and formulations of the strawberry seedlings using the individual seedling pots of the present invention are made in the medium formed on the bed of the seedling cultivation apparatus and by limiting the rootstock by the individual seedling pots, It can bloom in early November and bear fruits in winter.

The method of forming the seedlings of the strawberry seedlings using the individual seedling pots can form a bed at a certain height and it is not necessary to install the seedlings separately because the seedlings of the strawberry seedlings and the strawberry cultivation can be continuously performed in the medium of the bed. The labor force can be greatly reduced because there is no need to carry the effort.

In addition, it is possible to greatly increase the utilization rate of the farmland of the facility and to increase the production amount by forming the bed in a double layer by using the high cultivation apparatus in the method of forming the seedling of the strawberry.

The individual seedling pots used in the present invention are conical or polygonal in shape and generate rectilinear muscles inside the individual seedling pots, and the rootstock is generated outside the pots to remove the rootstock, and then the individual seedling pots are settled in place. In this way, when the plant is planted, flower bud differentiation becomes possible without any special treatment, so that the fruit can be easily formed.

Also, according to the present invention, it is necessary to mobilize various irrigation methods in order to supply moisture to nurseries such as two correlation numbers and bottom irrigation water. However, according to the present invention, irrigation method (drip irrigation) Saving time and money, and significantly reducing the effort.

In addition, it is easy to manage the nursery and it is possible to produce uniform strawberry seedlings because it is ready for the place where the nursery was grown. All conditions can be kept same as the usual growth environment after the meal, , And there is almost no occurrence of pests.

Fig. 1 is a view showing a seedling plate perspective view
2 is a perspective view of an individual seedling pot of the present invention
Figure 3 is a cross-sectional view of an individual seedling pot of the present invention
Figure 4 is a perspective view of an individual seedling pot port of the present invention,
Fig. 5 is a perspective view of a fresh cultivation apparatus in which a strawberry individual seedling pot
Figure 6 shows the individual seedling port photographs of the present invention
Fig. 7 is a graph showing the growth state of the seedlings cultivated in the individual seedling pot of the present invention
Fig. 8 is a state diagram in which individual seedling pots of the present invention are arranged at regular intervals in a bed of a high-

The present invention enables seedling seedlings and strawberry cultivation to be made in situ at the same time in strawberry cultivation, and an individual seedling pot is used. The method of in situ growing of strawberry seedlings by using the individual seedling pot means to continue seedling and strawberry cultivation in place, and is called "strawberry nurturing method".

Specifically, the present invention allows the seedlings of strawberry to be cultivated using individual seedling pots, and then to remove the root roots of the secondary roots and the third root roots at the time of planting, thereby restricting the rhizospheric rootstock, thereby promoting the differentiation of flower buds to produce uniform strawberries in the winter season .

The method of cultivating the strawberry using the individual seedling pots described above does not require a separate nursery when the strawberry is cultivated. Instead, the strawberry is cultivated and the strawberry seedlings to be cultivated next year are cultivated in situ . At this time, the growth point of the strawberry seedlings generated from the seedlings is guided to the individual seedling pots, and the seedlings are planted, and then the seedlings are planted on the spot. This type of strawberry nursery is called 'the method of strawberry nurturing.'

The body of the individual seedling pot used in the strawberry growing method is made into a conical or polygonal cup shape having a slope of 30 to 65 degrees obliquely to the side of the lower body based on the horizontal plane of the upper opening, .

The individual seedling pots used in the strawberry growing method described above will be described in detail as follows. In the following embodiments, the individual seedling pots in a conical shape will be described. The above description is not limited to the conical shape, and it is not limited to the conical shape. I will belong.

The individual seedling pots are formed in a conical shape with an open upper part and a sharp pointed lower part, and they are inserted at an angle of 30 to 65 ° at an angle when inserting strawberry seedlings into individual seedling pots and inserting the individual seedling pots into a bed.

Hereinafter, the method of in situ seedling and the method of forming strawberry seedlings using the individual seedling pots according to the present invention will be described in detail with reference to the drawings.

FIG. 1 is a perspective view of a seedling plate used for conventional strawberry cultivation, FIG. 2 is a perspective view of an individual seedling pot of the present invention, FIG. 3 is a sectional view of an individual seedling pot of the present invention, And FIG. 5 is a perspective view of a fresh cultivation apparatus in which a strawberry individual seedling pot of the present invention is implanted.

2 to 4, the individual seedling pot 10 is formed by a conical body 9 having an open top and a hollow interior, the body 9 having a height of 8 to 10 cm, It is a conical shape with a diameter of 4 ~ 6cm. 3 to 5 ribs 2 are formed in the body 9 in the up and down directions. The ribs (2) prevent deformation of the body (9) and support the body firmly. A protruding portion 7 having an annular hole 8 is formed on one side of the upper end of the hollow body 9 with its upper portion opened. The annular hole 8 is for withdrawing individual seedling pots with a mechanism such as hooks when preparing seedlings generated from subtle seedlings in individual seedling pots.

One to three water holes 5 of about 3 to 8 mm are formed on one side of the body 9. The water holes serve as water passages and air passages so that the soil of the bed and the soil filled in the individual seedling pots can maintain moisture equilibrium with each other. In other words, the water hole (5) maintains the equilibrium state of the inside of the pot and the water when water is supplied to the bed when the seedling of the strawberry grows at the individual seedling pot, and water is supplied to the seedlings of the strawberry The state becomes a role.

In addition, two to five root holes 3 are formed around the lower vertex of the lower part of the body 9, and the root roots of the strawberry embryo are grown extensively through the root hole 3 outside the body 9 of the individual seedling pot. Preferably, three root holes 3 are formed, and one of the three root holes 3 is formed at substantially the same height as the inner bottom surface of the body 9, so that water is not accumulated on the inner bottom surface of the body do.

When the individual seedling pots are planted with a runner of strawberry planted and cultivated until the planting, and when the runner is grown for 45 days to 90 days at the individual seedling pot, a plurality of rectangles of strawberry seedlings grow inside the individual seedling pot. Outside the root hole (3), there are numerous roots growing from the rectilinear inside the individual seedling pot. The seedlings planted in the individual seedling pots are grown for 45 to 90 days. Then, the strawberry seedlings are extracted and the strawberry seedlings are planted in the place where the individual seedling pots were located. At this time, the roots of the strawberry grown up to the outside of the individual seedling pot are cut off, and the strawberry seedlings are subjected to physiological stress. As a result of the short-stemmed stress caused by the cut-off of the stem, the strawberry seedlings are transformed from nutrition to reproductive growth, and the flower buds are differentiated to prepare flowers and berry.

As described above, when the flower buds are differentiated by the short-term treatment, numerous roots grow outward from the root holes formed in the conical or polygonal cup-shaped pots (individual seedling pots), and when finishing the seedlings, It will be released and formalized. As described above, when all the roots are cut off, the strawberry seedlings suffer from difficulties in growing the roots at the same time. However, as the roots of the roots develop again, the roots of the seedlings are differentiated due to stress and changes in the growth environment. will be.

After 45 ~ 50 days after the flower bud is differentiated as above, the fruit of strawberry can be harvested. It is about 50 ~ 60 days after removing the strawberry seedlings from the individual seedling pot.

The individual seedling pots in which the strawberry seedlings grow are planted on a bed of high cultivation in parallel with a series of subtleties left after harvesting the strawberry with the strawberry cultivation.

The apparatus for cultivating strawberry onyx seedlings according to the present invention forms a rectangular planar bed on the upper side of the ground, and the rectangular bed has horizontal frames (42) on both ends of a vertical frame (40) Is formed on a rectangular frame to which the frame is coupled and fixed. The vertical frame 40 supports a plurality of side support members 30 from the ground in both lengthwise directions of the vertical frame and an intermediate support member 31 is interposed between the horizontal frames 42, .

The intermediate support member 31 formed between the side support members 30 at both ends of the bed supports the transverse frame 42 and is supported parallel to the lower side of the transverse frame 42 by a side support member 30, The member 31 is fixed at the intermediate height by the bar supporting bar 32. [ An intermediate frame 41 is provided between the intermediate portion of the transverse frame 42 and the intermediate portion of the transverse frame 42 at the other end of the bed so that the rectangular shape of the longitudinal frame 40 and the transverse frame 42 Direction and divided into A bed and B bed to form a planar bed.

If the areas of the two beds A and B are each pitted with two layers of a supporting material such as vinyl or a film, the middle part of the supporting material is caught by the intermediate frame 41 so that the both areas are dented, The supporting material such as a film is fixed to the vertical frame 40, the intermediate frame 41 and the horizontal frame 42 with fixing members 51 so as not to move, and the upper and lower portions of the A and B beds are covered, The seedlings are grown to produce strawberries.

The A bed and the B bed are filled with soil, and individual seedling pots are inserted into the bed at regular intervals to the bed to allow the strawberry seedlings to grow. Individual seedling ports 11 and 13, 15 and 17 are inserted into the A bed, and individual seedling ports 12, 14, 16 and 18 are inserted into the B bed. Also, in the A bed and the B bed, three to five drop hoses 80 for the irrigation water are disposed between the lines of the individual drop port and the drop hose 80 is provided with a cock 90 capable of adjusting the amount of water . Also, the load supporting bar 70 supports the bed so that the beds A and B are not hung downward. Also, the side support members 30 on both sides connect the side support members 30 vertically from the ground to the connecting bars 43, thereby structurally strengthening the high-level cultivation apparatus.

In the strawberry cultivation of the present invention, individual seedling pots are inserted into the bed, and strawberry seedlings are nurtured, and then the strawberry is produced in place. The individual seedling pot includes a hollow body having an open top and ribs formed on an outer surface of the body, and a protrusion having a hole on one side of the body; And a water hole having a size of 3 to 8 mm formed on one side of the body. And an individual seedling pot port formed by two to five root holes formed at a lower vertex portion of the lower portion of the body.

In order to produce the seedlings for the production of strawberries, the strawberry seedlings which have been harvested in the year are left in the bed of the high-growing plant, Leave two lines of subtlety. At this time, remove the leaf of the strawberry so that the growth point is not damaged so that the runner can be generated from the seedling, and then the seedling port of 3 ~ 5 lines is inserted parallel to each other so as to plant the runner generated from the seedling. .

It is preferable that the individual seedling pots are arranged on both sides of the medium on which two rows of seedling are planted, and three rows are arranged outwardly of each seedling (13, 15, 17 or 14, 16, 18). If more individual seedling pots are installed, it will be difficult to work because the area of the high growing bed is increased, and the efficiency of strawberry production will be lowered if the number is lower. In that case, a total of six lines of individual seedling ports are placed on both sides of the subtlety.

 An individual seedling pot is inserted in the medium of the above-mentioned cultivation bed at regular intervals and filled with soil. Then, the first runner generated in the two lines of subtlety is planted in each of three lines of left and right primary individual seedling ports (13, 15, 17 and 14, 16, 18). Then, the first runner generated in the subtleties will be planted on the six rows of left and right primary individual seedling ports (13, 15, 17 and 14, 16, 18) placed on both sides of the two lines.

As the roots of the first runner are settled, the growth stem of the runner is cut off, and two lines of subtleties are removed from the bed medium. Then, two rows of second individual seedling ports (11, 12) .

A second runner is generated from the individual seedling pot ports 13 and 14 among the six rows of the first individual seedling pots 13, 15, 17 and 14, 16, 18 planted with the primary runner, Are planted in the second individual seedling pots (11, 12) arranged and removed. At this time, the second runner extending from the first individual seedling port 13 is planted in the second individual seedling port 11, and the second runner extending from the first individual seedling port 14 is planted in the second individual seedling port 12. The first runner is planted in the first individual seedling pot and then the plant is planted between about 12 and 18 days. The planting time of the first runner and the second runner is about mid-June, The seedlings from the runner and the second runner are drawn from the primary and secondary individual seedling ports between 45 and 90 days and settled in the respective seedling port.

The strawberry seedlings thus prepared are completed at about 15 days after seeding, and harvested at 45 to 60 days after seeding. The first period of strawberry eruption is around mid September, and the first strawberry harvest is in early November.

After that, the flower buds will continue to grow in the seedlings of strawberries, flower buds will be formed, and strawberries will be formed, and strawberries will be harvested until mid May of the following year.

After the middle of May, only the subtleties for the production of the seedlings will be left for the production of strawberries next year.

6 is a photograph of individual seedling pots of the present invention, Fig. 7 is a growth state diagram of seedlings cultivated in individual seedling pots of the present invention, and Fig. 8 is a view showing the individual seedling pots of the present invention, Respectively.

Thus, by continuing the cultivation of strawberry seedlings and strawberry cultivation in the medium of strawberry cultivation bed, it is possible to solve the problem of separately operating the nurseries and reduce the labor of transporting the strawberry seedlings for the seedlings and formalities, . In addition, since the strawberry seedlings are not transferred, the infestation of disease pests can be prevented from origin, and the cost and effort can be greatly reduced because the high-grade cultivation facility and the irrigation facilities can be used as they are.

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2: rib 3: root hole 5: water hole
7: protruding portion 8: hook hole 9: body 10: individual seedling port
11, 12: Second individual seedling pot
13, 15, 17: Left primary individual seedling port
14, 16, 18: Right 1st individual seedling port
30: side support member 31: intermediate support member 32: lateral support bar
40: vertical frame 41: intermediate frame 42: horizontal frame
43: connecting bar 51: fastener 70: load bearing bar
80: Drip hose 90: Cork

Claims (11)

In the individual seedling pots of the strawberry high cultivation device which enables the seedling cultivation of the strawberry seedlings and the cultivation in one place,
The individual seedling pot is formed by a conical body having an open upper portion and a hollow interior. The body has three to five ribs for supporting the body, and at the upper end of the body, an individual seedling pot A protruding portion formed with a loop hole is formed so as to be easily drawn out,
And one to three water holes of about 3 to 8 mm are formed on one side of the upper part of the body so that the soil of the bed of the strawberry cultivation apparatus and the soil filled in the individual seedling pots can act as a water passage for moisture balance ,
2 to 5 root holes are formed around the lower vertex of the body so that the root roots of the strawberry seed can grow outside the body,
One root hole of the root holes is formed to have the same height as the inner bottom surface of the body than the other root holes so that water is not accumulated on the inner bottom surface of the body,
And the strawberry seedlings are pulled out from the individual seedling pots so that the rootstock grown out of the root hole is cut off, and the strawberry seedlings are planted in the place where the individual seedling pots were located. Strawberry cultivation equipment using seedling pot.
The method according to claim 1,
The planar bed of the strawberry cultivation apparatus has a rectangular frame in which a horizontal frame (42) is fixed to both ends of a vertical frame (40) formed at regular intervals in parallel,
The vertical frame 40 supports a plurality of side support members 30 from the ground in both lengthwise directions of the vertical frame and an intermediate support member 31 is interposed between the horizontal frames 42, Lt; / RTI >
The side support member 30 and the intermediate support member 31 are fixed at a middle height of the transverse support bar 32 below the transverse frame 42,
An intermediate frame 41 is provided between the middle portion of the horizontal frame 42 and the middle portion of the horizontal frame 42 at the other end of the bed so that a rectangular rectangular shape of the vertical frame 40 and the horizontal frame 42, The bed is divided into the A bed and the B bed to form a flat bed,
The areas of the two beds A and B are dented with a support material comprising a rigid vinyl or film, the intermediate part of the support material hung by the intermediate frame 41 soaring high that both sides are recessed, The support material including the film is fixed to the vertical frame 40, the intermediate frame 41 and the horizontal frame 42 with fixtures 51 respectively so as to fill the depressions of the A-bed and the B-bed, Wherein the individual seedling pots are inserted into the soil of the bed of the strawberry seedlings so that the strawberry seedlings can grow.
delete 3. The method of claim 2,
The individual seedling pots inserted at regular intervals in the medium of the above-mentioned cultivation bed were filled with the soil, and the first runner generated in the submerged cultivation was placed on the outer side three rows of left and right primary individual seedling ports 13, , 17 and 14, 16, 18) of the first row of individual seedling pots (13, 15, 17 and 14, 16, 18) arranged on both sides of the above- Wherein the seedling is planted by planting a tea runner, and then the strawberry seedlings are pulled out from the individual seedling pots to remove the root roots, and then the seedlings are formulated in the place where the individual seedling pots are located to induce flower bud differentiation.
5. The method of claim 4,
As the roots of the first runner are settled, the growth stem of the runner is cut off, and two lines of subtleties are removed from the bed medium. Then, two rows of second individual seedling ports (11, 12) And,
The secondary runners generated from the individual seedling ports 13 and 14 among the six rows of the left and right primary individual seedling ports 13, 15, 17 and 14, 16 and 18 planted with the primary runner remove the subtleties The second runner extending from the first individual seedling port 13 is injected into the second individual seedling port 11 in the second individual seedling pots 11 and 12, Are individually cultivated in the second individual seedling pot 12, and the strawberry seedlings are pulled out from the individual seedling pots to remove the root roots, and the individual seedling pot is induced to form flower buds in the place where the individual seedling pots were located. Used strawberry cultivation equipment.
delete The method according to claim 1,
The formal strawberry seedlings are harvested at about 15 days after the planting, and harvested at 45 to 60 days after the flower bud differentiation. In the miraculous manner, the first flower-budding period of strawberry seedlings is around the middle of September ,
The first strawberry is harvested from the beginning of November to the middle of May of the following year.
8. The method of claim 7,
After the middle of May, only the subtle seedlings for the production of the seedlings are left for the production of the strawberry next year, and the strawberry is cultivated using individual seedling pots, Device.



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