KR102018560B1 - Smart Solar Soundproofing Pannel - Google Patents

Abstract

The present invention provides a smart solar soundproofing panel. The smart solar soundproofing panel including a quadrangular frame and a soundproofing panel member detachably coupled to the quadrangular frame by a fixed medium comprises: first and second installation space portions formed on the quadrangular frame in a vertical direction at a predetermined interval; first and second installation frames installed on the first and second installation space portions, respectively, and having angle-adjustable stators protruding from the central lower portion of the front surface thereof, wherein the angle-adjustable stators have inclined fixing portions and protrude from the front or rear surface of the soundproofing panel; first and second angle-adjustable holders having inclined installation grooves inserted into and fixed to the inclined fixing portions, and having inclined installation surfaces provided on upper surfaces thereof; and a light collecting panel installed on the inclined installation surfaces of the first and second angle-adjustable holders. The angle-adjustable stators of the first and second installation frames protrude from positions opposite to the front or rear surface of the soundproofing panel so that the light collecting panel can be installed to be inclined at a predetermined angle. The present invention can increase light collecting efficiency and space utilization efficiency.

Description

Smart Solar Soundproofing Panel {Smart Solar Soundproofing Pannel}

The present invention relates to a smart solar soundproofing plate, and more particularly, a pair of mounting frames including an angle adjustable stator on a soundproofing plate which can be installed in one frame compatible with sound absorbing, reflective, resonance type soundproofing panels and solar light collecting panels. Improved condensing efficiency by allowing the light collecting panel to be inclined to protrude from the soundproof panel at the rear or front of the soundproof wall so as to be freely adjusted according to the installation site of the soundproof wall. The present invention relates to a smart solar soundproof panel which can improve the power generation efficiency and allow the soundproof panel and the light collecting panel to be replaced independently, so that maintenance and repair are easy.

As is well known, with the rapid development of the industry, the diversification of transportation means and the traffic volume are increasing, and the roads, railroads, and airports that these means of transportation are expanding.

As a result, residents living near roads, railroads, and airports are suffering greatly from noise generated by transportation. Therefore, when designing roads, railways, and airports, noise standards of less than a certain level are strictly applied, and various kinds of sound barriers, such as sound-absorbing soundproof panels (which absorb most of the sound waves) and reflections, are required to satisfy such noise standards. Soundproof walls are installed with a soundproof panel (reflecting most of the sound waves). (In addition, interference soundproof panels (incoming sound waves and reflected sound waves are attenuated.), Resonant soundproof boards (holes in the soundproof board and internal There is a cavity in which sound waves are attenuated by resonance.

Here, the soundproof walls are placed in the longitudinal direction of the concrete foundation of the concrete and then erected the struts at a predetermined interval on the concrete foundation, and the sound-absorbing, reflective, interference and resonance-type soundproof plates are laminated between the struts and the struts. It is common to be constructed.

At this time, the sound-absorbing soundproof plate is typically a structure in which a sound absorbing material is filled in a metal enclosure, for example, a metal enclosure such as aluminum, and a plurality of sound absorbing holes for introducing noise are perforated in the front of the enclosure. The sound absorbing material is absorbed by the sound absorbing material through the noise is removed. In addition, the sound-absorbing soundproof plate is composed of a wooden frame instead of a metal enclosure, there is also a form in which the sound absorbing material is installed in the interior of the frame, there is also a form consisting of a synthetic resin material.

In addition, the reflective soundproof panel is a rectangular frame made of metal (such as aluminum) on the edge of the transparent panel such as polycarbonate panel, acrylic panel, laminated glass (tempered glass and composite glass), for example, the upper, lower, left and right frames. Representative is the assembled structure of the square frame. Such a reflective soundproof panel prevents the noise from leaking out of the soundproof wall by reflecting the introduced noise in the direction of the noise source.

However, the existing sound-absorbing soundproofing board and transparent soundproofing board are installed with sound-absorbing soundproofing board or transparent soundproofing board uniformly due to the structural difference between them. There is a problem of performing a monotonous function that is used only as a sound absorption type, or is used only as a reflection type. In addition, in the soundproof wall in which the sound-absorbing soundproof plate and the transparent soundproof plate are installed, the sound-absorbing soundproof plate and the transparent soundproof plate are degraded due to structural differences between the sound-absorbing soundproof plate and the transparent soundproof plate as described above. There is a problem.

In addition, as described above, the soundproof walls are generally constructed by stacking sound absorbing, reflective, interference, and resonance soundproofing plates between existing props and props. If the color is deformed (yellow or white), there is considerable difficulty in replacing the sound insulation board. In other words, in the case of the soundproof wall constructed by inserting three sound insulation plates (sound absorption, reflection type, interference type, and resonance type sound insulation plate) into the H-beam pillar, when the first soundproof panel is damaged and needs to be replaced, first, the second and third soundproof plates should be replaced. There is considerable difficulty in the replacement work because the sound insulation board of 1st stage can be replaced only by removing it from the H-beam strut. In particular, when a noise reducer or an upper cap is installed at the top of the sound barrier, it is difficult to replace the noise reducer or the upper cap from the sound barrier to replace the sound insulation board.

Thus, in the Patent Registration No. 10-1599521 registered in advance in the Republic of Korea Patent Office by the applicant 'multi soundproof plate' has been proposed. FIG. 14 is a perspective view illustrating a multi-soundproof plate of Patent No. 10-1599521, and FIG. 15 is a side view illustrating the multi-soundproof plate of Patent No. 10-1599521.
Referring to FIGS. 14 and 15, the multi-soundproof board of Korean Patent No. 10-1599521 is a soundproof plate member which is detachably coupled to the rectangular frame 20 by a rectangular frame 20 and a fixing medium 30 ( 40), the rectangular frame 20 is provided with a protrusion 260 for forming a sound absorbing material installation space or a resonance chamber on the inner surface of the upper, lower, left, right frame and the middle frame (210 ~ 250) On both sides of the protrusion 260, a fixing part 270 for fixing the fixing medium 30 is provided to double the soundproof plate member 40, and the soundproof plate member 40 is a transparent panel 410. ), The metal panel 420, the casting panel, synthetic resin panel, wood panel, square bar panel and any one of the light collecting panel, the metal panel, the casting panel, synthetic resin panel, wood panel and square bar panel noise In the sound insulation board including a noise inflow space for inflow,

The fixing part 270 includes a locking jaw 271 formed at a position corresponding to the thickness of the sound insulation board member 40, and a supporting protrusion 272 provided at a predetermined interval with the locking jaw 271. The fixing medium 30 is screwed into the space between the locking jaw 271 and the support protrusion 272 to be in close contact with the soundproof plate member 40 and the contact portion 310. It includes a cover 320 is installed on the top, the cover 320 is provided with a plurality of insertion protrusions 321, the fixing portion 270 and the close contact portion 310 is inserted into the insertion protrusion 321. It is characterized in that the insertion groove (273, 312) is fixed.

Patent No. 10-1599521 is a sound-absorbing, reflective and resonant soundproof plate can be installed in a single frame compatible, preventing the sound-absorbing phenomenon due to the material cost saving effect and the mutual coupling of the frame uniformity It is possible to improve the aesthetics by installing various materials by arranging sound-absorbing, reflective and resonant soundproof plates in one frame. As the rear sound insulation board members 4a and 4b are installed on the square frame 20 so as to be detachable and attachable by the fixing medium 30, the sound insulation panel members 40 can be easily replaced. Maintenance and repair work is also an effect that can be easily performed, there is an effect that can be used multi-function by installing a light collecting panel for solar power generation.
The importance of photovoltaic power generation has been emphasized in accordance with the government's recent shift in energy policy, and it is urgent to secure new installation sites in addition to existing horizontal photovoltaic installations (orchards, mountains, dams, etc.). Consideration should be given to the expansion of photovoltaic power generation facilities with a reduction effect. Currently, some solar sound insulation panels are introduced.

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However, Patent No. 10-1599521 has a problem that the installation space is limited because the multi-soundproof plate can be provided to the favorable angle (30 ° ~ 40 °) to the solar light collecting only when installed in the bent portion of the post of a particular position have.

On the other hand, the photovoltaic soundproof wall with the light collecting panel of the solar cell module as described above has been proposed in a variety of structures, as a representative example of the "shock detection registered in the Republic of Korea Patent Registration No. 10-757238 Road soundproofing wall including the function ". In Patent No. 10-757238, a power supply unit is provided on an upper portion of a support, and a structure in which a solar absorption unit (condensing panel) is installed in an inclined form using the power supply unit has been proposed.

In addition, Korean Patent Laid-Open Publication No. 10-2009-113458 (name: solar power-type soundproof wall, published on November 2, 2009) proposed a structure in which a light inclined plate in which solar cells are arranged on the top of the soundproof panel is installed. have.

In addition, in the "soundproof wall with a photovoltaic device" registered as a patent No. 880921 with the Korean Intellectual Property Office, a photovoltaic device composed of a main rotating body, a second soundproof panel, a light collecting plate rotating body, and a solar cell has a structure installed on an upper part of a support. It has been proposed.

However, the patent No. 757238 is arranged in a structure that the solar absorber is not separated from the power supply, Korean Patent Laid-Open No. 10-2009-113458 is installed in a structure that the solar cell can not be separated from the light inclined plate In addition, the solar cell of Patent No. 880921 is also installed on the inclined panel on the horizontal frame of the light collecting plate rotating body, and thus is difficult to separate, resulting in poor workability as well as condensing panel (solar absorbing unit, When the solar cell and the solar cell are collectively referred to as a light collecting panel in which the solar cell module is installed, it is difficult to replace when the solar cell is damaged, and the maintenance is also cumbersome.

In particular, the above-listed and published patents install separate installation members, such as a power supply, a light inclined plate, and a light collecting plate rotating body, on the top of the soundproof wall in order to install the light collecting panel inclined to the top of the pillar or soundproof panel. As there is a structural change is required, there is a problem in that construction cost is high. In addition, the installation member is installed on the top of the soundproof wall as a result to act as an obstacle to replace the soundproof plate, there is a problem that replacement of the soundproof panel is so difficult.

Therefore, the present invention was devised to solve the general problems of the conventional sound insulation board,

The problem to be solved by the present invention is to be able to adjust the angle of the light collecting panel according to the installation environment of the soundproof wall while functioning as a soundproof wall, by installing a light collecting panel on the front or rear of the soundproof wall to improve the light collecting efficiency and space utilization efficiency To provide a solar soundproof board.

Another problem to be solved by the present invention is to provide a smart solar sound insulation board that can be easily performed by the construction and maintenance by allowing the soundproof plate member and the light collecting panel to be replaced independently.

Another problem to be solved by the present invention is to provide a smart solar soundproof panel that can obtain structural stability by minimizing the wind pressure action to the soundproof panel member by arranging the light collecting panel on the front or rear of the soundproof panel member.

As a specific means of the present invention for solving the above problems;

In the soundproof plate comprising a square frame and a soundproof plate member detachably coupled to the square frame by a fixed medium,

First and second installation spaces formed in the vertical direction at predetermined intervals on the rectangular frame;

First and second installation frames installed on the first and second installation spaces, respectively, and having an angle-adjustable stator having an inclined fixing portion protruding from the front or rear surface of the soundproof plate;

A first and second angle adjustment holders having an inclined installation groove inserted into and fixed to the inclined fixing part and having an inclined installation surface provided on an upper surface thereof; And

And a light collecting panel installed on the inclined mounting surface of the first and second angle adjusting holders, wherein the angle adjusting stand of the first and second mounting frames may be installed to be inclined at a predetermined angle. It is equipped with a smart solar soundproof board, characterized in that the projecting to the position opposite to the front or rear of the soundproof panel.

As a preferred embodiment, at the end of the angle adjustable stator to provide an angle adjusting unit provided with first, second, third inclined surface for adjusting the installation angle of the first, second angle adjustable cradle, the angle The angle adjustable holder provided with an adjustment unit may be installed to protrude in a side-by-side position on the front or rear of the smart solar sound insulation board.

As a preferred embodiment, the first and second installation frames may be provided with an angle adjustable stator on the front and rear of the lower center.

Smart solar soundproofing plate according to the present invention by installing the first, second installation frame in addition to install the inclined condensing panel in a protruding manner, can improve the power generation efficiency according to the improvement of the condensing efficiency through the condensing panel function as a soundproof wall and In addition, the space utilization efficiency is also improved. In addition, since the soundproof plate member and the light collecting panel may be independently replaced in the rectangular frame, construction and maintenance are easy. In addition, by arranging the light collecting panel on the front or the rear of the soundproof panel member, it is possible to minimize structural wind pressure to the soundproof panel member.

1 is an exploded perspective view of the excerpts for explaining the smart solar soundproof plate according to the present invention.
Figure 2 is an exploded perspective view for explaining the coupling relationship between the mounting frame and the angle adjustable cradle and the light collecting panel in the smart solar soundproof plate according to the present invention.
Figure 3 is a perspective view of the soundproof wall for explaining the construction state of the smart solar soundproof plate according to the present invention.
Figure 4 is a front view of the soundproof wall for explaining the construction state of the smart solar soundproof plate according to the present invention.
Figure 5 is a front configuration diagram for explaining the installation state in the case of the trend of the front surface of the light collecting panel in the smart solar soundproof panel according to the present invention.
6 is a front configuration diagram for explaining the installation state in the case where the front panel of the light collecting panel in the west in the smart solar soundproof panel according to the present invention.
7 is a side configuration diagram for explaining a state in which the angle adjusting portion is formed in the angle-adjustable holder in the smart solar soundproof plate according to the present invention.
8 is a side configuration diagram for explaining a state in which the light collecting panel is installed in the angle adjusting portion in the smart solar soundproof plate according to the present invention.
9 is a perspective view of a soundproof wall for explaining the construction state in the case of the light collecting plate according to the present invention, the light collecting plate is the south side of the road.
10 is a front view of the soundproof wall for explaining the construction state in the case of the light collecting plate according to the present invention, the light collecting plate is the south side of the road.
11 is a side configuration diagram for explaining another embodiment of the first and second mounting frame in the smart solar soundproof plate according to the present invention, the angle adjustment holder is installed at the front and rear at the same time.
12 is a side configuration diagram for explaining a state in which the reinforcing frame is installed in the installation frame in the smart solar soundproof plate according to the present invention.
Figure 13 is a front configuration diagram for explaining another construction state of the soundproof wall to which the smart solar soundproofing plate according to the present invention.
14 is a perspective view illustrating a multi-soundproof plate of Patent No. 10-1599521.
FIG. 15 is a side view illustrating a multi sound insulation board of Korean Patent No. 10-1599521.

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

1 to 2, the smart solar soundproof plate 1 of the present invention includes a square frame 2, a fixed medium 3, and a soundproof plate member 4, but includes first and second installation spaces. (5,5 '), the first and second mounting frames (6,6'), the first and second angle adjustable holder (7,7 ') and the light collecting panel (8) coupled to the rear panel of the light collecting panel It is configured to further include.

The square frame 2 is composed of an upper frame, a lower frame, a left frame, a right frame, and an intermediate frame 21 to 25. Each of the frames 21 to 25 of the square frame 2 is applied as a constituent material, such as a metal material, such as aluminum, preferably a registered patent No. 10-1599521 registered in advance in the Republic of Korea Patent Office by the applicant Apply the rectangular frame disclosed in.

The fixing medium (3) is configured in the form of a bar (bar) for installation on the inner surface of each of the frames (21 to 25), such fixing medium (3) is the soundproof plate member (4) in the square frame Long and detachable structure, for example, the sound insulation plate member 4 is fixed to the square frame (2) in close contact or screw fixing the sound insulation plate member 4 without removing the square frame (2) from the support (11) Any form can be applied as long as the structure can be attached to or detached from the frame 2, and preferably, a fixed medium disclosed in Korean Patent No. 10-1599521, which is pre-registered with the Korean Intellectual Property Office by the present applicant, is applied.

The soundproof plate member 4 includes a transparent panel made of laminated glass or synthetic resin (such as acrylic or polycarbonate), and a metal panel made of sound-absorbing holes (gallery or perforated), which are noise inflow spaces. At this time, the soundproof plate member 4 is a front soundproof plate member (noise source direction) which is installed in each of the frames (21 ~ 25) as disclosed in the Patent Registration No. 10-1599521 registered in advance in the Republic of Korea Patent Office by the applicant It can be divided into a rear soundproof plate member (outer direction), and the transparent panel installation area (transparent type) and the metal panel installation area (sound absorption type) can be formed separately by the intermediate frame 25 installed in the square frame (2). In this case, only the transparent panel or the metal panel may be used, or the transparent panel and the metal panel may be mixed. In addition, the soundproof plate member 4 has a resonance structure as disclosed in Korean Patent No. 10-1599521, which is registered in advance with the Korean Patent Office by the present applicant, for example, a resonance chamber is provided in the space between the front and rear soundproof plate members. The mold structure may be applied, or alternatively, any one of a casting panel, a wood panel, a square bar panel, and a light collecting panel may be applied.

The first and second installation spaces 5 and 5 ′ are formed in the vertical direction at predetermined intervals on the rectangular frame 2. In other words, the first and second installation spaces 5 and 5 ′ are formed in the vicinity of the left and right frames 23 and 24 constituting the rectangular frame 2. Forming position of the installation space (5, 5 ') is preferably provided at a position that is exposed to the outside of the support (11) when the square frame (2) is installed on the soundproof wall (10) support (11). To this end, in the present invention, the sound-proofing frame 26 is installed between the first and second installation spaces 5 and 5 'and the left and right frames 23 and 24.

The first and second installation frames 6 and 6 'are vertically installed in the first and second installation spaces 5 and 5', respectively. The first and second installation frames 6 and 6 'may be formed of rectangular rod-shaped frames (metal or high strength synthetic resins) corresponding to the shape and size of the first and second installation spaces 5 and 5'. It can be applied as a material.), But the angle adjustable stator (61, 61 ') is formed in the front center lower part. In other words, the protruding position of the angle adjustment holder (61, 61 ') is formed at the lower third point when the first and second mounting frames (6, 6') are divided into three in the longitudinal direction. It is preferable that the length of the angle adjustable holder (61, 61 ') is to give a length of about 1/2 to the entire length of the first, second mounting frame (6, 6'), 1 if necessary You can give it a length longer or shorter than / 2. At this time, the angle adjustment holder (61, 61 ') is composed of a hexagonal bar body, the inclined fixing portion 62, 62' of the triangular pyramid shape located at the top and bottom is to give an angle of 30 ° ~ 35 ° desirable.

The first and second angle adjustment holders 7 and 7 'are inserted into and fixed to the inclined fixing portions 62 and 62'. To this end, the first and second angle adjustment holders 7 and 7 'correspond to the shape of the inclined fixing parts 62 and 62' to accommodate the inclined fixing parts 62 and 62 'therein. Inclined mounting grooves 71 and 71 'in the form of a triangular groove, the upper surface of which is inclined mounting surfaces 72 and 72', for example, 30 ° to 35 ° to correspond to the inclined fixing parts 62 and 62 '. Inclined installation surfaces 72 and 72 'are provided to which an angle of. At this time, the inclined installation grooves 71 and 71 'of the first and second angle-adjustable holders 7 and 7' can be stably installed on the angle-adjustable holders 61 and 61 '. It is preferable to apply a structure capable of accommodating both sides of the type holders 61 and 61 ', and the first and second angle holders 7 and 7' and the angle holders 61 and 61 '. ), It is preferable to apply the replaceable bolt coupling method, screw coupling method.

The light collecting panel 8 is installed on the inclined mounting surfaces 72 and 72 'of the first and second angle adjusting holders 7 and 7'. The light collecting panel 8 has a structure in which a plurality of solar cell modules 82 are arranged on the front surface of the base plate 81. The rear surface of the base plate 81 is provided with the first and second angle adjustment holders. (7,7 ') inclined mounting surface (72, 72') in contact with the inclined mounting surface by using a separate fixing member (bolt or screw fastening member: not shown in the drawing) It is firmly installed at (72, 72 ').

Such a light collecting panel 8 may be connected to photovoltaic equipment to produce power through photovoltaic condensing. The light collecting panel 8 is connected to a switchboard installed at a predetermined position of a soundproof wall, and the switchboard is connected to the light collecting panel. (8) a battery for storing electrical energy collected in the solar cell module 82, an inverter connected to the battery and the solar cell module to convert DC power into AC power and electrically connected to the battery or the inverter It includes a control unit (including a circuit board and a control board mounted with a control circuit) for supplying the DC power of the battery to the user in a stand-alone mode and supplying the AC power converted by the inverter to the user in a grid-connected manner. . In this case, the grid-connected type is a direct current power supply (DC power supply that is supplied directly connected to the solar cell module in a state in which the battery configuration is excluded) is converted to AC power through the inverter, and then to the user (power company) through the control unit It can be defined in a way to send, the independent type to supply the DC power stored in the battery to the LED (LED) module (used to the display board or direction indicator, etc.) that can be provided in the street lamp or soundproof wall installed in the soundproof wall adjacent area. Can be defined in a way.

Thus, the combined state of the smart solar soundproof plate according to the present invention having the configuration as described above and the state of the construction on the soundproof wall will be described.

3 to 6, the smart solar sound insulation board 1 of the present invention is provided with first and second installation frames (1, 2) in the first and second installation spaces 5, 5 ′ provided in the rectangular frame 2. 6,6 ') in a state in which the square frame 2 is installed between the support 11 and the support 11, the first and second angle adjustment holder (7, 7') as a medium It is constructed by inclining the light collecting panel 8 on the angle-adjustable holders 61 and 61 'of the first and second mounting frames 6 and 6'.

At this time, in order to optimize the light collection efficiency through the light collecting panel 8, it is preferable to design the inclination angle to 30 ° to 35 ° in order to set the angle of incidence of the sunlight to the solar cell module 82 to 90 °. Thus, in the present invention, when the location where the soundproof wall 10 is installed is a trend or west, the light collecting panel 8 is inclined at an angle of 30 ° to 35 °, which is an angle at which the light collecting efficiency can be optimized. As shown in FIG. 6, the angle adjustable brackets 61 and 61 ′ of the first and second installation frames 6 and 6 ′ protrude to the rear surface of the smart solar sound insulation board 1. Accordingly, the light collecting panel 8 is inclined at an angle of 30 ° to 35 °, which is an angle of the inclined mounting surfaces 72 and 72 'of the first and second angle-adjustable holders 7 and 7'. Can be optimized.

3 and 4 illustrate a state in which the light collecting panel 8 is installed on the rear surface (outward direction) of the soundproof wall 10, that is, interference between the light collecting panels 8 installed up, down, left, or right. In order to minimize interference that inhibits sunlight from being incident on the solar cell module, each light collecting panel 8 is preferably installed in a cross-array manner. In addition, although not shown in FIGS. 3 and 4, the angle of the first and second mounting frames 6 and 6 ′ is provided on the smart solar sound insulation board 1 ′ in which the light collecting panel 8 is not installed in the rear direction. Fixing stand (61, 61 ') is installed so as to face to the front, the light collecting panel (8) is also installed on the front surface (noise source direction) of the soundproof wall through the angle-adjustable fixing (61, 61').

5 and 6, reinforcing members 64 and 64 'are installed on the angle adjusting holders 61 and 61' on which the light collecting panel 8 is installed, to improve structural stability according to the site conditions. Alternatively, as shown in FIG. 12, the reinforcement frame 9 may be installed, and the solar module frame and the support may be selectively coupled using the reinforcement wire. As the light collecting panel 8 is installed at the front or the rear of the soundproof panel member 4, the windshield panel 4 can block the wind pressure applied to the soundproof panel member 4 or the light collecting panel 8. It can be suitably applied to soundproof walls.

On the other hand, the smart solar soundproof panel 1 of the present invention is a light collecting panel by using the first and second angle-adjustable holder (7,7 ') to the angle-adjustable holder (61,61') protruding from the front or rear. Since the installation of the light collecting panel 8 can be independently performed, there is an advantage of easy maintenance and repair. In addition, the light collecting panel 8 is installed at a predetermined distance from the soundproof panel member 4. There is an advantage in that the replacement of the sound insulation panel member 4 using the fixing medium 3 can be performed independently in a state in which the light collecting panel is not separated.

Therefore, according to the present invention, the smart solar soundproofing plate 1 is provided with a transparent panel or a sound-absorbing metal panel on the front of the soundproof wall 10 according to the installation environment of the soundproof wall, and the light collecting panel 8 is inclined in a protruding manner or the rear surface thereof. Can be installed in the opposite structure, the solar panel by applying a light collecting panel to the rear soundproof panel member, can be combined with the various panels applied to the soundproof panel member (4) to design a smart solar soundproof panel with various structures will be.

7 to 10, in the present invention, the first and second angle adjustable holders 7 and 7 'for adjusting the installation angles at the ends of the adjustable angle holders 61 and 61' are provided. Angle adjusting parts 63 and 63 'provided with the first, second and third inclined surfaces 63a, 63b and 63c may be provided. In other words, the angle adjusting portion 63, 63 'is a first inclined surface 63a cut at an angle of 20 ° at the ends of the angle adjustable holders 61, 61' and a second cut at an angle of 35 °. By providing the inclined surface 63b and the third inclined surface 63c cut at an angle of 60 °, the inclined surfaces 63a, 63b, and 63c are positioned at the center of the side surface of the angle-adjustable fixing base 61, 61 '. It is preferable to provide them symmetrically. At this time, it will be apparent that the angles of the first to third inclined surfaces 63a, 63b, and 63c may be modified as necessary.

Thus, when the light collecting panel 8 is installed through the angle adjusting units 63 and 63 ', it is applied when the installation environment of the soundproof wall 10 is facing south. In this case, the first and second angle adjusting brackets are used. (7,7 ') is fixed to the angle adjusting portion (63,63'), the inclined mounting groove (a) on the inclined surface (63a, 63b, 63c) of any one of the first to third inclined surfaces (63a, 63b, 63c) 72, 72 ') to fix the first and second angle adjustable holder (7,7') and then install the light collecting panel (8) to install the sound incidence angle of the sunlight of the light collecting panel (8) of the soundproof wall (10) It is possible to improve the light collection efficiency by adjusting to the environment.

At this time, the angle adjustment holder (61, 61 ') provided with the angle adjusting portion (63, 63') is preferably installed to protrude in parallel position on the front or rear of the smart solar soundproof plate (1), In order to minimize interference between the light collecting panels 8 installed downward, left, and right, that is, interferences that inhibit the incidence of sunlight, the light collecting panels 8 are preferably arranged in a cross-array manner.

Further, although not shown in FIGS. 9 and 10, the angle of the first and second mounting frames 7 and 7 ′ is provided in the smart solar sound insulation board 1 ′ in which the light collecting panel 8 is not installed in the rear direction. Fixtures 61 and 61 'are installed to protrude side by side to the front side, and the front surface of the soundproof wall 10 (the noise source direction) through the angle adjusting portions 63 and 63' of the angle adjusting brackets 61 and 61 '. The light collecting panel 8 is also installed.

Therefore, when the light collecting panel 8 is installed using the angle adjusting units 63 and 63 ', the power generation efficiency improvement effect due to the improvement of the light collecting efficiency, the wind pressure blocking effect to the soundproof plate member 4, By the independent replacement of the light collecting panel 8 and the sound insulation panel member 4, it is possible to obtain an easy maintenance and repair effect.

Referring to FIG. 11, the first and second installation frames 6 ″ may be provided to face the angle adjustable fixing members 61, 61 ′, 61 ″ in the rear as well as the front of the lower center. In other words, the front and rear of the smart solar sound insulation board (1) through one mounting frame (6 ") by installing two angle adjustable bracket (61, 61 ', 61") in one mounting frame (6 ") The light collecting panel 8 can be installed at both sides. According to the above configuration, the first and second installation frames 6 " By minimizing the installation members it is possible to reduce the construction cost, it is possible to install the light collecting panel 8 in a double to improve the space utilization efficiency.

Referring to FIG. 12, in the present invention, the reinforcement frame 9 may be installed on the angle adjuster of the first and second installation frames 6 and 6 ′. Such a reinforcing frame (9) can obtain the effect of dispersing and supporting the load of the light collecting panel (8) acting on the angle adjustment holder (61, 61 ') can improve the structural stability, in particular wind pressure It can be applied to the installation place that works badly.

Referring to FIG. 13, in the present invention, the support 11 of the soundproof wall 10 'is extended to secure the maximum area for installing the light collecting panel 8 on the vertical line of the soundproof wall 10' to maximize the photovoltaic power generation. Through this, a lot of power can be produced, thereby maximizing space utilization efficiency. In this case, it is preferable to apply the light collecting panel to the soundproof panel member 4, and the light collecting panel installed through the first and second mounting frames 6 and 6 'can be provided by providing a large area.

Here, when the light collecting panel 8 is installed in the area secured in the vertical line of the soundproof wall as described above, the smart solar soundproof plates 1 and 1 'installed in the additionally secured area prevent the noise diffraction phenomenon. Therefore, it is possible to reduce the construction cost as it does not need to install a separate noise attenuator to prevent the diffraction phenomenon of the noise as conventional.

On the other hand, the above-described embodiments are only given specific examples to enable those skilled in the art to easily understand and implement the present invention, and are not intended to limit the scope of the present invention. Therefore, it should be noted that various modifications or changes can be made to the above-described embodiments. The scope of the invention is defined in principle by the claims that follow.

1,1 ': Smart Solar Soundproofing Plate 2: Square Frame
3: fixed medium 4: soundproof plate member
5,5 ': 1st, 2nd installation space part 6,6': 1st, 2nd installation frame
7,7 ': 1st, 2nd angle adjustment holder 8: Condensing panel
9: Reinforcement frame 10,10 ': Soundproof wall
11: holding
21 ~ 25: Upper, Lower, Left, Right, Middle Frame
26: Leak prevention frame 61,61 ', 61 ": Angle adjustable stand
62,62 ': Inclination fixing part 63,63': Angle adjustment part
63a ~ 63c: 3rd to 3rd slope 64,64 ': Reinforcing member
71,71 ': Inclined mounting groove 72,72': Inclined mounting surface

Claims (3)

And a soundproof plate member detachably coupled to the rectangular frame by a fixed medium and detachably attached to the rectangular frame, wherein the rectangular frame has a sound absorbing material installation space or a resonance chamber on the inner surface of the upper, lower, left, right and middle frames. Protrusions are provided to form a side, and both sides of the protruding portion is provided with a fixing portion for fixing the fixing medium, the soundproof plate member is installed in duplicate, the fixing portion is formed at a position corresponding to the thickness of the soundproof plate member It includes a latching jaw, the support projection is provided with a predetermined interval and the locking jaw, the fixing medium is screwed in the space between the locking jaw and the support protrusion is in close contact with the soundproof plate member and the close contact portion It includes a cover installed on the top, the cover is provided with a plurality of insertion projections, the fixing portion and the close contact portion Is inserted into the protrusion insertion groove is provided with a fitting fixed, the sound insulation board member according to the sound insulation board consisting of any one of a transparent panel, the metal panel, cast panel, plastic panel, wood panel, square bar panel and the light converging panel,
First and second installation spaces formed in the vertical direction at predetermined intervals on the rectangular frame;
First and second installation frames installed on the first and second installation spaces, respectively, and having an angle-adjustable stator having an inclined fixing portion protruding from the front or rear surface of the soundproof plate;
A first and second angle adjustment holders having an inclined installation groove inserted into and fixed to the inclined fixing part, and having an inclined installation surface provided on an upper surface thereof; And
A light collecting panel installed on the inclined installation surface of the first and second angle adjustment holders; It includes, The angle adjustable stator of the first, second installation frame is a smart solar soundproof board, characterized in that protruding to a position opposite to the front or rear of the soundproof panel so that the light collecting panel is inclined at a predetermined angle .
The method of claim 1,
At the end of the angle adjustment holder of the first, second installation frame is provided with an angle adjusting unit provided with first, second, third inclined surface for adjusting the installation angle of the first, second angle adjustment holder, The angle adjustment type provided with the angle adjustment unit is a smart solar soundproof board, characterized in that is installed to protrude in parallel position on the front or rear of the smart solar sound insulation board.
The method according to claim 1 or 2,
The first and second installation frame is a smart solar soundproof board, characterized in that the angle adjustable stator is provided on the front and rear of the lower center.

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