KR100595968B1 - A parent environment river shore protection block - Google Patents

Abstract

The eco-friendly river shore block disclosed in the present invention is formed with fastening grooves formed at the front and rear of the upper portion, and a plurality of connection pins are formed at both sides thereof, and both ends are formed with a predetermined curvature on the foundation concrete to face toward the inside. And formed in the longitudinal direction in the longitudinal direction of the assembling hole in the lower side and the drainage hole and the fastening hole formed on the other side and the other side, and installed in parallel to the inner side of the rake block, the lower side of the assembly hole and the fastening hole formed on both sides T-shaped fastening frame for installing the reinforcement block, the revetment block and the rear reinforcement block to the foundation concrete through each assembly hole, the H-type upper fastening frame assembled in the insertion gap formed in each of the relieving block and the back relieving block, With tee type fastening frame inserted into the assembly hole of the revetment block which is stacked on the upper side between the revetment block and the back revetment block It is fastened to the mutual bolt through the fastening hole and the revetment block and the rear revetment block are assembled.

Such eco-friendly river banks provide both natural and eco-friendly facilities by cascading both sides of the river so that life can move.

Eco-Friendly, River, Coast Guard

Description

A parent environment river shore protection block

1 is a cross-sectional view showing a problem of the existing river.

Figure 2 is an exploded perspective view showing an eco-friendly river banks block in accordance with an embodiment of the present invention.

Figure 3 is a view showing the construction of eco-friendly river bank revetment block of the present invention.

<Description of Symbols for Major Parts of Drawings>

10: Eco-friendly River Shore Block

20: foundation concrete

21: Fastening home

22: connecting pin

30: Joan Block

31,41: Assembler

32: water hand

33: Fastener

40: rear reinforcement block

42: Fastener

43: insertion gap

50: Tee type fastening frame

60: upper fastening frame

The present invention relates to an eco-friendly river revetment block, and more particularly, an eco-friendly river revetment block for protecting the river ecosystem that can be formed by nature and eco-friendly facilities by cascading both sides of the river to move life. It is about.

In general, the river (1), as shown in Fig. 1 is provided with a revetment facility in such a way that the retaining wall (3) is provided on the slope (2).

However, the existing shoreline facilities are not easily accessible to the living organisms needing water, or even if water enters the problem of being trapped in the river (1), causing a huge damage to the ecosystem.

In order to solve the problems of the prior art as described above, the object of the present invention is to lower the height of the river retaining wall, install an eco-friendly revetment block on the upper portion to provide the natural environment to the living organisms, It provides eco-friendly river shore blocks that protect the natural ecosystem by ensuring safe protection.

The present invention for realizing this is formed with a fastening groove formed in the front, the rear, the base concrete is formed with a plurality of connecting pins on both sides, and both ends are formed with a predetermined curvature on the base concrete to face toward the inside While the longitudinal direction of the assembling hole in the lower side and the drainage hole on the one side and the fastening hole formed on the other side, and the reinforcement block is installed in parallel to the inner side of the revetment block, the lower reinforcement block formed in the assembly hole on both sides And, a tee-type fastening frame for installing the rake block and the rear reinforcement block on the foundation concrete through each assembly hole, and an H-type upper fastening frame assembled in the insertion gap formed in each of the rake block and the rear relief block; Through the fastening hole with a T-shaped fastening frame inserted into the assembling hole of the revetment block to be stacked on the upper side between the revetment block and the back revetment block It is fastened to the cross-bolts are repeated so revetment block and the rear revetment block assembly to a predetermined height and provides an eco-friendly stream revetment block being configured.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the present invention will be described in more detail.

Figure 2 is an exploded perspective view showing a river revetment block according to an embodiment of the present invention, Figure 3 is a view showing the construction of an eco-friendly river revetment block of the present invention.

Referring to the drawings, the eco-friendly river rafting block 10 is composed of a foundation concrete 20 and rafting block 30, rear reinforcement block 40, tee-type fastening frame 50, the upper fastening frame 60.

The fastening groove 21 is formed in the front and rear of the upper portion, and the base concrete 20 having a plurality of connecting pins 22 formed on both sides thereof, and both ends are formed to have a certain curvature to face inwardly and are formed in the longitudinal direction. By the assembly hole 31 in the lower side and the water supply hole 32 and the fastening hole 33 in the other side formed on one side of the raft block 30, and installed in parallel to the inside of the raft block 30, Back reinforcing block (40) formed in the assembling hole (41) and fastening holes (42) on both sides, and the reinforcement block (30) and the rear reinforcing block (40) through each of the assembling holes (31, 41) Tee-type fastening frame 50 to be installed on the (10), H-shaped upper fastening frame (60) assembled in the insertion gap 43 formed in each of the revetment block 30 and the rear reinforcement block 40, and Inserted into the assembly holes (31) (41) of the reinforcement block 30 and the rear reinforcement block 40 to be stacked on one side between the revetment block 30 and the rear reinforcement block 40 stacked on the upper side A clamping frame 50 through the coupling holes 42 are fastened to the cross-bolts (51) it consists of repeated revetment block 30 and the rear reinforcing block 40 is to be assembled to a predetermined height.

Referring to Figure 3 the river reinforcement block 40 made as described above; After installing the foundation concrete 20 using the connecting pin 22 on the bottom of the river as designed, the reinforcement block 30 on the river side and the back reinforcement block 40 on the river side on the upper fastening groove 21. After placing in the tee-type fastening frame 50 is installed in the fastening groove 21 of the base concrete 20 through the assembly holes (31) (41).

And the other teeing fastening frame 50 is interposed between the raft block 30 and the rear reinforcement block 40 and through the fastening hole 42 through the fastening bolt 51 to fasten the raft block (laminated on the same layer) 30) and the rear reinforcement block 40 is firmly fixed. At this time, the tee-type fastening frame 50 installed between the revetment block 30 and the rear reinforcement block 40 is an assembly hole 31 and 41 of the revetment block 30 and the rear reinforcement block 40 stacked thereon. The tee-type fastening frame 50 assembled to the fastening bolts 51 are mounted to the fastening holes 42 drilled on the side of the lower revetment block 30 and the rear reinforcement block 40.

After assembling the tee-type fastening frame 50 at the time of stacking the revetment block 30 and the rear reinforcement block 40, the H-type upper fastening frame 60 is inserted and assembled in the longitudinal direction. The rake block 30 and the rear reinforcement block 40 are configured in a pair to be stacked to form a plurality of layers as designed and constructed along the river bank.

 Accordingly, by providing the concealed space of life through the flowing hole 32 formed in the raft block 30, the ecosystem is preserved.

As can be seen in the above-described configuration, the river banks block structure, the river banks constituting the both sides of the river is composed of a cascading structure so that the organisms can move, and improve the environment for living organisms eco-friendly river shores This is provided.

The present invention as described above is an eco-friendly river revetment block, and the two sides of the river can be formed by stepping so that life can move, it can be formed as a natural and eco-friendly facilities to form a living habitat. .

Claims (1)

A foundation concrete having fastening grooves formed at the front and rear of the upper portion, and having a plurality of connecting pins formed at both sides thereof; Both ends are formed on the foundation concrete with a predetermined curvature facing each other toward the inner side of the elongated block formed in the longitudinal direction of the assembly hole on the lower side and the drainage hole on one side and the fastening hole on the other side; A rear reinforcement block installed in parallel on the inside of the revetment block, the rear reinforcing block having an assembly hole and a fastening hole at both sides thereof; A tee-type fastening frame for installing the revetment block and the rear reinforcement block on the foundation concrete through the respective assembly holes; An H-type upper fastening frame assembled to an insertion gap formed in each of the revetment block and the back revetment block; The tee block is inserted into the assembly hole of the raft block and the back raft block stacked on one side between the raft block and the back raft block and the raft block is fastened by mutual bolts through the fastening hole and repeated to a certain height. Eco-friendly riverside revetment block, characterized in that the revetment block is assembled.

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