KR101048499B1 - Four season vegetation loess sound proof wall and construction method using the same - Google Patents

Abstract

PURPOSE: A soundproof wall using loess and a construction method of a soundproof wall are provided to reduce environmental pollution using a four-season greening stand. CONSTITUTION: A soundproof wall module(20) comprises at least one sound insulating portion(21) and a sound absorbing portion(22). A space(23) is formed on the sound insulating portion. The sound absorbing portion is held in the space. The sound absorbing unit cancels noise. A four-season greening stand(50) comprises at least one assembling-type vegetation box. A net(30) prevents the sound absorbing portion from becoming separated from the sound insulating portion. Evergreen vine is attached to the net.

Description

Four season vegetation loess sound proof wall and construction method using the same}

The present invention relates to a four season greening ocher soundproof wall and a soundproof wall construction method using the same, and more particularly, by using a natural material such as bamboo to attenuate the transmission of noise generated in the air, the evergreen vine plant to grow in a state covering the soundproof wall surface It is related with the four seasons greening ocher soundproofing wall which makes a soundproofing wall four seasons greening.

Soundproof walls are generally fixed structures installed around roads and railroad tracks and have a function of reducing the transmission strength of noise generated by traffic organizations.

The soundproof wall is a fixed structure when installed and must have stability to absorb external forces such as impact of the vehicle, so most of the soundproof walls are made of metal, cement, mesh wood, etc. In addition, fine yarn, cement, and transparent synthetic resin plates are widely used as materials for manufacturing or manufacturing sound absorbing portions or sound insulating portions of soundproof walls.

Due to the characteristics of the material used for soundproof walls, sound insulation and sound absorbing parts, soil and water pollution due to excessive use of cement, metal corrosion, peeling paint, and weathering of ceramic materials, scattering of particulates in the air, transparent synthetic resin plates Problems such as the disappearance of transparency due to physical and chemical alterations occur.

In addition, the soundproof wall is installed above the predetermined height on the cement concrete foundations installed as underground and ground structures, and because it is a wall-shaped structure with a predetermined width, it blocks air flow around the installation location, increases in summer temperature, and causes visual discomfort. In addition, it has the disadvantage of blocking or extinguishing the movement and habitat of insects and soil animals that play a key role in the natural ecosystem.

The present invention was devised to improve the above problems, and by using a natural material such as bamboo to manufacture the sound insulation and sound absorbing portion of the soundproof wall module to improve the environmental pollution problem, the evergreen vine plant planted greenery The purpose of the present invention is to provide a four season greening ocher soundproofing wall in which the entire soundproofing wall is short-term recorded by the installation and a soundproofing wall construction method using the same.

Four seasons green ocher soundproof wall according to the present invention for achieving the above object is installed at a vertical to the ground, and at least one sound insulation unit is formed with a receiving space is opened in the front surface adjacent to the noise source for generating noise, and It is accommodated in the receiving space, the soundproof wall module is provided with a sound absorbing portion extending the surface area to cancel the noise generated from the noise source, and is installed adjacent to the soundproof wall module, the soil is filled so that the evergreen vine plant vegetation A four seasons recording stand provided with at least one prefabricated vegetation box having an inner space, and the sound absorbing part accommodated in the accommodation space is installed on the front surface of the sound insulation part to prevent the sound absorbing part from escaping to the outside. The evergreen vine vegetation is attached to the stand so that it can grow left and right and up and down It is provided with a sound absorbing material fixing net extending in the vertical direction.

The sound absorbing portion is preferably formed so that a plurality of bamboo cut in a direction crossing with respect to the longitudinal direction so as to extend a predetermined distance along the longitudinal direction to form a gap.

It is further provided with an adhesive layer formed in the rough shape to improve the adhesion of the stem or root of the evergreen vine plant on the rear surface of the sound insulation,

The adhesion layer is formed by adhering the ocher porous sinter made of wood chips, sawdust and a mixture of ocher and sewage sludge so as to promote the growth of the evergreen vine plant.

The prefabricated vegetation box 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 side plate having a first side bent portion to form a first side fixing groove, and a first lower bent portion extending rearwardly at a lower end of the first base portion to form a first lower fixing groove; A second base portion positioned to face the first base portion rearwardly; and protruding forwardly at left and right ends of the second base portion; and an end portion of the second base member so as to form an inlet space. A second side bent portion which is bent in the center direction to form a second side fixing groove, and extends forwardly at a lower end of the third base portion to form a second lower fixing groove; A rear plate having a second lower bent portion and the first and second side fixing grooves at both ends thereof to be fixed to the front plate and the rear plate to be drawn into the inlet space of the first and second side fixing grooves; And a side plate having an insertion protrusion corresponding to the bottom plate and inserted into the first and second lower fixing grooves and fixed to the lower side of the front plate and the rear plate.

The four seasons greening belt is provided with the prefabricated vegetation box, the attachment growth net extended to the upper side with respect to the prefabricated vegetation box so that the evergreen vine plants are attached to the upper space, and the spaced apart space forward It is installed in the prefabricated vegetation box of the, and further comprising a safety protection net extended to a size corresponding to the attachment growth net so as to protect the evergreen plant growing along the attachment growth net from the external force applied from the outside desirable.

It further includes a base to be installed on the ground, and a fixed foundation is installed perpendicular to the base, the plurality of pillar members provided with the soundproofing portion,

The base stage is formed with a plurality of inlet portion formed to be drawn inwardly so that the soil zone is provided with a soil layer to be installed along the longitudinal direction, the protruding outward with respect to the inlet portion, the adjacent It is provided with a protrusion provided with a connecting passage for interconnecting the soil adjacent to each other so that the soil animals can move between the soil and the herbaceous growth.

On the other hand, the soundproof wall construction method using the four seasons green ocher soundproof wall according to another embodiment of the present invention is installed perpendicular to the ground, the receiving space is provided inside, the front surface adjacent from the noise source that generates noise is open A soundproof wall module provided at least one sound insulation unit, a sound absorbing unit accommodated in the accommodation space, and having a sound absorbing unit extending the surface area for the noise to cancel the noise generated from the noise source, and adjacent to the soundproof wall module And a four seasons greening zone provided with at least one prefabricated vegetation box having an inner space filled with soil for vegetation of evergreen vines, and preventing the sound absorbing portion accommodated in the accommodation space from being separated from the sound insulation. The image is installed on the front surface of the sound insulation, the vegetation on the four seasons recording zone In the soundproof wall construction method for constructing the four seasons greening ocher soundproof wall, characterized in that it has a sound absorbing fixing network extending in the vertical direction so that the vine plants are attached to grow left and right and up and down side, based on the four seasons green ocher soundproof wall installation target ground A pillar installation step of installing a base, and a pillar installation step of installing a plurality of pillar members extending upwardly at positions spaced apart from each other by a length corresponding to the width of the sound insulation on the upper surface of the foundation; A sound insulation portion installation step of installing the sound insulation portion between, and a sound absorbing portion manufacturing step of manufacturing the sound absorbing portion by cutting a plurality of bamboo in a direction crossing the longitudinal direction to extend a predetermined distance along the longitudinal direction, and the sound absorbing portion manufacturing A plurality of bamboos produced through the step are stacked on each other in the receiving space A sound absorbing part installing step of receiving a lock, and a sound absorbing part fixing step of completing the sound absorbing part fixing step, when the sound absorbing part fixing step is installed on the front surface of the sound insulating part, and the evergreen vine plant In accordance with the four seasons greening step of installing the prefabricated vegetation box planted with the evergreen vine plants in a position adjacent to the sound insulation so as to grow upward.

Four seasons green loess soundproof wall and soundproof wall construction method using the same according to the present invention constitutes a soundproofing part made of a natural material such as bamboo, and has four seasons greenery planted with evergreen vine plants to reduce environmental pollution, the advantage of providing a beautiful landscape There is this.

In addition, by substituting the area of the protrusion of the foundation of the cement concrete structure with the soil layer, it preserves herbaceous growth, soil animal habitat, and plant evergreen vine plant, so as to control the ecological passage, air purification, and temperature control of surrounding air in the summer To provide.

1 is an exploded perspective view of the four seasons greening ocher soundproofing wall according to the present invention,
2 is a cross-sectional view of the sound insulation of the four seasons green ocher soundproofing wall of FIG.
3 is a perspective view of a four seasons recording zone of the four seasons green ocher soundproofing wall of FIG.
4 is an exploded perspective view of the prefabricated vegetation box of the four seasons greening table of FIG.

Hereinafter, with reference to the accompanying drawings will be described in more detail the four seasons greening ocher soundproof wall and soundproof wall construction method using the same according to an embodiment of the present invention.

1 to 4 show the four seasons green ocher soundproofing wall 10 according to the present invention.

Referring to the drawings, the four seasons green ocher soundproof wall 10 is provided with a soundproof wall module 20, sound-absorbing retentive network portion 30, the fixed base portion 40 and the four seasons recording stand 50.

The soundproof wall module 20 is installed at a position adjacent to a noise source such as a road, and blocks noise generated from the noise source. The soundproof wall module 20 includes a sound insulation portion 21 and a sound absorption portion 22.

The sound insulation portion 21 is installed vertically with respect to the ground and is formed of a box-shaped structure having a rectangular cross section. The sound insulation portion 21 is provided with a receiving space 23 therein, the front surface adjacent to the noise source that generates noise is formed to be open. The sound insulation portion 21 has a length extending in the left and right direction is 2m, the thickness is 150mm.

The sound insulation portion 21 has a predetermined strength to withstand external impact, and is formed by mixing powdered ocher and cement mortar to block a part of the noise.

The powdered ocher is preferably particulate ocher obtained by 1.0 mm screening of the dried ocher crushed by a roll crusher.

The left and right edges of the front surface of the sound insulation portion 21 are provided with fixing clamps 24 so that the sound absorbing material fixing portion 30 described later can be inserted and restrained. The fixing clamp 24 is formed to be bent in the direction of the center of the sound insulating portion 21 so that the insertion groove into which the left and right ends of the sound absorbing material fixing portion 30 can be formed.

The fastener 24 configured as mentioned above is preferably formed at the upper end and the lower end of the front surface of the sound insulation portion 21, respectively.

In the center of the upper and lower end portions of the front surface of the sound insulating portion 21, the sound absorbing fixing network portion 30 may be fixed to the front surface of the sound insulating portion 21 by a fixing screw 28 penetrating through the sound absorbing fixing network portion 30. The fastening holes 25 are formed on the inner circumferential surface so that the fixing screw 28 can be fastened so that the fastening holes 25 are formed.

On the rear surface of the sound insulation portion 21, the evergreen vine plants vegetated in the four seasons recording zone 50 to grow along the rear surface of the sound insulation portion 21 in the left and right directions up and down the attachment force of the stem or root of the evergreen vine plant It is further provided with an adhesive layer 27 formed in a rough form to improve.

The adhesion layer 27 is formed by adhering wood chips, wood sawdust, and ocher porous sintered bodies which may be nutrients of evergreen vine plants to promote growth of evergreen vine plants.

The ocher porous sintered body is preferably a porous sintered body having excellent strength by mixing ocher and sewage sludge, forming a spherical shape having a diameter of about 10 mm and firing at a temperature of about 1100 ° C.

The sound insulation portion 21 configured as mentioned above is preferably formed in a structure in which a plurality of layers are laminated in the vertical direction by the pillar member 42 of the base fixing part described later.

The sound absorbing portion 22 is formed so that the surface area is determined to cancel the noise generated from the noise source. The sound absorbing part 22 is laminated with a plurality of bamboos cut in a direction crossing with respect to the longitudinal direction so as to be formed to extend a predetermined distance along the longitudinal direction. The bamboo constituting the sound absorbing portion 22 is laminated in a state in which the extending direction is laid horizontally with respect to the ground.

At this time, the bamboo is preferably used bamboo processed to a thickness of 4 ~ 6mm to be suitable for attenuating the noise generated in the road.

The sound absorbing portion 22 forms a continuous bent portion whose surface area is extended on the front surface of the sound insulating portion 21 by a plurality of bamboos stacked on each other. Some of the noise transmitted from the noise source is canceled out by being bumped by the bent portion of the sound absorbing portion 22.

In addition, the sound absorbing portion 22 absorbs the noise by the hollow portion formed inside the bamboo, and a plurality of infinitely spaced gap portions formed between the bamboos to attenuate the transmission of the noise.

Sound-absorbing retentive network portion 30 is installed on the front surface of the sound insulation portion 21 to prevent the sound-absorbing portion 22 accommodated in the receiving space 23 to the outside of the sound insulation portion 21, evergreen vine plants Attached to extend in the vertical direction so that it can grow in the left and right and up and down.

Sound-absorbing retentive mesh 30 is formed with an area corresponding to the front surface of the sound insulating portion 21 to easily prevent the separation of the sound absorbing portion 22, the stem and roots of evergreen vine plants are easily attached to the surface It is formed of a mesh provided with a plurality of through holes.

In addition, the sound-absorbing retentive net portion 30 is preferably using a wire mesh with a PE coating on the surface so that the sound-absorbing portion 22 and evergreen vine plants can be firmly supported.

The sound-absorbing fixing net portion 30 configured as mentioned above is installed so that the left and right edges are inserted into the fixing clamp 24 of the sound insulating portion 21, and when the installation is completed, the upper and lower center portions penetrate the fixing screw 28, and penetrated. The fixing screw 28 is fastened to the front surface of the sound insulation portion 21 and installed to be in close contact with the front surface of the sound insulation portion 21.

The fixed foundation part 40 is installed in the soundproof wall installation area to fix the soundproof wall module 20 to the ground. The fixed base portion 40 includes a base base 41 installed on the ground, and a plurality of pillar members 42 installed perpendicular to the base base 41.

The base 41 is installed to be buried in the ground or the ground, the pillar member 42 is provided on the upper surface. The base 41 is preferably formed of a cement concrete structure so as to firmly support the pillar member 42.

Base stand 41 is the front and rear sides of the portion other than the installation portion 43, the pillar member 42 is installed is introduced into the base stand 41 to form an inlet portion, the plant is planted in the inlet portion A plurality of soil bands 45 are formed to be filled with soil.

In addition, the protruding portion 43 of the foundation base 41 formed to protrude outward with respect to the inlet portion is the length of the foundation base 41 so that soil animals and insects can easily move between adjacent soil zones 45. The moving passage 44 is provided to penetrate in the direction parallel to the direction.

A plurality of pillar members 42 are provided on the upper surface of the base table 41 so as to be spaced apart from each other in the left and right directions. The pillar member 42 is preferably spaced apart at a distance corresponding to the width extending in the left and right directions of the sound insulation. The pillar member 42 is formed of H-shaped steel so as to firmly support the sound insulation.

Four seasons according to the present invention will be described in detail as follows.

The four-season recording stand 50 is installed adjacent to the soundproof wall module, and has a prefabricated vegetation box 51, an attached growth net part 52, and a safety protection net part 53.

The prefabricated vegetation box 51 has an inner space in which soil is filled so that evergreen vines can be vegetated, and is formed to be separated and assembled. The prefabricated vegetation box 51 is preferably made of 200mm and 450mm in height and length when the width is 100mm.

Prefabricated vegetation box 51 is formed of a corrosion-resistant iron plate or stainless steel plate having a certain strength to fill a large amount of soil in the inner space, the front plate 110, the rear plate 120, two side plates 130 And a lower plate 140.

The front plate 110 constitutes a front surface of the prefabricated vegetation box 51, and includes a first base portion 111, a first side bent portion 112, and a first lower bent portion 114.

The first base portion 111 is formed in a rectangular plate shape.

The first side bent portion 112 extends to protrude rearward to the left and right ends of the first base portion 111, and an inlet space into which the insertion protrusion 131 of the side plate 130 to be described below is inserted may be formed. The end is bent in the center direction of the first base portion 111 to form a first side fixing groove 113.

The first lower end portion 114 is extended to be bent rearward to the lower end of the first base portion 111 so that the lower plate 140 to be described later is fixed to the lower portion of the first base portion 111 The fixing groove 115 is formed.

The rear plate 120 constitutes a rear surface of the prefabricated vegetation box 51 and is formed in a size corresponding to the size of the front plate 110. The back plate 120 includes a second base portion 121, a second side bending portion 122, and a second lower bending portion 123.

The second base portion 121 is positioned to face rearward to the first base portion 111 and is formed in a rectangular plate shape having an area corresponding to the first base portion 111.

The second side bent portion 122 extends to protrude forward and to the left and right end portions of the second base portion 121, and may be formed so that an insertion space into which the insertion protrusion 131 of the side plate 130 is inserted is formed. An end of the two side bending portion 122 is bent in the direction of the center of the second base portion 121 to form a second side fixing groove 124.

The second lower bending portion 123 is extended to be bent forward at the lower end of the second base portion 121 so that the lower plate 140, which will be described later, is fixed to the lower portion of the second base portion 121, the second lower end. The fixing groove 125 is formed.

The side plate 130 is formed in a rectangular plate shape and is formed at both ends so that the side plate 130 is inserted into the inlet spaces of the first and second side fixing grooves 113 and 124 and fixed to the front plate 110 and the rear plate 120. Insertion protrusions 131 corresponding to the first and second side fixing grooves 113 and 124 are formed. In addition, the first handle 132 is formed at the upper end of the side plate 130 so that an operator can easily hold the side plate 130 by hand and fix it to the front plate 110 and the rear plate 120. .

The lower surface plate 140 includes a first lower surface member 141 and a second lower surface member 142 formed in a rectangular plate shape.

The first lower surface member 141 is inserted into the left ends of the first and second lower fixing grooves 115 and 125, and has a width corresponding to the width of the side plate 130 and the front plate 110 and the rear plate 120. It is formed half the length of the length. The second handle 143 protrudes upward from the left end of the first lower surface member 141 so that an operator can easily grip the assembly.

The second lower surface member 142 is inserted into the right ends of the first and second lower fixing grooves 113 and 124 and has a width corresponding to the width of the side plate 130 and the front plate 110 and the rear plate 120. It is formed half the length of the road. The third handle 144 protrudes upward from the right end of the second lower surface member 142 so that an operator can easily grip the assembly.

On the upper surfaces of the first and second lower surface members 141 and 142, a plurality of drain holes 145 are formed to prevent the roots of the evergreen vines planted in the inner space of the prefabricated vegetation box 51 from rotting.

Referring to the assembly process of the prefabricated vegetation box 51 configured as described above are as follows.

First, the front plate 110 and the rear plate 120 are positioned to be spaced apart from each other. Next, the operator grips the first handle 132 and inserts the insertion protrusion 131 of the side plate 130 into the first and second side fixing grooves 113 and 124 to open the side plate 130 to the front plate 110. ) And the left and right sides of the rear plate 120.

The operator grips the second and third handles 143 and 144 to introduce the front and rear ends of the first and second lower surface members 141 and 142 into the left and right ends of the first and second lower fixing grooves 113 and 124, respectively. The lower plate 140 is fixed to the lower ends of the front plate 110 and the rear plate 120.

The prefabricated vegetation box 51 configured as described above can be easily transported and stored because the front plate 110, the rear plate 120, the side plate 130, and the lower plate 140 are formed to be separated and assembled.

On the other hand, evergreen vines planted in the prefabricated vegetation box 51 is preferably a plant such as Hedera helix to maintain the green leaves for four seasons, strong cold resistance, excellent air purification ability. The evergreen vine plant lowers the temperature of the surrounding air by environmentally friendly soundproof walls, providing four seasons green space, air purification and summer transpiration.

The prefabricated vegetation box 51 configured as mentioned above is preferably installed in the soil zone 45 adjacent to the base 41. On the other hand, in the illustrated example has been described a structure in which two prefabricated vegetation box 51 is installed on the soil zone 45, the number of installation of the prefabricated vegetation box 51 is not limited to the illustrated example, the sound insulation portion 21 Depending on the size of a plurality may be installed.

Attached growth net 52 is installed so that the lower end is buried in the upper surface of the soil filled in the prefabricated vegetation box 51 in the position adjacent to the back plate (120). The attachment growth net 52 is formed of a mesh provided with a plurality of through holes so that the evergreen vine plant can be easily attached to the surface, and the evergreen vine plant is easily attached to the sound insulation unit 21 along the attachment growth net 52. It is preferable to be formed to extend upward from the upper end of the prefabricated vegetation box 51 to the upper end of the base 41 to be attached to the fixed sound-absorbing retentaneous net 30.

At this time, the adhesion growth net 52 is preferably used to the PE coating on the surface so that the evergreen vine plant can be firmly supported.

Safety netting portion 53 is installed so that the lower end is buried in the upper surface of the soil filled in the prefabricated vegetation box 51 in a position spaced forward with respect to the attachment growth net (52). Safety netting portion 53 is preferably formed of a mesh extending to a size corresponding to the growth netting portion 52 so as to protect the evergreen plant growing along the growth growth netting portion 52 from the external force applied from the outside. Do.

In addition, the safety protection net portion 53 is formed of a wire mesh so as to maintain the initial form firmly against the external force applied from the outside.

On the other hand, the four seasons recording stand 50 is further provided with a support member 54 to secure the attachment growth net 52 to the safety net (53).

The support member 54 is formed to extend in the front-rear direction, one end of which is fixed to the stable protection net portion 53, and the other end of which is fixed to the attachment growth net portion 52. The support member 54 is fixed to the upper and lower left and right ends of the stability protection net portion 53, respectively, to support the attachment growth net portion 54 against the stability protection net portion 53.

On the other hand, the soundproofing wall construction method using the four seasons green ocher soundproofing wall 10 configured as described above in detail as follows.

The soundproof wall construction method includes a foundation installation step of installing the foundation stage 41 on the ground to which the sound insulation wall is to be installed, and pillar members at positions spaced apart from each other by a length corresponding to the width of the sound insulation portion 21 on the upper surface of the foundation foundation 41. A pillar installation step of installing 42, a sound insulation part installation step of installing a plurality of sound insulation portions 21 stacked in the vertical direction between the pillar members 42, and a predetermined distance along the longitudinal direction of a plurality of bamboo A sound absorbing part manufacturing step of manufacturing the sound absorbing part 22 by cutting in a direction crossing the longitudinal direction so as to extend, and a plurality of bamboos produced through the sound absorbing part manufacturing step are placed in the receiving space 23 of the sound insulating part 21. The sound absorbing part installing step and the sound absorbing part installing step are completed so as to be laminated to each other, the sound absorbing material fixing net part fixing step of fixing the sound absorbing material fixing net part 30 to the front surface of the sound insulating part 21, and evergreen vine plant sound absorbing material Upward along the fixed net section 30 It is provided with a four-season recording stand 50 installation step of installing a prefabricated vegetation box 51 in which evergreen vine plants are planted in a position adjacent to the sound insulation portion 21 so as to grow.

Four seasons greening ocher soundproof wall 10 and the soundproof wall construction method using the same according to the present invention configured as described above comprises a four-season greening zone 50 is composed of a natural material such as bamboo, the evergreen vine plant planted Environmental pollution is reduced and has the advantage of providing a beautiful landscape.

In addition, by replacing the area of the protrusion of the foundation base 41, which is a cement-concrete structure, with the soil layer, it preserves the growth of herbaceous plants, the habitat of the soil animals, the movement through the moving passages 44, and the growth of the plant evergreen vine plants. It provides ecological pathway, air purification, temperature control of ambient air in summer season, and planting box in which evergreen vines are planted can be easily assembled and disassembled so that they can be easily installed and dismantled. It is easy to transport and store.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

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

10: four seasons recording soundproof
20: soundproof wall module
21: sound insulation
22: sound absorption unit
30: Sound absorption network
40: fixed foundation part
41: Foundation
42: pillar member
50: four seasons recording

Claims (7)

At least one sound insulation unit installed vertically with respect to the ground and having an accommodation space with an open front surface adjacent to the noise source generating noise, and being accommodated in the accommodation space, to offset noise generated from the noise source; A soundproof wall module provided with a sound absorbing portion extending the surface area;
A four seasons greening zone installed adjacent to the soundproof wall module and provided with at least one prefabricated vegetation box having an inner space in which soil is filled so that the evergreen vine plants can be vegetated;
The sound absorbing part accommodated in the accommodation space is installed on the front surface of the sound insulating part to prevent the sound-absorbing part from being separated from the outside, and the evergreen vine vegetation attached to the four seasons greenery is attached to grow left and right and up and down And a sound absorbing material fixing net portion extending in the vertical direction so as to be provided.
The sound absorbing portion
A plurality of bamboo cut in a direction crossing with respect to the longitudinal direction so as to extend a predetermined distance along the longitudinal direction is formed to be stacked on each other,
Further comprising; an adhesion layer formed in a rough shape to improve the adhesion of the stem or root of the evergreen vine plant on the rear surface of the sound insulation;
The adhesion layer is a four seasons green ocher soundproof wall, characterized in that formed by adhering to the ocher porous sinter made of a mixture of wood chips, sawdust and ocher and sewage sludge so as to promote the growth of the evergreen vine plant.
delete delete The method of claim 1,
The prefabricated vegetation box 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; and protruding forwardly at left and right ends of the second base portion; and an end portion of the second base portion so that an inlet space can be formed. A second side bent portion that is bent in a central direction 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;
Four seasons greenery ocher soundproof wall, characterized in that it comprises; the lower plate is inserted into the first and second lower fixing groove fixed to the lower portion of the front plate and the rear plate.
At least one sound insulation unit installed vertically with respect to the ground and having an accommodation space with an open front surface adjacent to the noise source generating noise, and being accommodated in the accommodation space, to offset noise generated from the noise source; A soundproof wall module provided with a sound absorbing portion extending the surface area;
A four seasons greening zone installed adjacent to the soundproof wall module and provided with at least one prefabricated vegetation box having an inner space in which soil is filled so that the evergreen vine plants can be vegetated;
The sound absorbing part accommodated in the accommodation space is installed on the front surface of the sound insulating part to prevent the sound-absorbing part from being separated from the outside, and the evergreen vine vegetation attached to the four seasons greenery is attached to grow left and right and up and down And a sound absorbing material fixing net portion extending in the vertical direction so as to be provided.
The prefabricated vegetation box 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; and protruding forwardly at left and right ends of the second base portion; and an end portion of the second base portion so that an inlet space can be formed. A second side bent portion that is bent in a central direction 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 lower 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 four seasons greening is installed in the prefabricated vegetation box, the attached growth net portion extending upwards with respect to the prefabricated vegetation box is attached to grow evergreen vine plants;
It is installed in the prefabricated vegetation box in a position spaced forward with respect to the attachment growth network, and corresponds to the attachment growth network so as to protect the evergreen plant growing along the attachment growth network from the external force applied from the outside Four seasons greenery ocher soundproofing wall further comprising; safety protection net portion extending in size.
The method of claim 5,
And a fixed foundation part installed on the ground and installed vertically on the foundation table and provided with a plurality of pillar members supporting the sound insulation part.
The base is
A plurality of inlet portions formed to be drawn inwardly so that a soil zone provided with a soil layer is formed in order to install the four seasons greening zone along a longitudinal direction;
It is formed to protrude outward with respect to the inlet portion, characterized in that it has a protrusion provided with a connecting passage for interconnecting the adjacent soil bands so that the soil animal moves between the adjacent soil bands and herbaceous growth. Seasonal greening ocher soundproof wall.
It is installed vertically with respect to the ground, the receiving space is provided therein, the front surface adjacent to the noise source that generates the noise is formed in the at least one sound insulation and the receiving space, is received from the noise source At least one soundproof wall module provided with a sound absorbing portion to expand the surface area for the noise to offset the noise, and adjacent to the soundproof wall module, the inner space is filled with soil so that evergreen vine plants can be vegetated Four seasons greening table provided with a prefabricated vegetation box, and the sound-absorbing portion accommodated in the accommodation space is installed on the front surface of the sound insulation to prevent the sound-absorbing portion outside, the evergreen vines vegetation on the four seasons greening Sound absorbing material extending in the vertical direction so that the plants can be attached and grow left and right and up and down In the soundproof wall construction method for constructing a four season greening ocher soundproof wall, characterized in that it comprises a fixed network portion,
A basic installation step of installing a foundation on the ground for installing the four seasons green clay soundproofing wall;
A pillar installation step of installing a plurality of pillar members each extending upwardly at positions spaced apart from each other by a length corresponding to a width of the sound insulation part on an upper surface of the base;
A sound insulation portion installing step of installing the sound insulation portion between the pillar members;
A sound absorbing part manufacturing step of cutting the plurality of bamboos in a direction crossing with respect to the longitudinal direction so as to extend a predetermined distance along the longitudinal direction to produce the sound absorbing part;
A sound absorbing part installation step of accommodating a plurality of bamboos manufactured through the sound absorbing part manufacturing step so as to be stacked with each other to form a gap connected infinity in the receiving space;
When the sound absorbing portion installation step is completed, the sound absorbing material fixing net portion fixing step of installing the sound absorbing material fixing net portion on the front surface of the sound insulation;
A four-season tree planting step of installing the prefabricated vegetation box in which the evergreen vine plants are planted in a position adjacent to the sound insulation so that the evergreen vine plants can grow upward along the sound absorbing retentive network; Soundproofing wall construction method to do.

Images