KR200405135Y1 - The Pot for Growing Seedling - Google Patents

Abstract

The present invention relates to a pot for raising seedlings, in a conventional seedling pot filled with topsoil used for raising seedlings such as horticultural crops, flowers, and trees, 92 to 95% by weight of crushed coconut blood and five major nutrients (nitrogen). Clay, formed by mixing 5 to 8% by weight of water in which phosphorus, potassium, magnesium, calcium) is mixed; A mesh network having a space formed therein to fill the top soil, and a mesh having an opening having a predetermined size open at the top thereof; It is characterized in that the filling of the soil in the space of the mesh network is compressed and molded to a predetermined size, forming a groove for inserting the seed on the top of the soil, and standardized, wherein the mesh network is embedded in the ground After one month to three months, it is made of one of gauze and beet which is made of cotton to completely decay and disappear naturally.

Therefore, the seedling pot according to the present invention is transported by filling a predetermined amount of topsoil suitable for seedling in a mesh network which is naturally extinguished after a certain period of time when it is bought into the ground, and then compressing and molding the pot to form a small standardized port. However, since it is easy to store and does not expand without being immersed in water, there is no need for a separate material during transportation or storage, thereby significantly reducing labor and material costs.

For seedlings, pots, topsoil, mesh nets, gauze, burlap, corrosion, natural extinction, seedlings, expansion

Description

Seedling Pots {The Pot for Growing Seedling}

1 is a perspective view showing a port for seedlings in a compressed state according to the present invention,

Figure 2 is a perspective view of the present invention seedling raising port expanded by water,

Figure 3 is a cross-sectional view showing the interior of the pot for raising seedlings of the present invention.

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

10-seedling pot 20-mesh

21-opening 22-space

30-Soil 31-Home

The present invention relates to a seedling pot. More specifically, by filling a certain amount of topsoil suitable for seedlings in a mesh network that is naturally corroded and extinguished after a certain period of time after being buried in the ground, it is compressed and molded into a standardized port for use in seedlings. It is to provide a pot for raising seedlings, which facilitates the transportation of pots and makes it easy for anyone to buy in the ground, thereby reducing labor and work costs by excellent workability.

In general, it is very important to grow healthy seedlings in farming and cultivating field crops. In the past, farmers have grown seedlings by relying on their own soil made of soil, compost, and chemical fertilizers.

However, in recent years, it has changed rapidly in the 2000s as a trend of raising artificial seedlings, which are artificially produced foreign or domestically produced finished products under conditions most suitable for raising seedlings.

Since the soil is manufactured in a large size, the seedlings must be planted in the second and third stages, so that labor costs are excessively spent, and transportation is difficult, and a small port is formed by moisture in the air. Since the port is distorted and damaged, it must be stored in a plastic or sealed container during transport or storage to maintain its shape, and the container surrounding the port must be removed in order to transplant the pot seedlings. There is a problem of rising costs due to high spending on dragons.

In addition, Korean Patent Application No. 1996-28386 (Publication No. 1998-9425, Name: Compressed body of seedling soil and its manufacturing method) is suitable for raising seedlings of horticultural crops, flowers and trees (cocopit, zeolite, Activated carbon, wood vinegar, fermented milk gourd, fermented compost, nitrogen, phosphoric acid, cary, magnesium, and calcium) are dried to a moisture content of 12% or less and compressed and molded at a compression ratio of 2: 1 to 9: 1 and wrapped in vinyl. The disclosed topographic compacts are disclosed.

In order to compensate for the disadvantages of the high temperature heater, seedling, and water evaporation of the cocopit, the soil compacts are mixed with each of the above-mentioned mixtures at a weight ratio of 1 square meter, thereby suppressing evaporation of moisture in the soil. It has high soil-friendliness at the time of planting after seedling and contains various ingredients necessary for germination and growth.

However, in the above-mentioned soil, various mixtures with respect to the area of cocopit are mixed, and the mixing ratio of the various mixtures contained in the soil is not known, and the number of mixtures mixed with cocopit is too large for material purchase. There is a lot of difficulties, and also contains a bad condition that the unnecessary mixture may be mixed in the seedlings, and the problem that it must be separately packaged with vinyl or the like after compression.

And when the soil covered with vinyl is purchased on the ground as it is, it is difficult for the roots of the germinated crops to penetrate the vinyl, so it is stressed, the germination of the crop is delayed, as well as difficult to grow into a healthy crop, vinyl is the ground It takes a long time to decompose in the contaminated land has a problem.

In addition, when seeding is carried out in a state in which it is expanded with water after removing the wrapping paper such as vinyl, the topsoil compact is broken and cannot maintain its shape. Especially, even when seeded and germinated, the seedlings remain in the pot when transplanted. There is a problem in that it is difficult to maintain the shape of the graft crumbles.

Therefore, the present invention has been devised to solve the general problems of the conventional soil for seedlings; The present invention is filled with a certain amount of topsoil suitable for seedlings in the mesh net which naturally disappears after a certain period of time when it is bought on the ground, and then compressed and molded into a small standardized port for easy transportation and storage. The purpose of this invention is to provide a pot for raising seedlings, which does not need to be expanded without being immersed in water, thus eliminating the need for additional materials during transportation or storage.

And the present invention when sowing seeds in the pot, soaked in water soaked in a state in which the port is expanded 3 to 5 times in the compressed longitudinal direction, when seed is germinated and landed in the ground, the root is mesh network It is easily escaped between the holes of the plant and is not stressed, so that crops can be moved quickly in a stable state, and the mesh network is also quickly disappeared to prevent soil contamination and to increase the farming income by accelerating the harvest time. There is also a purpose to get it.

The purpose of the present invention and many of the accompanying effects will be readily understood by the following detailed description.

In order to achieve the above object, the present invention, in the conventional seedling pot filled with soil used for seedlings, such as horticulture crops, flowers, trees, etc., 92 to 95% by weight of the coconut blood powder, and five major nutrients (nitrogen) Clay, which is formed by mixing 5 to 8% by weight of finely mixed water, phosphorus, potassium, magnesium, and calcium); A mesh network having a space formed therein to fill the top soil, and a mesh having an opening having a predetermined size open at the top thereof; Filling the top of the space portion of the mesh network is compressed and molded to a predetermined size, characterized in that the standardized by forming a groove for inserting the seed on the top of the top soil.

At this time, the mesh net is preferably made of any one of gauze and beet made of cotton to completely decay and natural decay after 1 month to 3 months after the purchase in the ground.

Hereinafter, with reference to the accompanying drawings, an embodiment of the present invention to which the above characteristics are described in detail as follows.

1 is a perspective view showing a port for seedlings in a compressed state according to the present invention, Figure 2 is a perspective view of the expanded port for seedlings of the present invention by water, Figure 3 shows the inside of the port for seedlings of the present invention It is a cross section.

As shown in the drawing, the seedling port 10 is filled with the top soil 30 in a cylindrical mesh network 20 having a space 22 formed therein, and compressed and molded to normalize to a predetermined size.

That is, the mesh network 20 is formed of a cylindrical mesh having a mesh of a predetermined size, the opening portion 21 of a predetermined size is formed in the upper portion so that the topsoil 30 is filled, empty inside The space part 22 which consists of spaces is formed.

In addition, the mesh net 20 is formed of any one of gauze and beet made of cotton so that one month to three months after the purchase in the ground to be completely corroded and natural extinction. At this time, the mesh net 20 made of gauze is preferably used for a fast growing plant because it is corroded in the ground over a short period of time (1 month), and the vein mesh net 20 is long term (three months) It is preferred to be used for plants that grow slowly because they are naturally extinguished.

And the mesh net 20 can be used as a net made of other surfaces that can be buried in the ground in addition to the gauze and beet, and of course, that can be decayed within 1 to 3 months, such as gauze and beet It is preferable to use.

On the other hand, the top soil 30 is manufactured by mixing the coconut powder ground powder of 92 to 95% by weight, and water of 5% to 8%, the opening 21 formed in the upper portion of the mesh network 20 A certain amount is filled in the space 22 through. At this time, the coconut blood pulverized powder is composed of pulverized powder to a size that can not easily escape from the mesh network 20, the water mixed with coconut blood pulverized powder in five major nutrients, that is, nitrogen, phosphorus, potassium, magnesium, calcium It is preferable to prepare by mixing, the five major nutrients, nitrogen (N) 5g, phosphorus (P) 4g, potassium (k) 3g, magnesium (mg) 5g, calcium (Ca) per ton of water (ton) 8 g are mixed.

The reason why the five nutrients are mixed in the soil is mixed, but the coconut blood crushed powder has various components, but when the five nutrients are mixed, all the nutrients are beneficial for germination and growth of seeds. , 5 major nutrients in water to mix with coconut blood ground powder.

And the mesh network 20 is filled with the top soil 30 is produced in each size according to the purpose of use, after filling the top soil 30 is put into the mold and compressed and molded by a press device, The mesh net 20 used for sowing is produced with a diameter of 4 cm and a height of 8 to 24 cm. After filling the top soil 30, it is put into a mold and compressed and molded to have a height of 4 cm, and cuttings (flowers) The mesh net 20 to be used) is manufactured with a diameter of 5.5 cm and a height of 16 to 48 cm to fill the top soil 30, and then put into a mold so as to have a height of 8 cm.

At this time, when compressing and molding the mesh network 20 filled with the top soil 30, seeds may be inserted into the top of the top soil 30 that is opened through the opening 21 formed on the top of the mesh network 20. The groove 31 is formed.

The diameter and size of the mesh network 20 are described as an example, and may be manufactured in various diameters and heights according to the variety of purposes used, the size of the seeds and the germination of seedlings, and of course, the mesh in the drawings Although the net 20 is illustrated in a cylindrical shape, it can be formed in various shapes such as a square pillar or a triangular pillar.

And, as shown in FIG. 1, when the mesh network 20 filled with the topsoil 30 is compressed and molded by the press device, the mesh network 20 is bent and folded and compressed as shown in the enlarged main part. As described above, the mesh network 20 and the topsoil of the seedling port 10 are not compressed, but are irregularly compressed to a certain size and shape. Shown.

Referring to the method of use of the present invention seedling pot made as described above are as follows. First, as shown in FIG. 1, the top soil 30 is filled in the mesh network 20 to immerse the compressed seedling port 10 in water for 5 minutes, in which the seedling port 10 absorbs water. It is expanded about 5 times in the compressed direction to obtain a state as shown in FIGS. 2 and 3.

Then, after a predetermined time passes after the seed is inserted into a predetermined depth inside the top soil 30 through the groove portion 31 formed on the top soil 30 of the opening 21 formed in the upper portion of the mesh network 20, the seed is Absorb nutrients from the top soil 30 and germinate to grow into seedlings.

At this time, the groove portion 31 formed on the top of the top soil 30 is formed when the top soil 30 is filled in the space portion 22 of the mesh network 20 and then compressed and molded, for compressed seedling As the port 10 is immersed in water and expands, the size of the groove 31 is also expanded. As shown in FIGS. 2 and 3, the groove 31 is inserted into the top soil 30 while being formed at a predetermined depth. It is formed to facilitate.

In addition, when the seedling pot 10 is buried in the ground in the state of germination of seedlings, the seedlings grow in the roots between the holes of the mesh net 20, and at the same time, the mesh net 20 also gradually erodes and disappears. .

In this way, with respect to the port for seedlings of the present invention, various design changes and material changes of each of the components within the scope of the present invention are considered to be included in the technical spirit of the present invention.

Therefore, the seedling pot according to the present invention is transported by filling a predetermined amount of topsoil suitable for seedling in a mesh network which is naturally extinguished after a certain period of time when it is bought into the ground, and then compressing and molding the pot to form a small standardized port. However, since it is easy to store and does not expand without being immersed in water, there is no need for a separate material during transportation or storage, thereby significantly reducing labor and material costs.

In addition, when seedlings are transplanted to the seedling pot of the present invention, the soil is not disturbed by the mesh network, the seedlings grow, and the roots can be easily lowered between the holes of the mesh network. By not receiving seedlings, seedlings do not wither, roughly 15 to 20 days of work progresses rapidly, and root growth is improved, resulting in an increase in sugar and size of 30% to 40% or more on average, which greatly affects farm income. There is also an effect.

In addition, since the mesh net is completely decayed after 1 month to 3 months after the purchase into the ground, it is also an effect of preventing the contamination of the soil to adversely affect the next crop.

On the other hand, in the prior art, the number of mixtures to be mixed in the cocoite is too difficult, it is very difficult to carry out because the mixing ratio for each mixture is not known, in the present invention can be easily mixed with a small number of mixtures, these mixtures Since are easily available materials, the present invention is a useful design that can be carried out very easily.

In other words, the present invention uses a top soil formed by mixing coconut blood pulverized powder 92 ~ 95% weight ratio and 5 ~ 8% weight ratio of water mixed with five major nutrients (nitrogen, phosphorus, potassium, magnesium, calcium), In the past, the mixture of cocoite, zeolite, activated charcoal, wood vinegar, fermented milk gourd, fermented compost, nitrogen, phosphoric acid, carry, magnesium, and calcium was used to dry the soil so that the moisture content was 12% or less. There are so many difficulties in purchasing the material because it is too much, and also implies the bad condition that an unnecessary mixture may be mixed in the seedling, but in the present design, the five major nutrients (nitrogen, phosphorus, potassium, magnesium) mixed with the groundnut coconut powder and water , Calcium) can be easily obtained, and because the amount of the five major nutrients is very small, the present invention can be easily carried out.

Claims (2)

In the conventional pot for raising seedlings filled with seedlings for gardening crops, flowers, trees, etc., Coconut hulled ground powder 92 to 95% by weight, and 5 to 8% by weight of water mixed with five major nutrients (nitrogen, phosphorus, potassium, magnesium, calcium); A mesh net 20 formed of a net having a space 22 formed therein so as to fill the top soil 30 and having an opening 21 open to a predetermined size at an upper portion thereof; Filling the top soil 30 in the space portion 22 of the mesh net 20 to compress and shape to a predetermined size, to form a groove 31 for inserting the seed on the top of the top soil 30 to standardize Pot for seedling characterized in that it was one. The method of claim 1, The mesh net 20 is a pot for seedlings, characterized in that made of any one of gauze and beet made of cotton to completely decay after one month to three months after the purchase in the ground.

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