KR200236621Y1 - A seedling Fort - Google Patents

Abstract

The present invention relates to a seedling port for raising seedlings of annual or perennial herbaceous plants, and more specifically, the seedling port has an extension part formed with a runner fixing groove on the upper part of the reverse conical body and a drain hole for discharging water at the lower side. It is made of synthetic resin that can be used to form a durable and semi-permanent material, so that a large amount of water is brought in by the expansion part formed in the upper part of the body to prevent drying of seedling roots even if it does not supply moisture for a long time, and water is introduced into the seedling port. When supplied excessively, water is discharged by the drain hole so that the root does not decay, and the long cone-shaped body creates a lot of soluble cup roots to promote the growth of seedlings. Can be stored and transported so as not to damage the seedlings It is about a seedling pot which can be.

In the reverse conical body and the runner fixing groove 13 for fixing the runner 20 in the upper predetermined position of the body and the rim 11 for maintaining the strength, the inverted conical body has an upper taper ( 14 and the lower tapered portion 15, an extension portion 12 is formed between the bent portion and the edge 11 of the upper tapered portion 14, the upper tapered portion 14 and the lower portion An insertion part 18 formed of a locking step 16 and a straight part 17 is formed between the tapered parts 15, and a drain hole 19 for discharging water is provided below the lower data part 15. It is characterized by being formed.

Description

Seedling pots {A seedling Fort}

The present invention relates to a seedling port for raising seedlings of annual or perennial herbaceous plants, and more specifically, the seedling port has an extension part in which a runner fixing groove is formed on the upper part of the reverse conical body and a drain hole for discharging water at the lower side. It is made of synthetic resin that can be used to form a durable and semi-permanent material, so that a large amount of water is brought in by the expansion part formed in the upper part of the body, and prevents the seedling roots from drying even if the water is not supplied for a long time and the water enters the inside of the seedling port. In case of excessive supply, water is discharged by the drain hole so that the roots do not rot, and the long cone-shaped body creates a lot of soluble grass roots to promote the growth of seedlings. You can store and transport seedlings by laminating them so that they are not damaged. Which relates to seedlings port.

Conventionally, when raising seedlings (2) of annual or perennial herbaceous plants in open field (3), weeds growing together with the seedlings must be removed one by one, and fertilizer spraying and water management are difficult, so much time and manpower is required to grow seedlings. When transplanting seedlings grown in seedling pots (1) into the fields, many of the roots fall off and die, as well as the seedlings' roots in the open ground (3). This is delayed and there is a defect that can not harvest a large amount of fruit, in order to compensate for the defect of using a seedling port (1) made of a thin synthetic resin material as shown in Figure 1, When weeding seedlings (2) using the seedling pots (1) made of the above-mentioned thin synthetic resin material, weed removal or water pipes than cultivation in the open field (3) This is much easier, faster and better the survival of seedlings root growth of seedlings, yanaeng Since hair growth when the seedlings are transferred to the two ports in the room was able to protect plants from the cold dew standing differences and temperature.

A seedling port for acquiring seedlings is known from Japanese Utility Model Registration No. 3016098 (registered on 19/19/199), and the seedling port is on the upper edge sidewall of the port 21 made of hard plastic as shown in FIG. The runner fixing groove 22 is formed in the bottom and protrudes the rod 23 at the lower part, so that the aeration of the stem extending from the raw cloth is inserted into the pot 21 into which the soil is put down and the root is fixed to the runner fixing groove 22. The seedlings of the former are obtained by cutting the grown hairs by fixing the stems. However, the former seedling ports are manufactured in the form of cups by molding a thin synthetic resin material, so that the deformation and breakage of the circular shape is good. If the seedlings grow to a certain extent in the state, strawberry seedlings generate a large amount of runners in the pipe part, and in order to fix the runners to the open ground, a pin or other tool must be used. In case of excessive supply of water to the inside of seedling pots and the hassle of seedlings, the roots may rot because there is no drainage hole to discharge water. In addition, the seedling port is used only once and disposed of, which causes environmental pollution. In addition, when a seedling port box in which several seedling ports are placed is stacked and stored, a separate shelf is required. In the latter seedling port, the inlet of the upper part of the port 21 is narrow and it is impossible to bring in a large amount of water, so when the moisture is not supplied for a long time, the seedling roots are dried and the seedlings are easily killed. In the case of excessive supply, seedling roots are easily rotted because the drain hole is not formed at the lower side of the port 21. If you want to refrigerated and transport the seedlings port, holding the port 21 is uncomfortable to carry the rod 23, which is formed protruding in the lower portion of the port 21 with a strong force to the foamed styrofoam one by one. There was a problem.

The present invention is to solve the above problems, the seedling port to form an expansion portion in the upper edge of the body of the reverse conical shape and to form a drain hole for discharging water in the lower portion of the reverse conical body, the upper taper and the lower taper By forming an insertion part consisting of a locking jaw and a straight part between the parts, a large amount of water is brought in by the expansion part formed in the upper part of the body when supplying water by a sprinkler or water by a water hose and prolonged moisture. It prevents the seedling roots from drying even if it is not supplied, and when water is excessively supplied into the seedling pot, it is discharged by the drain hole formed in the lower part of the body, and a lot of fusiform roots are formed by the conical body of the long seedling port. It can promote the growth of seedling growth and at the same time stack several seedling ports The technical problem is to allow the seedlings to be stored without damage to the seedlings by stacking the seedling port boxes into which several seedling ports are inserted by the insertion part formed in the lower part of the body.

Figure 1 is a state of use for raising seedlings using a conventional seedling port.

Figure 2 is a perspective view of the state of use of another conventional seedling port.

3 is a perspective view of the present invention.

4 is a front view of the present invention.

5 is a cross-sectional view taken along the line B-B in FIG.

Figure 6 is a state of use for raising seedlings using the seedling port of the present invention.

Figure 7 is an enlarged cross-sectional view showing the seedling port of FIG.

Figure 8 is a cross-sectional view of the use state laminated to the seedling port of the present invention by inserting the seedling box. Figure 9 is an enlarged cross-sectional view 'C' portion of FIG.

<Description of the symbols for the main parts of the drawings>

1: seedling pot 2: seedling 3: noji

4: seedling box 5: handle 6: seedling pot fixing groove

7 seedling port insertion hole 8 base 10: body

11 border 12 extension 13 runner fixing groove

14: upper taper portion 15: lower taper portion 16: locking jaw

17: straight portion 18: insertion portion 19: drain hole

20: runner

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 3 is a perspective view of the subject innovation, Figure 4 is a front view of the subject innovation, Figure 5 is a cross-sectional view taken along line BB of Figure 3, Figure 6 is a state diagram using the seedlings using the seedling port of the subject innovation, Figure 7 6 is an enlarged cross-sectional view illustrating the seedling port of FIG. 6 in an enlarged view, and FIG. 8 is a cross-sectional view illustrating a state in which the seedling port of the present invention is inserted into a seedling box and stacked, and FIG. 9 is an enlarged cross-sectional view of the 'C' portion of FIG. 8. .

As shown in FIG. 3 and FIG. 5, the seedling port 1 for raising the seedlings 2 of the present invention is formed of a body including an upper data portion 14 and a lower data portion 15 having a reverse conical shape. On the upper side of the inverted upper taper 14, a runner fixing groove 13 for fixing the runner 20 at a predetermined position and an extension part 12 having a rim 11 for maintaining strength are formed. The lower side of the inverted cone-shaped body is formed of a drain hole 19 for discharging water is made of a synthetic resin firmly to a predetermined thickness.

In addition, between the upper taper portion 14 and the lower taper portion 15, the locking step 16 and the straight portion 17 is inserted into the fixing groove 6 formed at the corner predetermined position of the seedling box (4) Comprising the insertion portion 18 is formed.

Referring to the working relationship of the present invention is configured as described above are as follows.

As shown in FIGS. 6 and 7, a plurality of runners 20 are generated in the main column 8 planted in the open field 3, and each runner 20 is a seedling in which an appropriate amount of topsoil is filled. When fixed to the runner fixing groove 13 formed in the upper portion of the port (1), the root, stem and leaves are generated in the runner 20 fixed to the runner fixing groove 13 to one seedling (2) Will grow.

In the seedling 2 grown in the seedling port 1, when a plurality of runners 20 are generated, a runner is formed in the runner fixing groove 13 formed in the upper part of the seedling port 1 in which the appropriate amount of soil is filled as described above. When planted by fixing (20) is a large amount of roots are generated inside the long body formed in the seedling port (1) and stems and leaves are generated to grow into another seedling (2).

Thus seedling seedlings (2) planted in the seedling port (1) is insufficient in the growth stage when the water supply by the sprinkler or water hose to the expansion part 12 formed in the upper part of the body of the seedling port (1) The large amount of water is brought in, and the seedling roots are prevented from drying even if they are not hydrated for a long time, thereby promoting growth.

And, at the end of the upper taper portion 15 located in the lower portion of the body portion of the seedling port (1) is formed a drain hole (19) for discharging excessively supplied water so that the seedling port by a sprinkler or water hose (1) When the water is excessively supplied to the inside, the water is smoothly drained by the drain hole 19 so that the root of the seedling 2 planted in the seedling port 1 is prevented from rotting by the excessively supplied water. You can do it.

By repeating the above operation can be easily produced a large amount of seedlings (2), seedlings grown by being fixed to the runner fixing grooves (13) 20 days before the seedlings (2) to be repeatedly produced in the field After cutting the runner 13, the seedlings (2) is to be separated from the seedling port (1) and transferred to the present field.

8 and 9, a plurality of seedling port insertion holes 7 are arranged at predetermined intervals on the upper and lower surfaces of the seedling box 4 so that the seedlings are inserted into the seedling port insertion holes 7. (2) can be easily inserted into the seedling box (1) planted without seeding the seedling box (1) a plurality of seedling box (4), is formed at a predetermined position of the corner of the seedling box (4) The seedling port fixing groove 6 has an insertion portion 18 consisting of a straight portion 17 and a catching jaw 16 formed between the upper taper portion 14 and the lower taper portion 15 of the body of the seedling port 1. And fix the seedling port of the seedling box (4) after inserting a plurality of empty seedling ports (1) according to the size of the seedlings (2), and then inserting the insertion portion 18 formed in the seedling ports (1) The seedling box (1) can be stored by easily adjusting the height of the seedling box (4) to be inserted and stacked in the groove (6). I will carry that hameuroseo can not hurt the seedlings storing or transporting large quantities of seedlings port (1).

As described above, the seedling port according to the present invention has a runner fixing groove for fixing the runner on the upper part of the reverse conical body and an extension part for maintaining the strength, and a drain hole for discharging water in the lower part of the reverse conical body. Formed and firmly made of synthetic resin, so that a large amount of water is brought in by the water supply by the sprinkler or the expansion formed in the upper part of the rainy weather and prevents the seedling roots from drying even if not supplied for a long time, When water is excessively supplied into the seedling pot, the water is discharged by the drain hole formed in the lower part of the body so that the roots are not rotted. Insertion part formed in the lower part of the body of reverse conical shape by stacking several seedling ports at the same time Seedlings hameuroseo stored by the multiple seedlings port laminated inserted seedlings port by sangjaeul will not spoil that is effective to store and transport.

Claims (1)

In the reverse conical body and the runner fixing groove 13 for fixing the runner 20 in the upper predetermined position of the body and the edge 11 for maintaining the strength is formed, The inverted cone-shaped body is formed of an upper tapered portion 14 and a lower tapered portion 15, and an extended portion 12 is formed between the bent portion of the upper tapered portion 14 and the edge 11. , Between the upper taper portion 14 and the lower taper portion 15 is formed an insertion portion 18 consisting of a locking jaw 16 and a straight portion 17, the water below the lower taper portion 15 Seedling port, characterized in that the drain hole 19 for discharging the water is formed.