KR101263736B1 - assembly formed by connecting artificiality stone - Google Patents

Abstract

The present invention relates to a structure formed by artificial stone bonding, and more particularly to a structure formed by artificial stone bonding that can be used for a variety of uses, such as ground protection by forming a structure of a predetermined shape by combining environmentally friendly artificial stones with each other. .
Constituent means constituting the structure formed by the artificial stone coupling of the present invention, the artificial stone formed with at least two through holes, the connecting line for coupling the artificial stones to each other through the through holes to form a structure by combining the artificial stones with each other It is formed, including, the structure is planar or three-dimensional, characterized in that it comprises a void formed by the artificial stone bond.
According to the present invention, since the environmentally friendly artificial stones can be combined with each other to form a structure having a variety of shapes, there is an advantage that can be used for various uses such as ground protection while preventing environmental pollution.

Description

Assembly formed by connecting artificiality stone

The present invention relates to a structure formed by artificial stone bonding, and more particularly to a structure formed by artificial stone bonding that can be used for a variety of uses, such as ground protection by forming a structure of a predetermined shape by combining environmentally friendly artificial stones with each other. .

Recently, various kinds of household goods (dining table, etc.), design products, and landscape products have been made using artificial stones. In order to manufacture such an artificial stone, since a process of mixing and baking various materials is performed, environmental pollutants are generated. Therefore, there is a need to manufacture an artificial stone of a predetermined shape through molding without performing a baking process to produce an artificial stone.

On the other hand, there is a need to use artificial stones for the purpose that can be helpful at the national level. For example, by installing artificial stone structures of a certain shape in roads, sidewalks, gardens, and parks, rainwater, which is a source of groundwater, penetrates well into the ground and prevents soil from being lost. There is a need to make it.

In addition, there is a need to wrap the artificial stone structure of a predetermined shape on the base or non-degraded mountain slope which may be collapsed, to prevent the base or mountain slope from falling down, and to minimize the damage to life and property even if it falls down.

However, until now, no attempt has been made to protect the ground using various types of artificial stone structures, and there is no national research and development.

The present invention was devised to solve the problems of the prior art as described above, by combining the environmentally friendly artificial stones to form a structure of a predetermined shape, the structure formed by the artificial stone bonding that can be used for various purposes, such as ground protection To provide that purpose.

In addition, it is fixed on the ground of roads, sidewalks, gardens and parks to prevent soil from flowing out and lost, and to allow rainwater to penetrate into the ground and protect the roots of plants. It is an object of the present invention to provide a structure formed by artificial stone bonding.

In addition, by being fixed in the three-dimensional form on the shaft and inclined slope, to prevent the collapse of the shaft or inclined slope, to provide a structure formed by the artificial stone coupling that can minimize the damage to life and property of the collapse. The purpose.

In order to solve the above problems, the constituent means constituting the structure formed by the artificial stone coupling of the present invention, at least two through holes are formed, the through-hole to form a structure by combining the artificial stones with each other It is formed by including a connecting line for coupling the artificial stones to each other, the structure is characterized in that the planar or three-dimensional, comprising a void formed by the artificial stone bond.

In addition, it characterized in that it further comprises a buffer tube interposed between the artificial stones coupled to each other by the connecting line.

Here, the artificial stone is characterized in that the spherical or oval or polygonal shape.

Here, the artificial stone is spherical, characterized in that the portion in which the inlet of the through hole is formed in a plane.

Here, the through-holes formed in the artificial stone is two, characterized in that the two through-holes are formed orthogonal to each other.

Here, the artificial stone is pulverized by mixing at least two or more of quarry waste, masato, blast furnace slug, coal ash and clay, characterized in that the curing accelerator is added to the mixture is formed by an extrusion molding machine and dried to form.

Here, the surface of the artificial stone is characterized by being formed by coating at least one of a waterproof layer, a light reflection layer or a nanoparticle layer of various colors.

In addition, the structure is characterized in that it is fixed on the ground in order to protect the ground, and to protect the roots of plants growing through the voids.

According to the structure formed by the artificial stone bonding of the present invention having the above-described problems and solving means, since it is possible to form a structure of various shapes by combining the environmentally friendly artificial stones, it is possible to prevent environmental pollution and at the same time protect the ground It can be used for various purposes.

In addition, according to the structure formed by the artificial stone coupling according to the present invention, by fixing on the ground, such as roads, sidewalks, gardens, and parks, to prevent the soil from flowing out and lost, and rainwater well into the ground Permeates and protects the roots of the plant has the advantage of growing well.

In addition, according to the structure formed by the artificial stone coupling according to the present invention, by being fixed in the three-dimensional form on the shaft and the inclined slope, it is possible to prevent the collapse of the shaft or inclined slope, and to minimize the damage to life and property due to collapse There are advantages to it.

1 is a perspective view of a structure formed by the artificial stone coupling according to the present invention.
2A and 2B are exemplary views of various forms of structures formed by the artificial stone bond according to the present invention.
Figure 3 is an illustration of various forms of artificial stone which is a component of the present invention.
Figure 4 is an illustration of a preferred form of artificial stone which is a component of the present invention.
Figure 5 is an understanding for explaining the process of forming the structure formed by the artificial stone bond according to the present invention.
6 is a first use diagram of a structure formed by an artificial stone bond according to the present invention.
7 is a second use diagram of a structure formed by an artificial stone bond in accordance with the present invention.
8 is a third use aspect of the structure formed by the artificial stone bond according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the structure formed by the artificial stone combination of the present invention having the above problems, solving means and effects.

1 is a perspective view of a structure 100 formed by artificial stone coupling according to an embodiment of the present invention.

As shown in Figure 1, the structure 100 formed by the guided stone coupling according to an embodiment of the present invention is an artificial stone 10 having a predetermined shape, the connecting line for coupling the artificial stone 10 in various forms 20 and the voids 30 formed by the combination of the artificial stones 10 are configured.

The artificial stone 10 may have various shapes, and at least two through holes 11 are formed. Such a through hole 11 is necessary for the connection line 20 to pass through and connect the artificial stones 10 to each other.

The connecting line 20 couples the artificial stones 10 to each other through the through hole 11 to form the structure having a predetermined shape by combining the artificial stones 10 with each other. Since the connecting line 20 couples the artificial stones 10 in various forms through the through-holes 11 formed in the artificial stone 10, the connection lines 20 have rigidity that is not bent and not broken. If you reduce it all.

As shown in FIGS. 2A and 2B, the structure 100 formed by combining the artificial stones 10 in various forms by the connecting line 20 as described above may be flat (shown in FIG. 2A) or solid (FIG. 2A). 2b), the void 30 is formed by the combination of the artificial stones (10).

Meanwhile, a buffer tube 40 may be interposed between the artificial stones 10 coupled to each other by the connecting line 20 to form the structure 100. The buffer tube 40 is a hole through which the connecting line 20 can be formed, and any type of tube having elasticity may be applicable.

When the external shock is applied to the structure 100, the buffer tube 40 may absorb the shock to prevent breakage and deformation of the structure 100. In addition, the buffer tube 40 is interposed between the artificial stone 10, so that the flat structure 100 can be rolled or bent to form a structure of various forms, so that it can be used for various purposes do.

The buffer tube 40 as described above may be formed between all of the artificial stones 10 constituting the structure 100, may be formed by interposing only a part.

On the other hand, the length of the buffer tube 40 interposed between the artificial stone 10 may be variously changed. For example, to increase the size of the voids 30 formed by the combination of the artificial stones 10, the length of the buffer tube 40 is increased, and to reduce the size of the voids 30, Reduce the length of the buffer tube (40).

In addition, in order to easily roll up the structure formed by the artificial stone coupling, the length of the buffer tube 40 interposed between the artificial stone 10 can be increased. Since the buffer tube has an elastic force, as the length of the buffer tube 40 increases, the structure can be rolled up easily.

As described above, the artificial stone 10 constituting the structure 100 is formed by mixing various materials, and is formed using waste materials that are discarded, and is formed without using a baking process. Therefore, it is advantageous in terms of recycling and does not emit air pollutants because there is no baking process, which is also beneficial in terms of environment.

The artificial stone 10 is formed of a mixture of at least two or more of quarry waste, masato, blast furnace slug, coal ash and clay. Specifically, the artificial stone 10 is formed by mixing and grinding at least two or more of quarry waste, masato, blast furnace slug, coal ash and clay, and by adding a curing accelerator to the mixture to form an extrusion molding machine and dried.

The artificial stone 10 formed by such a process may be made in various shapes according to the shape of the extrusion machine. In detail, the artificial stone 10 may be formed in various shapes of a spherical shape, an oval shape, or a polygonal shape, as shown in FIG. 3.

The detailed shape of the artificial stone 10 made in various forms as described above will be described with reference to FIG. 4.

As shown in FIG. 4, the artificial stone 10 is preferably spherical, and at least two through-holes 11 are formed. Although the artificial stone 10 is generally spherical, the flat part 13 in which a part surface is formed in the plane is formed. Specifically, the portion in which the inlet of the through hole 11 is formed is formed in a plane.

As such, when the artificial stone 10 is spherical, the planar portion 13 is formed at a portion where the inlet of the through hole 11 is formed, so that the artificial stones 10 can be easily coupled to each other. That is, in the case where the artificial stone 10 is completely spherical, the artificial stone 10 is not easily coupled by the connecting line 20, and the stability is somewhat reduced after the bonding, so that the artificial stone 10 is formed in the artificial stone 10. The flat part 13 is formed in the through-hole inlet part.

Of course, when the artificial stone 10 is not spherical or elliptical, and has a polygonal shape in which a plane exists, a through-hole 11 is formed on the polygonal surface to make a through-hole, so that a separate plane is necessary. I never do that.

As shown in FIG. 4, it is preferable that two through holes 11 are formed in the artificial stone 10, and the two through holes 11 are formed to be orthogonal to each other. As described above, when the two through holes 11 and two through holes 11 are formed to be orthogonal to each other, the structure 100 may be formed by coupling the artificial stone 10 by the connecting line 20. ) Can be made mostly.

Of course, in some cases, only one through-hole 11 formed in the artificial stone 10 may be formed, or three or more may be formed. In addition, the angle between the through holes may be variously changed.

5 illustrates a method of connecting the connecting line 20 to couple the artificial stones 10 to each other to form a planar structure 10.

In this case, two through holes 11 are formed in the artificial stone 10 and two through holes 11 are formed to be orthogonal to each other. Specifically, starting from ① shown in Fig. 5, the connection is made along the through hole 11 formed in the artificial stone 10 on the horizontal line, and the artificial stones on the horizontal line are zigzag connected in the direction of the arrow to indicate ② in Fig. 5. Then, by bending the connecting line 20 by 90 degrees, connecting through the through-hole formed in the artificial stone on the vertical line from ③ shown in Figure 5, and connected to the artificial stone on the vertical line in the direction of the arrow by zigzag By performing up to ④ as shown in 5, the planar structure is completed. At this time, the start point ① and the end point ④ is provided with a fixing member for fixing the connecting line 20, the finishing process may be performed, or the connecting line may be bundled in a predetermined form to perform the finishing process.

The artificial stone 10 may be formed by mixing a variety of materials. In the present invention, at least two or more of quarry waste, masato, blast furnace slug, coal ash and clay are mixed and pulverized, and the curing accelerator is added to the mixture to be extruded. It is formed by molding with a molding machine and then drying.

Meanwhile, the structure 100 formed by coupling the artificial stones 10 with the connecting line 20 is used for various purposes. Therefore, it is preferable that various functional layers are formed on the surface of the artificial stone 10 constituting the structure 100.

Specifically, since the structure 100 may be used outdoors or where there is water, the surface of the artificial stone 10 is preferably coated with a waterproof layer so as to be protected from moisture and water. By this waterproof layer, the artificial stone 10 is not deformed or weakened according to the penetration of moisture.

In addition, by coating a light reflection layer on the surface of the artificial stone 10, it is possible to prevent the structure 100 used to be installed outdoors to be discolored or deformed, the structure 100 is used indoors or maintain aesthetics When used where needed, a nanoparticle layer, which may exhibit various colors, may be coated on the surface of the artificial stone 10.

In summary, the surface of the artificial stone is formed by coating at least one of a waterproof layer, a light reflection layer, or a nanoparticle layer of various colors, thereby preventing deformation, discoloration, and weakening of the artificial stone. Meanwhile, at least two layers of the waterproof layer, the light reflection layer, and the nanoparticle layer may be continuously coated on the surface of the artificial stone 10.

The structure 100 having such a structure may be used for various purposes. Specifically, the structure 100 may be fixedly disposed on the ground to protect the ground, and to protect the root of the plant growing through the voids (30).

6 is an exemplary view for explaining a use example of the structure 100 is fixedly disposed on the ground.

As shown in FIG. 6, the structure 100 may be formed in a planar shape and fixedly disposed on the ground. The ground may be ground formed in a park, ground formed in a garden, ground formed beside a road, or ground formed beside a sidewalk.

When the planar structure 100 according to the present invention is fixedly placed on the ground 50 as described above, rainwater, which is a groundwater supply source, is made of clay (clay, sand, sand) At the same time, it is well absorbed into the ground, and at the same time, the loss and collapse of the ground is prevented, plants can grow well through the pores 30, and the roots can be protected. As a result, various effects such as land loss prevention, plant growth maintenance and plant root protection can be achieved.

Figure 7 shows an example used to form a structure, by forming a cylindrical structure 100 formed by the artificial stone coupling according to the present invention. As illustrated in FIG. 7, a cylindrical structure having an open top may be formed, and gravel, the day after the soil, and the soil may be planted to be used as a pot. When the soil flows down, the structure can be wrapped by a net with a tight hole.

These flower pots can be placed on the flower beds to beautify the aesthetics, and in some cases, as shown in FIG. 7, the plants can grow to the side to beautify the aesthetics.

In addition, the structure 100 formed by the artificial stone coupling according to the present invention can be used for various purposes. Its use is as follows.

1. Laying roads, sidewalks, gardens, and parks, rainwater, which is a source of groundwater, penetrates well, creates an environment where grass does not flow, and there is a gap between artificial stones and artificial stones. I can protect it.

2. It can be installed in the form of a shaft or slope so that soil, sand, stones, etc. do not flow down by installing in places where there is concern about Sato due to heavy rain such as river banks and mountain slopes. At this time, the space in the middle acts as a boundary wall with gravel, moire, soil, and manure, creating an environment where rainwater can penetrate, grass and trees grow, and a stronger boundary wall can be made by growing grass and tree roots.

3. It can be used as a submerged river stream. In other words, the cylindrical structure is fixed in the water, and the bottom part puts a heavy stone to the upper part to make a space to help the fish spawn, and the upper surface creates a lot of contact surface between air and water to increase oxygen content in the water. It can provide an underwater beam to purify.

4. Can provide vertical fields. In other words, it creates a three-dimensional structure, and puts soil and manure inside to form a vertical field, increasing the efficiency of harvesting and work in a narrow space, and installing a net between the vertical and vertical types to increase hygiene and increase the value of the product. It is possible to grow crops and to distinguish between cultivated plants and grasses, so it is easy to remove grasses.

5. As shown in Figure 8, it is possible to make a vertical flower bed. That is, it is possible to create a multi-stage and vertically formed structure, to put gravel, sand and soil therein, and to create a three-dimensional flower bed in the vertical direction. At this time, various plants may be planted sideways.

10: artificial stone 11.through hole
13: flat part 20: connecting line
30: void 40: buffer tube
50: ground

Claims (8)

delete delete delete An artificial stone having at least two through holes formed therein;
In order to form the structure by combining the artificial stones to form a structure comprising a connecting line for coupling the artificial stones to each other through the through hole, the structure is planar or three-dimensional, comprising a void formed by the artificial stone bond, It includes a buffer tube interposed between the artificial stones are coupled to each other by the connecting line,
The artificial stone is spherical, the structure formed by the artificial stone coupling, characterized in that the inlet portion of the through-hole is formed in a plane.
The method of claim 4,
And two through holes formed in the artificial stone, and the two through holes are formed to be orthogonal to each other.
The method according to claim 5,
The artificial stone is formed by mixing and grinding at least two or more of quarry waste, masato, blast furnace slug, coal ash and clay, and adding a curing accelerator to the mixture to form an extruder and then dry. Formed structure.
The method of claim 6,
The artificial stone surface is a structure formed by bonding an artificial stone, characterized in that formed by coating at least one of a waterproof layer, a light reflection layer or a nanoparticle layer of various colors.
delete

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