KR100626679B1 - Soundproof panel and soundproof wall with the same - Google Patents

Abstract

The present invention relates to a soundproof wall installed between a noise generating area and a protective area and a soundproof panel constituting the same. Formed to have sound insulation walls and soundproof panels that can make sound insulation more efficiently in surrounding protected areas such as high-rise structures without problems such as increase in construction cost, burden on structural safety, and deterioration of aesthetics. to provide.

Soundproof Wall, Soundproof Board, Reflector, Slope

Description

SOUNDPROOF PANEL AND SOUNDPROOF WALL WITH THE SAME}

1 is a block diagram showing a conventional sound barrier.

2 to 27 show an embodiment of the present invention,

2 is a block diagram of a soundproof wall having a downward reflection surface.

3 is a block diagram of a soundproof wall having an upward reflecting surface.

4 is a configuration diagram of a soundproof wall having a leftward or rightward reflection surface;

5 is a block diagram of a soundproof wall composed of a soundproof panel having a downward reflection surface.

6 is a block diagram of a soundproof wall composed of soundproof panels having downward and upward reflecting surfaces.

7 is a perspective view of a first embodiment of a sound barrier;

8 is a perspective view of a second embodiment of a sound barrier;

9 is a perspective view of a first embodiment of a sound insulation panel.

10 is a longitudinal sectional view of the first embodiment of the soundproof panel;

11 is a longitudinal sectional view of the first embodiment of the inclination adjustment means;

12 is a perspective view of a first embodiment of an upper support member;

13 is a perspective view of a second embodiment of an upper support member;

14 is a longitudinal sectional view of a second embodiment of a soundproof panel;

15 is a longitudinal sectional view of the second embodiment of the inclination adjustment means;

16 is a perspective view of a third embodiment of a sound barrier;

Fig. 17 is a longitudinal sectional view of the third embodiment of the soundproof panel.

18 is a longitudinal sectional view of the third embodiment of the inclination adjustment means;

19 is a longitudinal sectional view of a fourth embodiment of a sound insulation panel.

20 is a longitudinal sectional view of the fourth embodiment of the inclination adjustment means;

21 is a perspective view of a fifth embodiment of a sound insulation panel.

22 is a cross sectional view of a fifth embodiment of a sound insulation panel;

23 is a cross sectional view of a fifth embodiment of inclination adjustment means;

24 is a cross sectional view of a sixth embodiment of a sound insulation panel;

25 is a perspective view of a fourth embodiment of a sound barrier;

26 is a perspective view of a fifth embodiment of a sound barrier;

27 is a perspective view of a sixth embodiment of a sound barrier;

** Description of the symbols for the main parts of the drawings **

A: Noise generating area B: Protected area

10: soundproof wall 20: support

20a: H beam 21: fixing groove

100: soundproof panel 110: frame

111: upper frame 111a: upper sound insulation board mounting groove

111b: upper soundproofing plate mounting jaw 111c: upper outer soundproofing plate mounting groove

111d: joining protrusion 111e: joining recess

112: lower frame 112a: lower sound insulation plate mounting groove

112b: Lower soundproof plate mounting jaw 112c: Lower outer soundproof board mounting groove

112d: joining recess 112e: joining protrusion

113: left frame 113a: left sound insulation board mounting groove

113c: left outer soundproof plate mounting groove 114: right frame

114a: right soundproof board mounting groove 114b: right soundproof board mounting jaw

114c: right side outer sound insulation board mounting groove 120: sound insulation board

120a: outer sound insulation board 200: inclination adjustment means

210: upper gap holding unit 220: upper soundproof plate fixing means

220a: upper support member 221: upper fixing bolt mounting groove

222: upper fixing bolt 223: upper soundproof plate support

224: upper fixing bolt through groove 224a: long hole

225: upper fixing bolt support portion 230: friction increasing portion

240: the lower interval holding unit 250: lower soundproof plate fixing means

250a: Lower support member 251: Lower fixing bolt mounting groove

252: lower fixing bolt 253: lower soundproof plate support

254: lower fixing bolt through groove 254a: long hole

255: lower fixing bolt support 260: friction increase

270: right gap maintaining part 280: right soundproof plate fixing means

280a: right support member 281: right fixing bolt mounting groove

282: right fixing bolt 283: right soundproof plate support

284: right fixing bolt through groove 284a: long hole

285: right fixing bolt support 290: friction increase

The present invention relates to a soundproof panel and a soundproof wall having the same, and more particularly, to a soundproof panel and a soundproof wall having a structure capable of more effectively blocking noise generated in a noise generating area from a protected area.

A sound barrier is a structure for noise reduction that reduces the noise in the process of transmitting noise and lowers the overall noise distribution in the surrounding area below a certain standard.

Types of sound barriers include sound absorbing type (which absorbs most of the sound wave), reflection type (reflecting most of the sound wave by the soundproof plate), interference type (attenuated mixture of incident and reflected sound waves), and resonance type (holes in the soundproof plate). Is open and has a cavity inside so that the sound waves are attenuated by resonance.

1 is a configuration diagram schematically showing the structure of a conventional reflective soundproof wall.

As shown, the conventional soundproof wall 10 is installed between the noise generating area (A) and the protection area (B), mainly installed on both sides of the noise generating area (A), such as roads and apartments and other residential areas and The noise is reflected by the soundproof wall 10 having a predetermined height so that the noise is not transmitted to the same protection zone B side.

The soundproof wall 10 may be formed as an integral structure or may be installed as an assembly structure by the soundproof panel 100.

By the way, the conventional soundproof wall 10 was pointed out as a problem at the following points.

First, the conventional sound barrier is installed vertically with a predetermined height while the reflecting surface is perpendicular to the ground. In general, when a high-rise structure such as a high-rise apartment is installed in the protection zone (B), Since the noise reflected by the reflective surface is transmitted to the high floor of the structure as it is, the original purpose of sound insulation cannot be achieved.

Second, in order to solve the above problems while maintaining the structure of the conventional soundproof wall, a method of increasing the height of the soundproof wall installed near the high-rise structure should be used, which leads to an increase in construction cost and high wind pressure. There is a burden on the structural safety to resist, and only a part of the overall soundproof wall has a problem that damages the appearance when the height is different.

The present invention has been made in order to solve the above problems, and without the problems of rising construction cost, burden on structural safety, deterioration of aesthetics, etc., soundproofing for the surrounding protection area such as high-rise structure more efficiently It is an object of the present invention to provide a soundproof panel and a soundproof wall of a structure that enable it.

The present invention provides a soundproof panel constituting a soundproof wall installed between the noise generating zone and the protection zone, in order to achieve the object as described above, the frame; And a soundproof plate mounted to the frame in a state in which the reflecting surface is inclined to have a predetermined inclination with respect to the vertical direction in order to reflect the noise generated in the noise generating zone in a direction other than the protection zone. Present the panel.

Conventional soundproof walls have a problem in that when there is a high-rise structure in a protected area, noise reflected by the sound-proof wall cannot be prevented from being transmitted to the high-rise of the structure, but the soundproof panel constituting the soundproof wall according to the present invention has its reflection surface. Since the reflection direction of the noise is formed to reflect in a direction other than the protection area, the above problems can be solved without increasing the height of the soundproof wall structure.

Here, the reflective surface of the sound insulation plate may have a flat structure or may have a curved structure.

The reflection surface of the sound insulation board may have a structure of a downward reflection surface formed so that the upper side is closer to the noise generating area than the lower side.

This lowers the noise generated in the noise generating zone by the reflection of the soundproof board and returns it to the noise generating zone, thereby preventing the noise from being transmitted to the high floor of the structure.

The frame may have a rectangular structure including an upper frame, a lower frame, a left frame, and a right frame, and may have a structure in which a soundproof plate mounting hole is formed in the core portion.

Here, the frame has an assembly structure, an upper soundproof plate mounting groove is formed on the lower surface of the upper frame, a lower soundproof plate mounting groove may be formed on the upper surface of the lower frame.

In this case, the upper soundproof plate mounting groove may have a structure formed to be adjacent to the noise generating area, compared to the lower soundproof plate mounting groove.

The soundproof wall has different design factors such as height, thickness, and safety of the soundproof wall according to various conditions of the noise generating area and the protected area. Therefore, in order to construct an efficient soundproof wall for each situation, the slope of the soundproof board is controlled. It is preferable to take the structure further provided with a tilt control means for.

Here, the inclination adjusting means includes an upper soundproof plate mounting jaw formed in the lower portion of the upper frame toward the front; An upper gap maintaining part for maintaining a gap between the upper soundproof plate mounting jaw and an upper end of the soundproofing plate; Upper soundproof plate fixing means for fixing an upper end of the soundproof plate mounted on the upper soundproof plate mounting jaw; It can be configured to include.

The upper soundproof plate fixing means may include an upper fixing bolt mounted to the upper fixing bolt mounting groove formed on the lower surface of the upper frame.

The upper soundproof plate fixing means includes an upper soundproof plate support unit for supporting the upper end of the soundproof plate; An upper fixing bolt through groove is formed in the core portion to allow the upper fixing bolt to pass therethrough, and an upper fixing bolt support part extending forward from the upper soundproof plate support part and fixed to the lower surface of the upper frame; It is preferable to take the structure further including an upper support member provided.

The upper fixing bolt through groove may have a structure in which a plurality is formed at predetermined intervals in the front-rear direction, or may have a structure that is a long hole formed in the front-rear direction.

It is preferable that the sound insulation plate side contact surface of the upper soundproof plate support part has a structure in which a friction increase part is further provided.

In order to increase the soundproofing effect of the soundproofing panel, it is advantageous to take a structure in which a plurality of soundproofing plates are mounted on one soundproofing panel, so that an outer soundproofing plate mounted on the outside of the soundproofing panel; It is preferable to take a structure that further includes.

The outer sound insulation board may be installed vertically.

The frame has an assembly structure, and an upper soundproof plate mounting groove and an upper outer soundproof plate mounting groove are formed on a lower surface of the upper frame, and a lower soundproof plate mounting groove and a lower outer soundproof board mounting groove are formed on the upper surface of the lower frame. .

It is preferable that the gap between the sound insulation board and the outer sound insulation board has a structure in which the upper side is wider than the lower side.

The reflection surface of the sound insulation board may have a structure that is an upward reflection surface formed so that the lower side is closer to the noise generating area than the upper side.

This raises the noise generated in the noise generating zone by the reflection of the sound insulation board and disperses it to the upper air, thereby preventing the noise from being transmitted to the high floor of the structure.

The frame may have a rectangular structure including an upper frame, a lower frame, a left frame, and a right frame, and may have a structure in which a soundproof plate mounting hole is formed in the core portion.

The frame has an assembly structure, and an upper soundproof plate mounting groove is formed on a lower surface of the upper frame, and a lower soundproof plate mounting groove is formed on an upper surface of the lower frame.

The lower sound insulation board mounting groove preferably has a structure formed to be adjacent to the noise generating area, compared to the upper sound insulation board mounting groove.

Here, the inclination adjusting means includes a lower soundproof plate mounting jaw formed in the lower portion of the lower frame toward the front; A lower gap holder for maintaining a gap between the lower soundproof plate mounting jaw and a lower end of the soundproof plate; Lower soundproof plate fixing means for fixing a lower end of the soundproof plate mounted on the lower soundproof plate mounting jaw; It can be configured to include.

The lower soundproof plate fixing means may include a lower fixing bolt mounted to a lower fixing bolt mounting groove formed on an upper surface of the lower frame.

The lower soundproof plate fixing means includes a lower soundproof plate support unit for supporting the lower end of the soundproof plate; A lower fixing bolt through groove is formed in the core portion to allow the lower fixing bolt to pass therethrough, and a lower fixing bolt support portion which is formed to extend rearward from the lower soundproof plate support and is fixed to the lower surface of the lower frame; It is preferable to take the structure further including a lower support member provided.

The lower fixing bolt through groove may be formed in plural number at predetermined intervals in the front and rear directions, or may have a structure that is a long hole formed in the front and rear directions.

It is preferable that the sound insulation plate side contact surface of the lower sound insulation plate support part has a structure in which a friction increase part is further provided.

An outer sound insulation board mounted on an outer side of the sound insulation board; It is preferable to take the structure further including, and the said outer sound insulation board may be installed perpendicularly.

The frame has an assembly structure, and an upper soundproof plate mounting groove and an upper outer soundproof plate mounting groove are formed on a lower surface of the upper frame, and a lower soundproof plate mounting groove and a lower outer soundproof board mounting groove are formed on the upper surface of the lower frame. .

An interval between the sound insulation board and the outer sound insulation board may be wider at the lower side than at the upper side.

The reflection surface of the sound insulation board may have a structure in which the left or right reflection surface is formed to be closer to the noise generating area or the right reflection surface.

This disperses the noise generated in the noise generating zone by the reflection of the soundproof board to the front or rear of the noise generating zone, thereby preventing the noise from being transmitted to the protected area.

The frame may have a rectangular structure including an upper frame, a lower frame, a left frame, and a right frame, and may have a structure in which a soundproof plate mounting hole is formed in the core portion.

The frame has an assembly structure, and an upper soundproof plate mounting groove is formed on a lower surface of the upper frame, and a lower soundproof plate mounting groove is formed on an upper surface of the lower frame.

The frame may be an assembly structure, in which a left soundproof plate mounting groove is formed on a right side of the left frame, and a right soundproof plate mounting groove is formed on a left side of the right frame.

Here, the inclination adjustment means includes a right soundproof plate mounting jaw formed forward on the left side of the right frame; A right gap maintaining part for maintaining a gap between the right soundproof plate mounting jaw and an upper end of the soundproof plate; Right soundproof plate fixing means for fixing the right end of the soundproof plate mounted on the right soundproof plate mounting jaw; It can be configured to include.

The right soundproof plate fixing means may have a structure including a right fixing bolt mounted to the right fixing bolt mounting groove formed on the left side of the right frame.

The right soundproof plate fixing means includes a right soundproof plate support unit which contacts and supports the right end of the soundproof plate; A right fixing bolt through groove is formed in the core portion to allow the right fixing bolt to pass therethrough, and a right fixing bolt support portion extending forward from the right soundproof plate support portion to be fixed to the left side of the right frame; It is preferably configured to further include a right support member provided.

The right fixing bolt through groove may have a structure in which a plurality of grooves are formed at predetermined intervals in the front and rear directions, or may have a structure that is a long hole formed in the front and rear directions.

It is preferable that the sound insulation plate side contact surface of the right soundproof plate support part has a structure in which a friction increasing part is further provided.

An outer sound insulation board mounted on an outer side of the sound insulation board; It is preferable to take the structure further including the said outer sound insulation board, even if it installs perpendicularly.

The frame has an assembly structure, and an upper soundproof plate mounting groove and an upper outer soundproof plate mounting groove are formed on a lower surface of the upper frame, and a lower soundproof plate mounting groove and a lower outer soundproof board mounting groove are formed on the upper surface of the lower frame. .

The frame has an assembly structure in which a left soundproof plate mounting groove and a left outer soundproof plate mounting groove are formed on the right side of the left frame, and a right soundproof plate mounting groove and a right side outer soundproof plate mounting groove are formed on the left side of the right frame. It may be.

A coupling protrusion is formed on an upper surface of the upper frame, and a coupling recess is formed on the lower surface of the lower frame so as to be coupled to the coupling protrusion of the other soundproof panel.

This stabilizes the coupling between the soundproof panels installed up and down when a plurality of soundproof panels are installed as a laminated structure.

To this end, a coupling recess may be formed on an upper surface of the upper frame, and a coupling protrusion may be formed on the lower surface of the lower frame to be coupled to the coupling recess of the other soundproof panel.

On the other hand, the present invention provides a soundproof wall constituted by the soundproof panel as described above, as another means for achieving the above object.

It may be configured to include a plurality of the soundproof panel, it may be installed as a structure in which the plurality of soundproof panels are constructed in the vertical direction.

Some of the sound insulation panels may be installed to have an upward reflection surface, others may be installed to have a downward reflection surface, and at least some may be installed to have a left reflection surface or a right reflection surface.

In particular, the soundproof panel having the leftward reflecting surface or the rightward reflecting surface preferably has a structure provided at the side end of the soundproof wall.

In order to support the plurality of sound insulation panels, a plurality of supports disposed at predetermined intervals may be further provided. The support may be provided with fixing grooves on the side so that the sound insulation panels are inserted and fixed. It can be implemented by.

On the other hand, the present invention as another means for achieving the above object, in the soundproof wall is provided between the noise generating zone and the protection zone, the soundproof wall, characterized in that the end of the soundproof wall is installed to have a left-facing reflective surface or a right-side reflective surface To present.

It may be installed along the road on the left or right side of the road, which is the noise generating zone, and may be installed such that the end portion is inclined inward with respect to the traveling direction of the road, and the end is outside with respect to the traveling direction of the road. It may be installed to have a slope in the direction.

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

As shown, the present invention basically relates to the soundproof wall 10 installed between the noise generating area A and the protection area B, and to the structure of the soundproof panel 100 constituting the soundproof wall 10. Has characteristics.

That is, the soundproof panel 100 according to the present invention comprises a frame 110; In order to reflect the noise generated in the noise generating zone (A) in a direction other than the protective zone (B), the sound insulation plate 120 is mounted to the frame 110 in a state in which the reflecting surface is inclined so as to have a predetermined inclination with respect to the vertical direction. of; It is characterized in that it is configured to include.

The conventional soundproof wall shown in FIG. 1 has a problem in that when there is a high-rise structure in the protection zone B, noise reflected by the soundproof wall cannot be prevented from being transmitted to the high-rise of the structure. As shown, the soundproof panel 100 constituting the soundproof wall 10 according to the present invention is formed so that its reflection surface reflects the reflection direction of noise in a direction other than the protection zone B, so that the height of the soundproof wall structure is increased. The above problems can be solved without increasing.

2 is a case where the upper side is a downward reflection surface formed to be closer to the noise generating area A than the lower side of the reflecting surface of the soundproof plate 120, and the noise generating area is reflected by the soundproof plate 120. By lowering the noise generated in (A) and returning it to the noise generating area (A), the noise is prevented from being transmitted to the high floor of the structure.

3 is a case where the lower side is an upward reflecting surface formed to be closer to the noise generating area A than the upper side of the reflecting surface of the soundproofing plate 120, and the noise generating area is reflected by the soundproofing plate 120. By raising the noise generated in (A) and dispersing it to the upper air, the noise is prevented from being transmitted to the high floor of the structure.

However, as shown in FIGS. 2 and 3, when the soundproof wall 10 itself has a structure having a predetermined inclination, an adverse effect may be obtained in terms of structural stability or aesthetics, and as shown in FIGS. 5 and 6. Likewise, by taking the structure in which the plurality of sound insulation panels 100 are stacked, the above disadvantages can be overcome while achieving the object of the present invention to reflect the noise in a direction other than the protection zone (B).

The embodiment shown in FIG. 4 is a case in which the left side or the right side of the reflection surface of the sound insulation board 120 is a leftward reflection surface or a rightward reflection surface formed so as to be adjacent to the noise generation zone A. By dispersing forward or backward, the noise is prevented from being transmitted to the protected area B.

That is, without such a structure, in order to prevent the reflected sound from being transmitted to the protection zone B, the length of the soundproof wall 10 should be further extended to the end side, but the soundproof wall 10 according to the present invention is as described above. Since the reflection surface structure prevents the transmission of noise, the above length extension is unnecessary.

Here, the reflective surface of the sound insulation board 120 may have a flat structure or may have a curved structure.

2 to 4 illustrate the basic technical idea of the present invention, although the specific configuration is different, the reflective surface basically reflects the reflection direction of noise in a direction other than the protection zone B. It is common in that it is formed to make.

The soundproof wall 10 according to the present invention is basically constituted by a soundproof panel 100 including a frame 110 and a soundproof panel 120, as shown in FIGS. 2 and 7, the soundproof panel 100 itself. May be configured to configure the soundproof wall 10 of one unit, as shown in Figures 5 and 8, may be configured to configure the soundproof wall 10 of a unit by a plurality of soundproof panels (100).

Hereinafter, the structure of the soundproof panel 100 will be described first, and then the structure of the soundproof wall 10 constituted by the soundproof panel 100 will be described.

First, specific contents of the three basic embodiments of the sound insulation panel 100 will be described in detail.

First, the upper side of the sound insulation plate 120 has a structure of a downward reflection surface formed to be closer to the noise generating area (A) than the lower side.

This lowers the noise generated in the noise generating zone A by the reflection of the sound insulation board 120 and sends it back to the noise generating zone A, thereby preventing the noise from being transmitted to the higher floor of the structure.

The frame 110 supporting the sound insulation board 120 may have various structures, but typically, a rectangle including an upper frame 111, a lower frame 112, a left frame 113, and a right frame 114. As a structure, the Example in which the sound insulation board mounting hole 130 was formed in the core part is demonstrated.
Here, the sound insulation board mounting hole 130 is a space formed by the inner regions of the plurality of frames 110 and means a space portion on which the sound insulation board is mounted.

9 and 10 illustrate an embodiment in which the frame 110 takes an assembly structure. An upper soundproof plate mounting groove 111a is formed on a lower surface of the upper frame 111, and a lower portion is formed on an upper surface of the lower frame 112. The soundproof plate mounting groove 112a is formed.

By attaching the sound insulation board 120 to the mounting grooves 111a and 112a of the upper frame 111 and the lower frame 112 and assembling the left frame 113 and the right frame 114, a robust structure can be obtained. .

Here, when the upper soundproof plate mounting groove 111a takes a structure formed to be adjacent to the noise generating area A, compared to the lower soundproof plate mounting groove 112a, the soundproof plate 120 mounted on the frame 110 is naturally Since it is inclined, the frame 110 has a vertically reflective surface while forming the soundproof wall 10 as a vertically stable structure.

Since the sound barrier 10 has different design factors such as the height, thickness, and safety of the sound barrier 10 according to various conditions of the noise generating zone A and the protection zone B, In order to construct the soundproof wall 10 of an efficient structure, it is preferable to take the structure further provided with the inclination adjustment means 200 for adjusting the inclination of the sound insulation board 120. FIG.

For example, instead of restricting the height in an area where it is disadvantageous to increase the height of the soundproof wall 10 due to high wind pressure, the intended purpose can be achieved by increasing the inclination of the soundproof plate 120.

Here, the inclination adjustment means 200 is any configuration as long as it is a configuration that can adjust the inclination of the sound insulation plate 120 with respect to the frame 110, in Figures 11 to 13, the front of the lower frame 111 in front An upper soundproofing plate mounting jaw 111b formed toward the top surface; An upper gap holding part 210 for maintaining a gap between the upper soundproof plate mounting jaw 111b and an upper end of the soundproofing plate 120; An upper soundproof plate fixing means 220 for fixing an upper end of the soundproofing plate 120 mounted on the upper soundproofing plate mounting jaw 111b; Including embodiments are shown.

That is, since the upper gap retaining portion 210 is disposed between the upper soundproof plate mounting jaw 111b and the soundproof plate 120 and is fixed by the upper soundproof plate fixing means 220, the upper gap maintaining portion 210 is disposed. By adjusting the thickness of) will be the slope of the sound insulation panel 120 is changed.

Here, the upper gap maintaining part 210 may be implemented by a reinforcing rubber, which is a material capable of supporting the sound insulation plate 120 while having a predetermined elasticity.

The upper soundproof plate fixing means 220 may be any structure that compresses and supports the soundproof plate 120 toward the upper gap maintaining part 210. The upper soundproof plate fixing means 220 is provided in the upper fixing bolt mounting groove 221 formed on the lower surface of the upper frame 111. It can also be implemented by a structure for mounting the upper fixing bolt 222.

In order to obtain a more stable structure, it is preferable to take a structure having a separate upper support member 220a as shown in Figures 11 to 13, this upper support member 220a is an upper end of the soundproof plate 120 An upper soundproof plate support part 223 for supporting the contact with the light source; An upper fixing bolt through groove 224 is formed in the core portion to allow the upper fixing bolt 222 to penetrate, and is formed to extend forward from the upper soundproof plate support 223 to be fixed to the lower surface of the upper frame 111. Fixing bolt support 225; It is configured to include.

That is, the upper support member 220a includes an upper soundproof plate support part 223 and an upper fixing bolt support part 225, and the upper soundproof plate support part 223 is supported on one side by the upper gap maintaining part 210. The upper fixing bolt support part 225 fixed to the lower surface of the upper frame 111 by the upper fixing bolt 222 and supporting the other side of the sound insulation panel 120 supports the upper soundproof plate support part 223 formed integrally therewith. It plays a role.

An upper fixing bolt through groove 224 is formed in the upper fixing bolt support part 225. The position of the upper supporting member 220a is changed according to the thickness change of the upper gap maintaining part 210, so that the upper frame ( The position of the upper fixing bolt through groove 224 that meets the upper fixing bolt mounting groove 221 of 111 will also be different.

Therefore, even when the upper support member 220a is mounted at any position, a structure is required to be stably mounted by the upper fixing bolt 222, and as a structure for this, FIG. 12 is an upper fixing bolt through groove 224. A plurality of embodiments are formed at predetermined intervals in the front and rear directions, and FIG. 13 shows an embodiment in which the upper fixing bolt through grooves 224 are long holes 224a formed in the front and rear directions.

The soundproof plate 120 has a structure that is fixed between the upper soundproof plate support part 223 and the upper gap maintaining part 210 of the upper support member 220a, and for more stable mounting, the soundproof plate 120 and the upper soundproof plate support part It is preferable to take the structure in which the friction increasing part 230 is further provided in the contact surface of the sound insulation board 120 side of 223.

In order to increase the sound insulation effect of the sound insulation panel 100, it is preferable to take a structure in which a plurality of sound insulation panels 120 are mounted on one sound insulation panel 100.

Accordingly, the present invention provides a structure in which the outer sound insulation board 120a is additionally mounted on the outside of the sound insulation board 120 having the inclination, as shown in FIGS. 14 and 15.

Here, the outer sound insulation board 120a may be mounted to have an inclination like the sound insulation board 120 having an inclination, but since the outer sound insulation board 120a is not in direct contact with the sound wave, it may be installed vertically.

In addition, when only the sound insulation plate 120 is mounted to have an inclination, and the outer sound insulation plate 120a is mounted vertically, the space between the sound insulation plate 120 and the outer sound insulation plate 120a has a structure in which the upper side is wider than the lower side. Since the cavity between the sound insulation board 120 and the outer sound insulation board 120a is wide, it is possible to obtain the effect that the sound waves are attenuated by resonance.

FIG. 14 illustrates an embodiment in which the frame 110 has an assembly structure. An upper soundproof plate mounting groove 111a and an upper outer soundproof plate mounting groove 111c are formed on a lower surface of the upper frame 111, and a lower frame ( On the upper surface of 112, a lower soundproof plate mounting groove 112a and a lower outer soundproof plate mounting groove 112c are formed.

The soundproof plate 120 is mounted in the mounting grooves 111a, 111c, 112a, and 112c of the upper frame 111 and the lower frame 112, and the left frame 113 and the right frame 114 are assembled. You can get it.

As described above, the sound insulation wall 10 is equipped with a plurality of sound insulation panels 120 and 120a in order to construct the sound insulation wall 10 having an efficient structure in accordance with the conditions of the noise generating area A and the protection area B. Also in taking the structure, it is preferable to take the structure further provided with an inclination adjusting means 200 for adjusting the inclination of the sound insulation panel 120.

This takes the structure as shown in Figure 15, the details of the embodiment is as described above.

Second, a case in which the lower side of the sound insulation plate 120 has a structure of an upward reflecting surface formed closer to the noise generating area A will be described.

This raises the noise generated in the noise generating area A by the reflection of the sound insulation board 120 and disperses it to the upper air, thereby preventing the noise from being transmitted to the high floor of the structure.

The frame 110 supporting the sound insulation board 120 may have various structures, and the details thereof are the same as in the embodiment having the downward reflection surface.

That is, FIGS. 16 and 17 illustrate an embodiment in which the frame 110 has an assembly structure. An upper soundproof plate mounting groove 111a is formed on a lower surface of the upper frame 111 and an upper surface of the lower frame 112. The lower soundproof plate mounting groove 112a is formed, and the soundproof plate 120 is mounted in the mounting grooves 111a and 112a of the upper frame 111 and the lower frame 112, and the left frame 113 and the right frame 114 are mounted. ), A solid structure can be obtained.

Here, when the lower soundproof board mounting groove 112a takes a structure formed to be adjacent to the noise generating area A, compared to the upper soundproof board mounting groove 111a, the soundproof plate 120 mounted on the frame 110 naturally slopes. Since the frame 110 is a vertical stable structure, while forming the soundproof wall 10, it will have an overall upward reflection surface.

As described in the embodiment of the soundproofing panel 100 having the downward reflection surface, even in the embodiment having the upward reflection surface, it is effective to meet the conditions of the noise generating zone (A) and the protection zone (B). In order to construct the soundproof wall 10, it is preferable to take the structure further provided with the inclination adjustment means 200 for adjusting the inclination of the sound insulation plate 120.

18 is a view illustrating an embodiment of the inclination adjusting means 200, and a lower soundproof plate mounting jaw 112b formed forward at a lower portion of the lower frame 112; A lower interval maintaining part 240 for maintaining a gap between the lower soundproof plate mounting jaw 112b and the lower end of the soundproof plate 120; Lower soundproof plate fixing means 250 for fixing the lower end of the soundproof panel 120 mounted on the lower soundproof plate mounting jaw (112b); It is configured to include.

That is, since the lower gap retaining unit 240 is disposed between the lower soundproof plate mounting jaw 112b and the soundproof panel 120, and the lower gap maintaining unit 240 is fixed by the lower soundproof plate fixing unit 250, the lower gap maintaining unit 240 is provided. By adjusting the thickness of) will be the slope of the sound insulation panel 120 is changed.

The lower soundproof plate fixing means 250 may be implemented by a structure in which the lower fixing bolt mounting groove 251 is formed on the upper surface of the lower frame 112, and the lower fixing bolt 252 is mounted in the mounting groove 251. .

In order to obtain a more stable structure, it is preferable to take a structure having a separate lower support member 250a as shown in FIG. 18, such that the lower support member 250a passes through the lower fixing bolt 252. A lower fixing bolt through groove 254 is formed in the core portion, and the lower fixing bolt support part 255 is formed to extend backward from the lower soundproof plate support part 253 and is fixed to the lower surface of the lower frame 112; It is configured to include.

A lower fixing bolt through groove 254 is formed in the lower fixing bolt support part 255. The position of the lower supporting member 250a is changed according to the thickness change of the lower gap maintaining part 240, so that the lower frame ( The position of the lower fixing bolt through hole 254 that meets the lower fixing bolt mounting groove 251 of 112 will also be different.

Therefore, even if the lower support member 250a is mounted at any position, a structure that can be stably mounted by the lower fixing bolt 252 is required, and the details thereof in the embodiment of the structure having the downward reflection surface As described.

That is, the lower fixing bolt through hole 254 may have a structure in which a plurality of lower fixing bolt through grooves 254 are formed at predetermined intervals in the front and rear directions, or the lower fixing bolt through groove 254 may have a long hole 254a formed in the front and rear directions. .

The soundproof plate 120 has a structure that is fixed between the lower soundproof plate support part 253 and the lower gap maintaining part 240 of the lower support member 250a, and for more stable mounting, the soundproof plate 120 and the lower soundproof plate support part It is preferable to take the structure in which the friction increasing part 260 is further provided in the contact surface of the sound insulation board 120 side (253).

As in the case of the embodiment having the downward reflection surface, in the case of the embodiment having the upward reflection surface, in order to increase the sound insulation effect of the sound insulation panel 100, a plurality of sound insulation panels 120 in one soundproof panel 100 It is preferable to take the structure to be mounted.

19 and 20 illustrate a structure in which an outer sound insulation board 120a is additionally mounted on an outer side of the sound insulation board 120 having an upward inclination.

Here, the outer sound insulation board 120a may be mounted to have an inclination like the sound insulation board 120 having an inclination, but since the outer sound insulation board 120a is not in direct contact with the sound wave, it may be installed vertically.

In addition, when only the sound insulation plate 120 is mounted to have an inclination, and the outer sound insulation plate 120a is vertically mounted, the space between the sound insulation plate 120 and the outer sound insulation plate 120a has a structure in which the lower side is wider than the upper side. Since the cavity between the sound insulation board 120 and the outer sound insulation board 120a is wide, it is possible to obtain the effect that the sound waves are attenuated by resonance.

19 illustrates an embodiment in which the frame 110 has an assembly structure. An upper soundproof plate mounting groove 111a and an upper outer soundproof plate mounting groove 111c are formed on a lower surface of the upper frame 111, and the lower frame ( On the upper surface of 112, a lower soundproof plate mounting groove 112a and a lower outer soundproof plate mounting groove 112c are formed.

The soundproof plate 120 is mounted in the mounting grooves 111a, 111c, 112a, and 112c of the upper frame 111 and the lower frame 112, and the left frame 113 and the right frame 114 are assembled. You can get it.

As described above, even in the case of the embodiment having the upward reflecting surface, in order to construct the soundproof wall 10 of the efficient structure in accordance with the conditions of the noise generating zone (A) and the protective zone (B), a plurality of soundproof plates ( Even when taking the structure in which the 120 and 120a are mounted, it is preferable to take the structure in which the inclination adjustment means 200 for adjusting the inclination of the sound insulation board 120 is further provided.

This takes the structure as shown in FIG. 20, and details of the embodiment are as described above.

Third, a case in which the left side or the right side of the reflection surface of the sound insulation board 120 takes the structure of the left reflection surface or the right reflection surface formed so as to be adjacent to the noise generating area A will be described.

This disperses the noise generated in the noise generating zone A by the reflection of the sound insulation board 120 to the front or the rear of the noise producing zone A, thereby preventing the noise from being transmitted to the protection zone B.

This embodiment can be broadly divided into two embodiments, one of which is a method in which the soundproof wall 10 itself is installed to have an inclination, and the other is of a structure having the downward reflection surface or the upward reflection surface. Likewise, only the soundproof panel 120 mounted on the soundproof panel 100 is installed to have an inclination.

First, as shown in FIG. 4, the first embodiment is a case where the end portion of the soundproof wall 10 is installed to have a leftward reflecting surface or a rightward reflecting surface.

This is because the end of the soundproof wall 10 corresponding to the edge of the noise generating zone A among the soundproof walls 10 installed over the entire area of the noise generating zone A has a predetermined slope, so that the noise is generated in the noise generating zone ( Disperse in other directions.

In particular, when the noise generating area (A) is a road, a soundproof wall (10) is installed along the road on the left or right side of the road corresponding to the section in which the protection zone (B) exists, the protection zone (B) section By providing the end portion of the soundproof wall 10 corresponding to the end portion to have a leftward or rightward inclination with respect to the traveling direction of the road, the above effects can be obtained.

That is, in the absence of such a structure, in order to prevent the reflected sound from being transmitted from the road to the protection zone B, the length of the soundproof wall 10 should be further extended to the end side thereof, but the soundproof wall 10 according to the present invention is described above. Since the transmission of noise is prevented by the reflective surface structure, such as to obtain an effect that can be relatively shortened the length of the soundproof wall (10).

21 to 24, the soundproof panel 120 mounted on the soundproof panel 100 constituting the soundproof wall 10 is installed so as to have an inclination. It is almost the same as that of the structure having the slope or the upward reflecting surface.

The frame 110 supporting the sound insulation board 120 may have various structures, and FIGS. 21 and 22 illustrate embodiments in which the frame 110 takes an assembly structure.

A soundproof plate mounting groove is formed in the frame 110 having a rectangular assembly structure including an upper frame 111, a lower frame 112, a left frame 113, and a right frame 114, and a soundproof plate 120 is provided in the mounting groove. This insertion fixing structure is taken.

Although not shown, as in the case of the above embodiment, the upper soundproof plate mounting groove 111a is formed on the lower surface of the upper frame 111, and the lower soundproof plate mounting groove 112a is formed on the upper surface of the lower frame 112, The sound insulation board 120 may have a structure supported by the upper frame 111 and the lower frame 112.

However, since the present embodiment does not take the inclination of the upward or downward inclination, but the inclination of the left or the right, the left soundproof plate mounting groove 113a is formed on the right side of the left frame 113, as shown in FIG. More preferably, the right soundproof plate mounting groove 114a is formed on the left side of the right frame 114.

As described above, even in the present embodiment, in order to construct the soundproof wall 10 of the efficient structure in accordance with the general conditions of the noise generating zone (A) and the protection zone (B), the inclination of the soundproof plate 120 is adjusted It is preferable to take a structure further provided with an inclination adjusting means 200 to.

23 shows an embodiment of the inclination adjusting means 200, the right soundproof plate mounting jaw 114b formed forward on the left side of the right frame 114; A right gap holding part 270 which maintains a gap between the right soundproofing plate mounting jaw 114b and an upper end of the soundproofing plate 120; A right soundproof plate fixing means 280 for fixing the right end of the soundproof plate 120 mounted on the right soundproof plate mounting jaw 114b; It is configured to include.

That is, since the right gap retaining portion 270 is disposed between the right soundproofing plate mounting jaw 114b and the soundproofing plate 120 and is fixed by the right soundproofing plate fixing means 280, the right gap maintaining portion 270 is provided. By adjusting the thickness of) will be the slope of the sound insulation panel 120 is changed.

The right soundproof plate fixing means 280 forms a right fixing bolt mounting groove 281 on the left side of the right frame 114, and may be implemented by a structure in which the right fixing bolt 282 is mounted in the mounting groove 281. have.

In order to obtain a more stable structure, it is preferable to take a structure having a separate right support member 280a, as shown in Figure 23, such a right support member 280a so that the right fixing bolt 282 penetrates. The right fixing bolt through groove (284) is formed in the core portion, and the right fixing bolt support portion (285) is formed to extend forward from the right soundproof plate support (283) fixed to the left side of the right frame (114); It is configured to include.

A right fixing bolt through groove 284 is formed in the right fixing bolt support part 285, and the position where the right supporting member 280a is mounted varies depending on the thickness change of the right gap maintaining part 270. The position of the right fixing bolt through hole 284 that meets the right fixing bolt mounting groove 281 of 114 will also be different.

Therefore, even if the right support member 280a is mounted at any position, a structure is required to be stably mounted by the right fixing bolt 282, the details of which are as described in the above embodiment.

That is, the right fixing bolt through hole 284 may have a structure in which a plurality of right fixing bolt through holes 284 are formed at predetermined intervals, and the right fixing bolt through groove 284 may have a long hole 284a formed in the front and rear directions. .

The soundproof plate 120 has a structure that is fixed between the right soundproof plate support part 283 and the right gap maintaining part 270 of the right support member 280a, but for more stable mounting, the soundproof plate 120 and the right soundproof plate support part It is preferable to take the structure in which the friction increasing part 290 is further provided in the contact surface of the soundproof board 120 side of 283.

The above has been described with respect to the embodiment when the sound insulation plate 120 has a leftward inclination, and may be applied as it is even when having a rightward inclination.

As in the case of the above embodiment, in the case of the present embodiment, in order to increase the sound insulation effect of the soundproof panel 100, it is preferable to take a structure in which a plurality of soundproof panels 120 are mounted on one soundproof panel 100.

FIG. 24 illustrates a structure in which the outer sound insulation board 120a is additionally mounted on the outside of the sound insulation board 120 having a leftward inclination.

Here, the outer sound insulation board 120a may be mounted to have an inclination like the sound insulation board 120 having an inclination, but since the outer sound insulation board 120a is not in direct contact with the sound wave, it may be installed vertically.

In addition, when only the sound insulation board 120 is mounted to have an inclination, and the outer sound insulation board 120a is mounted vertically, the distance between the sound insulation board 120 and the outer sound insulation board 120a is right (left) as compared to the left (right). Since the structure is formed to be wider, the cavity between the sound insulation board 120 and the outer sound insulation board 120a is formed wide, so that the sound wave is attenuated by resonance.

The frame 110 supporting the sound insulation board 120 may take various structures, and FIG. 24 illustrates an embodiment in which the frame 110 takes an assembly structure.

A soundproof plate mounting groove is formed in the frame 110 having a rectangular assembly structure including an upper frame 111, a lower frame 112, a left frame 113, and a right frame 114, and a soundproof plate 120 is provided in the mounting groove. This insertion fixing structure is taken.

Although not shown, the upper soundproof plate mounting groove 111a and the upper outer soundproof plate mounting groove 111c are formed on the lower surface of the upper frame 111 as in the embodiment of the structure having the downward reflection surface or the upward reflection surface. When the lower soundproof plate mounting groove 112a and the lower outer soundproof plate mounting groove 112c are formed on the upper surface of the lower frame 112, the soundproof plate 120 and the outer soundproof plate 120a are formed on the upper frame 111 and the lower frame ( It may take the structure supported by 112.

However, since the present embodiment does not take the upward inclination or the downward inclination, but the inclination toward the left or the right, as shown in FIG. 24, the left soundproof plate mounting groove 113a and the outside of the left side are provided on the right side of the left frame 113. It is more preferable to take the structure in which the sound insulation board mounting groove 113c is formed and the right sound insulation board mounting groove 114a and the right side outer side soundproof board mounting groove 114c are formed in the left side surface of the right frame 114.

As described above, even in the case of the embodiment having the upward reflecting surface, in order to construct the soundproof wall 10 of the efficient structure in accordance with the conditions of the noise generating zone (A) and the protective zone (B), a plurality of soundproof plates ( Even when taking the structure in which the 120 and 120a are mounted, it is preferable to take the structure in which the inclination adjustment means 200 for adjusting the inclination of the sound insulation board 120 is further provided.

This takes the structure as shown in Figure 23, the details of the embodiment is as described above.

Hereinafter, the structure of the sound insulation wall 10 comprised by the sound insulation panel 100 mentioned above is demonstrated.

The soundproof wall 10 according to the present invention is constituted by the soundproof panel 100 provided with the soundproof panel 120 to have inclinations upward, downward, leftward, and rightward as described in the above embodiments.

As shown in FIG. 7, the soundproof panel 100 itself may constitute a unit of the soundproof wall 10. As shown in FIGS. 8 and 16, the soundproof panel 100 may be formed by a plurality of soundproof panels 100. It is also possible to configure the soundproof wall 10 of the unit. When the soundproof wall 10 itself has a structure having a predetermined inclination, since a disadvantageous effect may be obtained in terms of structural stability or aesthetics, a plurality of soundproof panels 100 are laminated. By taking such a structure, it is possible to overcome the above disadvantages while achieving the object of the present invention to reflect the noise in a direction other than the protection zone (B).

8 and 16, when the plurality of soundproof panels 100 are installed as a structure constructed in the vertical direction, a plurality of support 20 at a predetermined interval to support the soundproof panel 100, Can be placed.

The support method of the soundproof panel 100 by the support 20 may be applied to anything, and FIG. 8, etc., is provided with a fixing groove 21 formed on the side of the support 20 so that the soundproof panel 100 is inserted and fixed. An example is shown.

The support 20 having such a structure can be easily implemented by the H beam 20a or the like.

For more stable installation between the soundproof panels 100 mounted on the support 20, a coupling protrusion 111d is formed on an upper surface of the upper frame 111, and a coupling recess () is formed on a lower surface of the lower frame 112. By forming 112d), it is preferable to take a structure in which the plurality of sound insulation panels 100 installed above and below are coupled to each other.

On the contrary, the coupling recess 111e is formed on the upper surface of the upper frame 111, and the coupling protrusion 112e is coupled to the coupling recess 111e of the other soundproof panel 100 on the lower surface of the lower frame 112. It may take a structure in which) is formed.

When the soundproof wall 10 of one unit is configured by the plurality of soundproof panels 100, as shown in FIG. 25, some of the soundproof panels 100 are installed to have an upward reflecting surface, and the other half are downward half. The structure installed to have a slope can be taken.

As shown in FIG. 6, since the noise generated in the noise generating area A such as a road can be reflected in an arbitrary direction, the soundproof wall having the most efficient structure in accordance with all conditions of the area where the soundproof wall 10 is installed ( 10) can be installed.

In addition, as shown in FIG. 26, some of the plurality of sound insulation panels 100 may be installed to have a left reflecting surface or a right reflecting surface, and such a structure may be advantageously provided at the side end portion of the soundproof wall 10. As described above.

In addition, as illustrated in FIG. 4, an embodiment in which an end portion of the soundproof wall 10 itself has a leftward reflecting surface or a rightward reflecting surface has been described, and the soundproof wall 10 and the soundproof panel 100 of this structure are described. When combining the embodiment of the soundproof wall 10 by the laminated structure, it may be applied as a structure as shown in FIG.

That is, when the soundproof wall 10 is installed along the road on the left or right side of the road, which is the noise generating area, the end of the soundproof wall 10 may be installed to have an inward direction with respect to the traveling direction of the road, or vice versa. The end portion may be provided to have an inclination in the outward direction with respect to the traveling direction of the road.

In short, the soundproof wall 10 according to the present invention allows the soundproof wall 10 of one unit to be constituted by a plurality of soundproof panels 100 having various kinds of inclined reflective surfaces, and the respective soundproof panels 100 In order to adjust the inclination of the soundproof plate 120 of the) and further to give the left or right inclination to the end of the soundproof wall 10, in all conditions of the noise generating area (A) and the protection zone (B) Accordingly, it is possible to design and install the soundproof wall 10 having the most efficient structure.

The present invention provides a soundproof panel and a soundproof wall having a structure that enables more efficient soundproofing for the surrounding protection area such as a high-rise structure without problems such as an increase in construction cost, burden on structural safety, and aesthetic damage. do.

Since the above has been described only with respect to some of the preferred embodiments that can be implemented by the present invention, the scope of the present invention, as is well known, should not be construed as limited to the above embodiments, the present invention described above Technical idea and the technical idea together with the basic will all be included in the scope of the present invention.

Claims (62)

In the soundproof panel constituting the soundproof wall installed between the noise generating area and the protection area, A frame; A soundproof plate mounted to the frame in a state in which the reflecting surface is inclined to have a predetermined inclination with respect to the vertical direction; Inclination adjustment means for adjusting the inclination of the sound insulation board; Soundproof panel comprising a. The method of claim 1, The frame has a rectangular structure including an upper frame, a lower frame, a left frame, a right frame, and a soundproof panel mounting hole is formed in the core. The method of claim 2, The frame is an assembly structure, the lower surface of the upper frame is formed with an upper soundproof plate mounting groove, the upper surface of the lower frame, the soundproof panel, characterized in that the lower soundproof plate mounting groove is formed. The method of claim 3, The reflective surface of the soundproof panel is a soundproof panel, characterized in that the upper side is formed to be more adjacent to the noise generating area than the lower side. The method of claim 4, wherein The upper soundproof panel mounting groove may be formed to be adjacent to the noise generating area, compared to the lower soundproof panel mounting groove. The method of claim 5, The inclination adjusting means An upper soundproof plate mounting jaw formed in a lower portion of the upper frame toward the front; An upper gap maintaining part for maintaining a gap between the upper soundproof plate mounting jaw and an upper end of the soundproofing plate; Upper soundproof plate fixing means for fixing an upper end of the soundproof plate mounted on the upper soundproof plate mounting jaw; Soundproof panel comprising a. The method of claim 6, The upper soundproof plate fixing means Soundproof panel comprising an upper fixing bolt mounted to the upper fixing bolt mounting groove formed on the lower surface of the upper frame. The method of claim 7, wherein The upper soundproof plate fixing means An upper soundproof plate support unit which contacts and supports an upper end of the soundproof plate; An upper fixing bolt through groove is formed in the core portion to allow the upper fixing bolt to pass therethrough, and an upper fixing bolt support part extending forward from the upper soundproof plate support part and fixed to the lower surface of the upper frame; Soundproof panel, characterized in that it further comprises an upper support member provided. The method of claim 8, Soundproof panel, characterized in that the plurality of upper fixing bolt through grooves are formed at a predetermined interval in the front and rear direction. The method of claim 8, The upper fixing bolt through groove is a soundproof panel, characterized in that the long hole formed in the front and rear directions. The method of claim 8, The sound insulation panel, characterized in that the friction increase unit is further provided on the sound insulation plate side contact surface of the upper soundproof plate support. The method of claim 3, The reflection surface of the sound insulation panel is a sound insulation panel, characterized in that the lower side is formed more adjacent to the noise generating area than the upper side. The method of claim 12, The lower soundproof panel mounting groove may be formed to be adjacent to the noise generating area as compared with the upper soundproof panel mounting groove. The method of claim 13, The inclination adjusting means A lower soundproof plate mounting jaw formed in a lower portion of the lower frame toward the front; A lower gap holder for maintaining a gap between the lower soundproof plate mounting jaw and a lower end of the soundproof plate; Lower soundproof plate fixing means for fixing a lower end of the soundproof plate mounted on the lower soundproof plate mounting jaw; Soundproof panel comprising a. Claim 15 was abandoned upon payment of a registration fee. The method of claim 14, The lower soundproof plate fixing means Soundproof panel, characterized in that it comprises a lower fixing bolt mounted to the lower fixing bolt mounting groove formed on the upper surface of the lower frame. Claim 16 was abandoned upon payment of a setup registration fee. The method of claim 15, The lower soundproof plate fixing means A lower soundproof plate support unit which contacts and supports the lower end of the soundproof plate; A lower fixing bolt through groove is formed in the core portion to allow the lower fixing bolt to pass therethrough, and a lower fixing bolt support portion which is formed to extend rearward from the lower soundproof plate support and is fixed to the lower surface of the lower frame; Soundproof panel, characterized in that it further comprises a lower support member provided. Claim 17 was abandoned upon payment of a registration fee. The method of claim 16, The lower fixing bolt through groove is a soundproof panel, characterized in that formed a plurality at a predetermined interval in the front and rear direction. Claim 18 was abandoned upon payment of a set-up fee. The method of claim 16, The lower fixing bolt through groove is a soundproof panel, characterized in that the long hole formed in the front and rear directions. Claim 19 was abandoned upon payment of a registration fee. The method of claim 16, The sound insulation panel, characterized in that the friction increase unit is further provided on the sound insulation plate side contact surface of the lower soundproof plate support. The method of claim 3, The reflection surface of the sound insulation panel is a soundproof panel, characterized in that the left or right side is formed to be more adjacent to the noise generating area or the left reflection surface. The method of claim 20, The frame is an assembly structure, the soundproof panel, characterized in that the left side soundproof plate mounting groove is formed on the right side of the left frame, the right side soundproof plate mounting groove is formed on the left side of the right frame. The method of claim 21, The inclination adjusting means A right soundproof plate mounting jaw formed on the left side of the right frame toward the front; A right gap maintaining part for maintaining a gap between the right soundproof plate mounting jaw and an upper end of the soundproof plate; Right soundproof plate fixing means for fixing the right end of the soundproof plate mounted on the right soundproof plate mounting jaw; Soundproof panel comprising a. Claim 23 was abandoned upon payment of a set-up fee. The method of claim 22, The right soundproof plate fixing means Soundproof panel comprising a right fixing bolt mounted to the right fixing bolt mounting groove formed on the left side of the right frame. Claim 24 was abandoned when the setup registration fee was paid. The method of claim 23, wherein The right soundproof plate fixing means A right soundproof plate support unit which contacts and supports the right end of the soundproof plate; A right fixing bolt through groove is formed in the core portion to allow the right fixing bolt to pass therethrough, and a right fixing bolt support portion extending forward from the right soundproof plate support portion to be fixed to the left side of the right frame; Soundproof panel, characterized in that it further comprises a right support member provided. Claim 25 was abandoned upon payment of a registration fee. The method of claim 24, Soundproof panel, characterized in that the plurality of right fixing bolt through grooves are formed at a predetermined interval in the front and rear direction. Claim 26 was abandoned upon payment of a registration fee. The method of claim 24, The right fixing bolt through groove is a soundproof panel, characterized in that the long hole formed in the front and rear directions. Claim 27 was abandoned upon payment of a registration fee. The method of claim 24, The sound insulation panel, characterized in that the friction increase unit is further provided on the sound insulation plate side contact surface of the right soundproof plate support. Claim 28 was abandoned upon payment of a registration fee. The soundproof wall comprised by the soundproof panel of any one of Claims 1-27. In the soundproof wall installed between the noise generating area and the protective area, A frame; A soundproof plate mounted to the frame in a state in which the reflective surface is inclined to have a predetermined inclination with respect to the vertical direction; Equipped with a plurality of sound insulation panels, The plurality of soundproof panels are installed as a structure constructed in the vertical direction, Some of the sound insulation panels are installed to have an upward reflecting surface, and the other part is installed to have a downward reflecting surface. In the soundproof wall installed between the noise generating area and the protective area, A frame; A soundproof plate mounted to the frame in a state in which the reflective surface is inclined to have a predetermined inclination with respect to the vertical direction; Equipped with a plurality of sound insulation panels, The plurality of soundproof panels are installed as a structure constructed in the vertical direction, At least some of the sound insulation panels are installed to have a left reflecting surface or a right reflecting surface, It is installed along the road on the left and right of the road that is the noise generating area, The soundproof panel having the leftward reflecting surface or the rightward reflecting surface is installed on the side end of the soundproof wall such that the end of the reflecting surface has an inclination inward with respect to the traveling direction of the road. In the soundproof wall installed between the noise generating area and the protective area, A frame; A soundproof plate mounted to the frame in a state in which the reflective surface is inclined to have a predetermined inclination with respect to the vertical direction; Equipped with a plurality of sound insulation panels, The plurality of soundproof panels are installed as a structure constructed in the vertical direction, At least some of the sound insulation panels are installed to have a left reflecting surface or a right reflecting surface, It is installed along the road on the left and right of the road that is the noise generating area, And a soundproof panel having the leftward reflecting surface or the rightward reflecting surface so that an end portion of the reflecting surface is inclined outward with respect to the traveling direction of the road. In the soundproof wall installed between the noise generating area and the protective area, The soundproofing wall is disposed on the left and right sides of the noise generating area along the road, and the end of the soundproof wall is inclined inward with respect to the traveling direction of the road, so that the end of the soundproofing wall is a left reflecting surface or a right reflecting surface. Soundproof wall, characterized in that installed to have. In the soundproof wall installed between the noise generating area and the protective area, The soundproofing wall is disposed on the left and right sides of the noise generating area along the road and the end of the soundproof wall is inclined outward with respect to the traveling direction of the road, so that the end of the soundproofing wall is a left reflecting surface or a right reflecting surface. 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