KR102095127B1 - The Seedling connection pot in high position of Growth Strawberry hydroponics to Improved cultivation efficiency - Google Patents

Abstract

The present invention relates to a seedling connection port, which induces rooting of a runner generated from a mother plant during strawberry seedling to allow seedling to be easily rooted in a connection port. According to the present invention, a port body (1) is provided in a longitudinal direction, and at least one port (3) having a trapezoidal port hole (2) with an engraved groove (2a) filled with soil is symmetrically provided at both symmetrical sides of the center of the port body (1). A water discharge drain hole (3b) is provided at the center of a bottom surface of the port (3) and a ground support locking port (8) is provided at an edge outer surface of the water discharge drain hole (3b). Horizontal and vertical drip hose accommodation grooves (4, 5) into which a drip hose (H) is inserted, are provided between each port hole (2). Also, a water supply path (10) of an engraved shape for supplying water into the port (3) is provided in the horizontal and vertical drip hose accommodation grooves (4, 5). At least one runner locking hook (6) is provided at an outer circumferential surface of an upper surface port hole (2) of the port body (1). The horizontal and vertical drip hose accommodation grooves (4, 5) have a space (S) formed to be deeper than the diameter of an outer surface (H-1) of the drip hose (H) not to allow the outer surface (H-1) of the drip hose (H) and a runner (1b) locked and fixed to the locking hook (6) to be in contact with or adjacent to each other. When the rooting of seedling is induced to each connection port by the runner in a mother plant pot, the runner can be fixed without a separate pin work by a hook provided for rooting of the runner to each port.

Description

The Seedling connection pot in high position of Growth Strawberry hydroponics to Improved cultivation efficiency}

The present invention relates to a seedling connection port that allows the seedlings to be easily rooted in the connection port by inducing rooting of the runner generated in the mother liquor during strawberry seedling. More specifically, it is easy and simple to manage the runner growing in the parent even in a small area. In the meantime, it made it possible to install the strawberry seedling connection port for snow cultivation, which improved the cultivation efficiency by allowing the seedlings to take root in the seedling connection port, and improving the growth, expansion, and prevention of burner (thermal burn) by heat.

Strawberries, which are usually distributed on the market, are one of the fruits preferred by consumers due to their excellent taste and nutrition, and their demand is increasing every year.

In order to increase the yield of strawberries, plant the strawberry seedlings in pots so that the seedlings grow by the runners growing on both sides of the strawberry mothers to become mothers, so that the runners are usually attracted with pins to the connection ports provided on both sides of the pots. It is common to cut each runner after a certain period of time after rooting it in the roots, and pick out the seedlings located in the connection port and settle in this package.

For this reason, in the current farmhouse, strawberries grown in a house with a small area are multiplied by a young seedling from the mother's runner to the pot, and then the hostage grown to a certain extent in this pot is installed on the soil or a separate pedestal at the bottom of the house. Cultivation of potted plants, or cultivation on the floor of the house, has a high possibility of spreading various infectious diseases and the worker's posture when harvesting strawberries is inconvenient. Is spreading.

In recent years, we have devoted ourselves to producing seedlings by runners in the mother liquor in order to increase the strawberry production method. In order to increase the production efficiency of these seedlings, it is a necessary step. There is a need for a means to increase the production and management efficiency of the prior art, and various types of prior art related to a method and apparatus capable of efficiently producing such a conventional strawberry seedling are known.

As an example, in Korean Patent Registration No. 10-1645455 (published date: 2016.08.04.), “In the individual nursery pot for strawberry in-situ nursery, the individual nursery pot has a height of 8 ~ 10cm with the upper part open and the inside hollow. The body 9 having a diameter of 4 to 6 cm: and the body has an inclination at an angle of 30 to 65 degrees at an angle to the lower body with respect to the horizontal surface of the upper opening, and 3 to 4 formed in the longitudinal direction on the outer surface of the body. Five ribs (2): and a projection (8) with a ring hole (8) formed on the upper side of the body; And 1 to 3 moisture holes 5 having a diameter of 3 to 8 mm, which is a hole for the passage of moisture on the upper side of the body. And 2 to 5 root holes (3) formed in the lower apex area below the body; And one of the root holes formed at the bottom of the body is formed at the same height as the bottom surface inside the body so that water does not accumulate inside the body.

In addition, in Korean Patent Application Publication No. 10-1848710 (published date: April 13, 2018), “The base plate (2) lying horizontally and the base plate (2) with a conical casing with an open top are left and right. Consisting of multiple rows, the plurality of individual ports 13 are formed at regular intervals before and after, and the base plate 2 is formed with a central waterway 3 in the front-rear direction along the left and right individual ports 13 on the upper surface. A plurality of branch channels 4 are formed at regular intervals before and after the front and rear individual ports 13 intersect with the central channel 3 in the left and right directions, and the central channel 3 and the branch channel 4 are in close proximity. The individual ports 13 are connected via connecting channels 5a and 5b, and fasteners 10 are protruded at the corners of the lower surface of the base plate 2, so that the front and rear sides of the other base plates 2 are formed. Or for the strawberry seedlings that are connected to the right and left and connected to the fastener (10) is fitted into the connector (11) In the cultivation port, the individual ports 13 are formed with a plurality of locking projections 14 radially downward to the outer circumferential surface of the lower end portion, but the plurality of locking projections 14 have a lower end contacting each other to the lower end. Increasingly, it is formed with a sharp tip, and a small root hole 15 is perforated on the lower outer circumferential surface of the individual ports 13 between the plurality of locking protrusions 14, and the base plate 2 is a front and rear end of the central waterway 3 When the plurality of base plates (2) are open and connected horizontally, the front and rear ends of the central waterway (3) communicate with each other, and the lower part of the water supply pipe (6) along the inside of the central waterway (3) Prefabricated, characterized in that the central waterway (3) has a high height of the part intersecting each branch waterway (4) and gradually lowers toward the part where each connecting waterway (5a) is formed. Cultivation port for strawberry seedling. ” High,

In addition, in the Korean Registered Utility Model Publication No. 20-0267696 (published date: 2002.03.12.), In a typical strawberry seedling pot, a plurality of through holes with a small diameter on the upper surface 110 of the port 100 ( 112, 114, 116, 118) are formed, and the lower portion of the port 100 is a pot for strawberry seedling characterized in that an extended leg 130 is formed so that the bottom of the port 120 is floating from the ground. ”

In addition, the domestic registered utility model publication No. 20-0474371 (published date: 2014.09.12.) “A tapered port that is formed at regular intervals on a rectangular body (1) and has a wide upper entrance and a narrower bottom. In the well-known seedling port in which a plurality of (2) are formed, between the handle groove (1a) opened upward from the square of the plate body (1), and between the port (2) and the port arranged horizontally in the plate body It is formed in, has a bottom surface (3a) of a certain depth, the upper side of the bottom surface (3a) is formed with a higher wall than the wall (3b) (3c) is formed as an arc-shaped groove in the upper arc-shaped groove ( 3b ') (3c') is formed, the bottom surface (3a) of the water supply groove (3d) (3e) is formed to be connected to the port main wall of both sides from the main wall of both sides, the water supply pipe support projection (3f) on the bottom surface, The intermediate wall (3g) is formed is a water supply groove (3) for receiving the water to be supplied to the port,

It is formed between the main walls of the port (2) disposed on both sides of the water supply groove, and between the ports, the water supply grooves (4) (4a) between the ports on the same side communicate with each other, and between the ports on both sides of the water supply groove (3). A plurality of intermediate water supply grooves (5) (5a) formed by a water supply groove (4), and a water supply pipe (6) stacked on the water supply groove (3) and formed with a plurality of falling holes (6a) toward the water supply groove And, a fixed ring fixing hole (9a) to be fixed to the lower end of the fixing ring (9) is perforated in the plate body (1) on both sides of the upper end of the middle wall (3g) of the water supply groove (3) ), And each port (2) 5 to 6 are arranged at regular intervals along the inner circumferential wall (2a), and the root guiding protrusions (2b) of longitudinal protrusions projecting inward from the outside of the main wall and leading from the entrance to the bottom. , Main wall drain port (2c) and bottom drain port (2d) formed at the bottom and bottom of the main wall of the port, and the plate body (1) avoiding the place where the port is formed The vent holes that are generated (7) and a plate body (1) is connected for strawberry seedlings consisting of the mounting base (8), mounted port "is known.

As described above, in the Patent Publication No. 10-1645455, a method of inserting individual ports into the grooves by inserting the individual ports into the grooves by forming grooves accommodating several individual ports at regular intervals on the upper side while filling the soil is individually inserted. There is a problem that pin work must be performed separately when the mausoleum grows by the runner in the mother's head and is moved to the individual port.

As described above, in the registered patent publication Nos. 10-1848710, Utility Model Publication Nos. 20-0267696 and 20-0474371, the seedlings can be transplanted to each port by the dropping hose and runner while the connection port is filled with soil. When the mausoleum grows by the runner in the mother's limb, when it is moved to the connection port, there is a problem that a separate pin operation is required to attract to each port, and if you want to expand the runner additionally, you have to rebuild the entire snow cultivation facility again. There is also a troublesome problem, and there is also a problem that invasion of pests is easily caused due to a scattering phenomenon caused by a thermal image at the crossing part of the drop hose and runner by direct sunlight. have.

(Patent Document 1), Domestic Registered Patent Publication No. 10-1645455 (Publication date: 2016.08.04.) (Patent Document 2) · Domestic Registered Patent Publication No. 10-1848710 (Publication date: 2018.04.13.) (Patent Document 3) · Domestic Registration Utility Model Publication No. 20-0267696 (Date of Publication: 2002.03.12.) (Patent Document 4), Domestic Public Utility Model Publication No. 20-0474371 (Publication date: 2014.09.12.)

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The present invention has been devised to solve the above-mentioned general defects as described above, and is provided with a space by a longitudinal and transverse drop hose receiving groove so that the drop hose supplied to the connection port and the runner growing in the parent do not contact each other. In addition to suppressing the run-off of the runner stem due to heat generated from the drip hose, it is possible to omit a separate pin operation when fixing the seedling generated in the parent to the connection port and prevent damage to the runner jammed in the hook. It is equipped with a groove that can be made, and induces additional production of a runner so that an additional connection port can be fitted. In addition, a guide rail is provided inside the port at the connection port to prevent rotation of the roots and to induce vertical growth. , Improved cultivation efficiency with soil guide plate to prevent unnecessary soil filling when filling soil quickly in connection port To provide baeyong strawberry seedlings connection port has its main purpose.

The present invention, as shown in Figures 1 to 9, a strawberry seedling connection port for high-cultivation strawberry seedling that induces rooting through the runner (1b) generated in the parent stock (1a) when raising the strawberry grown in a high-cultivation method as a connection port (A) In, the port body (1) in the longitudinal direction, the center of the port body (1) symmetrically opposite the center of the port port (2) having an intaglio groove (2a) is filled with a trapezoidal port (3) ), And at the center of the bottom surface of the port 3, a drain hole 3b for discharging water and a locking hole 8 for supporting the ground are provided on the outer surface of the edge of the drain hole 3b. A vertical and horizontal drop hose receiving groove (4) (5) in which a drop hose (H) is inserted between the balls (2) is provided, and the vertical and horizontal drop hose receiving groove (4) (5) has the port (3). ), Each of which is provided with a water supply path (10) in the form of an intaglio in which water is supplied, and the top of the port body (1) of the port hole (2) One or more runner hooking hooks 6 are provided on the main surface, and the longitudinal and transverse drop hose accommodating grooves 4 and 5 are provided on the outer surface H-1 and the hooking hook 6 of the dropping hose H. It is configured such that the space S is formed deeper than the diameter of the outer surface H-1 of the drop hose H so that the jammed and fixed runner 1b is not in contact with or close to each other.

In addition, the hook hook 6 is a port hole (1) of the port body (1) in order to prevent the runner (1b) generated in the parent (1a) uniform direction induction and damage to the runner (1b) 2) A vertical bracket 6a having a protruding shape is provided on the outer circumferential surface, a horizontal bracket 6b is provided on the other side of the vertical bracket 6a, and a locking jaw having an inclined surface is provided at one end of the horizontal bracket 6b ( 6c) and a locking inlet space (6e), the lower side of the locking jaw (6c) is formed through the receiving groove (6d),

In addition, each of the engaging hooks 6 facing each other based on the outer circumferential surface of the port hole 2 for guiding the runner 1b generated in the parent column 1a in a uniform direction in the engaging entry space 6e Consists of the jamming space (6e) in the opposite direction,

In addition, the port body (1) is provided with a locking groove (7) on the outer surface of the border of the port body (1) to improve the cultivation efficiency of the runner (1b) in a narrow space, the individual ports (20) can be selectively installed Is configured to

In addition, the inner surface of the port (3) is configured to protrude one or more guide rails (9) to grow the runner (1b) to increase the rooting force of the roots and promote the rooting speed of the roots when settled elsewhere. And

In addition, on the upper surface of the port body (1), when filling soil in the port hole (2) of the port (3), vertical and horizontal drip hose receiving grooves (4) (5), water supply path (10), The port body (1) and the hook (6) are provided with a soil guide plate (30) to prevent soil from filling, and the soil guide plate (30) is provided with a guide body (31) in the longitudinal direction. The center of both sides of the body 31 is symmetrically provided with at least one guide port 33 having a through hole 32 so that the soil can be guided to the bottom port hole 2 while being guided, and each guide is provided. The port 33 is configured to be engaged while being in contact with the center inner surface of the port hole 2 of the port body 1,

In addition, the port (3) is composed of a strawberry seedling connection port for cultivation of snow that promotes cultivation efficiency, characterized in that the port body (1) is configured in 12 or more ports according to the use environment and conditions.

The connection port of strawberry seedlings for cultivation of snow that has improved the cultivation efficiency configured as described above, when the seedling is induced by the runner in the parent plant pot with the soil filled in the connection port, the root of the runner in each port when root rooting is induced in each connection port. It has the advantage of increasing the work efficiency by allowing the runner to be inserted and fixed without any separate pin work by the hooking hook provided with the jamming space and the receiving groove so that it can be settled.

In addition, it increases the productivity of runners without the need to install additional structures, as well as increases the runner's production volume by a locking groove that can additionally install individual ports in the form of a runner to induce additional production of runners outside the connection port. Has the advantage of being able to

In addition, when the drip hose for water supply installed in the connection port and the runner cross, the temperature inside the drip hose increases by direct sunlight, and the vertical and transverse drop hoses block contact with the runner due to the temperature difference on the outer surface of the drip hose. It is a great invention that the expectation is really great, such as having a receiving groove to prevent runners from sweeping and preventing the infestation of pests, thereby reducing production costs and reducing installation costs, thereby improving product competitiveness and growing efficiency. to be.

1 is an exemplary view showing a preferred embodiment of the present invention
Figure 2 is an exemplary view showing a preferred embodiment of the connection port of the present invention
Figure 3 is an exemplary view of the embodiment viewed from the front and side of the present invention
Figure 4 is an enlarged illustration of a partial fracture of the connection port of the present invention
Figure 5 is a partial broken example and plan view of the connection port of the present invention
Figure 6 is an exemplary embodiment and side sectional view showing the installation of individual ports in the locking groove of the present invention
Figure 7 is an exemplary view of the state of implementation of the soil guide plate connection port of the present invention
Figure 8 is an exemplary view showing another embodiment of Figure 7 of the present invention
Figure 9 is an exemplary view showing a partial side cross-section operating state of Figure 8 of the present invention.

When explaining in detail with reference to the accompanying drawings, a specific embodiment of the present invention are as follows.

As shown in FIG. 1, in the strawberry seedling connection port for cultivation of strawberries, which induces rooting of the runner (1b) generated in the parent stock (1a) when the strawberry is grown in a cultivation method by the connection port (A),

As shown in Figures 2 to 6 provided with a port body (1) in the longitudinal direction, the port hole (2) having a concave groove (2a) filled with soil symmetrically to the center of both sides of the port body (1) At least one port (3) provided in a trapezoidal shape is provided,

The center of the bottom surface of the port (3) is provided with a drain hole (3b) for draining water and a locking hole (8) for supporting the ground on the outer surface of the edge of the drain hole (3b),

Between each port hole (2) is provided with a vertical and horizontal drop hose receiving groove (4) (5) in which a drop hose (H) is inserted,

The longitudinal and transverse hose receiving grooves (4) (5) are each provided with a water supply path (10) in the form of an engraved shape, through which water is supplied to the inside of the port (3),

On the outer circumferential surface of the port hole (2) of the upper surface of the port body (1) is provided with at least one runner hook (6),

As shown in Figure 4, the vertical and horizontal drop hose receiving groove (4) (5),

Space deeper than the diameter of the outer surface (H-1) of the dropping hose (H) so that the outer surface (H-1) of the dropping hose (H) and the runner (1b) fixed to the hooking hook (6) are not in contact with or close to each other (S) is configured to be formed.

In addition, as shown in Figures 4 to 5, the hook 6 is in order to guide the runner (1b) generated in the parent (1a) in a uniform direction and prevent damage to the runner (1b),

On the outer peripheral surface of the port hole (2) of the port body (1) is provided with a vertical bracket (6a) of the projecting form, provided with a horizontal bracket (6b) to the other side of the vertical bracket (6a),

One end of the horizontal bracket (6b) is provided with a locking jaw (6c) having a slanted surface and a locking inlet space (6e), the lower side of the locking jaw (6c) is preferably formed through the through hole (6d) ,

In addition, as shown in FIGS. 4 to 5, the locking inlet space 6e faces each other based on the outer circumferential surface of the port hole 2 for uniform direction induction of the runner 1b generated in the parent column 1a. Viewing each hook (6) can be configured in the opposite direction to each other, the engaging space (6e),

In addition, as shown in Figure 6, the port body (1) is provided with a locking groove (7) on the outer surface of the rim of the port body (1) so as to improve the cultivation efficiency of the runner (1b) in a narrow space, individual ports ( 20) is preferably composed of a removable type,

In addition, as shown in FIG. 5, one or more guide rails (9) are provided on the inner surface of the port (3) to grow the runner (1b) to increase root firmness and promote rooting speed when settling elsewhere. ) May be configured to protrude,

In addition, as shown in FIGS. 7 to 8, when the soil is filled in the port hole 2 of the port 3 on the upper surface of the port body 1, the vertical and horizontal drop hose accommodating grooves 4 (( 5), the water supply path 10, the port body (1) and the hook (6) is provided with a soil guide plate (30) so that the soil does not fill, the soil guide plate (30), guide in the longitudinal direction A guide port (33) having a body (31), but having a through hole (32) through which the soil is guided symmetrically at both sides of the center of the guide body (31) so as to be introduced into the bottom port hole (2) ), Each guide port 33 is preferably configured to be locked while contacting the center inner surface of the port hole 2 of the port body 1,

In addition, the port (3) may be configured in the port body 1 or more than 12 spheres according to the use environment and conditions.

As shown in Fig. 1, in the cultivation method of heavy snow, the runner 1b, which grows in the pot (1a), which is usually installed on the vertical and horizontal supports, is connected to the connection port (A) installed on one side or both sides depending on the working environment and conditions. When rooting is induced,

As shown in Figure 2, the port hole (2) when the runner (1b) grows and moves to the port (3) with a port hole (2) provided symmetrically on both sides in a square shape of 12 or more in the longitudinal direction. ) In order to facilitate rooting of the runner 1b with soil in the state in which the soil is applied, the hook chuck 6 having one or more hook-in spaces 6e is provided on the outer circumferential surface of the port hole 2 The runner (1b) stem with a vertical bracket (6a) and a horizontal bracket (6b) on the port body (1) in a state provided with a "a" in the form of a locking jaw having an inclination angle to the outer end of the horizontal bracket (6b) The runner 1b by (6c) is such that the jamming space 6e can be easily fitted without damage to the operator and fixed by the locking jaw 6c,

As shown in FIGS. 3 to 4, between the port holes 2, the drop hose H for supplying longitudinal and transverse water can be selectively installed in a certain direction, so that the port body 1 is Port hole (2) Equipped with one or more intaglio type water supply path (10) to allow water to be supplied to the inner port (3),

Between each port hole 2 of the connection port A, the outer surface H-1 of the drip hose H and the runner 1b fixed to the hook 6 are not in contact with each other or are in close proximity. The stem of the runner (1b) is provided with a longitudinal and transverse drop receiving housing (4) (5) configured to form a space (S) deeper than the outer surface (H-1) diameter of the hose (H). ) When growing while passing through the port body (1), space so as not to come into contact with or close to the outer surface (H-1) of the drop hose (H) accommodated in the longitudinal and transverse drop hose receiving grooves (4) (5) S) is formed so that there is no cross contact point due to the contact between the outer surface of the drop hose (H) and the runner (1b), so that no scintillation occurs.

In addition, as shown in (a) and (b) of FIG. 5, the hooking hooks 6 of each hooking hook 6 facing each other based on the outer circumferential surface of the upper port hole 2 of the port body 1 It is provided so that the jamming space 6e is selectively provided in opposite directions, so that the runner 1b can grow without tilting to one side when growing,

In addition, as shown in FIG. 6, a locking groove 7 is provided to selectively install the individual ports 20 in the form of a worm on the outer surface of the port body 1 in a narrow space and without additional extension equipment. By allowing the seedling of the runner 1b to be transplanted through the additional individual port 20,

In addition, as shown in FIG. 5, one or more protrusions are formed on the inner rim of the port hole 2 to increase the adhesion of the root and increase the rooting speed of the root when the runner 1b is grown to settle elsewhere. Equipped with a guide rail (9) so that the roots can grow to one side,

In addition, as shown in Figures 7 to 9, when filling the soil in the connection port (A), the soil is vertical and horizontal drip hose receiving groove (4) (5), water supply path (10), port body ( 1) When the soil is filled in the hook (6) and the hook (6), the worker can manually remove the soil guide plate to the upper side of the port body (1) of the connection port (A) to solve the problem of removing the soil individually during work. Equipped with 30,

After the operator is fixed by lowering the inner surface of the pot hole (2) by a certain depth through the guide port (33) provided with one or more inlet holes (32) provided on the bottom surface of the soil guide plate (30),

The worker fills the soil so that the soil is uniformly filled in the inner port hole 2 of the port 3,

In addition, the port (3) may be used by having a connection port (A) consisting of a port body (1) having 12 or more ports 3 depending on the conditions of use.

A: Connection port H: Drop hose
H-1: Outside S: Space
1: port body 1a: parent
1b: Runner 2: Port Gong
2a: Engraved groove 3: Port
3b: drain hole 4,5: drip hose receiving groove
6: Hook hook 6a: Vertical bracket
6b: Horizontal bracket 6c: Hanging jaw
6d: Receptive groove 6e: Jam-in space
7: Hanging groove 8: Hanging hole
9: Guide rail 10: Moisture supply path
20: Individual port 30: Soil guide plate
31: guide body 32: artificial hole
33: Guide port

Claims (7)

A strawberry seedling connection port for snow cultivation, which induces rooting of the runner (1b) generated in the parent stock (1a) when the strawberry cultivation is cultivated by the snow cultivation method to the connection port (A),

A port (3) having a port body (1) in the longitudinal direction, but a port hole (2) having an engraved groove (2a) filled with soil symmetrically at both sides of the center of the port body (1) It is provided with one or more, and the center of the bottom surface of the port (3) is provided with a drain hole (3b) for water discharge and a locking hole (8) for supporting the ground on the outer rim of the drain hole (3b), each port hole (2) A vertical and horizontal drop hose receiving groove (4) (5) in which a drop hose (H) is inserted is provided between the vertical and horizontal drop hose receiving grooves (4) (5) and the port (3). Equipped with a water supply path (10) of the intaglio form for supplying water to the inside of each, the upper surface of the port body (1) is provided with at least one runner hook (6) on the outer circumferential surface of the port hole (2),
The vertical and horizontal drop hose receiving grooves 4 and 5 are placed so that the outer surface H-1 of the drop hose H and the runner 1b fixed to the hook 6 are not in contact with or close to each other. It is configured such that the space S is formed deeper than the diameter of the outer surface H-1 of the hose H,
The hooking hook 6 protrudes from the outer circumferential surface of the port hole 2 of the port body 1 in order to guide the runner 1b generated in the parent column 1a in a uniform direction and prevent damage to the runner 1b. It is provided with a vertical bracket (6a) of the form, provided with a horizontal bracket (6b) to the other side of the vertical bracket (6a), at one end of the horizontal bracket (6b) has a slope with a locking jaw (6c) and the hook-in It is provided with a space (6e), the lower side of the locking jaw (6c) to form a through-hole receiving groove (6d),
The hooking-in space 6e has the hooks 6 facing each other based on the outer circumferential surface of the port hole 2 in order to guide the runner 1b occurring in the parent 1a in a uniform direction. Strawberry seedling connection port for snow cultivation with improved cultivation efficiency, characterized by having a jam-in space (6e) According to claim 1,
In the port body (1),
In order to improve the cultivation efficiency of the runner 1b in a narrow space, the cultivation efficiency is characterized in that the individual ports 20 are selectively configured to be detachable by having a locking groove 7 on the outer surface of the port body 1. Strawberry seedling connection port for enhanced snow cultivation According to claim 1,
On the inner surface of the port (3),
Strawberries for high cultivation with improved cultivation efficiency, characterized in that one or more guide rails (9) are protruded to increase the stiffness of the roots and increase the rooting speed of the roots when growing the runner (1b) and settling elsewhere. Seedling connection port According to claim 1,
On the upper surface of the port body (1),
When filling soil in the port hole (2) of the port (3), the vertical and horizontal drip hose receiving grooves (4) (5), the water supply path (10), the port body (1) and the hook (6) Soil is provided with a soil guide plate 30 so as not to fill,

The soil guide plate 30,
Provided with a guide body 31 in the longitudinal direction, the center of both sides of the guide body 31 is symmetrically provided with a through hole 32 through which the soil is guided so that it can be introduced into the lower port hole 2 Equipped with one or more guide ports (33),
Each of the guide ports 33 is configured to be engaged while being in contact with the inner surface of the port hole 2 of the port body 1, and the strawberry seedling connection port for cultivation of snow is improved, which is characterized by being configured to be locked. According to claim 1,
The port (3),
Strawberries seedling connection port for cultivation of snow with improved cultivation efficiency, characterized in that the pot body (1) is composed of 12 or more ports according to the use environment and conditions. delete delete

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