KR20220065984A - Transport box for delivery and cultivation of pocket pots - Google Patents

Abstract

The present invention relates to a flowerpot supplied with water by a water level control means. More specifically, by stably fixing a pocket flowerpot in a state wherein the seedlings are planted in the pocket flowerpot to be exposed, the present invention relates to a transport box for delivery and cultivation of the pocket flowerpot capable of planting the seedlings by enabling transport and delivery. The transport box for delivery and cultivation of the pocket flowerpot comprises: a packaging box; and a cover.

Description

Transport box for delivery and cultivation of pocket pots

The present invention relates to a potted plant watered by a water level control means, and more particularly, it can be transported and delivered by stably fixing the bag potted plant in a state in which the seedlings are exposed so that the bag pots are exposed, and the seedlings can be planted. It relates to a transport box for delivery and cultivation of bag potted plants.

In general, in order to grow seedlings, a certain amount of manure and soil are put in a pot and planted, and then water is supplied at regular intervals for cultivation.

These seedlings are placed in small pots in the seedling state, packaged, and sold and delivered.

In addition, there is a cumbersome problem that seedlings delivered and transported in the seedling state must be divided into separate pots.

Therefore, in order to grow seedlings planted in pots, it is cumbersome to supply water at regular intervals, and if excessive water is supplied to the pots, the plants die, and if the amount of water is small, the plants die.

And there is a problem in that the amount of water and nutrient solution must be adjusted according to the type of plant.

As a prior art for solving these problems, "a seedling tray packaging case with improved fixing power and a packaging method therefor" has been proposed.

In the prior art, regardless of the size and shape of the seedlings, the tray in which the seedlings are planted is firmly fixed to prevent breakage from external factors such as shocks during transportation (delivery) while preventing damage to the seedlings.

However, the prior art prevents the shaking of the seedlings, but requires cumbersome work because it is necessary to split the packed seedlings.

In addition, packaging for cultivation in a guaranteed or delivered state of seedlings is cumbersome, and since the plant is used only for packaging and delivery, there is a problem of reduced utility.

In addition, since only one seedling or a small amount of seedlings can be packed in a case, there is a problem in that it is difficult to deliver a large amount of seedlings.

Korean Patent Registration No. 10-1895660 (2018.08.30.)

The present invention has been devised to solve the above problems, and an object of the present invention is to package, transport and deliver a bag pot in which seedlings are planted, and to deliver and deliver a bag pot capable of planting the transported and delivered seedlings and It is to provide a transport box for cultivation.

Another object of the present invention is to provide a transport box for delivery and cultivation of bag potted plants, which can prevent damage to seedlings due to impact during transport and delivery by dividing the space to stably contain pocket potted plants and seedlings. .

Another object of the present invention is to provide a transport box for the delivery and cultivation of pocket pots that can be grown by supplying water and nutrient solution by stably supporting the transported and delivered bag potted plants, arranging seedlings without separate splitting, and supplying water and nutrient solution. there is

Another object of the present invention is to provide a transport box for delivery and cultivation of pocket pots that can efficiently use space by storing various items necessary for cultivation through a partitioned space.

Another object of the present invention is to provide a transport box for delivery and cultivation of bag pots that can prevent foreign substances from entering during the cultivation of seedlings, and prevent scattering of soil and manure.

In the present invention for achieving the object as described above, in a transport box for delivery and cultivation of a pocket potted plant capable of storing, transporting and planting a bag potted plant containing seedlings, a packaging box in which a space is formed inside and the bag potted plant is stored ; A cover covering the upper portion of the packaging box; the packaging box is provided with a cut-out groove through which the seedling passes, and is spaced apart from the center by a predetermined distance on both sides to separate the inner space and the outer space. It is characterized in that it consists of a horizontal wall and a vertical wall which is arranged in a vertical direction at regular intervals in the external space to partition the external space into a plurality.

The bottom surface of the inner space is preferably formed to be relatively higher than the bottom surface of the outer space.

A supply groove formed on the bottom surface of both ends of the inner space and into which water and nutrient solution are introduced, a first flow path connecting the supply grooves located on both sides on the bottom surface of the inner space, and a plurality of branches branched from the first flow path It is preferable that a flow passage portion having a second flow passage connected to the external space is included.

It is preferable that a plurality of support members are formed on the bottom surface and the side surface of the external space to support the bag potted plant.

It is preferable that perforated lines that can be cut to fit the area of the inner space are formed on both sides of the cover.

According to the transport box for delivery and cultivation of bag potted plants according to the present invention, there is an effect that the bag potted plant with seedlings is packed, transported and delivered, and the transported and delivered seedlings can be planted.

According to the present invention, by dividing the inner space and the plurality of outer spaces through horizontal and vertical walls inside the packaging box, it is possible to prevent damage to the seedlings due to impact, etc. There is an advantage.

According to the present invention, the transported and delivered bag potted plant is seated in the external space, so that seedlings contained in the bag potted plant can be grown immediately without separate replanting, and water and nutrient solution can be conveniently supplied through the inner space. .

According to the present invention, there is an effect that the space can be efficiently used by storing various cultivation products for cultivating seedlings in the internal space.

According to the present invention, the inner space is protected by a cover, and it is possible to prevent foreign substances from entering through the seedlings contained in the bag pot, and to prevent the scattering of soil and manure.

1 is an exploded perspective view showing a transport box for delivery and cultivation of bag potted plants according to the present invention;
2 is a plan view showing a plane of the packaging box according to the present invention;
3 is a cross-sectional view showing a side cross-section of the packaging box according to the present invention;
4 is a conceptual diagram showing a packaging state of a bag pot according to the present invention;
5 is a conceptual diagram illustrating a planting state of a bag pot according to the present invention.

Hereinafter, the potted plants watered by the water level control means according to the present invention will be described in detail together with the accompanying drawings.

1 is an exploded perspective view showing a transport box for delivery and cultivation of bag potted plants according to the present invention, FIG. 2 is a plan view showing a plane of the packaging box according to the present invention, and FIG. It is a cross-sectional view showing a cross-section, FIG. 4 is a conceptual diagram illustrating a packaging state of a bag planter according to the present invention, and FIG. 5 is a conceptual diagram illustrating a planting state of a bag planter according to the present invention.

As shown in FIGS. 1 to 5 , the present invention relates to a potted plant watered by a water level control means, and more particularly, it stably fixes the bag potted plant in a state in which the seedling is planted in the bag pot so that the seedlings are exposed, transport and delivery This is possible, and relates to a transport box for delivery and cultivation of bag pots in which seedlings can be planted.

To this end, in the present invention, the bag pot 100 in which the seedling 110 is planted is packaged, transported and delivered, and the seedling 110 is planted with a packing box 10 and a cover 20 .

Prior to this, the bag pot 100 is made by planting the seedlings 110 in the shape of a bag made of a material such as a cloth containing soil and manure.

Here, the seedling 110 is made of any one of various varieties that can be planted in pots such as flowers and plants grown indoors and outdoors.

The packaging box 10 has a space formed therein, so that a plurality of the pocket flowerpots 100 are stored.

The cover 20 covers the top of the packaging box 10 .

Through this, the upper portion of the packaging box 10 in which the plurality of pocket flowerpots 100 are contained is covered through the cover 20 to form a box.

And it is possible to transport and deliver the packaging box 10 in which the pocket flowerpot 100 is contained, and the packaging box 10, which has been transported and delivered, fixes the pocket flowerpot 100 to secure the seedling 110. made to be cultivated.

A detailed look at each of these configurations is performed as follows.

First, the packaging box 10 is divided into a horizontal wall 11 and a vertical wall 12 that partition the interior so that the bag pot 100 and the seedling 110 can be stored in each area. is done

The horizontal wall 11 is provided with a cut-out groove 11a through which the seedling 110 passes, and is arranged in the horizontal direction at a predetermined distance from the center to both sides to divide the inner space 10a and the outer space 10b. do.

The vertical wall 12 is disposed in the vertical direction at regular intervals in the external space 10b to divide the external space 10b into a plurality.

Accordingly, two horizontal walls 11 are arranged at regular intervals along the longitudinal direction of the packaging box 10 to form the inner space 10a in the middle, and the outer space on both sides of the inner space 10a. (10b) is partitioned to be formed.

And the vertical wall 12 is uniformly formed along the longitudinal direction in the external space 10b to divide the external space 10b into a plurality.

In this case, the cut-out groove 11a is disposed between the vertical wall 12 and the vertical wall 12 or the inner wall of the packaging box 10 and partitioned between the external space 10b and the internal space 10a. connect

Through this, the pocket flowerpot 100 is arranged in each of the plurality of external spaces 10b, and the seedling 110 planted in the pocket flowerpot 100 is inserted into the inner space 10a through the cut-out groove 11a. placed on

In addition, the seedling 110 and various items necessary for cultivating the seedling are stored in the inner space 10a, so that delivery and transportation are possible.

And the bottom surface of the inner space (10a) is formed to be relatively higher than the bottom surface of the outer space (10b).

Accordingly, when the packaging box 10 is manufactured, the inner space 10a may be formed higher than the outer space 10b, or the flooring 16 may be manufactured and disposed to match the area of the inner space 10a.

Through this, the seedling 110 can be stably supported through the bottom surface of the inner space 10a that protrudes while the bag pot 100 is stored in the outer space 10b.

In addition, it is possible to easily store the additionally packaged, nutrient solution container, water tank, etc. for cultivating the seedling without damage to the seedling 110 .

And the inner space (10a) includes a supply groove (13) and a flow path part (14) so as to constantly supply water and nutrient solution to the seedlings 110 planted in the outer space (10b).

The supply groove 13 is formed on the bottom surface of both ends of the inner space 10a, and water and nutrient solution are introduced.

Therefore, a hose or a water tank introduced from the outside is coupled to the supply groove 13 to supply water.

At this time, it is coupled to the inlet of the water tank, and when in close contact with the bottom surface of the supply groove 13, it is opened by elasticity to supply a certain amount of water and nutrient solution. It is used in combination with a water cap, etc.

The flow path part 14 has a first flow path 14a connecting the supply grooves 13 located on both sides on the bottom surface of the inner space 10a, and a plurality of the flow paths branching from the first flow path 14a. A second flow path 14b connected to the external space 10b is formed.

Through this, water or nutrient solution introduced through the supply groove 13 is supplied through the first flow path 14a, and then is supplied to the plurality of external spaces 10b through the second flow path 14b, respectively. .

Here, as the inner space 10a is formed to be relatively higher than the outer space 10b, the second flow path 14b allows the water and nutrient solution supplied from the first flow path 14a to flow into the external space 10b. It is preferable to be inclined downward from the center to the outside so that it can be easily introduced.

Through this, a predetermined amount of water and nutrient solution introduced into the supply groove 13 can be continuously supplied to the external space 10b.

In addition, water and nutrient solution introduced into the external space 10b may be sucked in a predetermined amount through the wick irrigation method through the bag pot 100 and supplied to the seedling 110 through soil and manure.

And a plurality of support members 15 are formed on the bottom and side surfaces of the external space 10b to support the bag planter 100 .

The support members 15 are arranged at regular intervals in the partitioned external space 10b to support the lower end and side surfaces of the bag pot 100 so that the seedling 110 can be stably arranged toward the upper end. .

In addition, by supporting the horizontal wall 11 and the vertical wall 12, it is made to withstand the load of the bag pot 100, and to be stably supported.

Therefore, the lower end and one side of the support member 15 are coupled to the inner surface and the floor of the external space 10b to support the horizontal wall 11 and the vertical wall 12, and the other surface has an inclined or curvature. It is formed in the form of a rib on which the bag flowerpot 100 can be seated.

Next, the cover 20 is made to cover the upper surface of the packaging box 10 to be able to open and close.

Accordingly, a seating protrusion 17 on which the cover 20 is seated is formed along the periphery on the upper end of the packaging box 10 , and a seating groove into which the seating projection 17 is inserted on the lower surface of the cover 20 . (22) is formed along the circumference is made to be mutually fastening.

Through this, the cover 20 is made to be easily covered on the upper surface of the packaging box 10 .

And on both sides of the cover 20, perforated lines 21 that can be cut to fit the area of the inner space 10a are formed.

By cutting both sides of the cover 20 through the perforated line 21 , the cover 20 can be manufactured to a size that can cover the inner space 10a.

Therefore, when the bag pot 100 is transported and delivered, the top surface of the packaging box 10 is covered to prevent exposure to the outside, and when the bag pot 100 is grown, the inner space 10a is covered and exposed to the outside. It is made so that the seedlings can be exposed upwards in the external space 10b.

Through this, the inner space 10a is not exposed to the outside to prevent foreign substances from being introduced into the inner space 10a, and various items necessary for cultivation can be stored in the inner space 10a.

That is, water and nutrient solution are supplied to each external space 10b through the flow path 14 formed on the bottom surface of the internal space 10a, and various items necessary for cultivation in the other internal space 10a are supplied. It can be stored and used easily.

Through this, it is possible to efficiently store and use items necessary for cultivating the seedling 110 , thereby improving the usability of the space.

Next, the state of use according to the present invention will be described.

First, the packaging box 10 is formed by dividing the inner space 10a and the plurality of outer spaces 10b by the horizontal wall 11 and the vertical wall 12 .

At this time, as shown in FIG. 4 , after each of the bag pots 100 are disposed in the external space 10b partitioned into a plurality of pieces, the seedling 110 is inserted into the inner space ( 10a).

That is, the bag planter 100 is laid down so that the seedling 110 can be located in the inner space 10a.

In addition, various items necessary for cultivating the seedling 110 are stored in the inner space 10a at a position where interference of the seedling 110 does not occur.

And, after the cover 20 is placed on the top of the packaging box 10 to block it from the outside, delivery and transportation are performed.

Through this, the bag planter 100 is stably fixed to the external space 10b, and prevents arbitrarily moving during transportation to prevent damage to the seedling 110, and the seedling in the inner space 10a (110) and various items necessary for cultivation can be stored and transported and delivered.

And when the transport and delivery are completed, as shown in FIG. 5 , the plant can be grown by placing the bag pot 100 in the packaging box 10 .

That is, the bag planter 100 disposed in the external space 10b is erected so that the seedling 110 is exposed to the top of the packaging box 10 .

In addition, water and a nutrient solution are supplied to the inner space 10a through the supply groove 13 through a hose or a water tank in which water introduced from the outside is stored.

In this way, the water and nutrient solution supplied to the supply groove 13 move along the flow path 14 and move to each of the external spaces 10b to be supplied to the bag pot 100 .

In addition, the cover 20 is cut on both sides along the perforation line 21 to cut both sides according to the area of the inner space 10a to fit the inner space 10a at the top of the packaging box 10. install

Accordingly, the upper end of the inner space 10a is covered by the cover 20 to prevent foreign substances from being introduced from the outside, and articles disposed in the inner space 10a can be stored.

The bag pots 100 transported and delivered through this can be planted in the packaging box 10 without the need for a separate planting and can be easily cultivated.

Therefore, when cultivating the seedling 110 indoors, soil, manure, etc. are prevented from scattering indoors, and foreign substances from outside are prevented from flowing into the inside of the bag pot 100 .

In addition, the inner space 10a is covered through the cover 20 to prevent foreign substances from being introduced into the water and nutrient solution supplied through the flow path 14 to prevent contamination.

And by effectively storing various items for cultivation of the seedling 110 in the inner space 10a, the space can be used efficiently.

Accordingly, the transported and delivered seedlings 110 are conveniently placed in the packaging box 10, so that they can be grown without any difficulty, and soil, manure, etc., are prevented from scattering indoors during cultivation.

As described above, the rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those of ordinary skill in the art may make various modifications and adaptations within the scope of the claims. It is self-evident that you can

10: packing box 10a: inner space 10b: outer space
11: horizontal wall 11a: incision groove
12: vertical wall 13: supply groove
14: Euro section 14a: 1st Euro
14b: second flow path 15: support member
16: flooring 17: seating projection
20: cover 21: perforated line 22: seating groove
100: bag pot 110: seedlings

Claims (5)

In the transport box for delivery and cultivation of a pocket potted plant that can store, transport and plant the bag potted plant 100 containing the seedling 110,
a packaging box 10 in which a space is formed inside and the bag pot 100 is stored;
A cover 20 that covers the upper portion of the packaging box 10; consists of,
The packaging box 10,
A cut-out groove 11a through which the seedling 110 passes is provided, and the horizontal wall 11 is arranged in the horizontal direction at a predetermined distance from the center to both sides to partition the inner space 10a and the outer space 10b; ,
A transport box for delivery and cultivation of bag potted plants, characterized in that it comprises a vertical wall (12) arranged in a vertical direction at regular intervals in the external space (10b) to partition the external space (10b) into a plurality. The method of claim 1,
The bottom surface of the inner space (10a) is a transport box for delivery and cultivation of bag pots, characterized in that it is formed relatively higher than the bottom surface of the outer space (10b). The method of claim 1,
a supply groove 13 formed on the bottom surface of both ends of the inner space 10a and into which water and nutrient solution flow;
On the bottom surface of the inner space 10a, a first flow path 14a connecting the supply grooves 13 located on both sides is branched from the first flow path 14a and connected to a plurality of the external spaces 10b. A transport box for delivery and cultivation of bag pots, characterized in that it includes a flow path portion 14 in which a second flow path 14b is formed. The method of claim 1,
A transport box for delivery and cultivation of bag pots, characterized in that a plurality of support members (15) are formed on the bottom and side surfaces of the outer space (10b) to support the bag pot (100). The method of claim 1,
On both sides of the cover (20), perforated lines (21) that can be cut to fit the area of the inner space (10a) are formed.

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