KR102239287B1 - Multifunctional Tunnel Soundproof Wall - Google Patents

Abstract

The present invention relates to a multifunctional tunnel soundproof wall. According to the present invention, a plurality of arch-shaped reinforcement frames are installed to be horizontally separable between upper areas of a plurality of vertical frames installed in a floor structure to be opposed to each other in a transverse direction, a roof soundproof panel comprising arch-shaped solar modules is installed to be separable between the arch-shaped reinforcement frames, upper and lower cranes are provided in upper and lower vertical frames of the arch-shaped reinforcement frames to enable the roof soundproof panel comprising the arch-shaped solar modules to be safely installed and maintained, and also, pinwheel-shaped and eagle-shaped bird collision preventers are provided on the front side of a wall soundproof panel assembled as multiple stages to be separable between vertical grooves of the vertical frames to prevent the approach of a bird, which can lead to a collision prevention effect.

Description

Multifunctional Tunnel Soundproof Wall

The present invention relates to a multi-functional tunnel soundproof wall, and in detail, a plurality of arcuate reinforcing frames are installed horizontally to be separated horizontally between a plurality of vertical frames installed facing each other in a horizontal direction on a floor structure, and between the arched reinforcing frames. The roof soundproofing board composed of the arch-shaped solar module is detachably installed, and the upper and lower crane devices are provided on the vertical frame of the upper and lower part of the arch-shaped reinforcement frame, so that the installation and maintenance work of the roof soundproofing board composed of solar modules is It is configured to be easy.

Due to the recent development of new towns and the expansion of wide-area networks of roads and railroads, the increase in traffic noise passing through adjacent sections of high-rise apartments is increasing rapidly. Accordingly, in order to block or absorb noise, various barrier walls or sound-absorbing walls are installed on the side of the road to prevent the noise inside the road from directly affecting the building.

These barrier walls or sound-absorbing walls have a problem that is not safe from noise inside the road from a certain level or higher due to the limitation of the installation height. This is because there is a limit to increasing the height of the soundproof wall indefinitely in order to secure structural stability of the soundproof wall structure and the foundation ground due to wind load.

Therefore, in recent years, in order to overcome the height limit of these soundproof walls, the application cases of tunnel soundproof walls are increasing rapidly.The tunnel soundproof walls completely seal both sides and upper portions of the road to prevent noise inside the road from leaking out. , It absorbs the noise inside the road and effectively reduces the driving noise that affects the driver.

In the prior art for such tunnel soundproof walls, there are provided Patent Registration No. 10-1103382, Title of Invention: Tunnel Soundproof Wall) and Registration Patent No. 10-1001032 (Name of Invention: Soundproof Tunnel for Easy Maintenance).

In the tunnel soundproofing wall of the prior art, by providing an extension piece to the transparent soundproofing panel and installing a support member to support the transparent soundproofing panel horizontally and vertically, it is possible to obtain a dispersion effect of snow load. In addition, even if the distance or angle between the roof post and the roof post is not constant due to the extension piece extending from the transparent soundproof panel, the transparent soundproof panel can be mounted and installed on the fixed frame correspondingly. The installation work can be carried out more easily, and the installation work of the transparent soundproof panel can be implemented through a simple structure in which the transparent soundproof panel is mounted on the fixing frame installed on the roof post and then fixed by the fixing cover. Accordingly, there is an advantage that can improve work efficiency.

However, such a prior art is inconvenient to use a separate ladder truck or a crane to perform repair and cleaning work on the transparent soundproof panel, which is a roof soundproof panel, and thus, separate maintenance costs are incurred.

In addition, the soundproof tunnel of the prior art can be easily and stably installed on the roof frame that forms the roof of the soundproof tunnel, and if maintenance or replacement of the transparent soundproof plate is required, the transparent soundproof panel inside the soundproof tunnel The purpose of this is to provide a soundproof tunnel that can protect the safety of workers from high-voltage cables and improve the convenience of maintenance by allowing them to be easily separated and repaired or replaced.

However, such a prior art is inconvenient to use a separate ladder truck or crane to repair and clean the transparent sound insulation plate installed on the roof frame forming the roof of the soundproof tunnel, and this incurs a separate maintenance cost. .

The present invention was conceived to solve such a conventional problem, and an object of the present invention is to provide a plurality of arcuate reinforcing frames to be horizontally separated between the upper regions of a plurality of vertical frames installed to face the floor structure in a horizontal direction. A roof consisting of solar modules is installed, and a roof soundproofing plate made of an arch-shaped solar module is detachably installed between the arch-shaped reinforcing frames, and upper and lower crane devices are provided on the upper and lower vertical frames of the arch-shaped reinforcing frame. It is to provide a multi-functional tunnel sound insulation wall configured to facilitate installation, maintenance and cleaning of sound insulation panels.

Another object of the present invention is to prevent collision of birds by providing a bird collision prevention device on the front surface of a wall soundproofing plate that is detachably assembled in multiple stages between vertical grooves of a vertical frame.

Problem solving means for achieving such an object includes a plurality of vertical frames installed facing each other by maintaining equal intervals in the horizontal direction on the structure of the floor; A plurality of arch-shaped reinforcing frames in which an arch-shaped groove is formed at both ends of the end portions, which are fastened and fixed to be horizontally separated between the upper regions of the vertical frame; A roof soundproof plate made of an arch-shaped solar module that is separably installed between the grooves of the arch-shaped reinforcing frame; A wall soundproof plate assembled in several stages so as to be separated at equal intervals between the vertical grooves of the vertical frame; It is mounted on the vertical frame of the upper and lower arch-shaped reinforcing frame, characterized in that consisting of an upper crane device and a lower crane device for the installation and maintenance of the roof sound insulation plate.

According to the present invention, a plurality of arch-shaped reinforcing frames are installed to be horizontally separable between a plurality of vertical frames installed facing each other in a horizontal direction on a floor structure, and a roof made of an arch-shaped solar module between the arch-shaped reinforcing frames. The soundproofing board is detachably installed, and the upper and lower crane devices are provided on the vertical frames of the upper and lower arch-shaped reinforcement frames, so that the installation, maintenance, and cleaning work of the roof soundproofing board made of solar modules can be safely carried out. An effect of preventing collision by preventing bird access in advance is provided by providing a bird collision prevention device in the form of a pinwheel and an eagle on the front of the wall soundproofing plate that is detachably assembled in multiple stages between the vertical grooves of the frame.

1 is a block diagram showing the overall structure of a multi-functional tunnel sound insulation wall according to the present invention.
Figure 2 is an enlarged configuration of the main part of the multi-functional tunnel sound insulation wall according to the present invention.
3 and 4 are configuration diagrams showing the structure of the roof soundproofing plate of the multifunctional tunnel soundproof wall according to the present invention.
Figure 5 is a block diagram showing a wall soundproofing plate of the multifunctional tunnel soundproof wall according to the present invention.
6 to 11 are configuration diagrams showing the first, second, and third embodiments of the bird collision prevention device of the multi-functional tunnel soundproof wall according to the present invention.
12 to 15 are configuration diagrams of the upper and lower crane devices of the multi-functional tunnel sound insulation wall according to the present invention.
16 to 19 are configuration diagrams showing another embodiment of the roof sound insulation plate of the multi-functional tunnel sound insulation wall according to the present invention.

Hereinafter, an embodiment according to the present invention will be described with reference to the accompanying drawings.

In the accompanying drawings, FIG. 1 is a configuration diagram showing the overall structure of a multi-functional tunnel sound insulation wall according to the present invention, FIG. 2 is an enlarged configuration diagram of a main part of a multi-function tunnel sound insulation wall according to the present invention, and FIGS. 3 and 4 are It is a block diagram showing the structure of the roof soundproofing plate of the multifunctional tunnel soundproof wall according to the present invention, and FIG. 5 is a block diagram showing the wall soundproofing plate of the multifunctional tunnel soundproofing wall according to the present invention.

1 to 5, the multifunctional tunnel soundproof wall according to the present invention is

A plurality of vertical frames 10 and 11 vertically installed to face each other by maintaining equal intervals in the horizontal direction on the structure of the floor; A plurality of arcuate reinforcing frames 20 which are horizontally detachably assembled between the vertical frames 10 and 11 upper regions; A roof soundproofing plate 30 made of an arched shape that is separably finished and installed between the grooves 21 of the arch-shaped reinforcing frame 20; A wall soundproofing plate 70 that is assembled in several stages so as to be separated at equal intervals between the vertical grooves 2 of the vertical frames 10 and 11; It is mounted on the upper and lower vertical frames 10 and 11 of the arch-shaped reinforcing frame 20 and consists of an upper crane device 170 and a lower crane device 200 for installation and maintenance of the roof soundproof plate 30.

The vertical frames 10 and 11 are "H"-shaped frames manufactured in a straight line, and vertical grooves 2 are extended to both sides.

The arch-shaped reinforcing frame 20 is an "I"-shaped frame that is bent in an arc shape, and the finishing plates 23 are fixed at both ends, and the vertical frames 10 and 11 are detachably fastened and assembled as bolts, The arcuate groove 21 is extended.

The roof soundproofing plate 30 includes a plurality of upper arch-shaped frames 32 that are separately fastened and fixed as bolts to the upper surface of the arch-shaped reinforcing frame 20; It is seated between the upper part of the upper arch-type frame 32 so that the left and right ends are removably fastened as a fastening member 40, and separated and overlapped as a connecting device 50 between the front and rear surfaces, and the module frame 36 It is made of an arcuate soundproof plate 37 made of a front and rear solar modules 33 and 34 and a central solar module 35 that are reinforced by the.

The upper arch-shaped frame 32 includes an arch-shaped plate 32a fastened and fixed to the upper portion of the arch-shaped reinforcing frame 20 with bolts, and an arch-shaped vertical plate 32b formed vertically in the upper central region of the arch-shaped plate 32a. Done.

The fastening member 40 includes a plurality of fastening holes 41 formed correspondingly by maintaining equal intervals on the arcuate vertical plate 32b of the upper arched frame 32; A plurality of fastening angles 43 having an assembly hole 42 formed corresponding to the fastening hole 41 and having a lower portion mounted on the left and right edges of the module frame 36 of the arcuate sound insulation plate 37; It consists of a fastening bolt 44 that is fastened through the assembling hole 42 of the fastening angle 43 and the fastening hole 41 of the arched vertical plate 32b.

The connecting device 50 includes a finishing table 51 and 52 extending to correspond to a coupling groove 51a to which the front and rear surfaces of the central solar module 35 of the arc-shaped soundproof plate 37 are coupled to each other, and the finishing table 51 ) A central finishing material 55 consisting of a horizontal stand 53, 54 integrally formed on the front and rear surfaces of the 52, and a plurality of coupling protrusions 55a protruding from the lower portion thereof; A coupling end 56 formed with a coupling groove 56a coupled to match the coupling protrusion 55a of the horizontal stand 53, 54 is formed, and the module frame of the front and rear photovoltaic modules 33 and 34 (36) The first and second coupling bases 58 and 59 in which the coupling grooves 57a to which the rear and the front are coupled are formed, and the front and front of the module frame 36 of the front and rear photovoltaic modules 33 and 34 It is formed on the front and rear surfaces of the third and fourth coupling tables 61 and 62 and the third and fourth coupling tables 61 and 62 in which the coupling grooves 60a to which the rear surfaces are coupled are formed, and coupling protrusions at the bottom ( 63a) is made of the front and rear finishing materials 65 and 66 made of the connecting rods 63 and 64 protruding.

The wall soundproofing plate 70 includes a plurality of rectangular frames 80 that are assembled and maintained in several stages up and down between the vertical frames 10 and 11 vertical grooves 2 on the front and rear surfaces; A soundproof plate 72 made of a transparent material coupled to the inner circumferential surface of the rectangular frame 80; A rectangular support assembly 90 for supporting the soundproof plate 72 by being fastened to the inner circumferential surface of the rectangular frame 80 as a fastening member 100; It is installed in the front of the rectangular frame 80 and consists of a bird collision prevention device 110 for preventing the collision of birds.

The rectangular frame 80 is composed of upper and lower plates 81 and 82 and left and right side plates 83 and 84, and an assembly groove 85 is formed to extend in the front area of the inner circumferential surface, and in the rear area of the inner circumferential surface The locking end 86 is formed to protrude to extend, and the upper and lower surfaces of the upper and lower plates 81 and 82 are formed to correspond to the assembly protrusion 87 and the assembly groove 88 so as to be mutually assembled.

The soundproof plate 72 has a rectangular shape and is made of a transparent plate, and is in close contact with the locking end 86 of the rectangular frame 80.

The quadrangular support assembly 90 includes a first and a second coupling protrusion 95 coupled to the assembly groove 85 of the upper and lower plates 81 and 82 and the left and right side plates 83 and 84, respectively. 1,2 horizontal planes 91 and 92 and first and second vertical planes 93 and 94; It is fastened to the inner corners of the first and second horizontal pieces 91 and 92 and the first and second vertical pieces 93 and 94, and the upper and lower plates 81 and 82 and the left and right sides of the rectangular frame 80 are attached to the inner circumferential surface of the rectangular frame 80. It consists of a fastening member 100 for fixing the right plate (83, 84).

The fastening member 100 includes: a fastening piece 101 that is in close contact with the inner edges of the first and second horizontal pieces 91 and 92 and the first and second vertical pieces 93 and 94; Through the fastening piece 101, the first and second horizontal pieces 91, 92 and the first and second vertical pieces 93, 94 are fastened to the inner circumferential surface of the square frame 80 with a fastening bolt 103 for fastening and fixing. Done.

The bird collision prevention device 110 is vertically fastened and fixed to the front of the rectangular frame 80, and a vertical finishing rod 120 provided with a horizontal connector 121 on the upper and lower outer circumferential surfaces; A first embodiment consisting of a pinwheel 123 rotatably coupled to a horizontal shaft 122 coupled to the horizontal connector 121;

A low-speed motor 130 that rotates forward and backward installed on the front of the rectangular frame 80; A vertical rotation shaft 133 rotatably connected to an end of the motor shaft 131 of the low speed motor 130; Consisting of an eagle model plate 135 that is coupled and fixed as a fixing member 140 to the vertical rotation shaft 133, the fixing member 140 includes a vertical groove 141 formed in the vertical rotation shaft 133; A plurality of horizontal holes 142 formed by horizontally penetrating the vertical groove 141; An assembly hole 143 formed in the eagle model plate 135 to correspond to the horizontal hole 142; A second embodiment consisting of a fixing bolt 144 that is coupled through the horizontal hole 142 and the assembly hole 143 to fix the eagle model plate 135 to the vertical rotation shaft 133;

A low-speed motor 150 that rotates forward and backward installed on the front of the rectangular frame 80; A moving ball screw shaft 152 rotatably connected to an end of the motor shaft 151 of the low speed motor 150; The lead screw bracket 153 having the screw moving hole 153a to which the moving ball screw shaft 152 is movably coupled is fastened to the rear and fixed to the rear of the body part 154 and the body part 154 moving up and down. Consisting of an eagle model plate 156 consisting of a wing portion 155 connected to be folded as a folding member 160 at both ends, the folding member 160 is at both ends of the body portion 154 of the eagle model plate 156 A plurality of body connector 162 formed integrally by maintaining the spacing and having an assembly hole 162a; A plurality of wing connectors 164 formed integrally by maintaining a gap on one side of the wing portion 155 so as to match the body connector 162 and having an assembly hole 164a formed thereon; The upper and lower portions are fastened and fixed between the vertical pieces 165 fixed on both sides of the upper and lower portions of the rectangular frame 80, and the assembly holes 162a and 164a of the body connector 162 and the wing connector 164 are coupled to the wing portion ( Consists of a third embodiment consisting of guide rods 167 and 168 for guiding the folding of 155.

At this time, the low-speed motors rotating forward and reverse in the second and third embodiments are set to be able to rotate repeatedly within 30° for a set time by a separate control device, not shown, so as to rotate the eagle model plate.

The upper crane device 170 includes a reinforcing base 171 mounted to correspond to the upper inner side of the vertical frame 10 and 11 above the arched reinforcing frame 20; Left and right guide rails 172 mounted to correspond to the upper portion of the reinforcing base 171; A lower moving frame body 174 which is rotatably provided on both sides of the lower left and right guide rails 172 so as to be rotatably mounted on both sides of the lower side, and is assembled and maintained in a square shape to move left and right by the left and right moving means 180; Front and rear guide rails 175 installed on both sides of the lower moving frame body 174 in the width direction; An upper moving frame body 177 which is rotatably provided on both sides of the lower side and is assembled and maintained in a square shape and moves left and right by the front and rear moving means 190; A plurality of vertical posts 178 mounted vertically at the lower portion of the upper moving frame body 177; It is installed between the vertical posts 178 and consists of an upper safety basket 179 that allows the operator to safely board and work.

The lower crane device 200 includes a reinforcing base 201 mounted to correspond to the inside of the vertical frame 10 and 11 under the arched reinforcing frame 20; Left and right guide rails 202 mounted to correspond to the upper portion of the reinforcement base 201; A lower moving frame body 204 which is rotatably provided on both sides of the lower left and right guide rails 202 to be mounted on the upper side, and is assembled and maintained in a square shape to move left and right by the left and right moving means 210; Front and rear guide rails 205 installed on both sides of the lower moving frame body 204 in the width direction; The rotating rollers 206 seated on the front and rear guide rails 205 are each rotatably provided on both sides of the lower side, and are assembled and maintained in a square shape, and an upper moving frame body 207 moving back and forth by the front and rear moving means 220; A plurality of vertical posts 208 mounted vertically on the top of the upper moving frame body 207; ?颱瞿? which is installed between the vertical posts 208 so that workers can safely board and work with them. It consists of a safety basket (209).

The left and right moving means 180 and 210 include a horizontal rotary long shaft 181 and 211 connected to be horizontally rotatable between the lower moving frame bodies 174 and 204 and the rotary rollers 173 and 203 in the left and right regions; Drive motors 182 and 212 mounted in the left area of the lower moving frame bodies 174 and 204; Upper sprockets 183 and 213 rotatably installed on the drive motors 182 and 212; Lower sprockets 184 and 214 installed in the left area of the horizontal rotary long shafts 181 and 211; Chain (185) connected between the upper sprocket 183, 213 and the lower sprocket 184, 214 to transmit the rotational force of the driving motor 182, 212 to rotate the rotating rollers 173, 203 It consists of 215.

The front-rear moving means 190, 220 includes a horizontal rotation shaft 191, 221 connected to be horizontally rotatable between the rotation rollers 176, 206 in the front and rear regions of the upper moving frame body 177, 207; Drive motors 192 and 222 mounted in the front area of the upper moving frame bodies 177 and 207; Upper sprockets 193 and 223 rotatably installed on the drive motors 192 and 222; Lower sprockets 194 and 224 installed in the front region of the horizontal rotation shafts 191 and 221; Chain (195) connected between the upper sprocket (193) (223) and the lower sprocket (194) (224) to transmit the rotational force of the driving motor (192) (222) to rotate the rotating rollers (176) (206) It consists of 225.

On the other hand, Figures 16 to 19 is a configuration diagram showing another embodiment of the roof sound insulation plate 30, the roof sound insulation plate 30 of another embodiment is a bearing member mounted on the center of the arch-shaped reinforcing frame 20, respectively ( A plurality of first horizontal frames 241 rotatably mounted by 240; A second horizontal frame consisting of a horizontal piece 242a rotatably mounted on the upper bearing member 240 between the first horizontal frames 241 and a vertical piece 242b formed vertically above the horizontal piece 242a (242) and; A plurality of vertical pillars 243 fixed by maintaining the same height above the first horizontal frame 241; A module frame 245 on which the upper region of the lower part is mounted on the upper end of the vertical pillar 243 so that the angle can be adjusted by the rotating member 250, and the solar module 244 is installed at the upper part; A photovoltaic module angle maintaining means 260 provided on the second horizontal frame 242 to maintain the adjusted angle of the photovoltaic module 244; The right end is coupled to the assembly groove (241a) of the first horizontal frame 241, the left end is seated on the top of the horizontal piece (242a) of the second horizontal frame 242, and is fastened to the vertical piece (242b) It consists of a horizontal soundproof plate 246 that is horizontally finished by the material 247.

The rotating member 250 includes a fixing piece 252 formed on the vertical pillar 243; It consists of a fixture 256 that is mounted on the lower end of the module frame 245 that is rotatably mounted as a rotation pin 254 on the fixing piece 252.

The angle maintaining means 260 is rotatably installed by a rotating member 270 on the horizontal piece 242a of the second horizontal frame 242 so that the lower end of the module frame 245 in which the photovoltaic module 244 is installed is An inclined rotation bracket 262 to be seated; Fastening to the inclined screw hole 263 formed obliquely on the horizontal piece (242a) of the second horizontal frame 242, the fastening bolt 264 fastened to the inclined screw hole 263, and the fastening bolt 264 It is made of a support nut 266 supported by the close contact piece 265 supported in close contact with the module frame 254, and consists of an angle holding member 267 for maintaining the adjusted angle of the solar module 244.

The rotating member 270 includes a lower circular connector 271 fixed at an upper portion of the horizontal piece 242a of the second horizontal frame 242 by maintaining a space therebetween; A plurality of upper circular connectors 273 fixed to the bottom of the inclined rotation bracket 262 so as to be positioned between the lower circular connectors 271; It consists of a horizontal rotation pin 275 for rotating the inclined rotation bracket 262 by passing through the lower circular connector 271 and the upper circular connector 273.

The assembly and operation state of the multifunctional tunnel soundproof wall of the present invention configured as described above will be described schematically.

1 and 2, between the upper regions of a plurality of vertical frames 10 and 11 installed facing each other by maintaining equal intervals in the horizontal direction on the structure of the floor, the finishing plate 23 fixed at both ends As a result, the arch-shaped reinforcement frame 20 is sequentially fastened and reinforced, and then the roof soundproofing plate 30 is assembled on the arch-shaped reinforcing frame 20.

3 and 4 schematically explaining the state in which the roof soundproofing plate 30 is assembled, the upper arched frame 32 is sequentially fastened and fixed to the upper arched reinforcing frame 20, and then the upper arched frame 32 Between the fastening member 40 and the connecting device 50, the arcuate soundproofing plate 37 is detachably assembled.

In other words, the module frame 36 of the central photovoltaic module 37 is coupled to the end 51 and 52 of the central finishing material 55 constituting the connection device 50 on the front and rear surfaces of the central photovoltaic module 37, and then the central photovoltaic module 37 ), the left and right ends of the upper arch frame 32 are mounted on the upper arch-shaped plate 32a in the central area, and then the central solar mulle is used as the fastening angle 43 and the fastening bolt 44 constituting the fastening member 40. Both ends of the module frame 36 of (37) are fastened and fixed to the central finishing material (55).

Next, the coupling grooves 57a of the first and second coupling units 58 and 59 and the third and fourth coupling units 61 and 62 constituting the connection device 50 on the front and rear surfaces of the module frame 36 After the (60a) is sequentially coupled, the coupling groove formed in the coupling end 56 of the first and second coupling rods 58 and 59 on the coupling protrusion 55a at the lower portion of the horizontal rod 53 and 54 The module frames 36 of the front and rear photovoltaic modules 33 and 34 are combined by sequentially combining 56a.

Then, the left and right ends of the module frame 36 of the front and rear photovoltaic modules 33 and 34 are seated on the upper arch-shaped plate 32a in the front and rear regions of the upper arch-shaped frame 32.

In this state, when both ends of the front and rear solar modules 33 and 34 are fastened and fixed with the fastening angle 43 and the fastening bolt 44 constituting the fastening member 40, the assembly of the roof soundproof plate 30 is completed. (See Fig. 3)

Next, the assembly state of the wall sound insulation plate 70 assembled in several stages so as to be separated at equal intervals between the vertical grooves 2 of the vertical frames 10 and 11 will be described schematically.

As shown in FIGS. 1 and 5, a transparent soundproof plate to be caught on the locking end 86 of the rear area of the inner circumferential surface of the rectangular frame 80 composed of the upper and lower plates 81 and 82 and the left and right side plates 83 and 84 After inserting 72, in the assembly groove 85 of the front area of the inner circumferential surface of the rectangular frame 80, the upper and lower plates 81 and 82 and the left and right side plates 83, 84, and the outer coupling protrusions 95 ) To keep the rectangular frame 80 on the inner circumferential surface of the rectangular frame 80 so that the rectangular support assembly 90 is coupled.

In this state, the rectangular support assembly 90 on the rectangular frame 80 as a fastening member 100 at the inner corners of the first and second horizontal pieces 91 and 92 and the first and second vertical pieces 93 and 94 By fixing the soundproof plate 72 is supported.

Then, between the vertical grooves (2) of the vertical frame (10) (11), a soundproof plate (72) is coupled to the inner circumferential surface of one rectangular frame (80), and then the upper plate (81) of the rectangular frame (80). ) In the assembly protrusion 87 formed on the upper surface, the assembly groove 88 under the other rectangular frame 80 is assembled to sequentially stack and assemble the wall soundproof plate 70.

At this time, a bird collision prevention device 110 made of the first, second, and third embodiments is installed on the front of the rectangular frame 80 to prevent the bird from colliding.

If the assembly and operation thereof are schematically described, the first embodiment of the bird collision prevention device 110 is a vertical finishing rod fixed and vertically fastened to the front of the rectangular frame 80 as shown in FIGS. 6 and 7. 120) Consisting of a pinwheel 123 rotatably coupled to the horizontal shaft 122 coupled horizontally to the connector 121 on the outer circumferential surface, and when the pinwheel 123 rotates by the wind, it blocks the access of the tide to prevent collision It is done.

As shown in FIGS. 8 and 9, in the second embodiment, the motor shaft 131 rotates forward and backward due to the operation of the low-speed motor 130 that rotates forward and backward installed on the front of the rectangular frame 80, and the motor shaft 131 As the vertical rotation shaft 133 at the end rotates forward and backward, the Eagle model plate 135, which is coupled to the vertical groove 141 of the vertical rotation shaft 133 and fixed as a fixing pin 144, rotates forward and backward for a set time at a low speed. That is, as the eagle model plate 135 rotates by rotating within 30° to the left and right, the approach of the bird is blocked by a motion as if the eagle is flying.

As shown in FIGS. 10 and 11, in the third embodiment, the motor shaft 151 rotates forward and backward due to the operation of the low-speed motor 150 that rotates forward and backward installed on the front of the square frame 80, and the motor shaft 151 As the moving ball screw shaft 152 at the end rotates forward and backward at a low speed, it is fastened and fixed to the rear of the body 154 of the eagle model plate 156, and the screw moving hole 153a of the lead screw bracket 153 leads As it rotates forward and backward along the screw bracket 153, the body portion 154 rotates forward and backward.

Accordingly, the assembly hole 162a of the body connector 162 formed at both ends of the body 154 and the assembly hole 164a of the wing connector 164 formed on one side of the wing part 155 to match the body connector 162 ), and the body part 154 is rotated forward and backward around the guide rods 167 and 168 that are fastened and fixed between the vertical pieces 165 fixed to both sides of the upper and lower parts of the rectangular frame 80 Accordingly, at the same time, the wing portion 155 rotates forward and backward around the guide rods 167 and 168, thereby blocking the access of the bird in a motion like an eagle flapping its wings.

On the other hand, as shown in FIGS. 13 and 15, the upper crane device 170 for assembling and maintenance of the roof soundproof plate 30 is mounted on the vertical frames 10 and 11 above and below the arch-shaped reinforcing frame 20 And the operation state of the lower crane device 200 will be described schematically.

13 and 14, when the driving motor 182 of the front and rear moving means 180 constituting the upper crane device 170 is rotated, the rotational force of the driving motor 182 is increased and the lower sprockets 183, 184 ) Is transmitted to the horizontal long shaft 181 through the chain 185 connected between the two, and as the horizontal long shaft 181 rotates, the rotary roller 173 rotates and the left rear guide on the upper part of the reinforcement base 201 It moves to the left and right along the rail 172.

In addition, when the driving motor 192 of the front and rear moving means 190 constituting the upper crane device 170 is rotated, the rotational force of the driving motor 192 is a chain connected between the upper and lower sprockets 193 and 194. As it is transmitted to the horizontal long axis of rotation 191 through 195 and the horizontal long axis of rotation 191 rotates, the rotary roller 176 rotates along the front and rear guide rails 175 above the reinforcing base 171. Move forward and backward

At this time, a worker is boarded in the safety basket 179 installed under the vertical column 178 of the upper moving frame body 177 to safely perform cleaning and maintenance work.

The lower crane device 200 has the same structure as the upper crane device 170 as shown in FIGS. 14 and 15, and has the same operation, except that the vertical post 208 vertically above the upper moving frame body 207 And installed in the safety basket 209 above the vertical column 208 so that the operator can safely proceed with cleaning and maintenance work while boarding.

The upper and lower crane devices 170 and 200 installed in this way are stored at the ends of the tunnel soundproof walls as left and right moving means so that interference does not occur when not in use.

On the other hand, FIGS. 16 to 19 are configuration diagrams showing another embodiment of the roof sound insulation plate, and the assembly and operation of the roof sound insulation plate 30 according to another embodiment will be schematically described.

As shown in FIG. 18, the arc-shaped reinforcing frame 20 is rotated by the bearing member 240 in the upper center of the first and second horizontal frames 241 and 242 to be rotated and sequentially fixed to the first and second horizontal frames 241 and 242, and then the first horizontal frame (241) A plurality of vertical pillars 243 are fixed to the upper part, and on the upper end of the vertical pillar 243 and the horizontal piece 242a of the second horizontal frame 242, the rotating member 250 and the angle maintaining means ( As 260, the solar module 244 is installed so that the angle can be adjusted.

That is, the upper region of the module frame 245 in which the photovoltaic module 244 is installed is mounted on the vertical column as the rotating member 250 so as to be able to adjust the angle, and the rotating member 250 is rotated. After adjusting the angle of the module frame 245 to be inclined around the pin 254, the lower end of the module frame 245 is placed on the upper side of the horizontal piece 242a of the second horizontal frame 242 by a rotating member 270. It is seated on the top of the inclined rotation bracket 262 installed to be rotatable.

Next, as shown in FIG. 19, the angle adjusted as the rotating member 250 and the angle of the inclined rotation bracket 262 are appropriately adjusted around the horizontal rotation pin 275 of the rotating member 270, and then the angle is maintained. By fastening the inclined screw hole 263 on the upper part of the horizontal piece 242a constituting the means 260 and the fastening bolt 264 fastened to the support nut 266, the contact piece 265 is attached to the module frame 254. As it comes in close contact with, the adjusted angle is maintained.

In this state, the right end of the horizontal soundproof plate 246 is coupled to the assembly groove 241a of the first horizontal frame 241, and the left end is seated above the horizontal piece 242a of the second horizontal frame 242, The assembly of the roof sound insulation plate 30 is completed as the fastening material 247 is fastened and fixed and the horizontal sound insulation plate 246 is installed.

The multifunctional tunnel soundproofing wall according to the present invention described above is not limited to the above-described embodiment, and whoever has ordinary knowledge in the field to which the present invention belongs without departing from the gist of the present invention claimed in the following claims It will be said that there is a technical idea to the extent that various changes can be implemented.

10,11: vertical frame 20: arch-shaped reinforcement frame
21: groove 30: roof soundproof plate
32: upper arch frame 32a: arch-shaped plate
32b: arched vertical plate 33,34: front and rear photovoltaic modules
35: central photovoltaic module 37: arched soundproof plate
40: fastening member 50: connecting device
51,52: finisher 51a,57a,60a: coupling groove
53,54: horizontal bar 55a: coupling protrusion
55: central finishing material 56a: coupling groove
58,59: 1st and 2nd coupling zone 61,62: 3rd and 4th coupling zone
65,66: front and rear finishing materials 70: wall soundproof panel
72: sound insulation board 80: rectangular frame
85: assembly groove 90: square support assembly
91,92: 1st and 2nd horizontal edition 93,94: 1st and 2nd vertical edition
95: coupling protrusion 100: fastening member
110: bird collision prevention device 120: vertical closing rod
121: connector 122: horizontal axis
123: pinwheel 130,150: forward and reverse rotation low speed motor
133: vertical axis of rotation 135,156: eagle model plate
140: fixing member 141: vertical groove
142: horizontal hole 143: assembly hole
144: fixed bolt 150: moving ball screw shaft
153: lead screw bracket 153a: screw moving hole
154: body portion 155: wing portion
160: folding member 162: body connector
164: wing connector 167,168: guide rod
170,200: upper and lower crane devices 171,201: reinforcement support
172,202: left and right guide rails 173,203: rotary rollers
174,204: lower moving frame 175,205: front and rear guide rail
176,206: rotary roller 177,207: upper moving frame
178,208: vertical holding 179,209: safety basket
180: left and right moving means 190: forward and backward moving means
241,242: first and second horizontal frames 243: vertical pillar
244: solar module 245: module frame
246: horizontal soundproofing plate 247: fastening material
250: rotating member 260: solar module angle maintaining means
262: inclined rotation bracket 263: inclined screw hole
264: fastening bolt 265: tight piece
266: support nut 267: angle holding member
270: rotating member

Claims (14)

A plurality of vertical frames 10 and 11 installed facing each other by maintaining equal intervals in the horizontal direction on the structure of the floor;
A plurality of arch-shaped reinforcing frames 20 in which the vertical frames 10 and 11 are fixed to both ends of the finishing plates 23 that are fastened and fixed horizontally between the upper regions of the vertical frames 10 and 11 and have arcuate grooves 21 formed therein;
A roof soundproofing plate 30 made of an arch-shaped solar module that is detachably finished and installed between the grooves 21 of the arch-shaped reinforcing frame 20;
A plurality of rectangular frames 80 that are assembled and maintained in multiple stages in the upper and lower portions between the vertical grooves 2 of the vertical frames 10 and 11; A soundproof plate 72 made of a transparent material coupled to the inner circumferential surface of the rectangular frame 80; A rectangular support assembly 90 for supporting the soundproof plate 72 by being fastened to the inner circumferential surface of the rectangular frame 80 as a fastening member 100; Vertically fastened and fixed to the front of the rectangular frame 80, and rotatably coupled to a horizontal shaft 122 coupled to a horizontal connector 121 and a vertical finishing rod 120 provided with a horizontal connector 121 on the upper and lower outer circumferential surfaces Consisting of a pinwheel 123 and consisting of a bird collision prevention device 110 for preventing the collision of birds,
A wall sound insulation plate (70) assembled in several stages so as to be separated at equal intervals between the vertical grooves (2) of the vertical frames (10, 11); And
Includes; an upper crane device 170 and a lower crane device 200 for installation and maintenance of the roof sound insulation plate 30 by being mounted on the upper and lower vertical frames 10 and 11 of the arch-shaped reinforcing frame 20 Multifunctional tunnel sound insulation wall, characterized in that configured by. The method of claim 1, wherein the roof soundproof plate (30) is
The upper arch-shaped frame 32 consisting of an arch-shaped plate 32a fastened and fixed to the upper portion of the arch-shaped reinforcing frame 20 with bolts, and an arch-shaped vertical plate 32b formed vertically in the upper central region of the arch-shaped plate 32a. and;
Front and rear solar light that is seated between the upper portions of the upper arch-shaped frame 32 so that the left and right ends are detachably fastened as a fastening member 40, and separated and overlapped as a connecting device 50 between the front and rear surfaces. Multifunctional tunnel sound insulation wall, characterized in that consisting of an arcuate sound insulation plate (37) consisting of a module (33) (34) and a central solar module (35). The method of claim 2, wherein the connection device (50)
The central photovoltaic module 35 of the arc-shaped soundproof plate 37, the front and rear surfaces of the finishing table 51, 52, which are formed to correspond to the coupling grooves 51a, which are coupled to the front and rear surfaces of the arcuate soundproof plate 37 A central finishing material 55 formed integrally with the horizontal bases 53 and 54 on which a plurality of coupling protrusions 55a protrude from the lower portion thereof;
A coupling end 56 having a coupling groove 56a coupled to the coupling protrusion 55a of the horizontal stand 53, 54 is formed, and the modules of the front and rear solar modules 33 and 34 The frame 36, the first and second coupling bases 58 and 59 having a coupling groove 57a to which the rear and front surfaces are coupled, and a coupling groove 60a to which the front and rear surfaces of the module frame 36 are coupled are formed. Front and rear finishing materials (65) (66) consisting of the third and fourth coupling bands (61) (62) and the connecting rods (63) and (64) formed on the front and rear surfaces of the third and fourth coupling bands (61, 62). ) Multi-functional tunnel soundproof wall, characterized in that consisting of. delete The method of claim 1, wherein the rectangular support assembly (90) is
The upper and lower plates 81 and 82 constituting the rectangular frame 80 and the coupling protrusions 95 coupled to the assembly grooves 85 of the left and right side plates 83 and 84 are respectively formed on the outside. 1,2 horizontal planes 91 and 92 and first and second vertical planes 93 and 94;
It is fastened to the inner corners of the first and second horizontal pieces 91 and 92 and the first and second vertical pieces 93 and 94, and the upper and lower plates 81 and 82 and the left side are attached to the inner circumferential surface of the rectangular frame 80. , Multifunctional tunnel soundproof wall, characterized in that consisting of a fastening member 100 for fixing the right side plate (83) (84). delete The method of claim 1, wherein the bird collision prevention device (110)
A low-speed motor 130 that rotates forward and backward installed in the upper or lower front of the rectangular frame 80;
A vertical rotation shaft 133 rotatably connected to an end of the motor shaft 131 of the low speed motor 130;
Multifunctional tunnel soundproof wall, characterized in that consisting of an eagle model plate 135 that is coupled and fixed as a fixing member 140 to the vertical rotation shaft 133. The method of claim 7, wherein the fixing member 140
A vertical groove 141 formed in the vertical rotation shaft 133;
A plurality of horizontal holes 142 formed by horizontally penetrating the vertical groove 141;
An assembly hole 143 formed in the eagle model plate 135 to correspond to the horizontal hole 142;
Multifunctional tunnel soundproof wall, characterized in that consisting of a fixing bolt (144) that is coupled through the horizontal hole (142) and the assembly hole (143) to fix the eagle model plate (135) to the vertical rotation shaft (133). The method of claim 1, wherein the bird collision prevention device (110)
A low-speed motor 150 that rotates forward and backward installed on the front of the rectangular frame 80;
A moving ball screw shaft 152 rotatably connected to an end of the motor shaft 151 of the low speed motor 150;
A lead screw bracket 153 having a screw moving hole 153a to which the movable ball screw shaft 152 is movably coupled is fastened to the rear and fixed to the rear to move up and down a body portion 154, and a body portion 154 Multifunctional tunnel soundproof wall, characterized in that consisting of an eagle model plate 156 consisting of a wing portion 155 connected to be folded as a folding member 160 at both ends of the. The method of claim 9, wherein the folding member 160
A plurality of body connector 162 formed integrally by maintaining a gap at both ends of the body portion 154 of the eagle model plate 156 and having an assembly hole 162a formed therein;
A plurality of wing connectors 164 formed integrally by maintaining a gap on one side of the wing portion 155 so as to match the body connector 162 and having an assembly hole 164a formed therein;
The upper and lower portions are fastened and fixed between the vertical pieces 165 fixed on both sides of the upper and lower portions of the front of the rectangular frame 80, and the assembly holes 162a and 164a of the body connector 162 and the wing connector 164 are coupled to the wing portion. Multifunctional tunnel soundproof wall, characterized in that consisting of guide rods (167) (168) to guide the folding of (155). The method of claim 1, wherein the upper crane device (170)
A reinforcing base 171 mounted to correspond to the upper inner side of the vertical frame 10 and 11 above the arch-shaped reinforcing frame 20;
Left and right guide rails 172 mounted to correspond to the upper portion of the reinforcement base 171;
The rotating rollers 173 seated on the left and right guide rails 172 are rotatably provided on both sides of the lower side, and are assembled and maintained in a square shape, and a lower moving frame body 174 moving left and right by the left and right moving means 180 and ;
Front and rear guide rails 175 installed on both sides of the lower moving frame body 174 in the width direction;
An upper moving frame body 177 which is rotatably provided on both sides of the lower side and is assembled and maintained in a square shape to move left and right by the front and rear moving means 190;
A plurality of vertical posts 178 mounted vertically to the lower portion of the upper moving frame body 177;
A multifunctional tunnel soundproof wall, characterized in that it is installed between the vertical posts 178 and configured with an upper safety basket 179 that allows a worker to safely board and work. The method of claim 1, wherein the lower crane device (200)
A reinforcing base 201 mounted to correspond to the inside of the vertical frame 10 and 11 under the arch-shaped reinforcing frame 20;
Left and right guide rails 202 mounted to correspond to the upper portion of the reinforcement base 201;
The rotating rollers 203 seated on the left and right guide rails 202 are rotatably provided on both sides of the lower side, and are assembled and maintained in a square shape, and a lower moving frame body 204 moving left and right by the front and rear moving means 210 and ;
Front and rear guide rails 205 installed on both sides of the lower moving frame body 204 in the width direction;
An upper moving frame body 207 which is mounted on the front and rear guide rails 205 so as to be rotatably provided on both sides of the lower side, and is assembled and maintained in a square shape to move back and forth by the front and rear moving means 220;
A plurality of vertical posts 208 mounted vertically on the upper moving frame body 207;
Multifunctional tunnel soundproof wall, characterized in that consisting of a lower safety basket (209) installed between the vertical posts (208) to allow the operator to safely board and work. The method of claim 1, wherein the roof soundproof plate (30) is
A plurality of first horizontal frames 241 rotatably mounted by bearing members 240 respectively mounted on the upper center of the arcuate reinforcing frame 20;
A second horizontal piece consisting of a horizontal piece 242a rotatably mounted on an upper portion of the bearing member 240 between the first horizontal frames 241 and a vertical piece 242b formed vertically above the horizontal piece 242a Frame 242;
A plurality of vertical pillars 243 fixed by maintaining the same height above the first horizontal frame 241;
A module frame 245 mounted on the upper end of the vertical pillar 243 so that the upper region of the lower end can be adjusted in an angle by a rotating member 250, and a photovoltaic module 244 installed thereon;
An inclined rotation bracket 262 on which the lower end of the module frame 245 in which the photovoltaic module 244 is installed is mounted rotatably on the upper side of the horizontal piece 242a of the second horizontal frame 242 )and; It is fastened to the inclined screw hole 263 and the fastening bolt 264 fastened to the inclined screw hole 263 and the fastening bolt 264 obliquely to the top of the horizontal piece 242a of the second horizontal frame 242 A sun consisting of a support nut 265 supported on a close contact piece 265 closely supported on the module frame 245, and an angle holding member 267 for maintaining the adjusted angle of the solar module 244 Optical module angle maintaining means 260; And
The right end is coupled to the assembly groove 241a of the first horizontal frame 241, and the left end is seated on the top of the horizontal piece 242a of the second horizontal frame 242, and is fastened to the vertical piece 242b. A horizontal soundproof plate 246 that is horizontally closed by the fastening material 247;
Multifunctional tunnel soundproof wall, characterized in that configured to include.
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