KR20200017997A - Multifunctional Fiber Gabion - Google Patents

Abstract

The present invention relates to a multifunctional fiber gabion, which receives gravel and rubble to be installed on a lower portion of a pier or a slope of a river, thereby stabilizing the slope and preventing scour. In addition, the multifunctional fiber gabion is installed on an upper portion of an underwater cable or a pipe installed on the seabed and around the same, thereby protecting and supporting the underwater cable or the pipe. The multifunctional fiber gabion includes: a fiber mesh which is manufactured in a fiber material and is woven in a net shape and in which an opening is formed on an upper portion; and a weaving reflection rope manufactured by a retro-reflection or fluorescence material and provided on the mesh.

Description

Multifunctional Fiber Gabion

The present invention relates to a multi-functional fiber gabion, and more specifically, is made of a porous structure to accommodate gravel or crushed stone, is installed around the piers erected on the bottom surface of the seabed scour the bottom surface of the seabed due to the flow rate Can be prevented. In addition, the multi-function fiber gabion is installed on the slope or slope of the river can prevent the scour generated on the slope, and can prevent the collapse of the slope. In addition, the multi-functional fiber gabion is installed to cover the upper and peripheral portions of underwater cables or pipes (water pipes, gas pipes, etc.) installed on the seabed to support the fixed position of the underwater cables or pipes, and to prevent the loss of underwater cables or pipes. A multifunctional fiber gabion that can be prevented.

In general, the concrete revetment block has been generally used in consideration of the dimensional aspect for disaster prevention.

The concrete shore bank embankment completely destroyed the river landscape as well as the river landscape, and due to this problem, the social demand to exclude concrete products from the river construction is highlighted.

Accordingly, the gabion method that is made of iron wire having a certain shape and fills with a natural material inside is applied. However, the gabion using iron wire is not easy to be rusted and has low flexibility, so it is difficult to adapt to the terrain change due to erosion. There is this.

In addition, the gabion made of iron wire is a method that must be woven at the construction site, there is a limit in the selection of the construction time, there is a difficulty in creating a natural river landscape by the artificial and uniform appearance after construction.

In order to solve the above-mentioned problems, a fiber gabion is used, which is a porous structure made of a net in a bag shape and filled with aggregate therein. There is this.

Such fiber gabions can accommodate aggregates in a fiber net to install dozens of fiber gabions on the surface or slope of rivers to prevent scour caused by flow velocity.

In addition, the fiber gabion was installed to cover the underwater cable laid for power and communication or the pipe laid for fuel transfer between two isolated points between land such as land and islands. It is prevented from being damaged by waves, seabeds and undersea creatures, and is prevented from being damaged by friction generated during marine construction.

The above-described conventional fiber gabions are installed in dozens to hundreds in a line along an underwater cable or pipe. When the fiber gabions are installed in an underwater area or a deep area where visibility is high due to high turbidity of water, It was difficult to determine the location of the fiber gabion, and furthermore, it was difficult to grasp the location of the underwater cable or pipe covered by the fiber gabion.

Public utility model No. 20-2015-0002412 "Fiber Gabion" (published date: 2015.06.22)

The present invention has been made in order to solve the above problems, so that the operator can easily grasp the position of the fiber gabion installed in the water, provided with a woven reflective rope of retro-reflective or fluorescent material on the fiber gabion improved multi-function visibility Its main purpose is to provide fiber gabions.

Multifunctional fiber gabion according to the present invention is made of a fiber material, woven in a mesh shape, the upper part is made of a fiber net and a retroreflective or fluorescent material formed with an opening, including a woven reflective rope provided in the mesh It features.

In addition, the multi-function fiber gabion is provided in plural at the edge of the opening of the fiber mesh, each end further comprises a lifting rope is formed in a ring shape, the lifting rope is made of the woven reflective reflection rope, Or it characterized in that it comprises a woven reflective rope.

In addition, the multi-function fiber gabion is provided along the periphery of the opening formed in the upper end of the fiber mesh, and further comprises a bundle rope is formed at one end knot so that the outer diameter of the opening selectively expands, the bundle rope is Made of the woven reflective rope, or characterized in that it comprises the woven reflective rope.

In addition, the fiber mesh is formed so that both sides are facing each other while the middle portion is folded to face the inner surface, the multi-function fiber gabion further includes a suture rope provided along both sides of the fiber mesh, the suture rope is the woven reflection path It is made of a pro, or characterized in that it comprises the woven reflective rope.

In addition, the woven reflective rope is sequentially connected along the pattern of the fiber mesh woven in the shape of a mesh, it is repeatedly twisted to be penetrated from one side of the mesh to the other surface and penetrated from one side to the other surface at regular intervals. It is characterized by.

In addition, the multi-function fiber gabion is characterized in that it further comprises an extension rope connected to the upper portion of the fiber mesh, and a buoyancy body formed on the end of the extension rope and formed of a material floating in the water.

In addition, at least one or more of the extension rope and the buoyancy body is made of the woven reflective rope, or characterized in that it comprises the woven reflective rope.

Multi-functional fiber gabion according to the present invention, as the fiber mesh is made of a flexible fiber material, the overall shape of the multi-functional fiber gabion while moving fluidly to correspond to the shape of the bottom or river bottom surface of the gravel or crushed stone contained therein It can be flexibly deformed, the multi-function fiber gabion is installed in accordance with the terrain of the location to be installed on the seabed or river floor has the effect that can provide civil stability.

In addition, the woven reflective rope connected to the fiber mesh is made of high visibility retro-reflective or fluorescent material, providing the operator with the ability to quickly locate the multifunctional fiber gabion at night or in deep water depths with low visibility. .

In addition, as the multi-functional fiber gabion is made of a flexible fiber material, the overall shape of the multi-functional fiber gabion is flexibly deformed to surround the outer circumferential surface of the underwater cable or pipe installed on the seabed, thereby firmly supporting the underwater cable or pipe. It provides the effect.

In addition, the lifting rope is provided with a plurality of along the edge of the opening of the fiber mesh and formed in a ring shape to facilitate the lifting operation of the multi-function fiber gabion, the lifting rope is formed of a retroreflective or fluorescent material to deep water or There is an effect that the operator can easily grasp the position of the multi-function fiber gabion even in the high turbidity of the water.

In addition, the bundle rope provided along the opening of the fiber net is to prevent the gravel or crushed stone is introduced into the fiber net is separated, and the bundle rope that is bundled in the circumference of the opening is made of a highly visible retroreflective or fluorescent material It provides the effect that the operator can easily locate the multifunctional fiber gabion.

In addition, at least one of a suture rope, a bundle rope, or a lifting rope is made of a highly visible retroreflective or fluorescent material, so that the operator can quickly locate the multifunctional fiber gabion installed in the water. Considering the manufacturing cost and the turbidity of the underwater installation, the sewing rope, bundle rope, or lifting rope can be selectively produced by woven reflective reflection rope, thereby providing the effect of reducing the manufacturing cost of the multifunctional fiber gabion.

In addition, woven reflective ropes made of retroreflective or fluorescent materials that are discernible in water are knotted by crossing the rhombus patterns sequentially so that they are fixed through knots rather than direct fixing such as fiber mesh and heat fusion. It is easy to replace and change the position, and even if the external force is applied to the woven reflective rope by cross-linked to the fiber mesh provides an effect that can prevent the woven reflective rope from the fiber mesh from being separated from the fiber mesh.

In addition, the upper portion of the multi-function fiber gabion is provided with a buoyancy body formed of a material floating in the water provides an effect that allows the operator to easily identify the position and placement of the gabion through the buoyancy body to easily confirm the placement of the next gabion. .

In addition, the extension rope connected to the buoyancy body is made of a reflexive retroreflective or fluorescent material to provide the effect that the operator working in or out of the water can easily determine the position of the buoyancy body and the location of the multi-function fiber gabion.

1 is a perspective view showing a multi-function fiber gabion according to an embodiment of the present invention.
Figure 2 is a perspective view showing the lifting state of the multi-function fiber gabion according to an embodiment of the present invention.
3 is an enlarged view of a portion A of FIG. 1.
Figure 4 is a perspective view showing a multifunctional fiber gabion according to another embodiment of the present invention.
5 is a state diagram showing a state in which the multi-function fiber gabion is arranged according to another embodiment of the present invention.
6 is a perspective view showing a woven reflective rope according to an embodiment of the present invention.

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

The accompanying drawings are only examples as illustrated in order to describe the technical idea of the present invention in more detail, and thus the technical idea of the present invention is not limited to the accompanying drawings.

However, in the following description of the present invention, descriptions of already known functions or configurations will be omitted to clarify the gist of the present invention.

1 is a perspective view showing a multifunctional fiber gabion according to a preferred embodiment of the present invention, Figure 2 is a perspective view showing a lifting state of the multifunctional fiber gabion according to a preferred embodiment of the present invention.

1 and 2, the multifunctional fiber gabion 1000 according to the preferred embodiment of the present invention includes a fiber mesh 100 and a woven reflective rope 300.

In addition, the multi-function fiber gabion 1000 further includes a lifting rope 200 for lifting.

The fiber net 100 is made of a fiber material, weave in a mesh shape forming a polygonal pattern, such as rhombus or quadrangle, the opening 110 is formed on the top.

In this case, the fiber net 100 may be formed in a polygonal or circular bottom surface forming a bottom, connected along the outer circumferential surface of the bottom surface to form a side, the opening 110 may be formed on the top of the side.

In addition, as in a general bag, the fiber net 100 is formed in a pair of side surfaces of the square surface shape is connected to each other, the upper portion may be formed in a form in which both ends are connected to the opening 110 is formed. have.

Next, the lifting rope 200 is fastened to the opening 110 of the fiber net 100, is folded in the suspension so as to be hooked to the hook of the crane and both ends of the ring shape is connected to the opening 110, respectively Can be formed.

Specifically, the lifting rope 200 is formed in a long ring shape in the vertical direction to extend the upper portion of the lifting rope 200 from the upper end of the fiber net 100, the middle of the lifting rope 200 The portion is bound to the side of the fiber mesh 100 and the lower portion of the lifting rope 200 may be bound to the bottom of the fiber mesh 100.

In addition, the plurality of lifting ropes 200 are fastened adjacently along the upper surface of the fiber net 100, and the lifting ropes 200 are bound together in the spindle shape along the side and bottom of the fiber net 100, and left and right sides. It is also possible to fasten the intermediate part between the lifting ropes 200 neighboring in the direction.

As such, in one embodiment of the present invention, the lifting rope 200 is fastened to the side and the bottom of the fiber net 100 without fastening only to the upper end of the fiber net 100 and along the side of the fiber net 100. By forming a plurality, it is possible to support the front surface of the fiber net 100 when lifting, and to distribute the lifting load to the entire fiber mesh 100, the lifting rope 200 is bound, it is possible to strengthen the bearing capacity for the lifting load And, it provides an effect that can prevent the fastening portion of the fiber mesh 100 and the lifting rope 200 is broken.

On the other hand, the lifting rope 200 may include a connecting means formed in the form of the umbrella is arranged at a predetermined interval along the opening 110, connected to each of the binding means extending in the form of an umbrella.

In this case, when the connecting means is lifted upward by hanging on the crane, the binding means is gathered toward the center of the opening 110, and the outer diameter of the opening 110 is reduced, and the opening means 110 is provided through a separate knot means. By making a knot, it is possible to accommodate gravel or crushed stone contained in the fiber net 100 inside.

Here, the lifting rope 200 is made of a woven reflective rope 300, or is provided to include the woven reflective rope (300).

Specifically, the lifting rope 200 may be made of a synthetic rope synthesized with a synthetic fiber and a rope made of a retroreflective or fluorescent material, and may be made of a retroreflective or fluorescent material.

Next, the woven reflective rope 300 is made of a retroreflective or fluorescent material, and is connected to the fiber mesh 100.

In addition, the woven reflective rope 300 is connected to the fiber mesh 100 to identify the position of the multi-function fiber gabion 1000, at least one of the upper, lower, middle portion of the fiber mesh 100. It may be connected to the position of, and may be connected in various forms to connect a portion of the fiber net 100.

In this case, the retroreflective means a property in which light from a light source is reflected on the surface of an object and returns to the light source.

The woven reflective rope 300 is a configuration for the operator to easily identify the location of the multi-function fiber gabion 1000 located in the water, due to the retroreflective does not require a separate power source for light emission, through It is characterized by generating the effect of simplifying the overall configuration.

Here, as shown in Figure 6, the woven reflective rope is formed by twisting a plurality of flexible synthetic fiber material of the first rope 310 in the shape of a pretzel, twisted on the first rope 310 And a second rope 320 of retroreflective or fluorescent material.

Specifically, the woven reflective rope 300 is manufactured using a weaving process, but the second rope 320 is woven into the twisted shape of the first rope 310 arranged in the longitudinal direction.

In addition, the woven reflective rope 300 is woven so that the plurality of first rope 310 and the second rope 320 is twisted with each other, even if rubbed against the gravel or crushed stone that is introduced into the fiber net 100, So that durability can be reinforced.

That is, since the woven reflective rope 300 is formed by twisting a plurality of ropes of flexible fiber material, it is more durable than a rope made of a single rope, and part of the woven reflective rope 300 is formed of a retroreflective or fluorescent material. When the worker looks at the light, the light is reflected in a twisted form rather than in a single line, which can give an aesthetic sense.

Multifunctional fiber gabion 1000 of the present invention having the above-described configuration is made of a fiber net 100 is made of a flexible fiber material is easily changed the center of gravity according to the flow of blue or water gravel or crushed stone It provides civil stability and the effect that the operator can easily grasp the position of the multi-function fiber gabion (1000) installed in the water by the woven reflective rope 300 made of reflexive reflex reflective or fluorescent material Done.

In addition, as shown in Figure 3, the woven reflective rope 300 is sequentially connected along the pattern of the fiber mesh 100 woven in a net shape, the outer of the fiber mesh 100 at regular intervals In the inner, the inner to the outer is provided to be twisted alternately.

Specifically, the woven reflective rope 300 is sequentially connected along the rhombus pattern of the fiber net 100, in the odd rhombus pattern is penetrated inward from the outside of the fiber net 100, even In the fourth rhombus pattern, the fiber network 100 penetrates outwards and is sequentially connected along the rhombus pattern of the fiber mesh 100.

The woven reflective rope 300 made of a retroreflective or fluorescent material having discernment in water is knotted by crossing the rhombus pattern of the fiber net 100 sequentially so that the fiber net 100 is not directly fixed such as heat fusion. Fixed through the knot, it is easy to replace and change the position of the woven reflective rope, even if the external force is applied to the woven reflective rope 100 by being cross-connected to the fiber mesh 100 by the woven reflective rope in the fiber mesh 100 It is possible to prevent the departure.

Here, the multifunction fiber gabion 1000 of the present invention is characterized in that it further comprises a bundle rope (400).

The bundle rope 400 is provided along the circumference of the opening 110 formed at the upper end of the fiber net 100, a knot is formed at one end so that the outer diameter of the opening 110 is selectively enlarged and reduced.

Specifically, the bundle rope 400 is provided along the outer circumferential surface of the opening 110 and formed of a material having a larger outer diameter or lower flexibility than the fiber net 100, so that the inside of the fiber net 100 It is knotted at the rhombus pattern vertices on top of the fiber net 100 to maintain the shape of the opening 110 in a shape to accommodate furnace gravel or crushed stone.

And the bundle rope 400 is connected along the upper circumferential surface of the fiber net 100, as shown in Figure 1, in the odd rhombus pattern of the rhombus pattern formed on the top of the fiber net 100, the fiber net It penetrates in the inner direction from the outside of the (100), in the even-numbered rhombus pattern is penetrated in the outer direction from the inside of the fiber net 100 to be connected sequentially along the rhombus pattern of the fiber net (100).

In addition, after the gravel or crushed stone is introduced into the fiber net 100, as shown in Figure 2, the bundle rope 400, the gravel contained in the knot on one side so that the outer diameter of the opening 110 is narrowed Or it can be bundled so that the crushed stone does not break out.

Here, the bundle rope 400 may be made of the woven reflective rope 300, or may include the woven reflective rope 300.

Specifically, the bundle rope 400 may be made of a synthetic rope synthesized with a synthetic fiber and a rope made of a retroreflective or fluorescent material, and may be made of a retroreflective or fluorescent material.

At this time, the bundle rope 400 has a length that can be provided with a wide diameter opening 110 expanded to facilitate the incorporation of gravel or crushed stone, the gravel or crushed stone in the fiber mesh 100 After the outer diameter of the opening 110 is narrowed, it may be wound by a plurality of wheels along the outer circumferential surface of the opening 110.

That is, the bundle rope 400 has a plurality of layers in the opening 110 as the bundle rope 400 is wound so as to overlap along the outer circumferential surface of the opening 110, thereby providing a wider width and improving identification.

As described above, the bundle rope 400 formed along the opening 110 of the fiber net 100 has an opening 110 in a wide space so as to easily inject gravel or crushed stone into the fiber net 100. It provides, and the effect of reducing the opening 110 by knotting the bundle rope 400 after the input of gravel or crushed stone, as shown in Figure 2, to provide an effect that can facilitate the lifting operation of the multi-function fiber gabion 1000 do.

Next, the multifunctional fiber gabion 1000 of the present invention further includes a suture rope 500.

The sealing rope 500 is connected along the side of the mesh 100 in one opening 110 of the fiber net 100 is formed to extend to the other opening 110 of the fiber net 100.

Here, the fiber mesh 100 is formed so that both sides thereof are facing each other while the middle portion is folded to face the inner surface thereof, and the sealing rope 500 is provided along both sides of the fiber mesh 100.

Specifically, the suture rope 500 is formed of a rope, but is alternated to the butted network along the longitudinal direction of the side of the fiber net 100 is provided so that the end is knotted.

That is, the suture rope 500 is twisted along the side surface from the lower portion of the fiber mesh 100 to the opening 110, thereby binding both sides except for the opening 110 formed on the upper portion of the fiber mesh 100 To support the tensile force, it is possible to strengthen the binding force and durability when the gravel or crushed stone in the fiber net 100.

In addition, the suture rope 500 may be made of a variety of fixing means, such as a clamp, a clip, a film that can fix the opposite sides of the fiber mesh 100 as well as the rope.

Here, the suture rope 500 is connected seamlessly along the vertical direction of the fiber net 100, as shown in Figure 1 and 2, it is connected through the center point of the bottom surface of the fiber net 100 .

In addition, the sealing rope 500 may be formed in a pair to form a cross shape at the bottom surface of the fiber net 100 can further reinforce the side of the fiber net 100.

As shown in FIG. 2, the gravel or crushed stone accommodated inside the fiber net 100 is concentrated at the lower center of the fiber net 100, and the suture rope 500 to withstand the load of the gravel or crushed stone. Is installed to improve the binding force and durability of the fiber net 100 and the suturing rope 500, it is possible to accommodate safely without breaking the fiber net 100 to the load or friction of gravel or crushed stone.

Here, at least one or more of the lifting rope 200, the bundle rope 400 and the suture rope 500 is made of a woven reflective rope 300, or includes the woven reflective rope 300.

Specifically, the lifting rope 200, the bundle rope 400 and the suture rope 500 may be made of a single rope made of a retroreflective or fluorescent material, made of a flexible rope, but retroreflective or fluorescent It may be twisted with the woven reflective rope 300 made of a material.

When the lifting rope 200, the bundle rope 400, and the suture rope 500 are made of a retroreflective or fluorescent material, the plurality of threads constituting the general fiber and a plurality of threads made of the retroreflective or fluorescent material are staggered from each other. When the woven reflective rope 300 is woven and includes the woven reflective rope 300, the woven reflective rope 300 is woven such that a plurality of yarns constituting a general fiber and a plurality of yarns made of a retroreflective or fluorescent material are interlaced with each other. It becomes twisted.

When manufacturing the lifting rope 200 with a retroreflective or fluorescent material, the operator can easily grasp the position of the lifting rope 200 of the multi-function fiber gabion 1000 installed in the water of the multi-function fiber gabion 1000 in the water The crane hanging on the lifting rope 200 for the position movement can be facilitated.

One or more of the lifting rope 200, the bundle rope 400 and the suture rope 500 is made of a retroreflective or fluorescent material with an identifying power can quickly determine the position of the gabion installed in the water, multi-function fiber gabion Considering the production cost of the rope (200, 400, 500) and turbidity in the water to be installed selectively provides the effect of reducing the manufacturing cost by retroreflective or fluorescent material.

Next, referring to Figure 4 in detail with respect to the multifunctional fiber gabion,

The multifunctional fiber gabion 1000 of the present invention further includes an extension rope 600 and a buoyancy body 700.

In this case, the extension rope 600 is connected to the upper portion of the fiber net 100, the buoyancy body 600 is installed at the end of the extension rope 600 and is formed of a material that floats in the water.

Here, the extension rope 600 is connected along the circumference of the opening 110 formed in the upper portion of the fiber net 100, the opening in the state in which the opening 110 of the fiber net 100, the gravel or crushed stone is reduced It may be knotted at 110.

Specifically, the extension rope 600 is rotated several times along the outer circumferential surface of the opening 110 bound by the bundle rope 400 to closely contact each other, and the extension rope 600 between the opening 110 and the extension rope 600 in close contact. Can be knotted to extend upwards.

And when the buoyancy body 700 is installed at the end of the extension rope 600 extending to the top and is put in the water, it is suspended in the upper portion of the fiber mesh 100.

In addition, the outer circumferential surface of the buoyancy body 700 may be attached, wound or fixed to the woven reflective rope 300.

Here, the buoyancy body 700 also has an identification so that an operator who is working underwater or out of the water can easily grasp the buoyancy body 700, so that the presence of the multifunctional fiber gabion 1000 on the seabed can be confirmed.

On the other hand, the length of the bundle rope 400 can be changed according to the depth of the river to be installed, as shown in Figure 5, it is preferably formed shorter than the depth so as not to interfere with the marine structure.

When the multi-function fiber gabion 1000 is installed in the law surface or pier of the river by the extension rope 600 and the buoyancy body 700 to prevent scour, the multi-function fiber gabion 1000 adjacent to the installed multi-function fiber gabion 1000 ) Side by side to form a protective ball, the buoyancy body 700 is formed on the upper surface of the floating material is located in the worker working out of the water to determine the location of the multi-function fiber gabion (1000) next work It is possible to easily grasp the arrangement position of the multifunctional fiber gabion to be done.

Here, the extension rope 600 is made of a retroreflective or fluorescent material having a discriminating power.

At this time, the extension rope 600 is erected vertically in the water by the buoyancy body 700 is installed at the end, the worker working underwater or out of the position of the buoyancy body 700 and the multi-function fiber gabion 1000 The location can be determined.

As described above, the multi-function fiber gabion 1000 of the present invention relates to the multi-function fiber gabion 1000 with improved identification even in deep water or turbid water, and is connected to the fiber net 100 made of fiber material for receiving gravel or crushed stone. Workers working in or out of the water by the woven reflective rope 300 can easily grasp the position of the multi-function fiber gabion 1000, so that the installation and change of the installation position of the multi-function fiber gabion 1000 can be easily provided. do.

The present invention is not limited to the above-described embodiments, and the scope of application is not limited, and various modifications can be made without departing from the gist of the present invention as claimed in the claims.

1000: Gabion
100: fiber netting
110: opening
200: lifting rope
300: woven reflective rope
310: first rope
320: second rope
400: bundle rope
500: suture rope
600: extension rope
700: buoyant body

Claims (7)

Made of fiber material, but woven in a mesh shape, the upper part of the fiber net opening is formed; And
It is made of a retroreflective or fluorescent material, woven reflective rope provided in the mesh; multi-function fiber gabion comprising a.
The method of claim 1,
The multifunctional fiber gabion,
It is provided with a plurality of edges of the opening of the fiber mesh, each of which further comprises a lifting rope connected to both ends formed in a ring shape,
The lifting rope is made of the woven reflective rope, or the multifunctional fiber gabion, characterized in that it comprises the woven reflective rope.
The method of claim 1,
The multifunctional fiber gabion,
It is further provided along the periphery of the opening formed in the upper end of the fiber mesh, the rope further comprises a bundle rope is formed at one end so that the outer diameter of the opening is selectively expanded and reduced,
The bundle rope is made of the woven reflective rope, or the multifunctional fiber gabion, characterized in that it comprises the woven reflective rope.
The method of claim 1,
The fiber net,
The middle part is folded to face each other and is formed to face each other,
The multifunctional fiber gabion,
Further comprising a sealing rope provided along both sides of the fiber mesh,
The suture rope is made of the woven reflective rope, or the multifunctional fiber gabion, characterized in that it comprises the woven reflective rope.
The method according to any one of claims 1 to 4,
The woven reflective rope,
Multi-functional fiber gabion, characterized in that it is sequentially connected along the pattern of the fiber mesh woven in a mesh shape, and is repeatedly twisted from one side of the mesh to the other surface and penetrated from the other surface to one surface at regular intervals.
The method of claim 5,
The multifunctional fiber gabion,
Multi-function fiber gabion, characterized in that it further comprises an extension rope connected to the upper portion of the fiber mesh, and a buoyancy body installed on the end of the extension rope and formed of a material floating in the water.
The method of claim 6,
At least one or more of the extension rope and the buoyancy body,
The multifunctional fiber gabion made of the woven reflective rope, or comprising the woven reflective rope.

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