KR101242444B1 - Nourishment storage container for planting assistance - Google Patents

Abstract

PURPOSE: A storage container is provided to continuously offer nutrients and water to plants by storing fertilizer and moisture through holes on the storage container. CONSTITUTION: A storage container is inserted into the space of a retaining wall or block with holes(11) and comprises a main body(10) with holes. The storage container comprises; moisture which is stored inside the main body for providing water to plants on the wall and fertilizer which is stored inside the main body and slowly releases. The main body stores moisture and fertilizer along with earthworm manure and soil. The main body is made of metallic or plastic materials. The fertilizer releases slowly, is formed like a bead and packed with environment-friendly paper which biodegrades.

Description

Nutrients storage container for greening {NOURISHMENT STORAGE CONTAINER FOR PLANTING ASSISTANCE}

The present invention relates to a nutrient storage container for greening aid, and more specifically, in a tubular shape for storing greening moisturizers and fertilizers in a body formed with a plurality of perforations for supplying water and nutrients to the plant continuously. Relates to a nutrient storage container.

In general, the retaining wall is constructed on various slopes or slopes of slopes formed by civil works such as roadside slopes, embankments, riverbanks, and landscaping walls to support the soil on the back to prevent its collapse. The structure is constructed in consideration of the topographical factors and factors applied to the retaining wall after the retaining wall construction.

The retaining wall forms, for example, an inverted T-shaped formwork, such as reinforcing bars and panels, to cut the soil of the construction area, or fill the valleys and lower areas of the mountainous areas, and then cast concrete on the formwork. Although it is common to construct the earth and crushed stone on the back side, such reinforced concrete retaining wall is not only desirable in terms of cost and air due to forming and curing, but also it may not be easy to secure mechanical allowable stress. Recently, due to the problem of the block retaining wall constructed by the blocks have been widely constructed.

The block retaining wall constitutes the front surface and is composed of a block made of concrete, stone, brick or stone, earth and sand filled in the rear side of the block, and suitable anchor means. The block serves to prevent the soil from being pushed forward.

It is generally known that a retaining wall constructed by retaining wall blocks is prefabricated with several blocks in the transverse direction prefabricated and then filled with reinforcement soils containing soil and crushed stone on the back.

The retaining wall constructed by these blocks has improved aesthetics than the reinforced concrete retaining wall, but since the block is mainly formed of mortar or concrete, if the retaining wall is left as it is, the retaining wall has a limitation in improving the aesthetics of the retaining wall. Therefore, in order to further enhance the aesthetics of the retaining wall, the painting may be painted on the retaining wall surface with paint or the like.However, coloring the retaining wall surface or drawing on the retaining wall surface is time-consuming, expensive, and over time. For example, the retaining wall surface is damaged by muddy water and the first color does not appear.

In addition, the existing block retaining walls provide heterogeneous landscapes that are cut off from the surrounding ecosystem by blocking the room for vegetation, considering only the stability of the slope, and considering only the functions of preventing erosion and water drainage at the riverside. As a result, the introduction of vegetation is blocked, and habitats for microorganisms and small animals disappear, so that the river ecosystem is cut off and artificial landscapes are formed by concrete.

In consideration of this point, in recent years, landscaping technology has been proposed to improve a natural greening technology and to grow a vegetation on the retaining wall to create a nature-friendly atmosphere.

As one of the landscaping techniques described above, an attempt is made to green the retaining wall by planting vegetation on the exposed slope after constructing the retaining wall so that part of the slope is exposed by omitting the block in several places of the slope for constructing the block retaining wall. It is done.

However, according to this method, since the structure is unstable in the part where the block is omitted, the built retaining wall may collapse, and the vegetation is planted only on a part of the retaining wall, so that there is no substantial greening effect.

On the other hand, Korean Patent Laid-Open Publication No. 2000-14510 discloses an ecological block capable of making a ground layer so that the front surface is formed in a step shape, and stacking the stepped portion to record the retaining wall. This ecological block has pores, and the plant-planting space part of the channel form is formed in the upper surface, so that a seed or a vegetation can be planted in the plant-planting space part.

In the above-described ecological block, all parts of the block are maintained at a porosity of approximately 20% or more by compositions such as coarse aggregate, cement, water, and additives. The retaining walls can be greened by planting seed and plant vegetation in cavities in the ecological block so that vegetation is fed with food.

However, such a porous ecological block has a void in the whole block, so its strength is weak to build a retaining wall, so it is difficult to apply to an area having a steep slope or near steep slope.

In addition, the front surface of the ecological block is generally formed perpendicular to the ground, and the vegetation that extends to the front of the block sags to the bottom, and it is difficult to grow due to poor photosynthesis. By disappearing, river ecosystems may be destroyed.

Related prior art is Korean Patent Publication No. 10-0522036.

The present invention is made in a cylindrical shape by storing a moisturizing agent and fertilizer in the body formed with a plurality of perforations continuously supplying moisture and nutrients to the plant, so that the plant is continuously grown, greening auxiliary nutrient storage container capable of greening the retaining wall It is to provide.

The technical problems to be achieved by the present invention are not limited to the technical problems mentioned above.

The nutrient storage container for greening aid of the present invention for achieving the above object is inserted into the storage space of the greening retaining wall or block in which the perforations are formed on the front surface, both ends are formed in a shielded cylindrical shape, the outer periphery and both ends It may include a body in which a plurality of perforations are formed, a moisturizer that is stored inside the body, absorbs water and is slowly discharged, and is stored in the body and comprises a fertilizer component of a slow-release fertilizer.

The body may store the moisturizing agent and the fertilizer, earthworm fecal soil and lightweight soil.

The body may be made of metal or plastic.

The fertilizer has a slow-acting property, the fertilizer is formed in the form of beads and stored in the packaging material, and the fertilizer is stored in the form of beads and may include a packaging material made of environmentally friendly biodegradable material.

As described above, the present invention is formed in a cylindrical shape and stored in the retaining wall or retaining wall block by storing the moisturizer and fertilizer inside the body formed with a plurality of perforations on the outer periphery and both end faces and nutrients insufficient when the plant grows. The continuous supply of water has the advantage that plants can grow for a long time without dying due to lack of nutrients and moisture.

1 is a perspective view showing the overall configuration of the supplementary nutrient storage container for greening according to an embodiment of the present invention.
Figure 2 is a view showing that the greening auxiliary nutrient storage container is inserted into the block according to the present invention.
Figure 3 is a view showing a cross-section of the greening auxiliary nutrient storage container according to the present invention.
Figure 4 is a cross-sectional view showing that the moisturizing agent and the fertilizer frame and the contents stored in the greening auxiliary nutrient storage container according to the present invention.
5 is a cross-sectional view showing the configuration of the fertilizer stored in the nutrient storage container for greening assistance according to the present invention.
6 is a cross-sectional view showing that the storage bag is additionally stored in the nutrient storage container for greening assistance according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like elements in the figures are denoted by the same reference numerals wherever possible. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a view showing a nutrient storage container for greening auxiliary according to an embodiment of the present invention, the body 10 is formed in a tubular shape and a plurality of perforations are formed on the outer periphery and both end surfaces, and stored in the body 10 And a moisturizer 20 to absorb and discharge water, and a fertilizer body 30 stored in the body 10 to discharge the fertilizer 32 components.

The body 10 is formed in a cylindrical shape shielding both ends, a plurality of perforations are formed on the outer periphery and both end surfaces.

Due to the perforation, water introduced from the outside may be introduced into the body 10, and the introduced water may be discharged through the perforation.

The body 10 may be made of a metal material or a plastic material, and may be formed in a cylindrical or polygonal shape.

The body 10 may also be formed in a box shape.

The interior of the body 10 formed as described above is adjusted to fit the environment in which the moisturizer 20 and the fertilizer 30, earthworm fecal soil and lightweight soil is inserted and stored.

The moisturizer 20 is an environmentally friendly material that does not cause environmental pollution among the commonly used moisturizers 20 as a material that absorbs external moisture and expands and slowly discharges water to the outside for a long time.

The moisturizer 20 absorbs and expands when water is introduced from the outside, and discharges the absorbed water little by little when water is not introduced from the outside.

The fertilizer body 30 is composed of a fertilizer 32 having a slow-acting property, and a packaging material 31 for storing and storing the fertilizer 32 formed in a bead form, the fertilizer 32 is stored.

The packaging material 31 of the fertilizer body 30 is made of environmentally friendly biodegradable material so that it decomposes naturally after a predetermined time so that the internally effective fertilizer 32 is exposed to the moisturizer 20 and the soil.

The fertilizer 30 is stored in a separate amount of storage bags 40 of a separate eco-friendly biodegradable material is further stored inside the body 10, the moisturizing agent 20, the fertilizer 30, earthworm fecal soil on the outside And lightweight soil can be stored.

At this time, the storage material other than the moisturizing agent 20 and the fertilizer body 30 stored in the body 10 may be changed by the growing plant or environment, the amount stored in the body 10 also by the plant or environment can be changed.

The reason for storing the fertilizer body 30 in the separate storage bag 40 is stored separately in the body 10 is the fertilizer body 30 is stored in the body 10 together with lightweight soil and moisturizer (20) When all the decomposition is used so that the plant does not obtain the components of the fertilizer (32) to allow the plant to obtain additional fertilizer (32) components through the fertilizer (30) in the storage bag (40).

That is, the present invention will be described as follows.

Both ends are sealed to form a body 10 having a plurality of perforations formed on the outer circumferential edge and both ends, and absorbs water in the body 10 to expand and slowly discharge the moisturizing agent 20 and the slow-release fertilizer 32 Insert and store the fertilizer (30), earthworm fecal soil and lightweight soil stored in the packaging material (31).

Here, the reason why the earthworm feces are inserted and stored is because the biological properties are excellent to fertilize the soil and promote the growth and development of most plants.

In addition, it contains various trace nutrients such as nitrogen, phosphate, iron, zinc, etc. and a large amount of activated microorganisms, and forms a grain structure (grain structure) in which fine corrosive particles are agglomerated with each other. This is because it promotes seed germination and growth by smoothing the flow of water.

In addition, it is 100% natural high-quality organic soil, because it is a soil fertilizer that is harmless even in a large amount of use, and when a certain amount is added to other formulations in the body 10, the soil inside the block, which is mostly inorganic, can be converted into organic matter, and roots. This is because it can replenish good soil for growth.

When the nutrient storage container for the auxiliary recording is inserted into the retaining wall or the block forming the retaining wall, the moisturizer 20 inside the storage container absorbs and expands when water is introduced from the outside. If not, the absorbed water is slowly discharged to the outside to feed the plant.

Then, the plant grows through the nutrients contained in the earthworm feces and light soil stored in the body 10.

If the plants germinate with nutrients contained in the earthworm feces and light soils, the plant may lack the nutrients contained in the earthworm feces and light soils. At this time, the packaging material 31 of the fertilizer 30 is decomposed after a certain time and at the same time the slow-acting fertilizer 32 is supplied to the plant.

This allows the plant to grow due to the nutrients supplied from the fertilizer (30) even if the nutrients of earthworm fecal soil and light soil.

And, if all of the fertilizer 32 of the fertilizer (30) is exhausted, nutrients may be deficient in the plant, so that the fertilizer (30) is further stored in a storage bag (40) made of eco-friendly biodegradable material body (10) When all of the fertilizer body 30 stored in the storage bag 40 and the fertilizer body 30 inside the storage bag 40 is decomposed to further supply the fertilizer 32 of the fertilizer body 30 to the plant Can be.

At this time, the fertilizer body 30 is stored in the storage bag 40 has a time to decompose the material constituting the storage bag 40 and the packaging material 31 of each of the fertilizer body 30 is a storage bag ( 40) After the nutrients of the fertilizer 30 stored in the outside is exhausted, the nutrients of the fertilizer 30 in the storage bag 40 may be supplied to the plant.

The configuration of the fertilizer 32 stored in the storage bag 40 can be configured to be made in multiple if necessary.

The method of inserting and installing the present invention thus constructed into the retaining wall or block 1 is as follows.

The moisturizing agent 20, the fertilizer body 30, the earthworm fecal soil, and lightweight soil are stored at a storage ratio according to the installation environment in the perforated body 10, and the body 10 is immersed in water for some time and then taken out. . Then, the moisturizer 20 inside the body 10 absorbs water and expands.

The body 10 soaked in and taken out of the water is inserted into the retaining wall or the insertion portion 2 of the side surface in which the perforations of the block 1 constituting the retaining wall are inserted, and covered with soil.

Then, the seed of the plant is sprayed on the surface of the retaining wall or the perforated plate of the block 1 so that the plant grows.

The present invention configured as described above is formed in a tubular shape and stored in the retaining wall or retaining wall block by storing the moisturizer and fertilizer inside the body formed with a plurality of perforations on the outer periphery and both end surfaces to reduce the nutrients and moisture when the plant grows. The continuous supply has the advantage that plants can grow for a long time without dying due to lack of nutrients and moisture.

The recording auxiliary nutrient storage container as described above is not limited to the configuration and operation of the embodiments described above. The above embodiments may be configured such that various modifications may be made by selectively combining all or part of the embodiments.

1: Block 2: Insertion part
10: body 11: perforation
20: moisturizer
30: fertilizer 31: packaging material
32: fertilizer
40: storage bag

Claims (4)

A body which is inserted into a storage space of the greening retaining wall or block in which holes are formed in the front surface, and is formed in a cylindrical shape shielded at both ends, and a plurality of perforations are formed at the outer periphery and both ends;
A moisturizer stored in the body and absorbing water to discharge slowly; And
A fertilizer body stored in the body, the fertilizer comprising a slow-release fertilizer component;
The earthworm feces and lightweight soil is stored in the body together with the moisturizer and the fertilizer,
The body is made of metal or plastic,
The fertilizer has a slow-acting property, is formed in the form of beads stored in the packaging material; And
The fertilizer is stored in the form of beads, the packaging material is made of environmentally friendly biodegradable material; greening supplementary nutrient storage container comprising a. delete delete delete

Images