KR100584889B1 - It is the construction method if it is a hill using the one apparatus lattice block and this with the rain water multiple function - Google Patents

Abstract

The present invention forms a drainage groove having rainwater drainage function in the block, to eliminate the leakage or escape factors of rainwater falling on the slope, forming a partition wall in the block, so that the cover soil is not lost, the connection portion between the grid block The purpose is to provide an integrated grid block with excellent drainage function and sloped construction method using the same to prevent corrosion of reinforcing steel bars and wires by placing concrete in concrete.

The present invention is a conventional one-piece block, consisting of a rectangular shape as a whole, the front and rear, left and right recessed block formed; A partition wall bisected with a space formed in the center of the block; A drain groove formed across the surface of the block in a longitudinal direction and at the same time being recessed to a certain depth from the surface of the block; Rebars are formed on each of the two corner portions of one side of the block; An integrated grating block having an excellent drainage function consisting of iron wires each formed at two corner portions of the other side of the block;

The present invention comprises the steps of compacting and cleaning the slope; Arranging a lattice block having a predetermined cross-sectional shape on the inclined surface in a lattice direction; Arranging and connecting the steel wires of the other grid block to the reinforcing bars of one grid block while facing the adjacent grid blocks after arranging the grid blocks; Slope construction method using an integrated grating block having an excellent drainage function consisting of filling the soil to cover the lattice block, reducing the manufacturing cost and the assembly connection between the grating block during construction by making the grating block integrally large Labor cost can be reduced, and construction quality of grid block can be improved and construction efficiency can be improved.

Rainwater, Drainage, Integrated, Lattice Block, Slope, Construction Method

Description

It is the construction method if it is a hill using the one apparatus lattice block and this with the rain water multiple function}

Figure 1 shows an integrated grating block with excellent drainage function according to the present invention

Perspective,

Figure 2 is a connection between the integral grating block with an excellent drainage function according to the present invention

Illustrated Perspective,

Figure 3 is a connection between the integral grating block with an excellent drainage function according to the present invention

Top view,

Figure 4 is an integrated grating block with excellent drainage function according to the present invention is assembled

Floor plan showing the state,

5 is an integral lattice block having an excellent drainage function according to the present invention on a slope

Construction section showing the installed state.

Explanation of symbols on the main parts of the drawing

10: block 12: main part

14: iron 20: bulkhead

30: drain groove 40: rebar

50: wire 60: concrete

B: Grid Block F: Foundation

J: Connection S: Slope

The present invention relates to an integrated lattice block and a lattice block having a rainwater drainage function, in particular to form a drainage groove having a rainwater drainage function in the block, to eliminate the leakage or escape factors of rainwater falling on the inclined surface, to form a partition wall, The present invention relates to an integrated grating block with excellent drainage function to prevent corrosion of reinforced soils and to prevent corrosion of reinforcing steel and iron wire by placing concrete at the connection part between the grating blocks and a slope construction method using the same.

 Most of the slope protection blocks developed so far have been assembled into a lattice shape by assembling 4 to 6 lattice assembly members and connecting them in a square, hexagon, and octagon shape.

However, when the protective block is constructed on the slope as described above, the area inside the lattice was enlarged, and there was a closed end where the covered soil flowed down.

In addition, in the case of connecting the protective block as described above, since the protective block of the connecting portion is adjacent to each other, the mortar joint or the connecting pin is constructed on the ground, so the rainwater falling on the surface is leaked, which is effective for the treatment of the rainwater. Not only this, but the construction of the connection part was also a factor.

In addition, when sloped construction is done by the revetment block, the method of connecting 2-4 U-shaped rings with U bolts to the adjacent revetment block of the revetment block is used to expose the complexity and construction cost of the revetment block construction. The old hardware had a defect that corroded.

Accordingly, the present invention has been devised to solve the problems described above, to form a drain groove having an excellent drainage function in the block, to eliminate the leakage or escape factors of rain falling on the inclined surface, to form a partition To provide an integrated grating block with excellent drainage and sloped construction method using the same to prevent corrosion of reinforcing steel and wire by placing concrete at the connection between grating blocks. There is this.

The integrated lattice block having an excellent drainage function according to the present invention for achieving the above object is a conventional one-piece block, which is made of a rectangular shape as a whole, the recess formed in front, rear, left and right; A partition wall bisected with a space formed in the center of the block; A drain groove formed across the surface of the block in a longitudinal direction and at the same time being recessed to a certain depth from the surface of the block; Reinforcing bars each formed at two corner portions of one side of the block; Characterized in that it consists of an iron wire formed on each of the two corner portions of the other side of the block.

In addition, the slope surface construction method using an integrated grating block having an excellent drainage function according to the present invention for achieving the above object comprises the step of preparing the slope surface; Arranging a lattice block having a predetermined cross-sectional shape on the inclined surface in a lattice direction; Arranging and connecting the steel wires of the other grid block to the reinforcing bars of one grid block while facing the adjacent grid blocks after arranging the grid blocks; Characterized in that it comprises the step of covering the soil filled in the lattice block.

Hereinafter, with reference to the accompanying drawings, the present invention will be described in detail.

1 is a perspective view showing an integrated grating block having an excellent drainage function according to the present invention, Figure 2 is a perspective view showing the connection portion between the integrated grating block with an excellent drainage function according to the present invention, Figure 3 4 is a plan view illustrating a connection portion between the integrated grating blocks having the excellent drainage function according to the present invention, and FIG. 4 is a plan view showing the integrated grid block having the excellent drainage function assembled according to the present invention.

As shown in these drawings, the integrated lattice block having the excellent drainage function according to the present invention is a conventional one-piece block, consisting of a rectangular shape as a whole, the front and rear, left and right indented block 10; A partition wall (20) bisected with a space formed in the center of the block (10); A drain groove 30 which is formed across the surface of the block 10 longitudinally and at the same time and is recessed to a certain depth from the surface of the block 10; Reinforcing bar (40) is formed exposed to the two corner portions of one side of the block (10); Consists of the iron wire 50 is formed exposed to the two corners of the other side of the block 10.

Here, the block 10 is formed integrally with a constant width, thickness and height, the upper and lower left and right are formed in the recess 12 and the four corners adjacent to the recess 12 is formed to protrude outwards Consists of the convex portion 14, the drain groove 30 formed on the surface of the block 10 is formed to cross each other.

In addition, the reinforcing bar 40 is installed at two corners of one side of the block 10, the one side is embedded in the corner of the block 10 and the other side is formed to be bent upwards to the letter "A".

That is, the integrated lattice block having the excellent drainage function according to the present invention has a structure in which the block 10, the partition wall 20, the drain groove 30, the reinforcing bar 40 and the iron wire 50 are organically combined.

Here, the block 10 is a cross-sectional shape of the overall cross-sectional shape, the center of the front, rear, left and right of the square is a certain portion bent into the inside, the four corners of both ends of the front, rear, left and right are relatively constant. It is made of a protruding shape.

That is, the block 10 is formed integrally with a certain width, thickness and height, the upper and lower left and right are formed in the recess 12 and the four corners adjacent to the recess 12 is formed to protrude outwards It is comprised by the convex part 14.

On the other hand, the block 10 is formed so that the upper surface and the lower surface, the partition wall 20 is formed in the portion surrounding the front, rear, left and right of the through portion of the block 10.

Thus, the reason for forming the partition wall 20 in the block 10 is that the lattice block (B) is installed on the slope (S), and then cover the through portion of the lattice block (B), it is provided to the vegetation space In order to prevent the soil of the vegetation space from being lost below the slope (S).

In addition, the block 10 has a drainage groove 30 formed in a lattice shape in the shape of a lattice across the surface, and at a certain depth from the surface.

The reason for forming the drainage grooves 30 in the block 10 as described above is to eradicate the leakage of the rainwater and the leaving factors of rain falling on the slope (S) after the grid block (B) is installed on the slope (S). .

That is, not only to allow the rainwater to flow smoothly along the drainage groove 30, but also to supply nutrients to the growth of plants growing around the grid block (B).

On the other hand, a portion of the two reinforcing bar 40 is embedded in one side of the block 10, a portion of the two iron wire 50 is embedded in the other side.

This is connected between the grid block (B), but when connecting the reinforcing bar 40 of the block 10 and the iron wire 50 of the block 10, the block (B) to closely bind the coupling of the connection (J) Two parts of the reinforcing bar 40 on one side of the 10) is buried in the block 10 and at the same time forms a part exposed to the outside.

Similarly, two wires 50 are formed on the other side of the block 10 in a state in which a part is embedded in the block 10 and a part is exposed to the outside.

Therefore, as described above, the reason why the reinforcing bar 40 and the iron wire 50 are formed in the lattice block B is that the lattice block is formed on the L-shaped rebar 40 of the lattice block B when the lattice block B is connected. This is to bind the wire 50 of (B) and bind it tightly.

Subsequently, the concrete 60 is poured into the connection portion J between the grid blocks B to form the connection portion J integrally.

 This not only prevents the concrete 60 from corrosion of the reinforcing bar 40 and the wire 50, and ultimately, the lattice block B made of a unit is formed as a unitary lattice block B structure from external influences. To be free.

Hereinafter, the sloped construction using the integrated grid block having the excellent drainage function according to the present invention having the above-described configuration will be described.

Figure 5 is a construction cross-sectional view showing a state in which the integrated grating block having an excellent drainage function according to the present invention is installed on the slope.

As shown in this figure, the sloped construction method using an integrated grating block having an excellent drainage function according to the present invention comprises the steps of compacting and arranging the slope (S);

Disposing a lattice block (B) having a predetermined cross-sectional shape on the slope (S) in a lattice direction;

Placing the grid block (B) and tying and connecting the steel wires (50) of the other grid block (B) to the reinforcing bar (40) of the grid block (B) on one side while adjoining adjacent grid blocks (B);

Filling the soil in the lattice block (B) consists of a step of covering.

Here, the lattice block (B) is made of a quadrangular shape as a whole, and the block 10 is formed recessed in front, rear, left and right; A partition wall 20 having upper and lower portions formed at a central portion of the block 10 and having a predetermined space therein; A drain groove 30 which is formed across the surface of the block 10 longitudinally and at the same time and is recessed to a certain depth from the surface of the block 10; Reinforcing bar (40) is formed exposed to the two corner portions of one side of the block (10); The wire 10 is formed to be exposed to the two corners of the other side of the block 10.

Here, the connection of the reinforcing bar 40 and the iron wire 50 is the lattice block along the longitudinal direction so that the a-shaped portion of the reinforcing bar 40 of the lattice block B installed on the lower side of the inclined surface S faces the upper surface. After arranging B) side by side, the wires 50 of the grid block B installed on the opposite side to the rebar 40 of the adjacently installed grid blocks B are wrapped and bound a plurality of times to connect them integrally.

In addition, after the compaction of the slope (S) by adding concrete to the bottom of the slope (S) to form a foundation (F) is added to the construction.

Then, the steel wire 50 of the other grid block (B) is tied to the reinforcing bar 40 of the grid block (B) on one side, and the concrete (60) is poured into these connection parts (J) to cure the connection (J). Construct by adding the step of forming integrally.

That is, the sloped construction method using the integrated grid block having an excellent drainage function according to the present invention is largely sloped (S) compaction step, lattice block (B) arrangement step, grid block (B) connection step and soil cover Steps are carried out sequentially to construct a lattice block (B) on the slope (S).

Here, the compacting step is a step of compacting and arranging the slope (S) to install the grid block (B) first.

Subsequently, after the compaction of the slope (S), the concrete is placed on the bottom of the slope (S) to cure to form a foundation part (F). In the concrete placement, the site where the lattice block (B) is stacked in the upper surface of the concrete The inclination is formed to be inclined so as to have a predetermined inclination.

Subsequently, in the lattice block (B) disposing step, after placing concrete to form the foundation part (F), as shown in FIG. 4, the upper and lower ends of the lattice block (B) having a predetermined size are fixed by heavy equipment and lifted. It installs in the fixed position of the inclined surface S.

Subsequently, in the step of connecting the grid block B, after the grid block B is disposed, the wires of the other grid block B are connected to the L-shaped reinforcement 40 of the grid block B on one side while the adjacent grid blocks B are opposed to each other. Wrapping and connecting a number of times (50), and by connecting the grid block (B) by using the step of forming the connecting portion (J) integrally by pouring the curing of the concrete (60) to these connecting portion (J) , Slope surface (S) construction is completed.

That is, the binding of the connecting portion (J) between the grid block (B) by binding the two wires (50) on the reinforcing bar (40) by binding and binding the connection part (J) with concrete (60). As a result, the reinforcement 40 and the iron wire 50 are prevented from being corroded due to the coating of the concrete 60, and there is an effect of further strengthening the coupling between the lattice blocks B.

Then, if necessary, after covering the penetrating portion in the partition wall 20 of the grid block (B) and planting or sowing, not only protects the slopes (S) in three dimensions, but also increases the penetration of rainwater to cultivate water resources. There is an effect that enables to achieve a visual aesthetic in harmony with the natural environment.

As described above, the integrated grating block having the excellent drainage function and the inclined plane construction method using the same have the following effects.

First, the integrated lattice block with excellent drainage function and the sloped construction method using the same according to the present invention can reduce the manufacturing cost and labor cost due to the assembly connection between the lattice blocks during construction by making the lattice block integrally large. In addition, there is an advantage to improve the construction quality and construction efficiency of the grid block.

Secondly, the integrated grating block with rainwater drainage function and the sloped construction method using the same according to the present invention basically install drainage grooves in the longitudinal and transverse directions on the surface of the integrated lattice block to fundamentally eliminate the leakage and escape of rainwater falling on the slope. By dividing the inner cover area of the lattice block in the transverse direction to install the partition wall, it is possible to prevent the fall of the cover and reduce the defects of the lattice block caused by the loss of the cover. have.

Third, the integrated lattice block having excellent drainage function and sloped construction method using the same according to the present invention is to bind the binding of the connection portion between the grid block by winding two wires to the two reinforcing bars and to bind the space by filling the space with concrete Not only does it prevent corrosion of reinforcing bars and steel wires, it also has the advantage of further strengthening the bonds between blocks.

Claims (8)

delete delete delete Compacting and arranging slopes; Arranging a lattice block having a predetermined cross-sectional shape on the inclined surface in a lattice direction; Bundling and connecting the wires of the grid block to the reinforcing bars of the grid block while adjoining adjacent grid blocks after arranging the grid blocks; In the slope construction method using an integrated grating block having an excellent drainage function comprising the step of filling the soil block to the lattice block, The lattice block is made of a rectangular shape as a whole, the front and rear, left and right recessed block formed; A partition wall bisected with a space formed in the center of the block; A drain groove formed across the surface of the block in a longitudinal direction and at the same time being recessed to a certain depth from the surface of the block; Rebars are formed on each of the two corner portions of one side of the block; Consists of the iron wire is formed in each of the two corner portions of the other side of the block, After the compaction of the slope formed by pouring concrete at the bottom of the slope to form a foundation, The reinforcing bar is connected to the reinforcing wires so that the reinforcing bars of the lattice block installed on the lower side of the slope face the lattice blocks side by side in the longitudinal direction so that the L-shaped portion faces the upper surface, and then the opposite side to the reinforcing bars of the adjacent lattice blocks. Wrap the wires of the installed grid blocks wrapped many times to connect them integrally, Tilt the steel wire to the reinforcing bars to connect the grid blocks between the slopes construction method using the integrated grid block having an excellent drainage function, characterized in that the step of forming the concrete by curing the cast portion. delete delete delete delete

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