KR940002254Y1 - Pot for cultivating of seed - Google Patents

Abstract

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Description

Seedling cultivation pot

1 is an overall configuration diagram of the present invention.

2 is a combined cross-sectional view of a part of the present invention extracted.

3 is a perspective view showing a detailed configuration of the auxiliary plate.

Figure 4 is a perspective view showing a temporary example of the support plate according to the present invention.

5 is a perspective view showing another embodiment of the support plate.

Figure 6 (a) to (e) is a state diagram showing an embodiment according to the present invention.

* Explanation of symbols for main parts of the drawings

10: seedling plate 11: body

12: groove 20: support plate

21: fold 23: fixing strap

30: auxiliary tool 31: moving plate

32: injection plate 33: seeding plate

34: seeding hole 35: injection hole

36: moving ball

The present invention relates to a seedling cultivation pot (pot), in particular, the seedling plate that can hold the soil and placed on top of the seedling plate can be easily sown evenly, and has an auxiliary tool configured to push out the seedlings sprouted from the bottom It is about a seedling cultivation pot (pot) that can be completed in a short time with a small number of people planting work.

Generally, seedlings refer to the seeds of all kinds of seeds which have been cultivated for planting. Chinese cabbage, radish or flowers, such as most plants, require seedling work.

The reason is the same for all living things, but especially in plants, the seeds that do not absorb enough nutrients in the process of sprouting from the seeds are not pests because they do not have strong resistance in the process of growth. Because, after all, even if he is dead or alive, he is meaningless.

Conventional seedling cultivation method is to mix fertilizer and compost, mix water with nutritious soil, make it mud, spread it flat to the thickness of 3-4cm, cut out the size of 3-5cm square After making seed holes in each seedling soil with a certain depth, put 1-2 seeds into the seed holes by hand and cover the soil. After a few days, the seedlings are sprouted. You will be heterogeneous.

Therefore, each work, such as seedling mixing and plate work, seeding work seedling work must be done one by one, not only because it takes a lot of manpower, but also the economic loss resulting there was a very big problem.

The present invention was made in consideration of the above circumstances, and its purpose is to provide a seedling cultivation port that can expect a rapid work and economic cost savings as it can do a large amount of work with a small number of people when cultivating seedlings by using seedling plates and auxiliary plates properly. Is in.

That is, the present invention is characterized by having a seedling plate having a main body with a separate supporting plate and an auxiliary plate which is used as a seeding mechanism which is placed on the upper part of the seedling plate, and used as a seedling soil taking-out mechanism that can easily dissimilar by pushing up the supporting plate from the bottom of the seedling plate. It is to be done.

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

The present invention in Figures 1 to 2 is formed of a seedling plate 10 and the base plate 20 is fixed to the seedling plate and a separate auxiliary tool 30, the seedling plate 10 is smaller than the bottom surface The main body 11 is formed with the inclined wall 13 and the square groove 12 is formed to be able to contain seedlings by repeating up, down, left and right in a predetermined width, and a hole in the bottom center of the recess 12. The discharge hole 14 is formed so that the drainage and seed injection portion 35 is inserted to push up the support plate, and the support plate 20 has a plurality of holes formed on the front surface thereof (see FIG. 4). Left, right, or brush symmetrical with the drain hole 22 for drainage, one end is formed integrally with the support plate and the other end is formed of a folded portion 21 is fixed around the discharge hole 22 and folded portion 21 Is a thin resin or a suitable material that can be folded to relax A sphere, and the high ridge, possibly also gives it out support plate 20 is let go outside the groove 12, both ends of which are fixed.

And, the assisting tool 30 is made of a plurality of funnel-shaped protrusions downwards across the entire surface (see FIG. 3) to create seed spots on the seedling soil contained in the grooves 12 and at the same time to inject seeds An injection plate 32 having an injection hole 35 at the same position as that, and a seeding plate 33 having a seed seeding hole 34 concentric with the center of the injection hole 35 and being concentric with the center of the injection hole 35. ), And a moving plate 31, the injection hole 35 has a long hole 38 through which the moving rod 37 passes at the point where the injection hole 35 protrudes, and the moving plate 31 is formed. A moving rod 37 passing through the long hole 38 formed in the injection hole 35 and having a plurality of moving holes 36 formed to intersect the seeding hole 34 and one end of the moving rod is formed. With the front handle 39 and the rear handle 40 which is secured integrally with them after the other end passes through the long hole 38 There is sex.

As another embodiment of the backing plate, a plurality of drain holes 22 are formed (see FIG. 5), and a fixing hole 24 capable of tying the fixing string 23 on one side thereof is formed so that one side of the fixing string is fixed hole ( 24) and the other side is tied to it by drilling a fixed hole around the discharge hole.

Looking at the embodiment of the seedling cultivation pot (pot) having the configuration as described above (see FIG. 6) seedling soil (15) is mixed with sufficient nutrients in the grooves 12 formed in the seedling plate 10 (a) After putting in the state as shown in the injection hole 35 is placed on the seedling plate 10 so that the injection hole (35) is in the center of the groove and gently press the seedling soil (15) is pushed by the injection hole (35) to create a seed spot. .

At this time, by moving the front and rear handles 39 and 40 of the moving plate 31, the moving hole 36 is positioned to be displaced from the seeding hole 34, and then sprayed with an appropriate amount of seeds on the seeding plate and wiped out as shown in (b). The seeds are stored in the seeding hole 34 in a state of being placed on the moving rod 1-2 by one.

After this is completed, when the front handle 39 is pulled or the rear handle 40 is pushed, the seed passes through the moving hole 36 at the instant when the moving hole 36 and the seeding hole 34 coincide with each other, and then the injection hole 35 is formed. The seedlings will fall on the soil (15).

At this time, if you remove the auxiliary tool 30 and cover the soil sowing is completed.

Then, after several days (d) it will sprout, which will be heterogeneous.

At the time of seeding, the seedling grooves 15 having sprouts must first be withdrawn. According to the present invention, first, the auxiliary port 30 is inverted and the injection hole 35 is aligned with the discharge hole 14 and pushed up or the seedling plate is pressed. As the end surface of the support plate 35 pushes up the lower portion of the support plate 20, the seedling soil supported by the support plate 20 falls off the inclined wall 13 of the recess 12 as the support plate 20 rises.

When the seedling soil raised out of the groove 12 is picked up by hand or seedling shovel, the seedling soil extraction is completed.

At this time, the support plate 20 is blown up to the bottom surface of the seedling soil is no longer lifted by the folding portion 22 is fixed to the bottom of the groove 12, and fall from the seedling soil to be in place.

As a matter of fact, the seedling cultivation pot according to this paper is not only a remarkable improvement over the conventional method, but also a derivative effect, that is, a work requiring several people, with only a few people. Not only can the working time be minimized, in particular, it can have a huge influence on economic cost reduction, and since the structure is simple and does not use a few times a year, it can be used semi-permanently.

Claims (1)

Seedling cultivation port main body 11 has a seedling plate 10 having a discharge hole 14 having a bottom of the support plate detachment prevention step at the bottom in forming a plurality of grooves 12 vertically and horizontally, and one side. Silver supporting plate 20 and the other side is fixed to the bottom of the groove 12, the support plate 20 having a drain hole 22 is raised and lowered by the folding portion 21, and downward projection inlet 35 Positioning the moving plate 31 consisting of a plurality of moving rods 37 having a moving hole 36 under a plurality of injection plate 32 and superimposed on the seeding plate 33 having a plurality of seeding holes 34 Seedling cultivation port, characterized in that made by the combination of the auxiliary tool (30).