KR102082076B1 - a combination device for soundproof panel of transparency soundproof board - Google Patents

Abstract

The present invention relates to a soundproof panel coupling device for a transparency soundproof board, which can easily attach or detach a transparency soundproof board by a simple operation of easily separating a second soundproof panel from one cutout portion of a first soundproof panel or coupling the same thereto, and, particularly, can easily disassemble, from packing member fixing groove portions, first and second packing members installed on the first and second soundproof panels or coupling the same thereto, thereby being capable of drawing, in a sliding manner, and simply replacing the first and second packing members, which are easily stretched or damaged by high temperatures in summer. In particular, the first and second packing members installed on the first and second soundproof panels can be easily disassembled from the packing member fixing groove portions and coupled thereto, thereby enabling the first and second packing members stretched or damaged to be drawn in the sliding manner and simply replaced. The second packing member is formed to protrude toward the outside of the packing member fixing groove portion of the second soundproof panel at a predetermined interval to strongly support one side of the transparency soundproof board and fix the same. The first and second packing members have buffer quadrangular holes formed therein to strongly couple the transparency soundproof board in close contact while buffering the load of the transparency soundproof board. A plurality of protrusions protruded on one side of the second packing member allow the second packing member to be strongly brought into close contact with one side of the transparency soundproof board and fixed thereto. An external noise generated from the road or the like collides with arc-shaped bent groove portions of the soundproof panels so that diffused reflection thereof is induced, thereby being capable of obtaining a noise blocking effect.

Description

Soundproof panel combining device of transparent soundproof board {a combination device for soundproof panel of transparency soundproof board}

The present invention relates to a soundproof panel coupling device of a transparent soundproof panel, which can be easily and easily detachable and easily attached to a transparent soundproof panel by a simple operation of easily separating and combining the second soundproof panel to one side cutout of the first soundproof panel. In particular, the first and second packing members installed on the first and second sound insulation panels can be easily and easily disassembled and coupled to the packing member fixing groove, so that the first one is easily stretched or damaged by high temperature in summer. And a second packing member with a slide type to be easily replaced, and a buffering square hole is formed inside the first and second packing members, and can be tightly coupled while buffering the load of the transparent soundproof panel. The present invention relates to a soundproof panel coupling device of a transparent soundproof plate.

In general, in order to prevent noise from being transmitted to the periphery of a road or a railroad by removing and blocking noise generated from a road or a railroad, soundproof plates are installed around the road and a railroad. In addition, soundproof panels for noise isolation are installed in apartment complexes such as apartments.

The sound insulation board as described above is provided with a transparent sound insulation board made of transparent laminated glass that can be viewed inside the frame of the rectangular frame. Since the transparent sound insulation board can be viewed from the inside and the outside of the road while having a noise blocking effect, the transparent sound insulation board is installed on the periphery of the road due to the advantage of being able to check the traffic state of the road and the like.

On the other hand, in order to install the above soundproof board on the road side, a plurality of support beams (mainly H-beams in the cross-sectional H shape) are erected in the upright direction (vertical direction) from the ground, each support beam side by side In this way, by mounting both end sides of the sound insulation plate between two support beams parallel to each other in the support beam installed in this way, the soundproof wall using the sound insulation plate is installed on the roadside.

As shown in FIG. 1, the soundproof wall using the soundproof board is vertically erected the struts 20 made of H beams on a concrete foundation at regular intervals, and between the struts 20 adjacent to each other. The sound insulating wall 30 is formed by sandwiching 10 in layers and laminating them in multiple layers.

However, when the soundproof plate 10 is laminated in multiple layers between the struts 20 erected vertically on the roadside as described above, a heavy load is applied to the lower soundproof plate 10, and thus the soundproof plate 10 ) And the soundproof panel installed around the soundproof panel 10 is easily damaged and deformed. In particular, the soundproof panel 10 may be damaged or deformed due to external impact and time. After dismantling the entire soundproof plate 10 stacked in a plurality of layers and replacing the damaged part of the soundproof panel, there is a big disadvantage in that the soundproof plate 10 is once again coupled to the support 20.

On the other hand, the transparent soundproof panel structure for roads that design more beautifully the soundproof panel forming the soundproof wall as described above, induce the surrounding environment more comfortably, and make maintenance of the soundproof panel easier, No. 10-1080941, registered November 1, 2011.

The technical configuration is a plurality of decorative plates 40 divided in various colors on the front and rear of the left and right and upper and lower frames 21, respectively, coupled to the four edges of the transparent plate 11, as shown in FIG. The soundproof panel 50 is detachably coupled to allow the exterior to be designed more beautifully and at the same time to induce the surrounding environment more comfortably. In this case, the left and right and top and bottom frames 21 have a length with respect to the center of the inner surface. Coupling grooves 22 are respectively formed on the lateral side so that the four ends of the transparent plate 11 are closely fitted to the left and right and top and bottom frames 21 via the soundproof packing 60, respectively. Under the coupling groove 22, the support (S) is installed vertically in the downward direction to support the transparent plate 11, as well as the upper and lower frames 20, the plurality of decorative plates 40 at both front ends thereof. Latching on both ends of the The first and second locking jaws 26a and 26b protrude in a direction corresponding to each other so as to be coupled to each other, and both side ends of the plurality of decorative plates 40 are locked to the detachable member 28 at both ends of the rear surface thereof. The third and fourth latching jaws 26c and 26d protrude in a direction corresponding to each other so as to be engaged by each other.

Accordingly, when the detachable member 28 is pulled toward the side of the road in the direction of the arrow, the decorative plate 40 of various colors is easily separated by the detachable member 28 which is hung in correspondence with the vertical surface of the upper and lower frames 21. Maintenance of the soundproof panel 50 is made easily through the decorative plate 40.

However, when the transparent soundproof panel for the road as described above, when a plurality of soundproof panels 50 are installed on which the transparent plate 11 is laminated, the soundproof panel 50 on which the transparent plate 11 is installed is simply transparent. The heavy load of the plurality of sound insulation panels 50 stacked and supported by the support S installed below the plate 11 is applied to the lower sound insulation panels, and thus the sound insulation panels 50 are easily broken and Deformation will occur, of course, there is a big disadvantage that the transparent plate 11 made of transparent glass, acrylic or the like is broken.

In addition, the transparent plate 11 coupled to the coupling grooves 22 of the left and right and upper and lower frames 21 through the soundproof packing 60 is a soundproof packing 60 coupled to the coupling groove 22. The load is concentrated on the) and the breakage and deformation of the soundproof packing 60 are easily generated, and thus, the buffer plate of the transparent plate 11 cannot be properly performed. The sagging of the soundproof packing 60 coupled to the inside of the groove 22 easily occurs, so that the soundproof packing 60 is exposed to the outside of the defective groove 22, and thus the appearance of the soundproof panel 50 is deteriorated. When the soundproof packing 60 is replaced, there are many problems such as replacing the entire left and right and top and bottom frames 21.

1. Republic of Korea Patent Publication No. 10-1080941 (November 1, 2011 registration) 2. Republic of Korea Patent Publication No. 10-1399289 (registered May 20, 2014)

The technical problem of the present invention is to improve the conventional problems as described above, the object is according to an embodiment of the soundproof panel coupling device of the transparent soundproof plate of the present invention, the second soundproof panel in one cutout of the first soundproof panel The transparent sound insulation board can be easily and easily detached and attached by a simple operation of easily detaching and combining. In particular, the first and second packing members installed in the first and second soundproof panels are easy and easy in the packing member fixing groove. It can be disassembled and combined easily, so that the first and second packing members which are easily stretched or damaged by high temperature in summer can be slid out and replaced easily, and the second packing members are packed in the second soundproof panel. The member fixing groove is formed to protrude at a predetermined interval to firmly support and fix one side of the transparent soundproof plate, and the first and second packing members A cushioning square hole is formed in the part, and the second packing is formed on one side of the transparent sound insulation board by a plurality of protrusions protruding from one surface of the second packing member as well as tightly bonding the buffered sound absorbing load. The member can be further firmly adhered and fixed, and outside noise generated from the road hits the arc-shaped bent groove of the soundproof panel to induce diffused reflection to obtain a noise blocking effect, and the arc-shaped bent groove part and the soundproof plate support The load distribution plates provided on both sides can easily distribute the load applied to the arc-shaped bent groove portion and the soundproof plate support of the soundproof panel in the horizontal direction, and are applied and laminated on the surface of the first and second packing member fixing groove portions. By the polyethylene resin which is a sliding pad portion, the first packing member and the second packing member To provide a soundproofing panel engagement devices of the transparent sound insulation board capable of inducing the riding engagement and disengagement.

형상의 제1 패킹부재 고정홈부(112)가 수평방향으로 일체로 연설되는 제1 방음패널(110);
상기 투명 방음판(100)과 밀착 결합되는 고무재의 제1 패킹부재(120):
상기 요홈부(111) 하측인 제1 방음패널(110)의 내부 양측에 수직 방향으로 일체로 각각 설치되어 상기 투명 방음판(100)을 지지하는 방음판 지지대(130a)(130b);
상기 제1 방음패널(110)의 일측으로 마련되어 상부가 절결 형성되는 절결부(140);
상기 방음패널(110)의 절결부(140)에 결합가능하게 설치되는 제2 방음패널(170);
상기 제2 방음패널(170)의 일측면에 형성되는 제2 패킹부재 고정홈부(160)에 결합되는 고무재의 제2 패킹부재(180):
상기 제1 방음패널(110)의 양측 벽면 상,하부에 내측으로 각각 절곡 형성되어 소음의 난반사를 유도 하도록 형성되는 호형 절곡홈부(190);
상기 제1 방음패널(110)의 양측 벽면 상,하부의 호형 절곡홈부(190)의 내측에 수평 방향으로 각각 돌출 설치되어, 상기 방음패널(110)의 호형 절곡홈부(190)에 가해지는 하중을 수평 방향으로 분산 시키도록 설치되는 제1 하중 분산판(200); 및
상기 방음패널(110)의 요홈부(111) 하부 양측에 수직 방향으로 일체로 각각 설치되는 방음판 지지대(130a)(130b)의 하부 일측에 수평 방향으로 돌출 설치되어, 상기 방음판 지지대(130a)(130b)에 가해지는 하중을 수평 방향으로 분산 시키도록 설치되는 제2 하중 분산판(210);을 포함하며,
상기 제1 및 제2 패킹부재(120)(180) 내부에는 상기 투명 방음판(100)의 하중을 완충시키면서 밀착 결합토록 내부에 완충용 사각홀(121)(182)이 각각 형성되며, 상기 제1 방음패널(110)의 상측 중앙에 형성되는 요홈부(111) 일측 벽면의 제1 패킹부재 고정홈부(112)에 제1 패킹부재(120)가 분해 가능하게 슬라이딩 결합되며, 상기 요홈부(111)에 투명 방음판(100)의 하단이 삽입되고, 상기 절결부(140) 양측으로 돌출 형성되는 제1 및 제2 단턱부(141)(142)를 개재하여 단면이

형상의 패널 안내홈(150)이 형성되며, 상기 패널 안내홈(150)에 결합토록 제2 방음패널(170)의 저부에 돌가부(161)가 형성되고, 일측면에는 내부 상,하측에 걸림턱(162)이 형성되는 단면이

형상의 제2 패킹부재 고정홈부(160)가 수평방향으로 일체로 연설되며,
상기 제2 패킹부재 고정홈부(160)에 분해 가능하게 슬라이딩 결합토록 상기 고무재의 제2 패킹부재(180) 단부에 결합돌기(181)가 형성되는 한편, 상기 제1 패킹부재(120)가 분해 가능하게 슬라이딩 결합되는 제1 패킹부재 고정홈부(112) 및 상기 제2 패킹부재(180)가 분해 가능하게 슬라이딩 결합되는 제2 패킹부재 고정홈부(160)에는, 상기 제1 패킹부재(120) 및 제2 패킹부재(180)의 원활한 슬라이딩 결합 및 분리를 위하여 표면에 폴리에틸렌 수지(P)가 적층 형성된 슬라이딩 패드부(220)가 착설되는 투명 방음판의 방음패널 결합장치에 있어서,
상기 제2 패킹부재(180)의 일면에는 상기 투명 방음판(100)의 일측면에 제2 패킹부재(180)가 견고하게 밀착되어 고정될 수 있도록 다수의 돌기(183)가 상기 제2 방음패널(170)의 제2 패킹부재 고정홈부(160) 외측으로 알정간격(T) 돌출 형성되고,
상기 투명 방음판(100)의 하단이 삽입되는 제1 방음패널(110)의 요홈부(111) 표면에는, 상기 투명 방음판(100)의 완충을 위한 0.5~1mm 두께의 극세사 패드(L)와, 상기 극세사 패드(L) 표면에는 80~120nm 두께의 폴리에틸렌 수지(P)가 적층 형성되고, 상기 제2 패킹부재 고정홈부(160)의 표면에 착설되는 폴리에틸렌 수지의 슬라이딩 패드부(220)는 80~120nm 의 두께로 적층 형성되는 것을 특징으로 하는 투명 방음판의 방음패널 결합장치를 마련함에 의한다.The present invention as a technical configuration for achieving the above object, the transparent soundproof plate 100 made of tempered glass or acrylic;
The groove 111 is formed in the upper center through the first stepped part 141 so that the lower end of the transparent sound insulation board 100 is inserted therein, and one side wall has a cross section.

A first soundproof panel 110 in which the first packing member fixing groove 112 of the shape is integrally oriented in the horizontal direction;
The first packing member 120 of the rubber material in close contact with the transparent soundproof plate 100:
Sound insulation plate supporters 130a and 130b which are integrally installed in both vertical sides of the first sound insulation panel 110 which are lower side of the recess 111 to support the transparent sound insulation panel 100;
A cutout portion 140 provided to one side of the first soundproof panel 110 to form a cutout portion;
A second soundproof panel 170 which is installed to be coupled to the cutout portion 140 of the soundproof panel 110;
A second packing member 180 of rubber material coupled to the second packing member fixing groove 160 formed on one side of the second soundproof panel 170:
An arc-shaped bending groove portion 190 formed to be bent inward on upper and lower sides of both side walls of the first soundproof panel 110 to induce diffused reflection of noise;
Protruding in the horizontal direction on the inner side of the arc-shaped bent groove 190 on both sides of the wall surface of the first soundproof panel 110, respectively, the load applied to the arc-shaped bent groove 190 of the soundproof panel 110 A first load distribution plate 200 installed to be distributed in a horizontal direction; And
Protruding in the horizontal direction on the lower side of the soundproof plate support (130a, 130b) which are respectively integrally installed in the vertical direction on both sides of the lower recess 111 of the soundproof panel 110, the soundproof plate support (130a) (130b) It includes; the second load distribution plate 210 is installed to distribute the load applied to the horizontal direction;
Inside the first and second packing members 120 and 180, buffering square holes 121 and 182 are formed inside the first and second packing members 120 and 180 to close the coupling while buffering the load of the transparent soundproof panel 100, respectively. The first packing member 120 is slidably coupled to the first packing member fixing groove 112 on one side wall of the recess 111 formed in the upper center of the soundproof panel 110, and the recess 111 The lower end of the transparent sound insulation board 100 is inserted into the cross-section through the first and second stepped portions 141 and 142 which protrude to both sides of the cutout 140.

A panel guide groove 150 having a shape is formed, and a protrusion 161 is formed at the bottom of the second soundproof panel 170 so as to be coupled to the panel guide groove 150. The cross section in which the jaw 162 is formed

The second packing member fixing groove 160 of the shape is unified in the horizontal direction,
A coupling protrusion 181 is formed at an end of the second packing member 180 of the rubber material so as to be slidably coupled to the second packing member fixing groove 160, while the first packing member 120 is disassembled. The first packing member 120 and the first packing member fixing groove 112 to be slidably coupled to the second packing member fixing groove part 160 to which the second packing member 180 is slidably coupled to each other. In the soundproof panel joining device of the transparent soundproof plate in which the sliding pad portion 220 formed with a polyethylene resin (P) is laminated on the surface for smooth sliding coupling and separation of the packing member 180,
One surface of the second packing member 180 is provided with a plurality of protrusions 183 to the second soundproof panel so that the second packing member 180 is firmly adhered to and fixed to one side of the transparent soundproof panel 100. The second packing member fixing groove portion 160 of 170 is formed in the protrusion spacing (T) protruding,
On the surface of the recess 111 of the first soundproof panel 110, the lower end of the transparent soundproof panel 100 is inserted, a microfiber pad (L) of 0.5 ~ 1mm thickness for the buffer of the transparent soundproof panel 100, 80-120 nm thick polyethylene resin (P) is laminated on the surface of the microfiber pad (L), and the sliding pad part 220 of the polyethylene resin mounted on the surface of the second packing member fixing groove 160 is 80-120 nm. By providing a sound insulation panel coupling device of the transparent soundproof plate, characterized in that the laminated to a thickness of.

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According to an embodiment of the soundproof panel coupling device of the present invention, a transparent soundproof panel, according to an embodiment of the soundproof panel coupling device of the present invention, a simple soundproof to easily detach and couple the second soundproof panel to one cutout of the first soundproof panel By operation, the transparent sound insulation board can be easily and easily detached and attached, and in particular, the first and second packing members installed in the first and second sound insulation panels can be easily disassembled and coupled to the packing member fixing groove. In this way, the first and second packing members which are easily stretched or damaged by the high temperature in the summer can be slid out to be replaced easily, and the second packing member is fixed to the outside of the packing member fixing groove of the second soundproof panel. It is formed by protruding the interval, and firmly supports and fixed to one side of the transparent soundproof plate, the buffer hole in the first and second packing member inside The second packing member is firmly tightly adhered to one side of the transparent sound insulation board by a plurality of protrusions protruding from one surface of the second packing member as well as tightly coupling the buffer while buffering the load of the transparent sound insulation board. It can be fixed, and the external noise generated from the road hit the arc-shaped bent groove portion of the soundproof panel to induce diffuse reflection to obtain a noise blocking effect, load distribution plate installed on both sides of the arc-shaped bent groove portion and the soundproof plate support As a result, the load applied to the arc-shaped bent groove portion and the soundproof plate support of the soundproof panel can be easily distributed in the horizontal direction.

In addition, the present invention can induce a smooth sliding coupling and separation of the first packing member and the second packing member by a polyethylene resin which is a sliding pad portion that is applied and laminated on the surface of the first and second packing member fixing groove portion. It has an effect.

1 is a schematic perspective view of a sound insulation board in which sound insulation boards are laminated in a plurality of layers between general pillars;
Figure 2 is a main structure of the coupling state of the transparent sound insulation panel for road to which the conventional sound insulation board is coupled.
Figure 3 is a schematic exploded perspective view of the first soundproofing panel and the second soundproofing panel to which the transparent soundproof plate of the present invention is detachably coupled.
Figure 4 is a front structural diagram of the coupled state of the first sound insulation panel and the second sound insulation panel of the present invention.
Figure 5 (a) (b) (c) is a cross-sectional structure of the main portion showing the soundproof panel groove portion in which the lower portion of the first packing member, the second packing member and the first packing member of the present invention is coupled.

Advantages and features of the present invention, and the technical configuration for achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various forms, and is provided to fully inform the scope of the invention to those skilled in the art. The invention is defined only by the scope of the claims. In addition, in describing the present invention, when it is determined that related related technologies and the like may obscure the gist of the present invention, detailed description thereof will be omitted.

3 is a schematic exploded perspective view of a first soundproof panel and a second soundproof panel to which the transparent soundproof plate of the present invention is detachably coupled, and FIG. 4 is a front structural diagram of a coupled state of the first soundproof panel and the second soundproof panel of the present invention. 5 (a), (b) and (c) are cross-sectional structural views showing the soundproof panel recesses in which lower portions of the first packing member, the second packing member, and the first packing member of the present invention are slidably coupled.

형상의 제1 패킹부재 고정홈부(112)가 수평방향으로 일체로 연설된다.That is, the present invention, the lower end of the transparent soundproof plate 100 made of tempered glass or acrylic grooves 111 through the first stepped portion 141 in the upper center of the first soundproofing panel 110 is inserted and supported therein. ) Is formed, the one side wall surface of the groove 111

The first packing member fixing groove 112 of the shape is integrally extended in the horizontal direction.

In addition, the first packing member fixing groove 112 of one side wall of the recess 111 formed in the upper center of the first soundproof panel 110 is tightly coupled while buffering the load of the transparent soundproof panel 100 therein. The first packing member 120 of the rubber material in which the cushioning square hole 121 is formed is slidably coupled, and at this time, the first packing member 120 may also be disassembled in the recess 111. Sliding coupling.

형상의 패널 안내홈(150)이 형성됨은 물론, 상기 절결부(140)의 패널 안내홈(150)에 결합토록 저부에 돌가부(161)가 형성되며, 일측면에는 내부 상,하측에 걸림턱(162)이 형성되는 단면이

형상의 제2 패킹부재 고정홈부(160)가 수평방향으로 일체로 연설되어 상기 방음패널(110)의 절결부(140)에 분리 및 결합가능하게 제2 방음패널(170)이 설치된다.Soundproof plate support members 130a and 130b supporting the transparent soundproof plate 100 are respectively integrally installed in the vertical direction on both inner sides of the first soundproof panel 110 under the recess 111, respectively. A cutout portion 140 having an upper portion cut out is provided at one side of the panel 110, and a cross section is provided through first and second stepped portions 141 and 142 formed to protrude to both sides of the cutout portion 140.

The panel guide groove 150 of the shape is formed, as well as the protrusion 161 is formed at the bottom to be coupled to the panel guide groove 150 of the cutout 140, the locking jaw on one side of the inner upper, lower The section on which 162 is formed

The second packing member fixing groove 160 of the shape is integrally oriented in the horizontal direction so that the second sound insulation panel 170 is detachably attached to the cutout portion 140 of the sound insulation panel 110.

In addition, in the second packing member fixing groove 160 formed on one side of the second soundproofing panel 170, the second packing member 180 made of rubber, in which the coupling protrusion 181 is formed, is slidably disassembled. The second packing member 180 slidingly coupled to the second packing member fixing groove 160 formed on one side of the second soundproof panel 170 may be coupled to the first soundproof panel 110. An interval between the second packing member fixing groove 160 of the second soundproof panel 170 is fixed so as to elastically support one side of the transparent soundproof plate 100 into which the lower end is inserted into the recess 111. T) is formed to protrude, a buffering square hole 182 is formed inside the close coupling to buffer the load of the transparent soundproof plate 100, the transparent soundproof plate 100 on one surface of the second packing member 180 In close contact with one side of the plurality of protrusions 183 are formed to be fixed.

In addition, arc-shaped bent grooves 190 are formed to be inwardly formed on both side walls of the first soundproof panel 110 and the lower side to induce diffused reflection of noise, and both sides of the first soundproof panel 110. The first load distribution plate 200 distributes the load applied to the arc-shaped bent groove 190 of the soundproof panel 110 in the horizontal direction in the horizontal direction inside the arc-shaped bent groove 190 of the upper and lower walls. Protruding respectively installed in the horizontal direction on the lower side of the soundproof plate support (130a, 130b) that is integrally installed in the vertical direction on both sides of the lower recess 111 of the soundproof panel 110, the soundproof plate support The second load distribution plate 210 is installed to distribute the load applied to the 130a and 130b in the horizontal direction.

Meanwhile, the first packing member fixing groove 112 in which the first packing member 120 is slidably coupled to the second packing member fixing groove portion 160 in which the first packing member fixing groove 112 and the second packing member 180 are slidably coupled to each other can be decomposed. ), A sliding pad portion 220 in which a polyethylene resin is stacked to a thickness of 80 ~ 120nm on the surface is installed for smooth sliding coupling and separation of the first packing member 120 and the second packing member 180, On the surface of the recess 111 of the first soundproof panel 110, the lower end of the transparent soundproof panel 100 is inserted, a microfiber pad (L) of 0.5 ~ 1mm thickness for the buffer of the transparent soundproof panel 100, A 120-200 nm thick polyethylene resin (P) is laminated and formed on the surface of the microfiber pad (L) for smooth sliding coupling and separation of the first packing member (120). The lower part of 120) is configured to be slidingly coupled Eojinda.

In the drawing, reference numeral 230 denotes a second soundproofing panel 170 installed at the cutout portion 140 of the first soundproofing panel 110, which is separated from the cutout portion 140 of the soundproofing panel 110. Fasteners to be fastened as possible.

Referring to the operation and effects of the present invention made of such a configuration as follows.

형상의 제1 패킹부재 고정홈부(112)에는 고무재의 제1 패킹부재(120)가 분해 가능하게 슬라이딩 결합되는 상태에서, 상기 제1 패킹부재(120)의 하단부는 상기 요홈부(111)에 역시 분해 가능하게 슬라이딩 결합되어, 상기 투명 방음판(100)을 탄력적으로 지지 고정하게 된다.3 to 5, the soundproof panel coupling device of the present invention is a transparent soundproof panel, made of tempered glass or acrylic installed in the vicinity of the road and railway to prevent noise from being transmitted to the periphery of the road or railroad tracks. The lower end of the transparent soundproof panel 100 is inserted into the recess 111 formed through the first step 141 in the center of the soundproof panel 110 to support and fix the transparent soundproof panel 100. The cross section which is integrally addressed in the horizontal direction to one side wall surface of the recess 111

In a state where the first packing member 120 made of rubber is slidably coupled to the first packing member fixing groove 112 of the shape, the lower end of the first packing member 120 is also in the recess 111. Slidably coupled to decompose, the transparent soundproof plate 100 is elastically supported and fixed.

As shown in FIG. 5 (a), the first packing member 120 has a cushioning square hole 121 formed therein, thereby tightly coupling while buffering the load of the transparent soundproof panel 100. 1 In the packing member fixing groove 112, the first packing member 120 can be easily and easily disassembled and combined, as well as the lower end of the first packing member 120 is also easily disassembled in the groove 111. The first packing member 120 coupled to the recess 111 by a high temperature in the summer can be slid out to be easily replaced.

형상의 패널 안내홈(150)이 형성되어, 상기 절결부(140)의 패널 안내홈(150) 내부에 제2 방음패널(170) 저부의 돌가부(161)가 슬라이딩 결합되고, 이에 따라서 상기 방음패널(110)의 절결부(140)에 제2 방음패널(170)이 간편하게 분리 및 결합가능하게 된다. In addition, the both sides of the inner side of the first soundproof panel 110, which is lower than the groove 111, the soundproof plate support (130a, 130b) for supporting the load of the transparent soundproof plate 100 are respectively integrally installed in the vertical direction In the first soundproof panel 110, a cutout portion 140 having an upper portion cut off is provided, and the first and second stepped portions 141 and 142 formed to protrude to both sides of the cutout portion 140. Cross section)

A panel guide groove 150 having a shape is formed, and the protrusion 161 of the bottom of the second soundproof panel 170 is slidably coupled to the inside of the panel guide groove 150 of the cutout 140. The second sound insulation panel 170 is easily detachable and coupled to the cutout 140 of the panel 110.

형상의 제2 패킹부재 고정홈부(160)가 수평방향으로 일체로 연설되어, 상기 제2 패킹부재 고정홈부(160) 내부에 결합돌기(181)가 형성되는 고무재의 제2 패킹부재(180)가 슬라이딩 결합됨으로써, 상기 제2 패킹부재 고정홈부(160)에 결합된 제2 패킹부재(180)를 슬라이드 식으로 인출하여 간편하게 교체할 수 있도록 한다.At this time, as shown in FIG. 5 (b), one side of the second soundproof panel 170 has a cross section in which a locking step 162 is formed at an upper side and an inner side thereof.

The second packing member fixing groove 160 of the shape is integrally addressed in the horizontal direction, so that the second packing member 180 made of rubber material having the coupling protrusion 181 formed therein is formed in the second packing member fixing groove 160. By slidingly coupled, the second packing member 180 coupled to the second packing member fixing groove 160 may be slidably pulled out to be easily replaced.

As shown in FIG. 4, the second packing member 180 protrudes a predetermined interval T toward the outside of the second packing member fixing groove 160 of the second soundproof panel 170, and thus, the first soundproofing. One side of the transparent soundproof plate 100 having the lower end inserted into the recess 111 of the panel 110 is elastically pushed to firmly support and fix the transparent soundproof plate 100, wherein the second packing member A buffer square hole 182 is formed in the interior 180, thereby closely coupling while buffering the load of the transparent soundproof panel 100, and a plurality of protrusions 183 on one surface of the second packing member 180. Is formed to protrude, so that the second packing member 180 is firmly in close contact with one side of the transparent soundproof plate 100 can be fixed.

In addition, the second packing member fixing groove 160 formed on one side of the second soundproofing panel 170 is slidably coupled to the second packing member 180 of rubber material having a coupling protrusion 181 formed at an end thereof. In the second packing member fixing groove 160, the second packing member 180 can be easily and easily pulled out to be easily replaced by a slide type.

In addition, arc-shaped bent grooves 190 are bent inwardly on upper and lower sides of both side walls of the first soundproof panel 110, so that external noise generated from a road or the like hits the arc-shaped bent groove 190 and is diffusely reflected. In order to induce a noise blocking effect, as well as by the first load distribution plate 200 protruding in the horizontal direction inside the arc-shaped bending groove 190, arc-shaped bending of the soundproof panel 110 The load applied to the groove 190 can be easily distributed in the horizontal direction, and the lower portions of the soundproof plate supports 130a and 130b respectively installed in the vertical direction on both sides of the lower recess 111 of the soundproof panel 110. The load applied to the soundproof plate support members 130a and 130b by the second load distribution plate 210 protruding in the horizontal direction on one side may be easily distributed in the horizontal direction.

Meanwhile, the first packing member fixing groove 112 in which the first packing member 120 is slidably coupled to the second packing member fixing groove portion 160 in which the first packing member fixing groove 112 and the second packing member 180 are slidably coupled to each other can be decomposed. ), By the sliding pad portion 220 in which the polyethylene resin is laminated on the surface in a thickness of 80 ~ 120nm, it is possible to induce a smooth sliding coupling and separation of the first packing member 120 and the second packing member 180. In this case, when the polyethylene resin thickness is 80 nm or less, the annoying sliding pad part 220 easily breaks due to external impact, and when the thickness is 120 nm or more, the thickness of the sliding machine pad part 220 becomes too thick. The first and second packing member fixing groove 112 and the second packing member fixing groove 160, the sliding coupling of the first and the second packing member is difficult, as in the present invention constitutes the sliding pad 220 To be a polyethylene resin is laminated with a thickness of 80 ~ 120nm is preferred.

In addition, a microfiber pad L having a thickness of 0.5 to 1 mm and a microfiber pad L are installed on a surface of the recess 111 of the first sound insulation panel 110 into which the lower end of the transparent sound insulation board 100 is inserted. While obtaining the buffering effect of the transparent soundproofing plate 100, 80 to 20 nm thick polyethylene resin (P) is formed on the surface of the microfiber pad (L), and the first packing member (120) positioned on the upper side thereof. Ensure smooth sliding engagement and disengagement.

Subsequently, the second soundproofing panel 170 installed at the cutout 140 of the soundproofing panel 110 is a cutout 140 of the first soundproofing panel 110 through a fastener 190 such as a screw. It can be separated or combined in.

Although the present invention has been described with reference to the accompanying drawings and the preferred embodiments described above, the present invention is not limited thereto, and is defined by the utility model registration claims to be described below. Therefore, one of ordinary skill in the art may variously modify and modify the present invention without departing from the technical spirit of the utility model registration claims described below.

100 ... transparent soundproof board
110 1st soundproof panel 111 recess
112 First packing member fixing groove 120 First packing member
121 ... square hole 130a, 130b ...
140 ... notches 141, 142 ... first and second step
150 ... Panel guide groove 160 ... Second packing member fixing groove
... 161 Stone Stone 162 ...
170 ... 2nd soundproof panel 180 ... 2nd packing member
181.Combination protrusion
182 ... square hole 183 ... protrusion
190 ... arc bending groove 200 ... first load distribution plate
210 ... 2nd load distribution plate 220 ... sliding pad part
L ... Microfiber pad P ... Polyethylene resin

Claims (4)

Transparent soundproof plate 100 made of tempered glass or acrylic;
The groove 111 is formed in the upper center through the first stepped part 141 so that the lower end of the transparent sound insulation board 100 is inserted therein, and one side wall has a cross section.

A first soundproof panel 110 in which the first packing member fixing groove 112 of the shape is integrally oriented in the horizontal direction;
The first packing member 120 of the rubber material in close contact with the transparent soundproof plate 100:
Sound insulation plate supporters 130a and 130b which are integrally installed in both vertical sides of the first sound insulation panel 110 which are lower side of the recess 111 to support the transparent sound insulation panel 100;
A cutout portion 140 provided to one side of the first soundproof panel 110 to form a cutout portion;
A second soundproof panel 170 which is installed to be coupled to the cutout portion 140 of the soundproof panel 110;
A second packing member 180 of rubber material coupled to the second packing member fixing groove 160 formed on one side of the second soundproof panel 170:
An arc-shaped bending groove portion 190 formed to be bent inward on upper and lower sides of both side walls of the first soundproof panel 110 to induce diffused reflection of noise;
Protruding in the horizontal direction on the inner side of the arc-shaped bent groove 190 on both sides of the wall surface of the first soundproof panel 110, respectively, the load applied to the arc-shaped bent groove 190 of the soundproof panel 110 A first load distribution plate 200 installed to be distributed in a horizontal direction; And
Protruding in the horizontal direction on the lower side of the soundproof plate support (130a, 130b) which are respectively integrally installed in the vertical direction on both sides of the lower recess 111 of the soundproof panel 110, the soundproof plate support (130a) (130b) It includes; the second load distribution plate 210 is installed to distribute the load applied to the horizontal direction;
Inside the first and second packing members 120 and 180, buffering square holes 121 and 182 are formed inside the first and second packing members 120 and 180 to close the coupling while buffering the load of the transparent soundproof panel 100, respectively. The first packing member 120 is slidably coupled to the first packing member fixing groove 112 on one side wall of the recess 111 formed in the upper center of the soundproof panel 110, and the recess 111 The lower end of the transparent sound insulation board 100 is inserted into the cross-section through the first and second stepped portions 141 and 142 which protrude to both sides of the cutout 140.

A panel guide groove 150 having a shape is formed, and a protrusion 161 is formed at the bottom of the second soundproof panel 170 so as to be coupled to the panel guide groove 150. The cross section in which the jaw 162 is formed

The second packing member fixing groove 160 of the shape is unified in the horizontal direction,
A coupling protrusion 181 is formed at an end of the second packing member 180 of the rubber material so as to be slidably coupled to the second packing member fixing groove 160, while the first packing member 120 is disassembled. The first packing member 120 and the first packing member fixing groove 112 to be slidably coupled to the second packing member fixing groove part 160 to which the second packing member 180 is slidably coupled to each other. In the soundproof panel joining device of the transparent soundproof plate in which the sliding pad portion 220 formed with a polyethylene resin (P) is laminated on the surface for smooth sliding coupling and separation of the packing member 180,
On one surface of the second packing member 180, a plurality of protrusions 183 are provided on the second soundproof panel so that the second packing member 180 is firmly adhered to and fixed to one side of the transparent soundproof panel 100. The second packing member fixing groove 160 of the 170 is formed in the protrusion spacing (T) protruding,
On the surface of the recess 111 of the first soundproof panel 110, the lower end of the transparent soundproof panel 100 is inserted, a microfiber pad (L) of 0.5 ~ 1mm thickness for the buffer of the transparent soundproof panel 100, 80-120 nm-thick polyethylene resin (P) is laminated on the surface of the microfiber pad (L), and the polyethylene resin is installed on the surface of the second packing member fixing groove (160). Sliding pad unit 220 is a soundproof panel coupling device of a transparent soundproof panel, characterized in that formed in a thickness of 80 ~ 120nm.
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