KR101554207B1 - Member for fixing on rock slope or structure wall with soil bag for vegetation bound and method of construction for greening rock slope or structure wall using soil bag for vegetation - Google Patents

Abstract

The present invention relates to a member to couple and fixate a vegetation soil bag to a rock slope or a wall of a structure, and a greening method using the same. The present invention provides the member to couple and fixate the vegetation soil bag to the rock slope or the wall of the structure comprising: a coupling ring mounted to a joining member while an inlet of the vegetation soil bag turns inside out after being inserted through the coupling ring; a coupling tie coupling the inlet of the vegetation soil bag turned inside out to an outer side adjacent to the coupling ring; the joining member wherein the coupling ring coupled with the vegetation soil bag is mounted inside joined to the rock slope or the wall of the structure; and a fixing member fixating the joining member to the rock slope or the wall of the structure and the greening method of the rock slope or the wall of the structure using the vegetation soil bag. The present invention is capable of fixating the vegetation soil bag while the vegetation soil bag is coupled by coupling the inlet of the vegetation soil bag to the coupling ring and mounting the coupling ring coupled with the vegetation soil bag inside the joining member; thus preventing a separation of the vegetation soil bag, stably maintaining the rock slope, and rapidly greening the rock slope. In addition, the present invention enables the overall greening of the rock slope and covers the slope using the vegetation soil bag on the concrete wall and the like.

Description

FIELD OF THE INVENTION The present invention relates to a method for greening a slope or a structural wall of a slope or a structure using a member for securing the slope to the rock slope or the wall of the structure, SLOPE OR STRUCTURE WALL USING SOIL BAG FOR VEGETATION}

The present invention relates to a member for fastening a vegetation squad to a rock slope or a wall of a structure and a method of greening the same. More particularly, the present invention relates to a member for fastening a vegetation squadron to a member, .

Generally, a retaining wall is a wall that is piled up so that the soil of the ground is not collapsed by the earth pressure. For example, when the soil is piled up or when a cutting area or slope having a steep incline is formed, The submerged land of the building.

The retaining walls are classified into various types depending on the structure and materials. For example, the retaining walls are classified into gravity type or semi-gravity type retaining walls, L type or T type, or butressed retaining walls in terms of structure, and are made of non-conforming concrete, reinforced concrete, Retaining walls, and the like.

Recently, in order to protect slopes and banks of roads, railways, and tunnels and to protect them and to make green-friendly greening, a method of constructing a retaining wall by using a vegetation squad, which is a soil bag containing plant seeds, is used .

These retaining walls are constructed in a manner similar to that of a general brick piling method in which a plurality of squat piles are stacked horizontally and longitudinally in accordance with a vertical or inclined angle, and if they are stacked simply by stacking them, the gravity impact imbalance, There is a risk that a part of the cyst is slipped off or the whole retaining wall is collapsed, so it needs to be prepared.

Patent Document 1 discloses a belt body in which protrusions of arbitrary water-visible shapes are protruded on both sides of a flat surface of a steel band or a synthetic resin band so as to be directed in an arbitrary direction, and an arbitrary gap For preventing the collapse of a soil bag that can be fixed and fastened by a steel wire for fixing a single soil bag to be stacked on the whole soil bag, A structure of a collapse preventing band is disclosed.

In Patent Document 2, protrusions protruding vertically upward from the respective planes are arranged on a top surface and a bottom surface of a plastic material body in a predetermined arrangement. At this time, on the upper surface, a cross-sectional surface for fixing the sheet-like geogrid or geonet Shaped " A "-shaped hooks are molded.

However, the above-described conventional techniques are only related to a connecting material connecting the cecum to the cicada, and do not relate to the technique of fixing the vegetative cicada to the rock slope or the structure wall to record.

Japanese Utility Model Utility Model Publication No. 50-056868 (published on November 6, 1976) Korean Registered Patent No. 10-0561696 (published on Mar. 17, 2006)

The present invention is characterized in that the entrance portion of the vegetation squid is bound to the binding ring and the binding ring to which the vegetation vat is bundled is mounted on the inner side of the binding material so that the vegetation squid can be fixed and fixed to the rock slope or the structure wall, It is possible to prevent slippage and to stabilize rock slope, to achieve rapid recording, and to work on vegetation walls such as concrete, as a vegetation squirt, The present invention provides a fixing member and a greening method using the same.

In order to solve the above-described problems, the present invention provides a binding ring to be attached to a binding material such that an inlet portion of a vegetative flap is inserted and then turned upside down; A binding tie that binds the inlet portion of the outwardly inverted vegetation slider adjacent to the binding ring; A binding material mounted on the inner side of the binding ring to which the vegetation vaginal bag is bound and bonded to the rock slope or the wall of the structure; And a fixing member for fixing the coupling member to the rock slope or the structural wall, wherein the member is fixed to the rock slope or the structural wall by binding the vegetation slug.

In addition, the above-mentioned binding material is characterized by comprising: a fitting piece formed at one side with an insertion hole for inserting the binding ring into which the vegetated vaginal bag is bound, and a fitting hole formed at the center so as to connect the inlet part of the vegetative kneading bag bound to the binding ring; An attachment piece connected to the fixing member through a hole to be attached to the rock slope or the wall of the structure, and a support piece connecting and supporting the fitting piece with the attachment piece.

At this time, a plurality of support pieces are formed along the edge of the binder, and a drainage space is formed between the plurality of support pieces.

In addition, the binding material may include an attachment plate formed with a plurality of attachment holes, the attachment member being inserted into the attachment hole and attached to the rocky slope or the wall of the structure, and an insert for inserting the binding ring into which the vegetation- A plurality of fitting pieces formed at one side of the hole and formed with a fitting hole at the center so that an inlet portion of the vegetation knuckle bound to the coupling ring is connected to the fitting hole and a supporting piece for connecting and supporting the fitting piece with the mounting plate There are also features.

Here, a plurality of the support pieces are formed along the edge of the binder, and a drainage space is formed between the plurality of support pieces.

According to another aspect of the present invention, there is provided a method of binding a vegetation squad to a rock slope or a wall of a structure to record the rock, comprising: fixing a binding material to a rock slope or a structure wall through a fixing material; Allowing the inlet of the vegetative wick to be inserted through the insertion hole at the center of the binding ring and then reversing it outwardly of the binding ring; Binding an inlet portion of the outwardly inverted vegetation hatchback adjacent to the binding ring to a binding tie; And attaching a binding ring to the inside of the binding material to bind the vegetation and pod to the vegetation puck, thereby providing a greening method of the slope or the structure wall.

At this time, the step of constructing the vegetation squirt is characterized by interposing a connecting material having protrusions formed on the upper and lower portions between the vegetation squirt and the vegetation squirt.

The step of constructing the vegetation squirt may include the steps of inserting the binding ring into which the vegetated soil bag is bound through the insertion hole formed at one side of the binding material and inserting the same into the inside of the binding material, And is fitted to the fitting hole formed at the center.

Further, the binder may include an attachment piece to which the fixture is connected and attached to the rocky slope or the structure wall, a fitting piece to connect the inlet portion of the vegetative shell coupled to the coupling ring, A plurality of support pieces are formed along the edge of the coupling member, and a drainage space is formed between the plurality of support pieces.

In addition, the binder may include an attachment plate having a plurality of attachment holes formed therein, the attachment members being connected to the rocky slopes or the wall of the structure, a fitting piece for fitting an inlet portion of the vegetative shell coupled to the coupling ring, And a plurality of support pieces formed along the edge of the coupling member, and a drain space is formed between the plurality of support pieces.

On the other hand, geogrid is installed on the outer surface of the vegetation squirrel.

According to the present invention, since the entrance portion of the vegetation slug can be bound to the binding ring, the binding ring to which the vegetation vagina is bound can be mounted on the inner side of the binding material and fixed to the rock slope or the structure wall while binding the vegetation slug, It is possible to prevent slippery departure, to stabilize rock slope, to achieve rapid recording, and to work on a concrete wall, such as a concrete wall, with a vegetation squirrel so that the entire natural scenery can be covered and covered have.

In addition, since the geogrid is wrapped around the outer surface of the vegetation squirt, the stiffness of the squat and the frictional force between the squat can be further increased, so that the slope can be stabilized when the retaining wall is constructed by stacking the vegetation squirt.

1 is a plan view showing a binding ring according to an embodiment of the present invention.
FIGS. 2A to 2D are views sequentially illustrating a process of binding a vegetation squadron to a bundling ring according to an embodiment of the present invention.
3 is a view showing a binding ring to which an inlet portion of a vegetation hatchery is bound according to an embodiment of the present invention.
4A and 4B are perspective views illustrating a binder according to an embodiment of the present invention.
5A and 5B are a plan view and a side cross-sectional view of a binder according to an embodiment of the present invention.
6A and 6B are a plan view and a side sectional view of a binder according to another embodiment of the present invention.
FIG. 7A is a view illustrating a method of greening a rock slope or a structural wall using vegetation squat according to an embodiment of the present invention. FIG.
7B is a view illustrating a method of greening a rock slope or a structural wall using a vegetation squadron and a geogrid according to an embodiment of the present invention.
8 is a view illustrating a method of greening a rock slope or a structural wall using vegetation squat according to another embodiment of the present invention.
FIG. 9A is a photograph showing a protective site of a concrete structure, and FIG. 9B is a photograph showing a rock slope. FIG.

Hereinafter, with reference to the drawings, a detailed description will be given in detail of embodiments for carrying out a method of fastening a vegetation slug according to the present invention and fixing it to a rock slope or a wall of a structure and a greening method.

The present invention relates to a technique for binding a vegetation squad to a rock slope or a wall of a structure by bonding the vegetation squad to a member and fixing the vegetation squam to the rock slope or the wall of the structure, A binding tie 200, a binder 300, and a fixing material 400. [

The vegetation squalus (B) is formed in the form of a bag, and an inlet portion (B1) opened to the head is formed so as to fill the inside space with soil, and vegetation materials such as plant seeds are included for natural greening.

Referring to FIG. 1, the binding ring 100 is formed in a ring shape. In order to bind the vegetation squash B to the binding ring 100 as shown in FIG. 2A, the inlet B1 of the vegetative squash B And then inserted into the hole formed in the central portion of the binding ring 100 to be passed therethrough. Then, as shown in FIG. 2B, the inverted portion is turned outward and then the inverted portion is slightly pulled downward to cover the binding ring 100 as shown in FIG. do.

2d, when the mouth B1 of the vegetative crotch B passes through the binding ring 100 and is turned upside down, the binding tie 200 is formed in the shape of a cable. The inlet B1 of the vegetation cowl B is tightly bound to the binding ring 100 by tightening the binding portion B1 of the inverted vegetation cowl located adjacent to the binding tie 200 with the binding ties 200 will be. At this time, the portion of the vegetative wick B which is tightened and bound by the binding ties 200 is referred to as a neck B2.

3, the binding ring 100 is attached to the inner space of the binding material 300 in a state in which the head of the vegetation squad B is bound.

4A and 4B, the binder 300 includes a binding ring 100 to which the vegetation squib B is bound, is mounted in the inner space, and is coupled to the rocky slope or the structural wall S, (B) to the rock slope or the structural wall (S).

Here, the binder 300 may be a piece 310 as an example. And includes an attachment piece 320 and a support piece 340.

5A and 5B, the fitting piece 310 includes an insertion hole 311 for providing an interval for inserting the binding ring 100 to which the vegetation squad B is bound into the inner space, And a fitting hole 312 having a predetermined diameter is formed at the center so that the mouth portion B1 of the vegetation cocoon B bound to the binding ring 100 is fitted.

Thereby, the binding ring 100 to which the mouth portion B1 of the vegetative wick B is bound is inserted into the inner space of the binding material 300 through the insertion hole 311 on one side, The mouth portion B1 of the vegetation squad B firmly bound to the binding ring 100 is fitted into the fitting hole 312 at the center so that the vegetation squad B is fastened to the binding ring 100 To the inner space of the binding material (300).

An attachment hole 321 is formed on the inner side of the attachment piece 320. A fixing member 400 such as a fixed anchor is connected to the attachment hole 321, So that the binder 300 is adhered to the rock slope or the structural wall S to firmly engage.

The support piece 340 preferably connects a plurality of the support pieces 310 and the attachment pieces 320 to each other along the edge of the joint material 300, 340, respectively, so that even if infiltration water such as rainwater or surface water is inflowed from the upper side, it is quickly discharged, so that the stability of the rock slope can be stabilized and corrosion of the members such as the binding ring, And thus the durability can be increased.

In addition, the coupling member 300 may be a fitting piece 310 as another embodiment. And includes an attachment plate 330 and a support piece 340.

6A and 6B, a plurality of attachment holes 331 are formed through the attachment plate 330 at predetermined intervals on the inner side, and the attachment holes 331 are provided with fixing members such as fixing anchors 400 are inserted into the rock slope or the wall S of the structure by a predetermined depth so that the binder 300 is attached to the rock slope or the wall S.

The fitting piece 310 is formed at a plurality of positions and is coupled with and supported by the attachment plate 330 by the support piece 340.

At this time, the fitting piece 310 is formed at one side with an insertion hole 311 for providing an interval for inserting the binding ring 100 to which the vegetative capsule B is inserted into the inner space, The fitting hole 312 having a predetermined diameter is formed at the center so that the inlet portion B1 of the vegetation cocoon B bound to the upper end of the insertion hole B1 is inserted.

Thereby, the binding ring 100 to which the mouth portion B1 of the vegetative wick B is bound is inserted into the inner space of the binding material 300 through the insertion hole 311 on one side, The mouth portion B1 of the vegetation squad B firmly bound to the binding ring 100 is fitted into the fitting hole 312 at the center so that the vegetation squad B is fastened to the binding ring 100 To the inner space of the binding material (300).

In addition, the support piece 340 supports a connection between the fitting piece 310 and the attachment plate 340. Preferably, a plurality of the support pieces 340 are formed along the edge of the binding material 300, A drainage space 350 is formed between the pieces 340.

In the meantime, a method of binding the vegetation squad according to the present invention to a rock slope or a wall of a structure to record the rock is provided. First, the binder 300 is fixed to the rock slope or the structure wall S through the fixing member 400 (S10).

5A and 5B, the fixing member 400 such as a fixing anchor is used to penetrate the fixing member 300 through a plurality of points along the rock slope surface or the wall S of the structure, The attachment plate 330 of the binder 300 is joined to the rocking slope or the wall S of the structure 300 by using a plurality of fixing members 400 such as fixing anchors And fixedly coupled.

Next, after the entrance portion B of the vegetation cowl B to be stacked to bind the vegetation cowl B to the binding ring 100 is inserted through the hole of the binding ring 100 and passed therethrough, 100) to the outside (step S20).

When the mouth portion B1 of the vegetative cuff B passes through the binding ring 100 and is inverted, the mouth portion B1 adjacent to the binding ring 100, that is, the portion directly under the binding ring 100, Tie 200 and tie tightly by bundling (S30).

3, the head corresponding to the mouth B1 of the vegetation squad B is bound by the binding ring 100 and the binding ties 200, as shown in Fig.

In this manner, a step S40 of stacking and constructing a plurality of vegetation squads B sequentially by inserting and attaching the binding ring 100 to which the head of the vegetative squirt B is bound is inserted into the inner space of the binding material 300 .

More specifically, the binding ring 100 to which the inlet portion B1 of the vegetative wick B is bound is inserted into the inner space of the binding material 300 through the insertion hole 311 on one side, The connecting portion B1 of the vegetation cocoon B firmly bound to the binding ring 100 is fitted into the fitting hole 312 at the center so that the vegetation cocoon B is fastened to the binding ring 100, Is mounted in the inner space of the binder (300).

At this time, the step S40 of constructing the vegetation squirt is performed by interposing a connecting material 500 having upper and lower protrusions formed between the vegetation squamocolumn B and the vegetation squam B, And the rock slope or structure wall thus constructed is shown in Figs. 7A and 8.

Also, as shown in FIG. 7B, it is preferable that the geogrid G is wrapped around the outer surface of the vegetation squad B as shown in FIG. This makes it possible to further increase the stiffness of the metatarsus and the frictional force between the metatarsals, thereby stabilizing the slope when the retaining wall is constructed by stacking vegetation squirrels.

For example, referring to FIG. 9A, in the case of a side wall of a conventional concrete structure, a plurality of squatters are stacked to form a slope through only a connecting material. However, in the case of the front and rear surfaces, the wall of the concrete structure is left exposed There was no. However, if a vegetation squeegee is bound to a member according to the present invention to fix it to a rock slope or a structural wall to record it, it is possible to stabilize the slope with respect to the structure wall such as concrete, It is possible to work on the whole surface of the wall by laminating the vegetation squirt, and it is possible to cover the whole natural scenery and military history.

In addition, referring to FIG. 9B, conventionally, when natural rocking slopes are rocked, rocks, shot rocks, and anchors are used to install a rhombus, and vine plants such as rattan are planted in the lower part of the rock, This natural recording takes a very long time. However, if the vegetation squeegee is bound to the member according to the present invention and fixed to the rock slope or the wall of the structure to apply the recording method, stability of the rock slope can be achieved, rapid recording can be achieved, It is possible to give a sense of stability by preventing the danger of collapse to the surroundings.

As a result, the member and the greening method for binding the vegetation squirt according to the present invention to the rock slope or the wall of the structure wall bind the entrance portion of the vegetation squash to the binding ring, and attach the binding ring, It is possible to prevent detachment of the vegetation slope and stabilize the slope of the rock slope, as well as to achieve rapid recording, and also to provide a structure such as concrete It is possible to work on the wall as a vegetation squirt so that the whole natural vegetation can be covered and covered. Also, the geogrids can be wrapped around the outer surface of the vegetation squirrel to increase the stiffness of the squat and the frictional force between the squatters. It is possible to stabilize the slope of the city.

The present invention is not limited to the above-described embodiments. Anything having substantially the same constitution as the technical idea described in the claims of the present invention and achieving the same operational effect is included in the technical scope of the present invention.

100. Coupling ring 200. Coupling tie
300. Binder 310. Fitting
311. Insertion hole 312. Insertion hole
320. Attachment 321. Attachment hole
330. Mounting plate 331. Mounting hole
340. Support piece 350. Drain space
400. Fixing material 500. Connecting material
B. Vegetation slug B1. Inlet portion
B2. Neck G. geogrid
S. Rock slope or structure wall

Claims (11)

delete A binding ring attached to the binding material such that an inlet portion of the vegetative flap is inserted and then turned upside down; A binding tie that binds the inlet portion of the outwardly inverted vegetation slider adjacent to the binding ring; A binding material mounted on the inner side of the binding ring to which the vegetation vaginal bag is bound and bonded to the rock slope or the wall of the structure; And a fixture for fixing the binder to the rocky slope or the structure wall,
Wherein the binding material comprises: a fitting piece formed with a fitting hole for inserting the binding ring into which the vegetated vaginal bag is coupled and having a fitting hole at the center so that the inlet portion of the vegetative bladder bound to the binding ring is inserted; An attachment piece to which the fixing member is connected and which is attached to the rock slope or the structure wall and a support piece for connecting and supporting the fitting piece and the attachment piece to be fixed to the rock slope or the structure wall.
3. The method of claim 2,
Wherein a plurality of support pieces are formed along an edge of the binder and a drainage space is formed between the plurality of support pieces, the member being fixed to the rock slope or the wall of the structure.
A binding ring attached to the binding material such that an inlet portion of the vegetative flap is inserted and then turned upside down; A binding tie that binds the inlet portion of the outwardly inverted vegetation slider adjacent to the binding ring; A binding material mounted on the inner side of the binding ring to which the vegetation vaginal bag is bound and bonded to the rock slope or the wall of the structure; And a fixture for fixing the binder to the rocky slope or the structure wall,
Wherein the binding material comprises an attachment plate having a plurality of attachment holes formed therein, the attachment member being inserted into the attachment hole and attached to the rocky slope or the wall of the structure, and an insertion hole for inserting the binding ring into which the vegetation- And a support piece connected to and supporting the fitting piece and the attachment plate so as to be connected to each other so as to connect the inlet part of the vegetation hatchery bound to the binding ring, To the rock slope or to the wall of the structure.
5. The method of claim 4,
Wherein a plurality of support pieces are formed along an edge of the binder and a drainage space is formed between the plurality of support pieces, the member being fixed to the rock slope or the wall of the structure.
In a method of binding a vegetative hog to a rock slope or a structure wall,
A fitting piece having a fitting hole formed at a center thereof so that an insertion hole for inserting the binding ring into which the vegetation vaginal bag is coupled is formed at one side and an inlet portion of the vegetation squaler bound to the binding ring is connected to the fitting hole, Fixing a rocking member to a rock slope or a structural wall through a fixing member, the rocking member including an attachment piece to be attached to a rock slope or a wall of the structure, and a support member to support and connect the insertion piece with the attachment piece;
Allowing the inlet of the vegetative wick to be inserted through the insertion hole at the center of the binding ring and then reversing it outwardly of the binding ring;
Binding an inlet portion of the outwardly inverted vegetation hatchback adjacent to the binding ring to a binding tie; And
The vegetation vagina is inserted through the insertion hole formed at one side of the binding material and attached to the inside, and the inlet portion of the vegetative vagina bound to the binding ring is inserted into the insertion hole formed at the center of the binding material, A method of greening slope or wall of a building using a vegetative squirrel including a step of constructing a squirrel.
In a method of binding a vegetative hog to a rock slope or a structure wall,
An attachment plate in which a plurality of attachment holes are formed and a fixing member is inserted and connected to the attachment hole to be attached to the rocky slope or the wall of the structure and an insertion hole for inserting the binding ring into which the vegetation cavity is joined is formed at one side, A plurality of fitting pieces having a fitting hole formed at a center thereof so as to be connected to an inlet portion of the vegetated kneader to be engaged with the fitting plate and a supporting piece connecting and connecting the fitting piece to the mounting plate, ;
Allowing the inlet of the vegetative wick to be inserted through the insertion hole at the center of the binding ring and then reversing it outwardly of the binding ring;
Binding an inlet portion of the outwardly inverted vegetation hatchback adjacent to the binding ring to a binding tie; And
The vegetation vagina is inserted through the insertion hole formed at one side of the binding material and attached to the inside, and the inlet portion of the vegetative vagina bound to the binding ring is inserted into the insertion hole formed at the center of the binding material, A method of greening slope or wall of a building using a vegetative squirrel including a step of constructing a squirrel.
delete 8. The method according to claim 6 or 7,
A method of greening a rock slope or a structural wall using vegetation squal, characterized in that a plurality of support pieces are formed along the edge of the binder and a drainage space is formed between the plurality of support pieces.
delete 8. The method according to claim 6 or 7,
A method of greening a slope of a rock slope or a structure using a vegetation squeegee, wherein the geogrid is enclosed on the outer surface of the vegetation slug.

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