KR200270165Y1 - Wire block for reinforcing and protecting the slope - Google Patents

Abstract

The present invention relates to a wire block for slope reinforcement and protection, and forms a wire 112 in a variety of geometric shapes to form a central support 120 for fixing the nail 150 in the ground and coupled with the fixed nail 150 In the wire block 100 is configured to form the wire 110 in a variety of shapes, the intersection portion 111 is formed by crossing the wire 110 forming a pair of mutually overlapping on a diagonal line, horizontal line or vertical line to overlap each other. Therefore, the wire blocks are firmly reinforced and protected from slopes located on the side of the road to maximize their bearing capacity, so that even if the ground behavior due to earth pressure or water pressure rises, the slopes are firmly supported to suppress the collapse. However, even if a strong pressure rises on the slope, it is possible to recover quickly by minimizing collapse. When collapse or early collapse occurs, these parts can be separated and reassembled firmly or replaced with new wire blocks to be reassembled firmly so that they can be quickly reinforced in case of signs of collapse or partial collapse, shortening construction periods and reducing costs. It is installed on the surface of the rockfall prevention net to maximize the rockfall prevention effect, to prevent the wire block from spreading, and to secure the wire intersections integrally to maximize the supporting force and to form the loop to facilitate the interconnecting work. At the same time, there is an effect that can be firmly assembled.

Description

Wire block for slope reinforcement and protection {WIRE BLOCK FOR REINFORCING AND PROTECTING THE SLOPE}

The present invention relates to a wire block for slope reinforcement and protection, and more particularly, to a slope reinforcement and protection wire block that can prevent the fall or collapse of the falling rock by protecting and reinforcing slopes, such as rockfall areas.

In general, by covering the rockfall protection net closely on the slope of the rockfall area and the like and installing a plurality of wires horizontally and vertically on the top of the rockfall prevention net so as to firmly support the rockfall prevention net to prevent safety accidents that may occur on the slope. It was.

Such a prior art has a problem that when the pressure is largely generated due to the ground behavior of the slope, the slope is almost obsolete and the entire slope collapses causing serious safety accidents.

In particular, the slope is mainly located on the side of the road due to the road construction, so it must be quickly restored to smooth the flow of traffic after an accident. Since only the rockfalls of the dog are blocked, there is a high possibility that the entire slope will collapse when a large pressure is applied due to ground pressure caused by water pressure or soil pressure.

In addition, when the entire slope collapsed, a considerable amount of time and personnel must be invested to recover it, resulting in an increase in recovery cost and a problem of blocking traffic flow.

Particularly, in case of slope reinforcement, a plurality of concrete blocks may be reinforced on the slope to be interconnected to the surface, but this may be reinforced by installing formwork directly on the slope, installing reinforcing frames, etc., and then pouring concrete mortar. Because the slope is reinforced so that the construction is very difficult due to the slope of the slope, even if the slope is a large slope there was a problem that the construction itself is impossible.

Furthermore, these concrete blocks are not variable at all, so if an initial phenomenon of ground behavior occurs, not only can not appropriately cope with this problem, it is almost impossible to reconstruct due to the change of the terrain during partial collapse, there was a problem to rebuild a large area.

In addition, due to the cumbersome and cumbersome construction of the concrete block, the construction cost is greatly increased and the construction period takes a long time, and the bearing capacity of the slope acts only on the surface.

Accordingly, in order to solve such a problem, there is also a patent application No. 2001-68368 filed by the applicant, but in this case, there is a fear that the phenomenon of wire spreading occurs when pressure is generated on the slope.

Therefore, the main purpose of the present invention is to strengthen and protect the slopes located on the side of the road with a wire block to maximize its bearing capacity, so that even if the ground behavior caused by the earth pressure or the increase in water pressure occurs, the slopes are firmly supported and collapsed. It is to provide a wire block for slope reinforcement and protection to be suppressed.

Another object of the present invention is to provide a wire block for slope reinforcement and protection that can be quickly recovered by minimizing collapse even when a strong pressure rises on the slope as a wire block.

Another object of the present invention is to provide a wire block for slope reinforcement and protection that can be easily and quickly protect, reinforced with a wire block.

Another object of the present invention is that when the initial collapse or partial collapse of the wire block occurs, these parts can be separated and reassembled firmly or replaced with new wire blocks to be reassembled firmly so that they can be quickly reinforced upon signs of collapse or partial collapse. It is to provide a wire block for slope reinforcement and protection to prevent the collapse of the entire slope in advance.

Another object of the present invention is to provide a wire block for slope reinforcement and protection that can be easily and quickly reinforce the slope with a wire block to shorten the construction period and reduce the cost.

Another object of the present invention is to provide a wire block for slope reinforcement and protection to maximize the effect by installing the wire block on the surface of the rockfall prevention net to maximize the rockfall prevention effect and reinforce the rockfall area.

Another object of the present invention is to provide a wire block for slope reinforcement and protection to suppress the spreading of the wire of the wire block.

Another object of the present invention is to provide a wire block for slope reinforcement and protection to securely integrally secure the wire cross section of the wire block to maximize the supporting force.

Another object of the present invention is to provide a wire block for slope reinforcement and protection to form a ring on the wire block to facilitate the interconnect operation and at the same time firmly assembled.

1 is an overall perspective view showing a state in which a wire block for slope reinforcement and protection according to the present invention is installed.

Figure 2 is a front view showing a wire block for slope reinforcement and protection according to the present invention.

Figure 3 is a cross-sectional view showing in detail the nail installation portion of the slope reinforcement and protection wire block according to the present invention.

Figure 4 is a detailed view showing the connection state of the slope reinforcement and protection wire block according to the present invention.

Figure 5 is a perspective view showing a central support of the wire block for slope reinforcement and protection according to the present invention.

Figure 6 is a perspective view showing the separation of the other central support of the wire block for reinforcement and protection according to the present invention.

Figure 7 is a cross-sectional view showing another central support of the wire block for slope reinforcement and protection according to the present invention.

Figure 8 is a perspective view showing a fixture of the wire block for slope reinforcement and protection according to the present invention.

Figure 9 is a perspective view showing the separation of the other fixture of the wire block for reinforcement and protection according to the present invention.

10 is a cross-sectional view showing another fixture of the wire block for slope reinforcement and protection according to the present invention.

Figure 11a is a front view showing a wire block for slope reinforcement and protection of another shape according to the present invention.

Figure 11b is a front view showing a wire block for slope reinforcement and protection of another shape according to the present invention.

Figure 11c is a front view showing a wire block for slope reinforcement and protection of another shape according to the present invention.

12 is a perspective view showing a state in which the slope reinforcement and protection wire block installed in the rockfall prevention net according to the present invention.

Explanation of symbols of main part of drawing

10: slope 11: grouting ball

100: wire block 110: wire

111: intersection 112: ring

120: center support 121: support hole

122: guide groove 123: fastening member

124: roller 125: support ball

126: cover 127: support hole

128: molding part 130: fixture

131: guide groove 132: cover

133: molding part 134: roller

140: connecting member 150: nail

160: grouting 170: rockfall prevention net

In order to achieve the above object, the wire block for slope reinforcement and protection of the present invention is a wire block composed of wires of various shapes, and the wires are formed in various shapes, but the wires are formed to cross each other so that the intersections are formed. The basic features of the technical configuration.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

1 is an overall perspective view showing a state in which the wire reinforcement and protection wire block installed in accordance with the present invention, Figure 2 is a front view showing a wire reinforcement and protection wire slope according to the present invention, Figure 3 is a slope reinforcement according to the present invention And a cross-sectional view showing in detail the nail installation portion of the protective wire block, Figure 4 is a detailed view showing the connection state of the slope reinforcement and protection wire block according to the present invention, Figure 5 is a slope reinforcement and protection wire block according to the present invention Figure 6 is a perspective view showing a central support of, Figure 6 is a perspective view showing a separate separation of the other central support of the wire reinforcement and protection wire block according to the present invention, Figure 7 is another central support of the slope reinforcement and protection wire block according to the present invention 8 is a cross-sectional view showing a fixture of the wire block for slope reinforcement and protection according to the present invention 9 is a perspective view showing a separate fastener of the slope reinforcement and protection wire block according to the present invention, Figure 10 is a cross-sectional view showing another fixture of the slope reinforcement and protection wire block according to the present invention, Figure 11a Figure 11b is a front view showing a wire block for the reinforcement and protection of another shape according to the present invention, Figure 11b is a front view showing a wire block for the reinforcement and protection of another shape according to the present invention, Figure 11c is a slope of another shape according to the present invention 12 is a front view showing a wire block for reinforcement and protection, and FIG. 12 is a perspective view showing a state in which a wire reinforcing and protection wire block according to the present invention is installed in a rockfall prevention net.

As shown in Figures 1 to 12, the wire block for slope reinforcement and protection of the present invention is to form a wire 112 in a variety of geometric shapes, but the nail 150 is fixed to the ground coupled to the fixed nail 150 In the wire block 100 formed by forming a central support 120, the wire 110 is formed in a variety of shapes, but the cross section 111 is formed so as to cross the wire 110 overlapping each other.

In this case, it is preferable that the intersecting portion intersects a pair of wires on a diagonal line, a horizontal line, or a vertical line to form an intersection portion 111.

Further, by forming a plurality of rings 112 in the outermost wire 110 of the wire block 100 to connect the wire block 100 and the wire block 100 by assembling each other with a connecting member 140 such as a turnbuckle. It is desirable to facilitate.

The central support 120 of the wire block 100 forms a plurality of guide grooves 122 on the outer circumference and the wire 110 is fitted thereto.

In this case, it is preferable to form the molding part 128 to integrate the intersection portion of the wire 110 by epoxy filling the inside of the central support 120.

Furthermore, the roller 120 may be inserted into the center support 120 so that the wire 110 may be smoothly guided, but the molding part 128 may be formed after the wire 110 is coupled.

In addition, the central support 120 is preferably provided with a cover 126 to finish the appearance after the connection work of the wire 110.

On the other hand, the central support 120 is formed with support holes 121, 125, 127 penetrating the center.

Preferably, the wire 110 is firmly fixed to the intersection portion of the wire coupled to the central support 120 by using the fixture 130.

Here, the fixture 130 forms a plurality of guide grooves 131 on the outer circumference and the wire 110 is fitted thereto.

Here, the inside of the fixture 130 is epoxy-filled to form a molding unit 133 to integrate the intersection of the wire 110.

Furthermore, the roller 134 may be inserted into the fixture 130 so that the wire 110 may be smoothly guided, and when the coupling of the wire 110 is completed, the molding part 133 may be formed and fixed.

In addition, the fixture 130 is preferably provided with a cover 132 to finish the appearance after the connection work of the wire 110.

On the other hand, the wire 110 used in the present invention is formed in one strand in principle, but not limited or limited thereto.

Referring to the operation of the present invention is as follows.

First, the wire block 100 is sequentially coupled to the area where the slope or rockfall prevention net 170 is installed.

At this time, through the support holes (121.125, 127) formed in the center support 120 of the first wire block 100, grouting 160 in the ground and then nail 150 is set to fix the center support 120 to it The plurality of wire blocks 100 are connected to each other by the connection member 140.

Here, the connecting member 140 is tightly connected to the turnbuckle using the ring 112 formed on the wire block 100, so that the wire 110 is tightly attached to the four sides and is firmly supported.

In this state, when the grouting 160 is completely cured, the wire block 100 and the wire block 100 are pulled as much as possible by further tightening the connecting member 140.

Therefore, the assembled wire block 100 is completely in close contact with the ground, and thereby the slope is more firmly reinforced.

On the other hand, the wire block 100 of the present invention is installed on the slope 10 from the surface of the rockfall prevention net 170 in place of the wire rope to cross each other horizontally and vertically after installing the rockfall prevention net 170 in the rockfall area. , Slope 10 is greatly reinforced and the wire block 100 is firmly in close contact with the rockfall surface can maximize the rockfall prevention effect.

In particular, the wire 110 of the wire block 100 is not only easy to divide the wire 110 by the guide grooves 122 and 131 formed in the central support 120 and the fixture 130, but also by the rollers 124 and 134 to be embedded. Since the guide is smoothly manufactured, the wire block 100 is easily manufactured, and the molding portions 128 and 133 are formed by filling the epoxy so that the cross section of the wire 110 can be integrated to exert a strong support force.

On the other hand, the pair of wires (110) formed on a diagonal line, a horizontal line or a vertical line to each other, the intersection portion 111 is formed to suppress the phenomenon of opening of the wire 110, thereby firmly supporting the slope (10).

In addition, the partial separation and reassembly of the wire block 100 assembled and installed is possible, so that when the initial collapse occurs in the signs of ground collapse or rockfall, or in some parts, these parts are separated and reassembled and grouted 160 to be safe. Not only can the accident be prevented in advance, but the construction is simple and the construction period can be shortened.

As described above, the slope reinforcement and protection wire block of the present invention to form a wire 112 in a variety of geometric shapes, but the center support 120 to couple the nail 150 fixed by fixing the nail 150 in the ground In the wire block 100 formed by forming a), the wire 110 is formed in various shapes, but crosses the cross section 111 by crossing the wires 110 forming a mutually overlapping pair on a diagonal line, a horizontal line, or a vertical line. ), So that the wire blocks can be firmly reinforced and protected on the side of the road to maximize the bearing capacity. Therefore, even if the ground behavior due to earth pressure or water pressure increases, the slope can be firmly supported to prevent collapse. In addition to high pressure on the slope, it can be quickly recovered by minimizing collapse. When partial collapse or initial collapse occurs, these parts can be separated and reassembled firmly, or replaced with new wire blocks, and reassembled firmly. It is possible to prevent the construction period, to shorten the construction period and to reduce the cost, and to be installed on the surface of the rockfall prevention net to maximize the rockfall prevention effect, to prevent the wire block from spreading, and to fix the wire intersections firmly and integrally. Maximizing the bearing capacity and forming a ring to facilitate the interconnect work and at the same time has the effect of being able to be firmly assembled.

Claims (5)

In the wire block 100 is formed by forming a wire 112 in a variety of geometric shapes, but to form a central support 120 to couple the nail 150 to the fixed nail 150 in the ground, Slope reinforcement and protection, characterized in that the wire 110 is formed in a variety of shapes, but the cross section 111 is formed by crossing each other overlapping the wire 110 forming a pair on a diagonal line, horizontal line or vertical line to overlap each other Wire block. The method of claim 1, Forming a plurality of rings 112 in the outermost wire 110 of the wire block 100, characterized in that configured to connect the wire block 100 and the wire block 100 with each other by connecting members 140. Slope reinforcement and protection wire block. The method of claim 1, The central support 120 of the wire block 100 is formed by forming a plurality of guide grooves 122 on the outer periphery and by molding the molding unit 128 to integrate the wire 110 by epoxy filling therein Slope reinforcement and protection wire block. The method of claim 1, The wire 110 is fixed to the crossing portion of the wire 110 coupled to the central support 120 by using the fixture 130 to form a plurality of guide grooves 131 on the outer periphery of the fixture 130 and the fixture Slope reinforcement and protection wire block, characterized in that formed by forming a molding portion 133 to integrate the wire 110 by epoxy filling the inside of (130). The method according to any one of claims 3 to 4, Slope reinforcement and protection wire block, characterized in that configured to guide the wire 110 smoothly by inserting a roller (124,133) in the center support 120 and the fixture 130.