KR101407084B1 - The block of protecting the banks for grass growing - Google Patents

Abstract

The present invention relates to a method for providing a vegetation block having a vegetation space installed on a legal surface of a normal slope or on a surface of a river or the like and capable of planting vegetation therein, As regards the binding structure,
More specifically, a mold receiving groove having an outer room and an upper portion opened on the oblique side of the block is provided so as to have a mold accommodating space which is joined with another adjacent block to be closed laterally during assembly, The annular fastening member for providing the fastening function between the blocks can be stably held at a predetermined position at all times by placing the protruding fastening protrusions so that the convenience of assembly and the uniformity of the construction quality can be pursued, The mold accommodating groove is opened so that the mold receiving groove can be connected to the surface of the mold. Thus, the mold can be filled three-dimensionally through the mold receiving groove and the opening bottom when the mold is filled, thereby enhancing the bonding force by increasing the contact area with the block It is also possible that part of the filling mold can be connected from the bottom to the ground And it is one to pursue the construction state robustness and stability to ensure that after curing of the mold bottom support rib of the projecting state in the mold of the cured bond formed by the reinforcing effect of the external force of the joining means.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a vegetation block,

The present invention relates to a method for providing a vegetation block having a vegetation space installed on a legal surface of a normal slope or on a surface of a river or the like and capable of planting vegetation therein, As regards the binding structure,

More specifically, a mold receiving groove having an outer room and an upper portion opened on the oblique side of the block is provided so as to have a mold receiving space in which the side is closed by being joined with other blocks adjacent to each other during assembly, So that an annular fastening member which gives a binding function between blocks can be stably stuck at a predetermined position at all times, thereby making it possible to pursue the ease of assembly and the uniformity of the construction quality, and at the same time, The mold receiving groove and the opening bottom can be three-dimensionally filled through the mold receiving groove and the opening bottom when the mold is filled, thereby enhancing the binding force by increasing the contact area with the block. Not only can it be pursued, but a part of the filling mold can be connected from the bottom to the ground And it is one to pursue the construction state robustness and stability to ensure that after curing of the mold bottom support rib of the projecting state in the mold of the cured bond formed by the reinforcing effect of the external force of the joining means.

In order to protect the surface of a conventional river basin, waterproofing blocks are laid to prevent the loss of the surface. Particularly, the waterproofing block has been molded into a predetermined size by a concrete mortar product and has been installed on a flat surface.

Therefore, there is no room for grass to grow around the revetment block due to the simple construction of the revetment block as above, and the plant can not be planted, which not only deteriorates the aesthetics of the environment but also adversely affects the natural state system. It is a fact that the reef blocks block the ground and the grass does not grow so that insects can not live in the rivers, so birds do not fly, and they also affect the reproduction of fish and shellfish living on larvae of insects, making them less environmentally friendly.

In consideration of such problems, vegetation blocks having a vegetation space inside the block are known in recent years. However, this is a method in which adjacent blocks are put in contact with each other while being simply placed on a ground surface, so that the earth pressure There is a problem that the blocks of the earth pressure generating portion are projected and separated individually, and the stability of the construction can not be achieved.

As a result of the above-mentioned problems, the construction of the block is limited only to the area where the slope is gentle, and there is a problem that the use effect and purpose are deteriorated. In the case where the entire longitudinal line flows in the lateral direction due to weakened or damaged side- There is a possibility that the entire longitudinal line may flow and be separated from the longitudinal line due to the lack of restraining or preventing structure for the block, thereby making it impossible to completely stabilize the construction state of the block. .

Taking into consideration the above problems, in my prior application "binding structure of vegetation block", a "T" -shaped mold receiving groove is formed so as to form an "H" -shaped shape by joining with other blocks adjacent to four sides of the block, H "-type metal-made binding core material having an engaging wing portion is inserted into the concrete mold to cure the concrete, thereby making the reinforcing core material function in a state that the reinforcing core material is completely embedded in the mold receiving groove However, this was to expose the following problems.

As shown in Fig. 9, the structure of the binding-strengthening core material 11A embedded in the mold receiving groove 10A for accommodating the binding mold is formed at both ends of the connecting portion 11B to be fixed to the engaging portion 10B of the mold receiving groove 10A Quot; H "shape in which the engaging wing portions 11C to be fitted are integrally connected and the mold receiving groove 10A in which the binding reinforcing core 11A is embedded is relatively large in area.

Therefore, the mold receiving groove 10A, which is not a structure in which the binding reinforcement core 11A and the mold receiving groove 10A are coupled to each other in a fitting manner, has a structure in which the binding reinforcing core 11A is accommodated in a relaxed manner. In the process of filling the mold receiving groove 10A for assembly, the position of the binding reinforcing core 11A is artificially set by the operator so that the binding-strengthening core 11A is embedded in the mold receiving groove 10A The position is irregular and irregular, and there is a great possibility that a functional deviation occurs between the respective block coupling structures, resulting in a problem that the robustness and stability of the construction state are deteriorated.

In addition, in order to prevent the position of the bond reinforcing core material 11A from being changed during the filling of the mold, it is necessary to hold the bond reinforcing core material 11A one by one using a separate tool, .

And the bottom of the mold receiving groove 10A is completely clogged by the bottom portion 10C formed on the entire bottom of the mold receiving groove 10A so that the binding mold filled in the mold receiving groove 10A is formed into a rectangular- And the mold receiving groove 10A and the bottom of the binding mold form a planar coupling, resulting in a weakening of the binding force due to the reduction of the contact area between the mold and the block,

In addition, the total depth of the mold receiving grooves 10A is the same, so that the thickness of the bonding molds to be filled and cured is also generally the same in the longitudinal direction, The support strength is weak and the breakage is frequent, which causes the problem that the rigidity and stability of the construction state are deteriorated.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

SUMMARY OF THE INVENTION It is an object of the present invention to provide an apparatus and a method for stably holding an annular binding member that provides a function of binding between blocks so as to be stably held at a predetermined position at all times, And a part of the filling mold can be connected from the bottom to the ground so that the protruding supporting ribs are formed at the bottom of the cured binding mold after the curing of the mold, The present invention provides a binding structure for a vegetation block capable of seeking a reinforcing effect on an external force,

In order to achieve the above object,

In the present invention, a mold receiving groove having an outer room and an upper portion opened is formed at the oblique side of a block so as to have a mold receiving space which is joined with another adjacent block to be closed laterally during assembly, And an open bottom portion which is opened to allow the mold receiving groove to be connected to the ground on the outer side of the bottom portion, and is inserted into the corresponding one of the two engaging projections of the blocks to be installed in mutually corresponding states, And a coupling member of the coupling member,

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

As described above, according to the present invention, an annular binding member that gives a binding function between blocks can be stably stuck at a predetermined position at all times, thereby making it possible to seek ease of assembly and uniformity of construction quality.

In addition, when the mold is filled, it becomes possible to fill three-dimensionally through the mold receiving groove and the opening bottom, thereby enhancing the bonding force by increasing the contact area with the block, and a part of the filling mold can be connected from the bottom portion to the ground So that the protruding support ribs are formed on the bottom of the cured binding mold after curing of the mold, thereby enhancing the robustness and stability of the construction state through the reinforcing effect on the external force of the binding means.

1 is a perspective view showing a configuration example of a block to which the present invention is applied;
FIG. 2 is a perspective view showing the planar connection construction of FIG. 1; FIG.
3 is a plan view of a block to which the binding structure of the present invention is applied.
4 is a cross-sectional exemplary view showing a binding state of a block to which the present invention is applied;
Fig. 5 is a perspective view of the main part showing a state in which the binding member is engaged with the engagement projection of the mold receiving groove; Fig.
Fig. 6 is a cross-sectional exemplary view showing a state in which the binding member is engaged with the engaging projection of the mold receiving groove; Fig.
7 is an exemplary view showing a cross-section of a binding mold filled through a mold receiving groove of the present invention.
Fig. 8 is a longitudinal cross-sectional exemplary view of a main part of a prior application. Fig.
Fig. 9 is a plan view example of the principal part showing the binding state of the prior application structure; Fig.

FIG. 1 is a perspective view showing a configuration example of a block to which the present invention is applied, FIG. 3 is a plan view of a block to which a binding structure of the present invention is applied,

The present invention relates to a known vegetation block (1) having a plurality of arcuate concave portions (2) for penetrating a vegetation through hole (3) in the center and forming vegetation spaces (PS) In this case,

And a plurality of mold receiving recesses (11), which are open at the upper side and the upper side, and which have a bottom (11) in a part of the bottom, so that one mold receiving space in which the adjacent molds (10)

A latching protrusion 20 protruding upwardly from a bottom portion 11 of the mold receiving groove 10,

An annular coupling member (30) for imparting a support coupling force between blocks in a state of being fitted in the two engagement projections (20) of two blocks (1)

And an open bottom portion 40 provided on the outer side of the bottom portion 11 and opened to allow a part of the mold receiving groove 10 to be connected to the ground.

※ Not shown in the drawing ※

(M) shows the binding mold.

Each of the vegetation blocks 1 of the present invention constituted as described above is assembled and assembled on a generally sloping surface,

2 and 3, the mold receiving grooves 10 of the respective vegetation blocks 1 which are in close contact with each other in a quadrangular state are provided with a rectangular mold receiving space, The bottom portion of the mold accommodating space formed by one side closed type space is blocked from the ground at the portion where the bottom portion 11 is formed and the portion where the opening bottom portion 40 is formed is connected to the ground.

3 to 4, the annular fastening member 30 is fastened to the two fastening protrusions 20 between the blocks facing each other in this state, and the blocks 1 ), The proprietary flow in the lateral direction is suppressed, thereby making it possible to seek convenience in the initial placement work of the construction block.

Also, since the mounting position of the annular coupling member 30, which also functions as a core material, can be maintained constantly due to the engagement protrusion 20, the uniformity of the construction quality can be expected.

When the mold is filled in the mold receiving groove 10 connected to the corresponding rectangular blocks by the connection of the corresponding blocks, the binding mold M is filled with the empty space of the upper portion of the bottom portion 11 and the open bottom portion 40 And the binding member 30 is completely concealed from the outside, and the bottom of the filled binding mold M is folded by the mold portion introduced into the open bottom portion 40, Dimensional connection with the inside of the groove 10 becomes possible and a structure such as a rib having a reinforcing function is formed at the bottom portion after curing of the binding mold M so that an external force is applied to the connecting portion of the block It is possible to obtain sufficient resistance against breakage.

When the adjacent blocks are connected to each other through the binding mold M and the binding member 30 from the four sides of the vegetation block 1 in this way, the connected vegetation blocks 1 are connected in the transverse direction The mold receiving grooves 10 in which most of the downward flows are blocked by the bottom portion 11 can be reliably prevented even if the ground under the vegetation block 1 is lost, So that the longitudinal flow of the block can be completely suppressed.

As described above, the vegetation block 1 to which the present invention is applied binds adjacent vegetation blocks through the binding mold M like a net, front, back, left, and right,

The vegetation space (PS) and the vegetation passage (3) are filled with soil to fill the vegetation space. The vegetation space (PS) and the vegetation passage (3) ) Will be able to plant relatively large trees over shrubs.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Of course.

1: vegetation block 2:
3: Through-hole for vegetation 10: Mold receiving groove
20: stumbling block 30:
40: opening bottom M: binding mold

Claims (1)

(EN) A vegetation block (1) of a known shape having a plurality of arc - shaped recessed parts (2) penetrating vegetation through - holes (3) at the center and forming vegetation spaces (PS)
And a plurality of mold receiving recesses (11), which are open at the upper side and the upper side, and which have a bottom (11) in a part of the bottom, so that one mold receiving space in which the adjacent molds (10)
A latching protrusion 20 protruding upwardly from a bottom portion 11 of the mold receiving groove 10,
An annular coupling member (30) for imparting a support coupling force between the blocks in a state of being engaged with the two engagement projections (20) of the two blocks (1)
And an open bottom part (40) provided on an outer side of the bottom part (11) and opened to allow a part of the mold receiving groove (10) to be connected to the ground.

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