KR100941783B1 - Moving and fixing four season vegetation sound proof wall - Google Patents

Abstract

PURPOSE: A four season vegetation soundproof wall of a fixed-mobile type is provided to plant trees in a soundproof wall by installing a vegetation net part on the soundproof wall. CONSTITUTION: A four season vegetation soundproof wall(100) of a fixed-mobile type comprises a vegetation block(200), a vegetation net part, and a soundproof part(400). The vegetation block has an inner space, and supports the vegetation net part. The inner space is filled with soil to vegetate vines(101). The vegetation block has a front plate, a rear plate, side plates and a bottom plate.

Description

Movable and fixing four season Vegetation sound proof wall

The present invention relates to a mobile fixed four-season recording soundproof wall, and more particularly, to block the noise generated from the road or railroad, the evergreen vines grow in a state covering the soundproof wall surface, the four-season recording fixed mobile four seasons recording It is about a soundproof wall.

In general, noise barriers are installed around roads, apartment complexes and schools to reduce noise.

Conventional sound insulation walls are formed by assembling a plurality of sound insulation boards vertically stacked on columnar members in the form of an H-beam and a square tube formed side by side vertically.

In the conventional soundproof wall formed as described above, both side surfaces are exposed to the outside together with the pillar member, and are rusted or corroded by rain or polluted air, thereby causing a factor of damaging the surrounding environment. Accordingly, in order to improve aesthetics, vegetative soundproof walls of plants have been developed. Korean Unexamined Patent Publication No. 10-2005-0072626 discloses a 'premature recording construction structure and construction method of the soundproof wall'.

The pre-recording structure and construction method of the soundproof wall is a vegetation that is formed in a predetermined width from the lower portion of the retaining wall to the road, and is fixed to the boundary between the vegetation and the road, and a boundary panel including a decorative surface on the road and filled with the vegetation area. The plant is equipped with climbing support nets and supports of plants fixed to the improved soil and the support.

However, the pre-recording construction structure and construction method of the soundproof wall requires a lot of time to record the entire soundproof wall by planting vine plants directly on the vegetation provided under the soundproof wall, and additionally fixing the climbing aid net to which the vine plants are attached. Since it must be fixed to the soundproof wall by means, it is cumbersome to install.

The present invention has been made to improve the above problems, can be installed on the soundproof wall vegetation net part where evergreen vine plants are fully grown and attached, can record the soundproof wall at the same time, the vegetation net part of the same structure The purpose of the present invention is to provide a mobile fixed four seasons recording soundproof wall that can be installed on the front and rear of the soundproof wall.

In order to achieve the above object, the mobile fixed four seasons greening soundproof wall has an inner space in which soil is filled so that the evergreen vine plants can grow, and the plurality of vegetation blocks formed to be separated and assembled, and the vegetation block A vegetation net part having a support part connected to the fixing and separation of the vegetation, an attachment growth part extending upwardly to the support part so that the evergreen vine plant is attached to grow left and right and up and down, and adjacent to the rear side of the vegetation net part At the position, the soundproof part provided with the pillar member mutually spaced apart by the horizontal direction, and the at least 1 soundproof block provided vertically between the said pillar members.

The vegetation block has a first base portion formed in a plate shape, and is formed to protrude rearward to the left and right ends of the first base portion, the end is bent in the direction of the center of the first base portion so that the inlet space can be formed A front plate having a first side bent portion forming a first side coupling groove, a first lower bent portion extending rearwardly at a lower end of the first base portion to form a first bottom coupling groove, and A second base portion positioned rearwardly opposite to the first base portion, an insertion member extending to protrude rearward from the left and right ends of the second base member so that the support portion can be inserted and coupled thereto, and an end of the insertion member The third base portion is formed to extend in parallel to the left and right sides of the second base portion, and extends to protrude forward to the end of the third base portion, the entrance hole The second end portion is bent toward the center of the third base member so as to form a liver, and the second side bent portion forms a second side coupling groove, and extends forwardly to the lower end of the third base portion. A rear plate having a second lower bent portion forming a coupling groove, and the first and second ends at both ends of the rear plate having a second lower bent portion and being drawn into the inlet space of the first and second side coupling grooves. It is preferable to have a side plate having an insertion protrusion corresponding to the second side coupling groove, and a lower plate inserted into the first and second lower coupling grooves and coupled to the lower portion of the front plate and the rear plate.

The vegetation net part is horizontally extended to be bent forward from the end of the first vertical member to wrap the first vertical member and vertically extending to the lower portion for fixing the vegetation block and the lower plate and the front plate Fixing member consisting of a member, a restraining portion provided with a second vertical member formed to be bent upwards at the end of the horizontal member, a net body to which the planted evergreen plant grows left and right and up and down and is attached to the net body; It is provided with an adhesion growth portion formed of a frame to make.

The soundproof block is provided with a main body installed to face the adhesion growth unit, and a plurality of sound absorbing members formed on the front surface of the main body and formed of a sintered aggregate of a mixture of sewage sludge and soil to block noise. Is further provided with a nutrient layer of a thin layer of a vegetable material that can be a nutrient of the evergreen vine plant, the nutrient layer is formed in a concave-convex shape to improve the adhesion of the root of the evergreen vine plant over time do.

In addition, the soundproof block has a main body formed with a plurality of indentations indented backward on the front surface facing the attachment growth portion so that the attachment surface of the stem and root to the soundproof block of the evergreen vine plant can be expanded, the main body The surface is further provided with a thin nutrient layer of a vegetable material that can be a nutrient of the evergreen vine plant, the nutrient layer is in the form of irregularities so as to improve the adhesion of the root of the evergreen vine plant over time It is preferably formed.

The mobile fixed four seasons recording soundproof wall according to the present invention is easy to transport and store because the vegetation block is formed to be separated and assembled, and the evergreen vine plant is fully grown and installed by installing the vegetation net part of the vegetation net on the soundproof wall and installing the soundproof wall at the same time. There is an advantage to recording.

Hereinafter, with reference to the accompanying drawings will be described in more detail the mobile fixed four seasons recording soundproof wall according to a preferred embodiment of the present invention.

1 to 3, there is shown a mobile fixed four seasons recording soundproof wall 100 according to the present invention.

Referring to the drawings, the stationary four-season recording soundproof wall 100 is provided with a vegetation block 200, vegetation net portion 300 and the soundproof portion 400.

The vegetation block 200 has an inner space in which the soil is filled so that the evergreen vine plant 101 can be vegetated and is formed to be separated and assembled. Vegetation block 200 is formed of a corrosion-resistant iron plate or a stainless steel plate having a certain strength to fill a large amount of soil in the inner space, it is preferable that a plurality is installed so as to easily support the vegetation net portion 300. Do. The vegetation block 200 includes a front plate 210, a rear plate 220, a side plate 230, and a bottom plate 240.

The front plate 210 constitutes a front surface of the vegetation block 200, and includes a first base portion 211, a first side bent portion 213, and a first lower bent portion 215.

The first base portion 211 is formed in a rectangular plate shape, the drain portion drain 212 is formed in the lower end so that the roots of the evergreen vine plant 101 planted in the inner space of the vegetation block 200 does not rot.

The first side bent portion 213 is extended to protrude rearward from the left and right end portions of the first base portion 211, and the inlet space into which the insertion protrusion 231 of the side plate 230 to be described later may be formed. The end is bent in the direction of the center of the first base portion 211 to form the first side engaging groove 214.

The first lower end portion 215 is bent to the rear of the lower end of the first base portion 211 so that the lower plate 240 to be described later to be fixed to the lower portion of the first base portion 211, the first lower end The fixing groove 216 is formed. Although not shown in the drawing, unlike the present embodiment, the first lower fixing groove 216 also has an end portion similar to the first side fixing groove 214 so as to improve the fixing force with the lower plate 240. It may be formed to be bent.

The rear plate 220 constitutes a rear surface of the vegetation block 200 and is formed in a size corresponding to the size of the front plate 210. The back plate 220 includes a second base portion 221, an insertion member 222, a third base portion 224, a second side bending portion 225, and a second lower bending portion 227.

The second base portion 221 is positioned to face the first base portion 211 to the rear, and is formed in a rectangular plate shape. The second base portion 221 is preferably formed to have a width corresponding to the width of the first vertical member 311 so as to support the first vertical member 311 of the vegetation net portion 300 to be described later. .

The insertion member 222 is extended to protrude rearward from the left and right ends of the second base member so as to be inserted into and supported by the first vertical member 311. The insertion member 222 may be formed to have a width corresponding to the width of the first vertical member 311.

The third base portion 224 extends in parallel to the left and right sides of the second base portion 221 at the end of the insertion member 222, and is formed in a rectangular plate shape.

The second side bent portion 225 is extended to protrude forward at the end of the third base portion 224, the second entry so that the insertion space into which the insertion protrusion 231 of the side plate 230 is inserted An end portion of the side bent portion 225 is bent toward the center of the third base portion 224 to form a second side fixing groove 226.

The second lower bending portion 227 is extended to be bent forward at the lower end of the third base portion 224 so that the lower plate 240, which will be described later, is fixed to the lower portion of the third base portion 224. The lower fixing groove 228 is formed. Although not shown in the drawing, unlike the present embodiment, the second lower fixing groove 228 also has an end bent upwards similarly to the second side fixing groove 226 so as to improve the fixing force with the lower plate 240. It may also be formed.

The side plate 230 is formed in a rectangular plate shape and is formed at both ends of the side plate 230 so as to be inserted into the inlet spaces of the first and second side fixing grooves 214 and 226 to be fixed to the front plate 210 and the rear plate 220. Insertion protrusions 231 corresponding to the first and second side fixing grooves 214 and 226 are formed. In addition, the side handle 232 is formed at the upper end of the side plate 230 so that an operator can easily hold the side plate 230 by hand and fix the side plate 230 to the front plate 210 and the rear plate 220.

The lower plate 240 is formed in a rectangular plate shape and is inserted into the first and second lower fixing grooves 216 and 228 and fixed to the lower portion of the front plate 210 and the rear plate 220. When the lower plate 240 is inserted into the second lower fixing groove 228, the lower plate 240 faces the lower side of the connecting groove 223 so as not to interfere with the first vertical member 311 inserted into the connecting groove 223. The auxiliary connection groove 241 is formed in the size corresponding to the connection groove 223 in the bottom plate 240 of the position. In addition, a lower surface handle 240 is formed at the right end of the lower plate 240 so that an operator grips the lower plate 240 to easily fix and detach the front plate 210 and the rear plate 220. have.

Referring to the assembly process of the vegetation block 200 configured as described above are as follows.

First, the front plate 210 and the rear plate 220 are positioned to be spaced apart from each other. Next, the operator grips the side handle 232 and inserts the insertion protrusion 231 of the side plate 230 into the first and second side fixing grooves 214 and 226 so that the side plate 230 is the front plate 210. And fixed to the left and right side of the rear plate (220).

The operator grips the lower surface handle 242 and introduces the front and rear ends of the lower plate 240 into the first and second lower fixing grooves 216 and 228 so that the lower plate 240 is the front plate 210 and the rear plate ( To the bottom of the 220).

Vegetation block 200 configured as described above can be easily transported and stored because the front plate 210, the rear plate 220, the side plate 230 and the lower plate 240 is formed to be separated and assembled.

Meanwhile, the evergreen vine plant 101 planted in the vegetation block 200 may use an evergreen vine plant such as Hedera helix to maintain green leaves for four seasons.

When the vegetation net portion 300 according to the present invention will be described in detail.

The vegetation net part 300 fixes the vegetation block 300, and includes a support part 310 and an attachment growth part 320 so that the evergreen vine plant 101 planted on the vegetation block 200 can be grown and attached. do.

The support part 310 includes a first vertical member 311 and a restraining part 312.

The first vertical member 311 is formed in a rectangular bar shape and is inserted into a connection groove 223 formed between the insertion member 222 and the second base portion 221 to fix the vegetation block 200. It extends vertically to the bottom of the vegetation block 200.

The constraining portion 312 is formed to extend at the end of the first vertical member 311 so that the vegetation block 200 is wrapped around the lower portion of the vegetation block 200, and the horizontal member 313 and the second vertical member 314 are constrained. It is provided.

The horizontal member 313 is extended to be bent forward at the end of the first vertical member 311 to support the lower plate 240. The horizontal member 313 is preferably formed by the length from the connecting groove 223 to the front plate 210 so that the lower plate 240 can be easily supported.

The second vertical member 314 is extended to be bent upward at the end of the horizontal member 313 so as to fix the front side of the vegetation block 200 seated on the horizontal member 313. The operator inserts the vegetation block 200 into the space between the first and second vertical members 311 and 314 to constrain the vegetation block 200 to the support 310.

The adhesion growth part 320 is extended upward from the support part 310 so that the evergreen vine plant 101 planted on the vegetation block 200 is attached and grows left and right and up and down. The adhesion growth unit 320 includes a frame 312 and a mesh 322.

The frame 312 extends upwardly to the support part 310 and corresponds to the stacking height of the soundproof blocks 430 vertically stacked so that the evergreen vine plant 101 covers the soundproof blocks 430 to be described later. It is formed to a height. The frame 312 includes a plurality of vertical bars 324 and horizontal bars 323 formed in a lattice structure so that the mesh 322 to be described later is installed. The frame 312 is preferably formed of a "wh" or "b" shaped steel having a width of 50 mm or more that is internally treated to support the evergreen vine plant 101 against external forces such as rain and wind.

The mesh 322 is installed in the frame 312, and is formed of a diamond-shaped double mesh having a diagonal length of about 60 mm in the mesh grid so that the evergreen vine plant 101 can be easily attached. In addition, the mesh 322 is preferably formed of a polyethylene coated wire mesh to improve the durability.

On the other hand, although not shown in the drawing, the vegetation net part 300 is installed in front and rear of the soundproof block 430, which will be described later, and using the six or more fixing bolts (not shown), etc. Firmly secure 300).

Sound insulation 400 according to the present invention will be described with reference to FIG.

Referring to the drawings, the soundproof unit 400 is installed at a position adjacent to the rear side of the vegetation net unit 300 to block the noise. The soundproof unit 400 includes a foundation structure 410, a pillar member 420, and a soundproof block 430.

The foundation structure 410 is installed to be buried in the ground or the ground, the pillar member 420 is installed on the upper surface. The foundation structure 410 is preferably formed of a cement concrete structure so as to firmly support the pillar member 420. At this time, the pillar member 420 is fixed to the base structure 410 is installed so that the lower end is embedded in the base structure (410).

4 shows the foundation 410 in detail.

Referring to the drawings, the front and rear surfaces of the foundation structure 410 can be accommodated by inserting the support portion 310 and the vegetation block 200 of the vegetation net portion 300, the support portion 310 and vegetation block 200 ) To form an indentation space 411 to protect from external action, and two 'c' shaped fasteners 412 are installed on both sides of the outer side of the indentation space 411, respectively, in the fastener 412. A mesh 413, such as a PE network, was inserted.

The vegetation block 200 is inserted into the indentation space 411 of the foundation structure 410 buried in the ground, and five plates from the front plate 210 to the bottom plate 240 of the vegetation block 200 are dismantled and separated. After that, by filling the space in the indentation space 411, the evergreen planting plant is not damaged roots, normal growth can be continued.

The pillar member 420 is installed so that a plurality of pillar members 420 are spaced apart from each other in the lateral direction on the upper surface of the foundation structure 410. The pillar members 420 are spaced apart from each other by a distance corresponding to the width of the soundproof block 430 to be described later, and the rear side of the indentation space 411 so that the soundproof block 430 is installed at the rear side of the vegetation net part 300. It is preferably installed in. The pillar member 420 is formed of H-shaped steel so as to firmly support the soundproof block 430.

On the other hand, Figure 5 shows a soundproof block 430 according to the present invention.

Referring to the drawings, the soundproof block 430 is installed at least one vertical to the pillar member 420 to block the noise. The soundproof block 430 includes a main body 431, a sound absorbing body 432, and a thin bilayer layer 433.

The main body 431 is installed between the pillar members 420 at positions opposite to the attachment growth unit 320 and is formed as a square block. The main body 431 is preferably formed of cement concrete to withstand external impacts. In addition, a plurality of sound absorbing part spaces (not shown) are formed on the front surface of the main body 431 so that the sound absorbing body 432 described later may be installed.

Sound absorbing body 432 is formed by filling and fixing in the sound absorbing portion space (not shown) by surface treatment of lightweight sintered aggregate made of a mixture of sewage sludge and soil with secant mortar, the thickness of the sound absorbing body 432 It is preferable to set it as 100 mm or more.

The sound absorbing body 432 attenuates the noise flowing into the soundproof block 430 by the action of the open and connected voids formed by the spherical small aggregate fixed by the hardening action of cement mortar.

The nutrient layer 433 is formed on the entire front and back surface of the main body 431 facing the vegetation net part 300, and vegetable materials such as wood sawdust and wood chips, which may be nutrients to the evergreen vine plant 101, are formed. It is formed into a thin layer that is stuck. In addition, the surface of the nutrient layer 433 is configured as a rough surface so that the roots of the evergreen vine plant 101 can be easily attached by a vegetable material such as wood sawdust and wood chips.

When the vegetable material of the nutrient layer 433 is decomposed and absorbed or naturally disappeared by the evergreen vine plant 101, the nutrient layer 433 becomes an uneven surface where holes of a small size are formed. New roots on the uneven surface can be more firmly attached to the soundproof block 430.

Meanwhile, another embodiment of the sound insulation block 450 is illustrated in FIG. 6.

Referring to the drawings, the sound insulation block 450 is installed at least one perpendicular to the pillar member 420 to block the noise. The soundproof block 450 includes a main body 451 and a nutrient layer 453.

The main body 451 is installed between the pillar members 420 at positions opposite to the growth growth unit 320, and is formed of a square block, and is composed of a soundproof material that blocks noise flowing into the soundproof block 450. The body 451 is preferably formed of cement concrete to withstand external shocks.

In addition, the upper surface of the main body 451 is indented rearward indented to the front surface facing the attachment growth portion 320 so that the attachment surface of the root to the soundproof block 450 of the evergreen vine plant 101 ( 452 is formed. Indentation 452 is preferably a radius of 75mm, for example, so that the greening space of the evergreen vine plant 101 can be increased.

The nutrient layer 453 is formed on the entire surface of the main body 451 facing the vegetation net part 300, and is formed of a vegetable material such as wood sawdust and wood chips, which may be nutrients to the evergreen vine plant 101. In addition, the surface of the nutrient layer 453 configured as described above is formed with a rough surface so that the root of the evergreen vine plant 101 can be easily attached by a vegetable material such as wood sawdust and wood chips.

When the nutrient layer 453 is decomposed and absorbed by the evergreen vine plant 101 or naturally disappears, it becomes a concave-convex surface that generates a small sized hole, and the evergreen vine plant 101 is sounded more firmly by dropping new roots. And may be attached to block 450.

Referring to the operation of the mobile fixed four seasons recording soundproofing wall 100 according to the present invention configured as described above are as follows.

First, the vegetation block 200 is assembled using the front plate 210, the rear plate 220, the side plate 230, and the bottom plate 240. Soil and organic fertilizer are filled in the inner space of the vegetation block 200, and the evergreen plant 101 is planted in the inner space of the vegetation block 200.

The vegetation block 200 in which the evergreen vine plant 101 is planted is inserted into the space between the first and second vertical members 311 and 314 to restrain the plurality of supports 310 of the vegetation net part 300. At this time, the stem of the evergreen vine plant 101 planted in the vegetation block 200 is attached to the attachment growth portion 320 of the vegetation net portion 300, and grows to the left and right and up and down.

When the evergreen vine plant 101 grows to cover the attachment growth unit 320 sufficiently, the vegetation block 200 is inserted into the indentation space of the foundation structure 410 in which the pillar member 420 and the soundproof block 430 are installed ( After insertion into the 411, the vegetation net unit 300 is installed on the front and rear surfaces of the soundproof block 430, respectively, to be recorded. Next, five plates of the vegetation block 200 are separated, and the soil is filled in the indentation space 411 so that the evergreen vine plant 101 can take root in the strata.

The mobile fixed four seasons recording soundproof wall 100 configured as described above is easy to transport and store because the vegetation block 200 is formed to be separated and assembled, and the vegetation net part 300 where the evergreen vine plant 101 is vegetated. Installed in, there is an advantage that can be recorded at the same time the sound barrier.

In addition, since the vegetation net part 300 according to the present invention is fixed to the ground and the soundproof wall by the roots and fixing bolts of the support part 310, the evergreen vine plant 101 does not deviate or deform even in extreme external forces such as strong winds. As a greening structure, it can be installed on the soundproof wall. In addition, as the evergreen vine plant 101 planted in the vegetation block, the soundproof block 430 may be maintained in a blue state all year by using an evergreen vine plant such as Hedera helix.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary and will be understood by those skilled in the art that various modifications and equivalent embodiments are possible.

Therefore, the true scope of protection of the present invention should be defined only by the appended claims.

1 is a perspective view of a mobile fixed four seasons recording soundproof wall according to the present invention,

Figure 2 is an exploded perspective view of the vegetation block of the mobile fixed four seasons recording soundproof wall of Figure 1,

3 is a perspective view of the vegetation net portion of the mobile fixed four seasons recording soundproof wall of FIG.

4 is a partial perspective view of the basic structure of the vegetation sound barrier of Figure 1,

5 is a perspective view of the sound insulation unit according to the present invention;

6 is a perspective view of still another embodiment of the sound insulation unit according to the present invention.

[ Description of Code for Major Parts of Drawing ]

100: mobile fixed four seasons recording soundproof wall

200: vegetation block

300: vegetation net part

310: support

320: attached growth part

400: sound insulation

410: foundation structure

420: pillar member

430: soundproof block

Claims (6)

delete A plurality of vegetation blocks having an inner space in which soil is filled so that the evergreen vine plants can be vegetated, and which are separated and assembled; A movable and fixed vegetation net part having a support part connected to the vegetation block so as to be fixed and separated, and an attachment growth part extended upwardly to the support part so that the evergreen vine plant is attached to grow left and right; And at least one soundproof block installed vertically on the ground adjacent to the vegetation net part, wherein the soundproof part is provided with the vegetation net part; The vegetation block is A first base portion formed in a plate shape, and is formed to protrude rearward to the left and right ends of the first base portion, the end is bent in the direction of the center of the first base portion so that the inlet space can be formed to fix the first side A front plate having a first side bent portion forming a groove and a first bottom bent portion extending rearwardly at a lower end of the first base portion to form a first bottom fixed groove; A second base portion positioned to face the first base portion rearwardly; an insertion member extended to protrude rearward from left and right ends of the second base member so that the support portion can be inserted and fixed; A third base portion extending parallel to the left and right sides of the second base portion at an end portion, and extending to protrude forward at an end portion of the third base portion, and an end portion of the third base member may be formed so that an inlet space can be formed; A second side bent portion that is bent toward the center to form a second side fixing groove, and a second lower bent portion extending forwardly to a lower end of the third base portion to form a second lower fixing groove; A rear plate; A side plate having an insertion protrusion corresponding to the first and second side fixing grooves at both ends thereof so as to be inserted into the inlet space of the first and second side fixing grooves so as to be fixed to the front plate and the rear plate; And a bottom plate inserted into the first and second lower fixing grooves and fixed to the lower portion of the front plate and the rear plate. The method of claim 2, The support portion A first vertical member surrounded by a connection groove formed between the insertion member and the second base portion and extending vertically to a lower portion of the vegetation block; A constraining portion provided with a horizontal member extending to be bent forward from an end of the first vertical member to cover a portion of the lower plate and the front plate, and a second vertical member bent upwardly to an end of the horizontal member and, The fixed growth section is a mobile fixed four season green soundproof wall, characterized in that the evergreen vine plant is formed in a double network structure to grow in three dimensions. The method of claim 2, The soundproof block A main body installed to face the vegetation net part; And a plurality of sound absorbing bodies installed on the front of the main body and formed of a light weight sintered aggregate which is made of a mixture of sewage sludge and soil to block noise. The body surface is further provided with a thin nutrient layer of vegetable material which can be a nutrient of the evergreen vine plant, The nutrient layer is a mobile fixed four seasons green soundproof wall, characterized in that the surface is formed in a rough shape to improve the adhesion of the evergreen vine plant roots. The method of claim 2, The soundproof block has a main body formed with a plurality of indents indented backward on the front surface facing the attachment growth portion so that the attachment surface of the root to the soundproof block of the evergreen vine plant can be expanded, The body surface is further provided with a thin nutrient layer of vegetable material which can be a nutrient of the evergreen vine plant, The nutrient layer is a mobile fixed four seasons green soundproof wall, characterized in that formed in a rough form to improve the adhesion of the evergreen vine plant roots. A plurality of vegetation blocks having an inner space in which soil is filled so that the evergreen vine plants can be vegetated, and which are separated and assembled; A movable and fixed vegetation net part having a support part connected to the vegetation block so as to be fixed and separated, and an attachment growth part extended upwardly to the support part so that the evergreen vine plant is attached to grow left and right; And at least one soundproof block installed vertically on the ground adjacent to the vegetation net part, wherein the soundproof part is provided with the vegetation net part; And the sound insulation is exposed to the ground and the foundation structure installed in the ground; It is further provided with a pillar member which is installed perpendicular to the foundation structure, the soundproof block is fixed; The foundation structure is a recessed space is formed so that a portion of the vegetation block is buried in the ground while being inserted into the front and rear of the foundation structure, is installed on the side of the foundation structure corresponding to the position where the indentation space is formed, the indentation Mobile fixed four season green soundproof wall, characterized in that it has a net to protect the vegetation block inserted in the space.

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