KR102446876B1 - The Strawberry seedling pot for cultivation with runner thermal burn prevention structure and pot cooling structure for strawberry seedling - Google Patents

Abstract

The present invention is intended to install a strawberry seedling pot with a runner sunburn-preventing structure and a pot cooling structure for strawberry cultivation, which is capable of conveniently inducing the uprooting of runners occurring in a mother plant to a seedling pot when growing strawberry seedlings and preventing runner sunburn (thermal burn) by a drip hose and solving growth damage to daughter seedlings caused by high temperature when the daughter seedlings take root through the runners in the seedling pot, thereby increasing cultivation efficiency. In a strawberry seedling connection pot which induces the uprooting of runners occurring in a mother plant to a seedling pot when raising strawberry seedlings cultivated by a high-altitude cultivation method, a sunburn-blocking means is installed on a drip hose installed to be exposed on an upper surface of the seedling pot to prevent sunburn caused by direct sunlight and prevent a temperature rise of residual water in the drip hose. As described above, according to the present invention, a sunburn-blocking means installed in a detachable form from the outside is provided on a drip hose installed on an upper side of the seedling pot to fundamentally block contact between the drip hose and runners, thereby eliminating sunburn caused by thermal burns. Accordingly, the cultivation efficiency is increased by runners that do not make contact with the drip hose by means of the sunburn-blocking means, which has the advantage of increasing the earnings of farmers.

Description

Strawberry seedling pot having a runner sun protection structure and pot cooling structure for strawberry cultivation {The Strawberry seedling pot for cultivation with runner thermal burn prevention structure and pot cooling structure for strawberry seedling}

The present invention relates to a strawberry seedling pot, and more specifically, to a strawberry seedling pot, while simplifying inducing the rooting of the runner that occurs in the mother stock to the seedling pot during strawberry seedling, when the seedlings take root in the seedling pot through the runner, the runner Strawberry seedling pot with sun protection structure and pot cooling structure for strawberry cultivation that improves cultivation efficiency by preventing sunburn (thermal burn) and improving growth damage caused by high temperature of seedlings.

Strawberries generally distributed in the market are one of the fruits preferred by consumers due to their excellent taste and nutrition, and their demand is increasing every year. The seedlings are grown by the runners growing on both sides of the strawberry seedling, and the runners are attracted to the seedling pots provided on both sides of the pot to take root in each port of the seedling pot. After a certain period of time, each runner is cut and placed in the seedling pot The general method is to dig up the caught seedlings and set them in the main field.

In addition, in current strawberry farms, cultivation on the floor of the house has a high possibility of spreading various infectious diseases and the working posture during strawberry harvesting is inconvenient. It has been developed and is currently in use.

In addition, in recent years, in order to increase the strawberry production method, much attention has been paid to the production of seedlings by runners on the mother stock. There is a need for a means to increase the production and management efficiency of child seedlings.

In order to increase the efficiency of such conventional strawberry seedling production, various types of prior art related to methods and apparatuses applied to seedling pots are known.

As an example, in Korean Patent Publication No. 10-0876048 (announced date: December 26, 2008), “a plurality of ports 12a, 12b in which seedlings are planted vertically and horizontally on the upper surface 11 of the tray 10 are arranged at regular intervals. formed, and between the left and right adjacent ports 12, a main irrigation channel 14 in the form of a groove is formed in the front-rear direction, and on the left and right sides of the main irrigation channel 14, water flows into each port 12a, 12b. In the tray for strawberry seedling formed with groove-shaped branch passages (16a, 16b) into which and nutrient solution flows; The main irrigation conduit 14 is provided with an overflow sill 14a so as to prevent irrigation and irrigation costs from being concentrated only in one port even if the tray 10 is installed in an inclined state. is in the form of a well divided, and branch passages 16a and 16b are formed on both left and right sides in the middle part of each main irrigation passage 14. There is a tray for strawberry seedling, characterized in that the bottom of the main irrigation channel 14 forms a water gradient so that water can flow down,

In addition, in Korean Patent Publication No. 10-2010-0003389 (published date: November 11, 2010), “a plurality of ports 12a, 12b, 12c, 12d in which seedlings are planted vertically and horizontally on the upper surface of the tray 10 are provided. For seedlings, characterized in that between the ports (12a, 12b, 12c, 12d) adjacent to the front, rear, left, and right adjacent to the front, rear, left and right, groove-shaped irrigation channels (14a, 14b, 14c, 14d) are formed in a cross shape. There is a tray,

In addition, in Korea Patent Publication No. 10-1224110 (announcement date: 2013.01.24.), "The seedling port 61 with a water supply port 62 formed at the bottom of the port to enable bottom water supply, water can be accommodated, One or more cultivation vessels 30 having a cooling fluid circulation pipe 20 for directly cooling the received water, and accommodating the seedling port 61 so that water is directly supplied; And there is an apparatus for growing strawberry, characterized in that it includes a seedling port 41 inside or outside the cultivation vessel 30,

In addition, Korean Patent Publication No. 10-1831294 (published on April 24, 2017) “a tray in which a plurality of seedling pot groups, in which a plurality of unit pots are arranged at regular intervals, are continuously arranged in the transverse direction; A plurality of irrigation hoses arranged long in the longitudinal direction between each of the plurality of seedling port groups on the upper surface of the tray and installed to flow irrigation in the direction of the corresponding seedling port group by taking charge of one neighboring seedling port group. ; a plurality of support frames installed to be arranged in parallel or grid-like at a predetermined height from the ground; The tray further includes, in the irrigation hose, an inclined portion inclined downward toward each of the plurality of unit ports arranged in the corresponding seedling port group is formed, and the other side in the transverse direction on which the inclined portion is formed around the unit port is a horizontal surface. A flat portion forming is formed, and the tray protrudes longitudinally between each of the plurality of seedling pot groups from the upper surface to form a boundary between the neighboring seedling pot groups, and corresponds to the spacing of the plurality of support frames. A protrusion that can be seated on the upper portion of the plurality of support frames is further formed with a spacing between and the inclined portions facing each of the unit ports are alternately arranged in the order of short and long shapes in the longitudinal direction, so that a boundary wall is formed between each of the unit ports adjacent to each other in the zigzag direction. A device for growing strawberries, characterized in that adjacent to and arranged in parallel to one side in the direction in which the inclined portion is formed at a position lower than the height at which the protrusion protrudes” is known.

As described above, in Patent Publication No. 10-0876048, the focus was on a method of uniformly supplying nutrients and moisture to the topsoil part where the roots are located for each seedling by a method other than head-correlated irrigation. We are providing a seedling tray that is capable of producing uniform seedlings without differences between individuals, in which individual talents of each seedling are enriched, away from the seedling method.

In addition, in the Patent Publication No. 10-2010-0003389, the focus was on a method of uniformly supplying nutrients and moisture to the topsoil part where the roots are located for each seedling by a non-head-correlated method. Deviating from the existing seedling method, we provide a tray for seedlings capable of uniform seedling production without individual differences and faithful individual talents, and an irrigation device that can prevent the spread of anthrax, etc. There is a problem in that the runner is wiped out by thermal image when the runner comes into contact with the drip hose according to the growth of the seedlings due to the sunlight heating the seedling tray. Because the tray temperature is high, it becomes an obstacle to the growth of plants, there is a problem that an additional port cannot be installed depending on the environment of use, and there is a problem that the runner cultivation efficiency is lowered because there is no means to activate the root installation by the runner inside the pot .

In addition, as described above, in Registered Patent Publication No. 10-1224110, water is supplied to the pot by means of bottom water supply to dramatically block the spread of anthrax, and the temperature of the water supplied to the pot is controlled to control the temperature of the seedlings even in July and August at high temperatures. Although it aims to provide an apparatus for growing strawberries that economically provides an environment that can withstand In addition, a structure is not provided to solve the problem that sunlight by direct sunlight heats the seedling tray, causing the runner to be wiped out due to thermal burns when the runner comes into contact with the drip hose according to the growth of the seedlings. Accordingly, there is a problem that an additional port cannot be installed, and there is no means to activate the root attachment by the runner inside the port, so there is a problem that the runner cultivation efficiency is lowered.

As described above, in Registered Patent Publication No. 10-1831294, an irrigation hose in charge of each seedling port group is installed between each seedling port group, and each of a plurality of unit ports arranged in the corresponding seedling port group in the irrigation hose. A downward sloping slope is formed so that moisture can always flow in the direction of the unit port to prevent anthrax, etc. An apparatus for growing strawberries that can contribute to an increase in farm household income due to an increase in yield and high-quality strawberries as the efficiency of Another object of the invention is that a complex support frame installed in a grid pattern at a certain height from the ground is constituted, and a protrusion having a hemispherical groove is formed between each of a plurality of seedling pot groups on the upper surface of the tray so that the tray supports the support. An apparatus for growing seedlings capable of high snow cultivation using a plurality of trays by allowing them to be conveniently seated and supported on a frame, and another object of the present invention, is that the irrigation hose for supplying irrigation water is formed to protrude from the upper surface of the tray For strawberry seedlings that can be arranged side by side at a position lower than the height at which the protrusion protrudes adjacent to the protrusion and have a structure that can avoid moisture contact with the strawberry runner to prevent sun damage caused by moisture contact Although the device is provided, sunlight by direct sunlight heats the seedling tray, and as the seedling grows, there is a problem that the runner is cleaned by thermal image when the runner comes into contact with the drip hose. Because there is no cooling means, the temperature of the body of the seedling tray is high due to long-term use, which is a hindrance to plant growth. There is a problem that the runner cultivation efficiency is lowered because there are no means, and improvement measures are continuously required. there is a situation in

Document 1 Domestic Registered Patent Publication No. 10-0876048 (Announcement date: 2008.12.26.) Document 2 Domestic Patent Publication No. 10-2010-0003389 (published on: Nov. 11, 2010) Document 3 Domestic Patent Publication No. 10-1224110 (published on: January 17, 2012) Document 4 Domestic Registered Patent Publication No. 10-1831294 (published date: 2017.04.24.)

doesn't exist

The present invention has been devised in order to solve the various drawbacks of the prior art as described above. To improve the cultivation efficiency of runners by providing a sunblock blocking means that can fundamentally block sunburn caused by thermal burns generated from contact with a drip hose heated in sunlight by

In the seedling pot, water using external groundwater is circulated to the seedling pot through a cooling hose to prevent the temperature rise of the seedling pot by the own temperature of the groundwater.

In addition, it is equipped with a seedling pot that can improve root establishment and cultivation efficiency to improve work efficiency,

In addition, the drip hose installed in the seedling port has a structure that allows water to be used to easily flow into each port hole, and a structure for preventing a strawberry cultivation runner from sweeping away so that the remaining nutrient solution is quickly discharged to the outside so that it does not act as a factor of temperature rise. Its main object is to provide a strawberry seedling pot having a pot cooling structure.

As shown in FIGS. 1 to 12, the present invention provides a strawberry seedling pot that induces rooting from a runner that occurs in a mother line when seedling strawberries grown in a high-seed cultivation method, wherein a drip hose installed on the upper surface of the seedling pot is used. It is provided with a detachable sun protection means for blocking sun exposure due to exposure to direct sunlight and preventing the temperature rise of the internal residual water.

The sun blocking means is provided with a drip hose seating groove in either longitudinal or transverse direction or in both directions on the upper surface of the seedling port, and a cover fixing hole penetrating vertically on both sides of the longitudinal direction in the upper surface body of the drip hose seating groove. Preferably, the cover fixing hole is provided with a heat-blocking cover having a plurality of pin-type or hook-type locking pins to be inserted into the cover to prevent locking and shaking.

A force sal part may be provided at equal intervals in the longitudinal direction at the bottom of the heat-blocking cover,

The seedling port is provided so that the groundwater supplied by an external pump (not shown) is circulated by a cooling hose. It is provided to promote the growth of seedlings by lowering the temperature of Between each port hole, a drip hose seating groove and a cooling hose seating groove in which the drip hose and the cooling hose are seated are provided in either vertical or horizontal direction or in both directions. A nutrient solution supply path is provided with an inclined surface that is high on one side and lowers toward the port hole on the other side, and an individual port is provided in the port hole on the lower side of the body. It is provided in several circular shapes, and a drain hole penetrating to the outside is provided around the inner surface of the lower side of the individual port, and a drain hole is provided in the lower center of the drain hole, and the lower surface is provided with a protruding hook on one side. This is preferable.

The seedling pot and the upper surface of the heat shield cover are coated or attached with a heat barrier material composed of a pure white paint or a pure white sticker to reduce the light absorption by direct sunlight and increase the reflectance inside the plastic house.

A mesh-type sponge bar that prevents the runner from coming into contact with the upper surface of the heat-blocking cover may be provided so that it can be applied or attached,

A plurality of round curved cutouts may be provided on the upper side of the heat shield cover so that the heat inside the internal drip hose is discharged to the outside and direct sunlight is not transmitted to the internal drip hose,

The outer surface of the cutout may be HLF provided with a hook capable of fixing the stem of the runner,

At the bottom of the cooling hose seating groove, a drain hole or a water overflow sill may be provided in the longitudinal direction to prevent the nutrient solution or water flowing out by the cooling hose from entering the port hole.

The cover fixing hole is provided with a runner fixing pin that constantly holds the rooting induction of the runner from the mother pole is inserted into the cover fixing hole to be elongated and fixed so that it can be rotated idly, and the runner fixing pin is a rotating shaft having a fixing jaw at the bottom. It is preferable that a support plate is provided on the upper side of the rotation shaft, and a locking ring having a ring shape with one side open on the upper side of the support plate is provided,

The body may be provided with an expansion port connection groove capable of installing an additional runner for the expansion of the lock-type port.

A strawberry seedling pot having a runner sun protection structure for strawberry cultivation and a pot cooling structure configured as described above,

The drip hose installed on the upper side of the seedling pot has the advantage of eliminating the sunburn caused by thermal burns by fundamentally blocking the contact between the drip hose and the runner by means of a sun-blocking means installed in a detachable form from the outside.

There is an advantage that the cultivation efficiency is increased by the runner that is not contacted by these sun blocking means, which can lead to an increase in the profits of the farmer,

In addition, there is an advantage of increasing the cultivation efficiency by accommodating a cooling hose between several port holes provided in the seedling pot to maintain an appropriate cultivation temperature of strawberries using groundwater,

In addition, there is an advantage that an additional port can be installed in a detachable form depending on the environment of use in the seedling port, and the expectation is a really great invention.

1 is an exemplary view showing a preferred embodiment of the present invention;
2 to 5 are exemplary views showing a preferred embodiment of the present invention;
6 is an exemplary view showing different aspects of the present invention;
7 to 10 is a partial enlarged view of a preferred embodiment of the seedling pot of the present invention and partially fractured
11 is an exemplary view showing the cleaning blocking means of the present invention;
12 is an exemplary view showing another application embodiment of the sun protection means of the present invention
13 to 14 are exemplary views showing another application embodiment of the present invention.

Specific embodiments of the present invention will be described in detail based on the accompanying drawings as follows.

In the strawberry seedling pot (A) for inducing rooting from the runner (1b) that occurs in the mother stock (1a) during strawberry seedling grown in the traditional cultivation method,

As shown in FIGS. 1 to 14, the drip hose (C) installed on the upper surface of the seedling port (A) is exposed to direct sunlight to block the sun and to prevent the temperature rise of the internal residual water (B) is provided in a detachable form.

As shown in FIGS. 2 to 4 or 11 to 14, the sweep blocking means (B) is,

A drip hose seating groove 130 and 140 are provided on the upper surface of the seedling port (A) in either longitudinal or transverse direction or in both directions,

The upper body 100 of the drip hose seating grooves 130 and 140 has cover fixing holes 101 penetrating vertically on both sides of the longitudinal direction,

The cover fixing hole 101 is provided with a heat-blocking cover 200 having a plurality of locking pins 201 in the form of pins or hooks to be inserted into the inside to prevent jamming and shaking.

11 to 12, at the bottom of the heat shield cover 200,

It is preferable that the force sal portions 202 are provided at equal intervals in the longitudinal direction,

2 to 4, the seedling port (A) is provided so that the groundwater supplied by an external pump (not shown) is circulated by a cooling hose (H),

On the upper surface of the circulating cooling hose (H), it is installed in the cooling hose seating grooves 110 and 120 in either longitudinal or transverse direction or in both directions to lower the temperature of the peripheral port hole 160 to promote the growth of seedlings. It is preferable to be

2 to 10, the seedling port (A) is,

Having a body 100 of a square shape,

The upper surface of the body 100 is provided with one or more port holes 160 having a wide upper side and a narrow lower side,

Between each port hole 160, the drip hose seating grooves 130 and 140 and the cooling hose seating grooves 110 and 120 in which the drip hose (C) and the cooling hose (H) are seated are arranged in either vertical or horizontal direction. Or provided in both directions,

On one side or both sides of the drip hose seating grooves 130 and 140 , a nutrient solution supply with an inclined surface 162 that is high on one side and lowered toward the port hole 160 on the other side so that the nutrient solution can be introduced into the port hole 160 . A furnace 161 is provided,

An individual port 164 is provided in the lower port hole 160 of the body 100, and one or more root root guide jaws 163 are provided on the inner surface of the individual port 164 in the longitudinal direction in a circular shape,

A drain hole 165 penetrating to the outside is provided around the lower inner surface of the individual port 164,

A drain hole 167 is provided in the lower center of the drain hole 165, and it is preferable that a protrusion-shaped locking jaw 166 is provided on one side of the bottom surface thereof,

11 (b), on the upper surface of the seedling port (A) and the heat shield cover 200,

It may be provided so as to reduce the light absorption by direct sunlight and increase the reflectance inside the plastic house by applying or attaching a thermal barrier material 280 composed of a pure white paint or a pure white sticker,

As shown in (c) of Figure 11, the upper surface of the heat shield cover 200,

A mesh-type sponge bar 270 that prevents contact with the runner 1b may be provided so that it can be applied or attached,

12, on the upper side of the heat shield cover 200,

A plurality of cutouts 261 in the form of round bends may be provided so that heat inside the internal drip hose (C) is discharged to the outside and external direct sunlight is not transmitted to the internal drip hose (C),

12, on the outer surface of the cutout 261,

A locking ring 265 capable of fixing the stem of the runner 1b may be provided,

2 to 8, at the bottom of the cooling hose seating grooves 110 and 120,

A drain hole 103 or a water overflow sill 111 may be provided in the longitudinal direction so that the water flowing out by the nutrient solution or the cooling hose does not enter the port hole 160,

As shown in Fig. 8, in the cover fixing hole 101, a runner fixing pin 300 that constantly holds the rooting induction of the runner 1b from the mother stem 1a is inserted into the cover fixing hole 101 and elongated. It is fixed and provided so that it can be idle,

The runner fixing pin 300 is provided with a rotating shaft 302 having a fixing jaw 301 at the bottom, and a supporting plate 303 is provided on the upper side of the rotating shaft 302, and the upper side of the supporting plate 303 is One side may be provided with a locking ring 304 having an open ring shape,

As shown in FIG. 7 , the body 100 may be provided with an expansion port connection groove 102 in which an additional runner 1b can be installed with a contact-type port 600 for expansion.

Hereinafter, it will be described in more detail based on the drawings of the strawberry seedling pot having the runner sun protection structure and the pot cooling structure of the present invention.

As shown in FIG. 1, in the process of inducing rooting to the seedling pot (A) by the runner (1b) growing in the mother stock (1a) when seeding strawberries grown in a high-seed cultivation method installed at a constant height from the ground, the seedling pot When moving to the upper surface of (A), it is essentially installed in the drip hose (C) for the growth of child seedlings in the seedling pot and when rooting is induced while contacting the drip hose (C), the inside of the drip hose (C) by external direct sunlight A sunburn blocking means (B) for preventing the temperature rise of the residual water and blocking the sunburn is provided in a detachable form so that the root can be induced without a thermal burn caused by the contact of the runner 1b as the temperature rises.

As shown in FIGS. 2 to 4 or 11 to 14, the sun blocking means (B) is a drip hose seating groove 130 ( 140) A plurality of pin-shaped locking pins 201 are provided on both sides of the upper body 100 so as to be inserted into the cover fixing hole 101 and to prevent jamming and shaking. The heat shield cover 200 provided at equal intervals is installed in a detachable form to fundamentally block the internal temperature rise of the drip hose (C) and to fundamentally block the thermal image of the runner (1b). do,

As shown in (a) of Figure 11, the lower portion of the heat-blocking cover 200 is provided with force sal portions 202 at equal intervals to increase the durability of the heat-blocking cover 200,

2 to 4, the seedling port (A) is provided with groundwater supplied by an external pump to be circulated by a cooling hose (H), and the circulating cooling hose (H) is provided on the upper surface of the seedling port (A). It is installed in the cooling hose seating grooves 110 and 120 provided in either one direction or both sides to lower the temperature of the peripheral port hole 160 to promote the growth of seedlings,

When the cooling hose seating grooves 110 and 120 are installed in either vertical or horizontal direction or in both directions, the cooling hose H is positioned at the bottom of the drip hose seating grooves 130 and 140 so that the seedling port ( It is installed on the bottom side of A) to be adjacent to the individual port 164 of the port hole 160 and works to promote root rooting,

As shown in Figures 2 to 10, the seedling pot (A) is provided with a 600mm * 400mm square body 100, and on the upper surface of the body 100, port holes 160 are provided at regular intervals in columns and rows. to induce even rooting of the runner 1b,

The upper body 100 of the port hole 160 is provided with an individual port 164 having a wide upper side and a narrow lower side, so that the root of the upper port hole 160 is induced by rooting the individual port 164 of the runner 1b. ) so that the roots are rooted and established in the soil filled inside,

The active runner 1b grows downward along the inner root root guide jaw 163 of the individual port 164,

In the soil filled in the individual port 164, the nutrient solution supplied from the drip hose C from the upper port hole 160 forms a slope 162 that is high on one side and lowers toward the port hole 160 on the other side. It is provided on one or both sides of the drip hose seating grooves 130 and 140 so that it can be introduced and supplied along the furnace 161 so that it can be introduced.

The nutrient solution supplied through the nutrient solution supply path 161 is guided along the individual port 164 to be discharged through the lower drain hole 165 and the drain hole 167 .

Between each port hole 160, the drip hose seating grooves 130 and 140 and the cooling hose seating grooves 110 and 120 in which the drip hose (C) and the cooling hose (H) are seated are shown in FIGS. 2 to 3 . Alternatively, as shown in FIGS. 13 to 14, it can be configured in either one or both directions vertically and horizontally,

One or more root rooting guide jaws 163 are provided on the inner surface of the individual port 164 in the longitudinal direction so that the root of the runner 1b is secured downward without tangling,

As shown in FIG. 1, on the bottom of the drain hole 165, it works so that it can be fixed and supported without shaking by the protrusion-shaped locking jaw 166 that can be fixedly supported on the support pipe during high snow cultivation,

As shown in Fig. 2, 13 or 11 (b), on the upper surface of the seedling port (A) and the heat shield cover 200, while minimizing the contact of the runner (1b), the light reflectance is increased to increase its own temperature. It works to block sunburn by thermal image by applying or attaching a thermal barrier material 280 composed of pure white paint or pure white sticker to prevent

As shown in (c) of FIG. 11 , several air permeable holes are perforated on the upper surface of the heat shield cover 200 to prevent contact with the runner 1b. A mesh-type sponge bar 270 is attached to the runner ( It can be made to block the sunburn caused by the thermal image of 1b),

As shown in Fig. 12, the heat inside the drip hose (C) on the upper side of the heat shield cover 200 is ventilated without accumulating to the outside to obtain a cooling effect. A plurality of cutouts 261 are provided to prevent direct sunlight from being exposed to the drip hose (C), thereby preventing sunburn due to thermal images.

As shown in FIG. 12, the outer surface of the incision 261 of the above curved shape is provided with a hook 265 capable of fixing the stem of the runner 1b, so that the growth of the runner 1b can be efficiently managed. works so that

As shown in FIGS. 2 to 8, the nutrient solution or water flowing out by the cooling hose remains at the bottom of the cooling hose seating grooves 110 and 120 to prevent the temperature of the water from rising due to the external temperature and prevent the port The drain hole 103 or the water overflow sill 111 is provided in the longitudinal direction so as not to enter the ball 160 so as to obtain a cooling and sun protection effect,

The seedling port (A) is provided to reduce the light absorption rate by direct sunlight and increase the reflectivity inside the plastic house by applying or attaching a thermal barrier material 280 composed of a pure white resin or paint or a pure white sticker, so that the runner by heat (1b) ) to minimize sunburn due to thermal imaging,

As shown in the figure, in the cover fixing hole 101, a runner fixing pin 300 that constantly holds the rooting induction of the runner 1b from the mother stem 1a is inserted into the cover fixing hole 101 and fixed by length. It operates to clamp the runner (1b) by inserting it in an easily detachable form in response to the runner (1b) that is installed freely by turning it idle and then idling.

The runner fixing pin 300 is provided with a rotating shaft 302 having a fixing jaw 301 at the bottom, and a supporting plate 303 is provided on the upper side of the rotating shaft 302, and the upper side of the supporting plate 303 is One side is opened and provided with a hooking ring 304 having a ring shape so that it can be used easily and conveniently and selectively,

The body 100 is provided with an expansion port connection groove 102 that can install a detachable port 600 for expanding the additional runner 1b in a detachable form to increase the production efficiency of the additional runner 1b. .

A: Seedling port B: Sweep blocking means
C: drip hose H: cooling hose
1a: mother 1b: runner
100: body 101: cover fixing hole
102: expansion port connection groove 103: drain hole
111: water overflow bump 130, 140: drip hose seating groove
200: heat shield cover 201: locking pin
202: force sal part 110, 120: cooling hose seating groove
160: port hole 161: nutrient solution supply path
162: inclined surface 163: root root guide jaw
164: individual port 165: drain hole
166: jamming jaw 167: drain hole
261: cutout 265: hook hook
270: sponge bar 280: heat insulating material
600: clasped port

Claims (12)

In the strawberry seedling pot (A) for inducing rooting from the runner (1b) that occurs in the mother stock (1a) during strawberry seedling grown in the traditional cultivation method,

The drip hose (C) installed on the upper surface of the seedling port (A) is provided in a detachable form with a sun blocking means (B) for blocking sun exposure by exposure to direct sunlight and preventing the temperature rise of the internal residual water,
The sun blocking means (B) is provided with drip hose seating grooves 130 and 140 in either longitudinal or horizontal direction or in both directions on the upper surface of the seedling port (A), and the drip hose seating grooves 130 and 140 The upper body 100 of the body 100 has a cover fixing hole 101 penetrating vertically on both sides of the longitudinal direction, and the cover fixing hole 101 is inserted into the inside to prevent jamming and shaking. And having a heat shield cover 200 provided with a plurality of (201),
The bottom of the heat shield cover 200 is provided with force sal portions 202 at equal intervals in the longitudinal direction,
The seedling port (A) is provided with groundwater supplied by an external pump (not shown) to be circulated by a cooling hose (H), and the circulating cooling hose (H) is cooled in either one direction or both vertically and horizontally on the upper surface. It is installed in the hose seating grooves 110 and 120 to lower the temperature of the peripheral port hole 160 to promote the growth of seedlings,
On the upper surface of the heat shield cover 200, a sponge bar 270 in a mesh form that prevents contact with the runner 1b is provided so that it can be applied or attached. Strawberry seedling pot with According to claim 1,
The seedling port (A) is,
Having a body 100 of a square shape,
The upper surface of the body 100 is provided with one or more port holes 160 having a wide upper side and a narrow lower side,
Between each port hole 160, the drip hose seating grooves 130 and 140 and the cooling hose seating grooves 110 and 120 in which the drip hose (C) and the cooling hose (H) are seated are arranged in either vertical or horizontal direction. Or provided in both directions,
On one side or both sides of the drip hose seating grooves 130 and 140 , a nutrient solution supply with an inclined surface 162 that is high on one side and lowered toward the port hole 160 on the other side so that the nutrient solution can be introduced into the port hole 160 . A furnace 161 is provided,
An individual port 164 is provided in the lower port hole 160 of the body 100, and one or more root root guide jaws 163 are provided on the inner surface of the individual port 164 in the longitudinal direction in a circular shape,
A drain hole 165 penetrating to the outside is provided around the lower inner surface of the individual port 164,
A drain hole 167 is provided in the lower center of the drain hole 165, and a runner sweep prevention structure for strawberry cultivation and a port cooling structure, characterized in that the bottom surface has a protruding hook 166 on one side. Strawberry seedling pot According to claim 1,
On the upper surface of the seedling port (A) and the heat shield cover 200,
Strawberry cultivation runner sun protection structure and port cooling structure, characterized in that it is provided to reduce light absorption by direct sunlight and increase reflectivity inside the plastic house by applying or attaching a heat barrier 280 composed of pure white paint or pure white sticker Strawberry seedling pot with According to claim 1,
On the upper side of the heat shield cover 200,
Strawberry cultivation runner, characterized in that the internal heat of the internal drip hose (C) is discharged to the outside, and a plurality of cutouts 261 in the shape of a round bend are provided so that direct sunlight is not transmitted to the internal drip hose (C). Strawberry seedling pot with sun protection structure and pot cooling structure 5. The method of claim 4,
On the outer surface of the cutout 261,
Strawberry seedling pot having a runner cleaning prevention structure for strawberry cultivation and a pot cooling structure, characterized in that it has a locking ring 265 capable of fixing the stem of the runner 1b According to claim 1,
At the bottom of the cooling hose seating grooves 110 and 120,
Strawberry cultivation runner sweep prevention structure and port cooling, characterized in that the drain hole 103 or the water overflow sill 111 is provided in the longitudinal direction so that the water flowing out by the nutrient solution or the cooling hose does not enter the port hole 160 Strawberry seedling pot with structure According to claim 1,
In the cover fixing hole 101,
A runner fixing pin 300 that constantly holds the rooting induction of the runner 1b in the mother pole 1a is inserted into the cover fixing hole 101 and fixed so that it can be rotated idly,
The runner fixing pin 300 is provided with a rotating shaft 302 having a fixing jaw 301 at the bottom, and a supporting plate 303 is provided on the upper side of the rotating shaft 302, and the upper side of the supporting plate 303 is Strawberry seedling pot having a runner cleaning prevention structure and a pot cooling structure for strawberry cultivation, characterized in that one side is opened and provided with a hooking ring 304 having a ring shape According to claim 1,
In the body 100,
Strawberry seedling pot having an expansion port connection groove 102 capable of installing an additional runner (1b) for expansion of a contact-type port 600 for expansion of a strawberry cultivation runner sweep prevention structure and port cooling structure delete delete delete delete

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