KR102137565B1 - Pot assembly for cultivating or growing crops - Google Patents

Abstract

The present invention relates to a pot assembly for cultivating or growing crops which can firmly stabilize pot plates (60) by minimizing an influence caused by wind or influence caused by bump of workers through inserting a linear assembling means (70) into an upper groove line (62) longitudinally and continuously penetrated between pots (61) of the pot plates (60) to continuously press and integrate the pot plates (60), and which can more firmly realize a bundle treatment state upon storage by passing the pot plates (60) through the upper groove line (62) when stacking the pot plates (60) to be bound by a rope after cultivating or growing crops. More particularly, the present invention relates to a pot assembly for cultivating or growing crops presenting a peculiar action which may perfectly prevent a bad influence (wound or damage) upon crops due to unauthorized separation of the linear assembling means (70) by allowing the linear assembling means (70) inserted into the upper groove line (62) to press the pot plates (60) to minimize a separation phenomenon of the linear assembling means (70), and may stably cultivate and grow crops by ensuring an integral state from a frame (F) to the pot plates (60) as a direct bundle treatment of both ends between the linear assembling means (70) and a support pipe (F1).

Description

Pot assembly for crop cultivation or seedling{POT ASSEMBLY FOR CULTIVATING OR GROWING CROPS}

The present invention relates to a port assembly for crop cultivation or seedling, and more specifically, to be integrated while being continuously drilled in the longitudinal direction between the ports of the port plate and inserting a linear assembly means into the continuous upper home line while continuously pressing the port plates. To minimize the effects of wind or worker impact, the pot plates can be stably stabilized, and at the same time, after the crop cultivation is completed, or after the crop seeding is completed, the port plates are stacked and tied with rope to store them. It relates to a pot assembly for crop cultivation or seedling that can be made to pass through the upper home line to make it more robust in storage.

In general, crops refer to grains, plants, or vegetables that are planted in rice fields, and representative examples include lettuce, cabbage, leek, tomato, or strawberry. When farming such crops in rice fields, the environment such as soil or climate As it can be sensitively affected, it can be planted in a pot plate for crop cultivation or crop seedling, so that it can be cultivated in all seasons in an optimized environment of house facilities, or to grow young seedlings. Doing.

Cultivation is, for example, to grow lettuce constantly, so that the grown leaves can be picked, and seedling, for example, to grow the young seedlings of strawberries in advance so that they can be supplied to farms.

As an example, the strawberry applied to the seedling has a characteristic that the seedling is cultured in a manner that roots and adheres to the ground as the stem (runner) of the mother seedling extends instead of germination through seeds. The seedling is carried out by utilizing the unique cultivation characteristics of continuously growing stems called runners for striking seedlings from the center of the plant, and according to the root condition of the seedlings extending from the mother seedlings according to the seedlings of strawberry, it is formalized into the field. After harvesting or after planting according to hydroponic cultivation, the seedlings are very important in making strawberry farming.

Figure 1a is a perspective view showing a pot box for strawberry seedling according to the prior art document 1 (Republic of Korea Utility Model Publication No. 0224362), Figure 1b is a cross-sectional view of a main portion showing a pot box for strawberry seedling according to the prior art document 1, 1c is a state diagram showing a seedling process using a pot box for strawberry seedling according to Prior Art Document 1, and FIG. 1d is an explanatory diagram showing a process of formulating a seedling taken out from a pot box for strawberry seedling according to Prior Art Document 1.

In the strawberry seedling pot box 10 according to the prior art document 1, a plurality of cylindrical pots 12 are formed by vertically and horizontally arranged by arranging a plurality of front and rear and left and right so as to accommodate the culture soil as shown in FIGS. 1A to 1C. It is provided, the space between each port 12, that is, the surface between the front and rear left and right ports 12 and the outer periphery has an upwardly projecting inclined portion to have a constant slope with respect to the horizontal surface of the upper surface of each port 12 in all directions When the 15 is formed and also supplies water to the seedlings transplanted to each port 12, each port 12 so that the supply water supplied to one port 12 can be moved to another adjacent port 12 ) Is formed with a concave drainage channel 16 so as to communicate with other adjacent ports 12 and the upper surface excluding the outermost rim, corresponding to half the height of the drainage channel 16 at the center of the concave drainage channel 16. It is made of a structure in which the protruding jaws 17 are formed.

When seedling is performed using the pot box 10 for seedling according to the prior art document 1 to provide chemical or supply water to one port 12, a drainage channel 16 communicates with the upper surface between each port 12. Since it is automatically supplied with water, it is possible to solve the inconvenience of administering supply water or chemicals to each port 12 individually.

Subsequently, the seedlings 30 grown in the pot box 10 for strawberry seedling of the prior art document 1 are formally formed in the field bank between the furrows as shown in FIG. 1D to enable strawberry farming.

By the way, the pot box 10 for strawberry seedling according to the prior art document 1 is difficult to uniformly fit when installed adjacent to each other in a straight line, especially when the wind blows and easily flickers and flies, resulting in initial assembly and seedling Difficulties in poetry have problems.

Applicants who have identified the problems of prior art document 1 filed patent application No. 2016-0000816 on Jan. 5, 2016 to the Korean Intellectual Property Office and patented on Aug. 9, 2017 (Republic of Korea Patent Registration No. 1768555; referred to as prior art document 2) ) Received.

Figure 2a is an exploded perspective view showing a port assembly for strawberry seedling according to the prior art document 2, Figure 2b (a) is a cross-sectional view taken along the line A-A of Figure 2a, Figure 2b (b) is a cross-sectional view taken along line B-B of Figure 2a.

The strawberry seedling pot assembly according to the prior art document 2 covers the strawberry seedling pot plate 620 with a spaced apart from the water holding and draining portion 630 installed higher than the ground, and runs a strawberry runner on a plurality of port openings 624. It consists of a configuration that enables the cultivation of utilized seedlings.

When water is supplied to the seedling by spraying water on the strawberry seedling pot assembly of the prior art document 2 proposed with such a configuration, the water is maintained and drained through the drainage member 626 while being filled along each port opening 624. It is to be able to cultivate the seedling in the form of falling to (630).

However, the port assembly for strawberry seedling according to the prior art document 2 also has a shortcoming that the difficulty of initial assembly and seedling is still present because it easily flickers and blows when the wind blows or the operator carelessly bumps it.

Republic of Korea Utility Model Publication No. 0224362 Republic of Korea Registered Patent Publication No. 1768555

It is an object of the present invention to provide a pot assembly for crop cultivation or seedling that can improve farm household income by making house facilities constantly use while different from the time of strawberry raising and lettuce cultivation.

It is an object of the present invention to be integrated by pressing the linear assembly means on the upper groove line which is continuously drilled in the longitudinal direction between the ports of the port plate while continuously pressing the port plates to integrate them due to wind influence or impact of the operator. By minimizing the impact, the pot plates can be stably stabilized, and at the same time, after the plant is cultivated or after the crop planting is completed, the port plates can be stacked and stored through the upper home line when they are tied with rope to store them. The treatment condition also provides a pot assembly for crop cultivation or seedling that can be more robustly realized.

An object of the present invention is to minimize the separation phenomenon of the linear assembly means from the upper home line by allowing the port plates to be pressed while the linear assembly means is fitted in the upper home line, thereby adversely affecting crops by unauthorized departure of the linear assembly means (wounds). B) prevents damage), and furthermore, it is a crop that can grow and grow crops more stably by guaranteeing an integrated state from the frame to the port plates as a direct bundle treatment between both ends of the linear assembly means and the support pipe. It is to provide a port assembly for cultivation or seedling.

It is an object of the present invention to provide a port assembly for crop cultivation or seedling that can ensure assembly and disassembly during installation by inserting or disassembling the inside of the front fitting to the rear fitting outer diameter between the press pipes connected in series. have.

The object of the present invention is that the port plate and the neighboring port plates are continuously assembled in the longitudinal direction by a mutual agreement between the rear underprojection and the front upper protruding projection, and can maintain a more tightly integrated assembly state with the linear assembly means. In addition, it is to provide a port assembly for crop cultivation or seedling that can guarantee the continuity as a guide for water supply and prevent the leakage phenomenon that may occur when the port plates are adjacent to each other in a simple cross-sectional state.

The object of the present invention is to reduce the overall weight of the port plate, even if the overall thickness is thin, to ensure a sufficient depth of the upper groove line by the under volume line, so that the thin thickness in the upper groove line portion when there is no underbulb line It is to provide a port assembly for crop cultivation or seedling that prevented the phenomenon of being easily damaged due to.

An object of the present invention is to protrude the rear under-projection chin along with the under-volume line from the rear side in the longitudinal direction of the port plate to allow the vertical hole of the front upper protruding chin to be recovered so that the port plate and the neighboring port plate. It is to provide a pot assembly for crop cultivation or seedling so that the upper home lines of the can be continuously connected.

The object of the present invention is to cultivate each port by filling the guide path when water is supplied from the water supply hose and being guided to each port through the side road without going directly to the neighboring guide by the water level jaws at both ends. An object of the present invention is to provide a pot assembly for crop cultivation or seedling that can uniformly realize water supply to a crop or a pot to be raised in each pot.

An object of the present invention is to provide a pot assembly for crop cultivation or seedling so that all the water filled in the guide furnace in the water level jaw can be attracted to each port.

The object of the present invention is a synthetic resin, for example, a surface fusion layer by foam molding of foamed polypropylene, so that the roots of crops in a pot can be raised vertically and healthy, and furthermore, the moisture into the pot plate by the surface fusion layer is used. It is to provide a port assembly for crop cultivation or seedling that prevents direct penetration and completely eliminates the growth and reproduction of mold.

The object of the present invention is to vertically expose the vertical holes in a flat or bottom state when stacked to store or transport the port plates, and if you fasten up, down, left, and right with a rope after inserting a tree or the like in this place, the port plate by each tree It is to provide a port assembly for crop cultivation or seedling that can maximize the ordered tightening force of the plant and realize the ease of storage and transportation.

The present invention for achieving the above object,

In the port assembly for crop cultivation or seedling comprising a plurality of potholes and the adjacent port plates in a straight line successively,

The port plates are respectively provided with upper groove lines that are continuously drilled in the longitudinal direction between the ports,

A basic feature of the technical configuration is that it includes linear assembly means to be integrated along the upper groove lines and continuously pressing the port plates while integrating them.

The present invention allows the frame at the time of cultivation of lettuce or the frame at the time of strawberry cultivation to be used as it is, so that the time of strawberry cultivation and the time of cultivation of lettuce are different, and the house facilities can be used without rest to increase farm income. It has an effect.

According to the present invention, a linear assembly means is inserted into an upper groove line that is continuously drilled in the longitudinal direction between ports of a port plate so that the port plates can be integrated while continuously pressing, thereby affecting wind or impact of the operator. By minimizing to ensure that the port plates are firmly stabilized and at the same time, after the plant is cultivated or after the crop seeding is completed, the port plates can be stacked and stored through the upper home line when they are to be tied with a rope for storage. It also has the effect of making it more robust.

The present invention minimizes the separation phenomenon of the linear assembly means from the upper home line by allowing the port plates to be pressed while the linear assembly means is fitted in the upper home line, thereby adversely affecting crops by unauthorized departure of the linear assembly means (wound or damage). ), and further, the direct assembly of both ends of the linear assembly means and the support pipes ensures an integrated state from the frame to the port plates. There is.

According to the present invention, the linear assembly means can be applied with a press pipe or a rope, and in the case of a press pipe, it is preferable to be able to stably press the port plates by being inserted into the upper groove line with a sufficient weight, and in the case of a rope, continuous installation of the port plate Regardless of the length according to the fitted to the upper groove line can be stably pressed the port plate has a more desirable effect.

The present invention has the effect of inserting or disassembling the inner diameter of the front side to the outer diameter of the rear fitting between the press pipes connected in series to ensure assembly and disassembly during disassembly.

According to the present invention, as the port plates and the adjacent port plates are continuously assembled in the longitudinal direction by a mutual agreement between the rear underprojection and the front upper projecting, it is possible to maintain a more tightly integrated assembly state together with the linear assembly means. There is an effect of preventing continuity as a guide for water supply to prevent leakage that may occur when the port plates are adjacent to each other in a simple cross-sectional state.

The present invention allows the sufficient depth of the upper groove line to be ensured by the under volume line even if the overall thickness is thin to reduce the overall weight of the port plate, due to the thin thickness in the upper groove line portion when there is no under volume line. It has the effect of preventing the phenomenon of being easily damaged in advance.

The present invention protrudes the rear underprotrusion jaw along with the under volume line from the rear side in the longitudinal direction of the port plate to allow the vertical hole of the front side protruding jaw to be recovered so that the upper side of the port plate and neighboring port plates There is an effect that the home lines can be continuously connected (for example, the effect of thoroughly preventing loss due to water leakage when spraying water).

When the water is supplied from the water supply hose, the crop is cultivated in each port by being filled in the guide path and being guided to each port through the side road without going directly to the neighboring guide by the water level jaws at both ends. Alternatively, there is an effect capable of uniformly realizing water supply to crops grown in each pot.

The present invention has an effect of allowing all the water filled in the guide furnace in the water level jaw to be attracted to each port.

The present invention is a surface fusion layer by foam molding of synthetic resin, for example, foamed polypropylene, so that the roots of crops in the pot can be vertically and healthyly grown, and further, direct penetration of moisture into the port plate by the surface fusion layer. It has the effect of preventing the growth and reproduction of the mold thoroughly by preventing it in advance.

In the present invention, when stacking the port plates for storage or transportation, vertical holes are continuously exposed vertically and vertically in a flat or bottom surface, and when the screws are fastened up and down and left and right with a rope after inserting a tree or the like in this place, the ordering of the port plates by the timber Since it is possible to maximize the tightening force, it has the effect of realizing the ease of storage and transportation.

Figure 1a is a perspective view showing a pot box for strawberry seedling according to the prior art document 1.
Figure 1b is a cross-sectional view of a main portion showing a pot box for strawberry seedling according to prior art document 1.
Figure 1c is a state diagram showing a seedling process using a pot box for strawberry seedling according to the prior art document 1.
Figure 1d is an explanatory view showing the process of formulating the seedlings taken out from the pot box for strawberry seedling according to the prior art document 1.
Figure 2a is an exploded perspective view showing a port assembly for strawberry seedling in the prior art document 2.
2B(a) is a cross-sectional view taken along line AA in FIG. 2A.
2B(b) is a cross-sectional view taken along line BB in FIG. 2A.
Figure 3a is an embodiment showing an example of cultivation of lettuce to which the port assembly for crop cultivation or seedling according to the present invention.
Figure 3b is a state diagram showing another example of cultivation of the lettuce to the crop planting or seedling port assembly according to the present invention.
Figure 4a is a state diagram showing an example of raising the strawberry applied to the crop assembly or seedling port assembly according to the present invention.
Figure 4b is an exemplary embodiment showing another example of the time of raising a strawberry to apply the port assembly for crop cultivation or seedling according to the present invention.
Figure 5a is an exploded perspective view of the port plate applied to the port assembly for crop cultivation or seedling according to the present invention as viewed from above.
Figure 5b is an exploded perspective view of the port plate applied to the port assembly for crop cultivation or seedling according to the present invention as viewed from below.
Figure 5c is a cross-sectional view showing the port plate applied to the port assembly for crop cultivation or seedling according to the present invention.
Figure 5d is a plan view showing a port plate applied to the port assembly for crop cultivation or seedling according to the present invention.
Figure 5e is a bottom view showing the port plate applied to the port assembly for crop cultivation or seedling according to the present invention.

A preferred embodiment of the port assembly for crop cultivation or seedling according to the present invention will be described with reference to the drawings, and there may be a plurality of examples, and the objects, features, and advantages of the present invention are provided through these embodiments. You can understand it better.

Port assembly for crop cultivation or seedling according to the present invention is provided to enable cultivation of lettuce (S), leek, cabbage or pepper, or seedling of strawberry or pepper.

Figure 3a is a state diagram showing an example of cultivation of the crop according to the present invention or lettuce (S) cultivation using the port assembly for seedling, Figure 3b is a lettuce (S) to the port assembly for crop cultivation or seedling according to the invention ) It is an implementation state diagram showing another example of cultivation, and preferably, the frame (F) for strawberry cultivation can be used as it is, and for example, the time of cultivation of strawberry and the time of cultivation of lettuce (S) are different from each other. The facility is used constantly so that farm household income can be improved.

Specifically, the port assembly for crop cultivation or seedling according to the present invention can be installed on the frame F provided on the ground in the house facility, for example, as shown in FIGS. 3A and 3B when cultivating lettuce (S). In this case, this frame (F) can be made by assembling the supporting pipes (F1), which are erected at about the waist height and spread horizontally at the same time for easy work of the operator, and have a large width and a length as shown in FIG. 3A. The small pot plates 60 can be arranged on the frame F so that they can be continuously adjacent in a straight line, and after the seedling of the strawberry is completed as shown in FIG. 3B, the width is small and the length is long on the frame F. The port plates 60 may be arranged to be continuously continuous in a straight line.

At this time, the port plate 60 has the ports 61 through which the drainage hole 61a is drilled, the port 61 is filled with fill, and for example, after planting lettuce seeds, water can be supplied and grown. By doing so, the grown leaves can be placed on the table at any time.

4A is an exemplary view showing an example of raising a strawberry according to the present invention to which a port assembly for crop cultivation or seedling is applied, and FIG. 4B is another example of raising a strawberry to which a port assembly for crop cultivation or seedling according to the present invention is applied. It is an exemplary state diagram showing, and preferably, the same frame (F) can be used as it is with the cultivation of lettuce (S), so that, for example, the house facility can be changed while the time of cultivation of lettuce (S) and the time of strawberry raising are different. Use it without rest to increase farm income.

More specifically, the port assembly for crop cultivation or seedling according to the present invention may be installed on a frame F provided on the ground in a house facility, for example, as shown in FIGS. 4A and 4B when raising a strawberry, This frame (F) can be made by assembling of the support pipes (F1), which is erected at a height of about the waist and stretched in the horizontal direction at the same time for easy work of the operator, and one length of the frame (F) as shown in FIG. The seedling seedling (M) of the strawberry is set in the direction, and the seedling seedling (J) propagated by rooting and attachment of the runner (R) extending from the strawberry seedling (M) in the other longitudinal direction of the frame (F) is cultured. Port plate 60 may be arranged, that is, the port plates 60 having a large width and a small length may be arranged in a straight line and continuously neighboring, and the central length direction of the frame F as shown in FIG. 4B. The strawberry seedlings (M) are set and the seedlings (J) propagated by rooting and attachment of the runner (R) extending from the strawberry seedlings (M) in both longitudinal directions of the frame (F) can be cultured. So that the port plates 60, that is, the small width and long port plates 60 may be arranged in a straight line in a continuous neighborhood.

At this time, the port plate 60 has the ports 61 through which the drainage hole 61a is drilled, and the port 61 is filled with fill, and the runner R that extends from the mother seedling M to the fill and The seedlings (J) propagated by fruiting can be cultivated while being supplied with water, so that the seedlings (J) of strawberries can be supplied to farmers in a healthy way.

5A is an exploded perspective view of the port plates 60 applied to the port assembly for crop cultivation or seedling according to the present invention, and FIG. 5B is the port plates 60 applied to the port assembly for crop cultivation or seedling according to the present invention. It is an exploded perspective view when viewed from the bottom, Figure 5c is a cross-sectional view showing the port plate 60 applied to the port assembly for crop cultivation or seedling according to the present invention, Figure 5d is applied to the port assembly for crop cultivation or seedling according to the present invention It is a top view showing the port plate 60, and FIG. 5E is a bottom view showing the port plate 60 applied to the port assembly for crop cultivation or seedling according to the present invention, and FIGS. 5A to 5E are pots for seedling strawberry Although the plate 60 is shown as an example, the present invention consists of a technical idea that can apply both a port plate 60 for growing crops or a port plate 60 for growing crops, for example lettuce ( S) It should be understood in addition to the technology at the time of cultivation.

Specifically, the port assembly for crop cultivation or seedling according to the present invention, as shown in FIGS. 3A to 5E, has pot ports 61 through which drain holes 61a are drilled, and continuously neighbors the port plates 60 in a straight line. ), furthermore, it is drilled in the longitudinal direction of the upper surface of the port plate 60 between the ports 61, and the water supply hose H is inserted at the same time as they are respectively communicated through the sideways 67 to the ports 61. As it includes the guide paths (66) with a water level jaw (66a) at both ends.

When water is supplied from the water supply hose (H) (the water supply hose (H) has a fine water supply hole (H1) drilled at equal intervals), it is filled into the guide furnace 66 and water level jaws at both ends (66a) Crops cultivated in each port 61 or crops grown in each port 61 by allowing them to be guided to each port 61 through the side road 67 without going directly to the neighboring guide road 66 by The water supply to the furnace can be uniformly realized.

On the other hand, if there is no water level jaw 66a, the water is quickly moved to a low place (neighboring guideway 66) along the guideway 66 by the inclination of the portplate 60 and the neighboring portplate 60. This flow is inevitable, and the supply of water to be supplied to each port 61 via the side road 67 is not smooth, which results in a problem in which uniform cultivation of crops or uniform seedling of crops cannot be realized.

Accordingly, the side road 67 of the present invention has a gradient that gradually decreases from the guide road 66 toward the port 61, so that the total amount of water filled in the guide road 66 in the water level jaw 66a is It is intended to be attracted to the port 61.

At this time, the port plate 60 is made of a synthetic resin, for example, foam molding of foamed polypropylene, and has a surface fusion layer (60a) to maximize strength and light weight while maximizing lifespan and workability, and at the same time, synthetic resin, that is, foaming. The surface fusion layer (60a) by the foam molding of polypropylene allows the roots of the crops in the pot (61) to grow vertically and healthy [when made of a straw, the roots of the crops are dug with a fine gap between the straws] For example, when the crop is taken out, the roots are wounded], and furthermore, the direct penetration of moisture into the pot plate 60 by the surface fusion layer 60a is prevented beforehand, so that mold growth and reproduction can be completely eliminated.

As a feature of the port assembly for crop cultivation or seedling according to the present invention, the port plates 60 are respectively drilled in the longitudinal direction between the ports 61 and are provided with successive upper groove lines 62, respectively. It includes a linear assembly means 70 that is fitted along the 62) to be integrated while continuously pressing the port plates (60).

When the port plate 60 is made of synthetic resin, specifically, foam molding of foamed polypropylene, it is easy to install and assemble in a farmhouse, as well as to transport and store, but easily flutters and flies when the wind blows or an operator inadvertently bumps it. In the present invention, the port plates 60 are continuously inserted by inserting the linear assembly means 70 into the upper home line 62 which is continuously drilled in the longitudinal direction between the ports 61 of the port plate 60. By minimizing the effect of wind or the impact of the operator, the port plates 60 can be firmly stabilized by allowing them to be integrated while pressing, and at the same time, after the crop cultivation is completed or the crop seeding is completed, the port plate 60 It is preferable to be able to pass through the upper groove line 62 when bundling them to store them by stacking them, so that the bundling state during storage can also be realized more robustly.

In particular, the linear assembly means 70 minimizes the separation phenomenon of the linear assembly means 70 from the upper home line 62 by allowing the port plates 60 to be pressed while being fitted in the upper home line 62. Thoroughly prevents adverse effects (wounds or damage) to the crops due to unauthorized departure of the means 70, and furthermore, from the frame F as a direct bundle treatment of both ends between the linear assembly means 70 and the support pipe F1. It ensures an integrated state up to the port plates 60, thereby exerting a unique action to grow and grow crops more stably.

At this time, the linear assembly means 70 can be applied to the push pipe 71 or the rope 72, and in the case of the push pipe 71, it is inserted into the upper home line 62 with sufficient weight to stabilize the port plates 60. It is preferable to be able to press, and in the case of the rope 72, it is more preferably possible to stably press the port plates 60 by being fitted to the upper home line 62 regardless of the length according to the continuous installation of the port plate 60 do.

Further, the pressing pipe 71 is divided into equal intervals, for example, it is divided into 10m intervals, characterized in that it has a front fitting inner diameter (71a) and a rear fitting outer diameter (71b) that are coupled to each other, the series connected pressing pipe By inserting or disassembling the front side fitting inner diameter 71a to the rear side fitting outer diameter 71b between the (71)s, the assembling property at the time of installation and the disassembly property at the time of disassembly are ensured.

On the other hand, the port assembly for crop cultivation or seedling according to the present invention, the front upper protrusion projection 64 protruding along the width direction from the front side in the longitudinal direction of the port plate 60, and the rear side in the longitudinal direction of the port plate 60 It further includes a rear underprotrusion jaw 65 protruding along the width direction from, and these port plates 60 have a front upper protruding jaw 64 above the rear underprotrusion jaw 65 when continuously neighboring in a straight line. It is characterized in that it can be superimposed and matched.

The port plate 60 and the adjacent port plate 60 are continuously assembled in the longitudinal direction by a mutual agreement between the rear underprojection 65 and the front upper projecting 64, and the linear assembling means 70 is further added. It is possible to maintain a tightly integrated assembly state, and furthermore, to ensure the continuity of the guide path 66 for supplying water, it is possible to prevent leaks that may occur when the port plates 60 are adjacent to each other in a simple cross-sectional state. It can be more preferable.

On the other hand, the port plate 60 further includes an under-volume line 63 protruding downward along the upper groove line 62 to reduce the overall weight, even though the overall thickness is thin, the upper by the under-volume line 63. It is possible to ensure a sufficient depth of the groove line 62 to prevent the phenomenon of easy damage due to the thin thickness in the upper groove line 62 portion when there is no under-volume line 63.

In addition, the front side upper protruding jaw 64 protruding along the width direction from the front side in the longitudinal direction of the port plate 60 and the rear side under protruding jaw protruding along the width direction from the rear side in the longitudinal direction of the port plate 60 Further comprising (65), the port plates 60 can be made to overlap the front upper protrusion projection 64 on the rear underprojection projection 65 to be matched when continuously adjacent in a straight line.

In addition, the front upper protrusion 64 has a vertical hole 64a that is opened in a portion corresponding to the under volume line 63 while protruding along the width direction from the front side in the longitudinal direction of the port plate 60, and the rear side The underprotrusion jaw 65 protrudes with the under volume line 63 along the width direction from the rear side in the longitudinal direction of the port plate 60 while recovering the vertical hole 64a of the front upper protruding jaw 64 while recovering the upper It is possible to continuously connect the home lines 62.

When the entire thickness is thinned to reduce the overall weight of the port plate 60, when the front upper protrusion projection 64 is projected along the width direction from the front side in the longitudinal direction of the port plate 60, it corresponds to the under volume line 63 The vertical hole (64a) is opened in the portion to be, in this case, for example, when water spray is supplied, leakage is inevitably caused through the vertical hole (64a).

In order to prevent this phenomenon, the present invention protrudes the rear under-projection projection 65 along with the under-volume line 63 from the rear of the longitudinal direction of the port plate 60 along the width direction of the front upper projection projection 64. By allowing the vertical hole 64a to be recovered, the upper plate lines 60 and the upper groove lines 62 of the neighboring port plate 60 can be continuously connected, for example, due to water leakage when spraying water. It was to prevent loss thoroughly.

On the other hand, when stacked to store or transport the port plates 60, it becomes a flat or bottom surface as shown in FIGS. 5D and 5E, in which case the vertical holes 64a are continuously exposed vertically, and in this place Tightening up, down, left, and right with a rope after inserting each tree can maximize the ordered tightening force of the port plate 60 by each tree, thereby making it easier to store and transport, thereby making it more preferable.

The present invention can be used in industrial fields that enable cultivation and seedling of crops.

S: lettuce M: mother
J: Grapefruit R: Runner
F: Frame F1: Base pipe
H: Water supply hose H1: Water supply hole
60: port plate 60a: surface fusion layer
61: port 61a: drain hole
62: Upper home line 63: Under volume line
64: front upper projection 64a: vertical hole
65: rear under protrusion 66: as a guide
66a: water level chin 67: sideways
70: linear assembly means 71: pressing pipe
71a: front side fitting inner diameter 71b: rear side fitting outer diameter
72: rope

Claims (10)

delete delete delete delete delete delete In the port assembly for crop cultivation or seedling comprising a plurality of pot plates (60) having a drain hole (61a) and continuously adjacent linearly adjacent port plates (60),
The port plates 60 are respectively provided with upper groove lines 62 which are continuously drilled in the longitudinal direction between the ports 61,
It includes a linear assembly means 70 is fitted along the upper home line (62) while integrating while continuously pressing the port plate (60),
The port plate 60 further includes an undervolume line 63 protruding downward along the upper home line 62,
The front upper protrusion projection 64 protruding along the width direction from the front side in the longitudinal direction of the port plate 60, and the rear under protrusion protrusion protruding along the width direction from the rear side in the longitudinal direction of the port plate 60 ( 65) further,
When the port plates 60 are successively neighboring in a straight line, the front upper protrusion 64 is superimposed on the rear under protrusion 65 and is matched.
The front upper protrusion 64 has a vertical hole 64a that protrudes along the width direction from the front side of the longitudinal direction of the port plate 60 and opens at a portion corresponding to the under volume line 63,
The rear underprojection (65) protrudes along the width direction from the rear of the longitudinal direction of the port plate (60) along with the under volume line (63) to recover the vertical hole (64a) while recovering the upper home line. Port assembly for crop cultivation or seedling, characterized in that the (62) are continuously connected. The method of claim 7,
It is pierced in the longitudinal direction of the upper surface of the port plate 60 between the ports 61 and is connected to the ports 61 through a side path 67, and at the same time, a water supply hose H is inserted at both ends. Port assembly for crop cultivation or seedling, characterized in that it comprises guide paths (66) with water level jaws (66a). The method of claim 8,
The side road (67) is a port assembly for crop cultivation or seedling, characterized in that it has a gradient that gradually decreases from the guide path (66) toward the port (61). The method according to any one of claims 7 to 9,
The port plate 60 is a port assembly for crop cultivation or seedling, characterized by having a surface fusing layer (60a) while being manufactured by foam molding of synthetic resin.

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