KR940002255Y1 - Pot for transplantation and seedling - Google Patents

Abstract

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Description

Pot with seedlings and transplants

1 is a perspective view of the present invention.

2 is a perspective view of the embodiment of FIG.

3 is a sectional view of main parts of FIG.

4 is a state of use of the present invention.

5 is a perspective view showing a conventional port.

* Explanation of symbols for main parts of the drawings

1,1 ': port 2: opening

3: upper through hole 4: lower through hole

5: rib 6: inclined portion

7: incision

The present invention relates to a pot for raising seedlings, and more particularly, to a pot having both seedlings and transplants, which are configured to simultaneously perform seedlings and transplantation.

In general, when seedlings are grown in pots, high-quality soils are put in pots for seed germination and growth, so that seeds or seedlings are sown, and transplanted after a certain period of time.

Looking at the port that has been used in the prior art, the pot (patent No. 6963) made through the fermentation process by grinding the plant stem in the clay mineral so that the port can be directly transplanted to the distribution is presented, the port is directly transplanted to the main fabric Although this port has high viscosity due to the physical properties of the raw material, it causes designation in muscle development due to poor breathability and permeability, and delays the sticking after transplanting into a hardened hardened pedan. Due to the problems of degradation, moisture control and handling damage, there is a problem that greatly reduces the productivity of agriculture or forestry.

On the other hand, to solve some of the above problems, as a pot for solid seedlings, a number of ports formed of synthetic resins have been drawn out.

This is a port plate having a single-port intensive form or a single-port form, and when transplanted to the main fabric after seeding has been a problem of trouble and workability due to withdrawal and transplanting seedlings from the port.

In particular, Japanese Utility Model Publication No. Hei 1-55746 provides a vegetation port that has a tip part (shape head) and a plurality of through-holes formed on the side part, so that the port is not excavated. It can be easily transplanted by directly injecting it, but this decreases the efficiency of inflow of water introduced through the through hole, and since the through hole formed at the lower side from the upper side is uniformly spaced at a predetermined distance, after water supply It must be dehydrated immediately, and the watering work must be frequently performed. Also, if the root group sown (drinking water) grows largely, the plant must be transplanted from the pot to sustain the growth, and to prevent such a hassle. In order to select only plants that can grow within the contents of the pot It must be observed that its use is extremely limited.

As a result, it is necessary to increase the productivity of the manufacturing process of the pot, so that it can be easily transplanted to the main fabric after seeding or seedling in the pot, and to ensure and activate the mechanical strength and growth.

Therefore, the present invention has been devised to solve the problems of the conventional pot as described above, and the pot is capable of storing high-quality soil in order to allow seedlings to be made after sowing, and retains an appropriate amount of water and Depending on the growth, it is easy to supply moisture from the outside to ensure the growth of the roots, and also has mechanical strength. When transplanting the seedlings from the nursery place to the main cell, the seedlings from the pots are not drawn out from the pots. The port is transplanted, but the port is not excavated, and the port is implanted into the distribution to provide a port for easy transplantation or to directly transplant the seeded port into the main fabric. Provides a pot with seedlings and transplants that are safe for plant growth It has this object of the present invention.

In order to achieve the object of the present invention as described above will become more apparent in the following configuration description in detail in accordance with the accompanying drawings.

That is, the present invention, as shown in Figures 1 and 3 of the accompanying drawings, the cone shape of the upper and lower straits, the upper part is formed by the opening (2), the lower part is formed relatively sharply, and a plurality of through holes (3) in the peripheral portion In the seedling port of the synthetic resin material formed by forming, the through hole (3) forms an inclined portion (6) inward, the upper periphery of the plurality of perforations in multiple stages and the lower periphery of the many perforations in one end and the opening (2) ) Is formed by integrally injection molding the reinforcing rib (5) inside.

On the other hand, the port can be achieved by forming an incision 7 from the top to the bottom to allow the port to rupture when the port 1 'is narrow as the muscle group expands as shown in FIG. There is also.

Referring to the operation and the effects of the present invention composed of the above structure as follows.

In other words, the pot 1,1 'of the present invention is filled with clay and sowing so that seeds or seedlings can be easily grown through the opening 2, and then sowing (drinking water), and then the pointed surface of the hotbed or distribution The work is finished just by pressurizing or hitting with the lower part.

After that, if artificial watering is lower than the lower hole (4) water is supplied to the water (moisture) is high and the germination growth of the plant is guaranteed even without a separate water supply for a long time.

Of course, the subsequent water flows into the interior of the ports 1, 1 'through the upper through hole 3 or the lower through hole 4, so that the ports 1, 1' are formed in the upper and lower straits and the through holes 3, Since the inner surface of 4) forms the inclined portion 6, the inflow efficiency of water is further increased.

When the pot (1,1 ') of the present invention separates seedlings and transplants separately, the seedlings are not withdrawn and the pot (1,1') can be transplanted without a separate burrow tool, and at the same time, when a hotbed is not needed seasonally. Immediately after sowing (drinking water), the pot is pressurized to the main fabric to drink water, and the procedure has a concise effect.

In addition, the pots (1,1 ') of the present invention will be planted (planting) plants that can grow mainly in the volume of the pot, but in the case of plants with a large growth of the roots, after planting seedlings, the volume of the pots will be small according to the growth of the roots. In this case, the pot can be naturally ruptured by the incision 7 by the root group, so that it can be used without regard to the type of plant, and is a very practical design.

Claims (2)

In the cone-shaped cone of the ordinary light, the upper part is formed by the opening (2), the lower part is formed relatively sharply, and in the periphery of the port (1) for seedling of synthetic resin material formed by forming a plurality of through holes (3), the through holes (3) Is formed in the inclined portion 6 to the inner periphery, a plurality of perforations in the upper periphery and a plurality of perforations in one end in the lower periphery, the inside of the opening (2) of the upper is formed by integrally forming the reinforcing rib (5) The pot which had seedlings and transplants characterized by the above-mentioned. 2. The pot as claimed in claim 1, wherein an incision (7) is formed on the surface of the port from top to bottom.