KR100191056B1 - Fence structure for preventing dust and noise - Google Patents

Abstract

[0001] The present invention relates to a dust and noise preventing construction structure that is simple in combination with a scaffold around a construction site to block dust and noise, A channel-shaped end vertical guide frame 130 for supporting vertically the left and right ends of the combined structure by being inserted / fixed into the grooves 111; A channel type end horizontal guide frame 120-1 for horizontally supporting the panel 101 coupled at the upper and lower ends of the structure by inserting / supporting both ends into the guide grooves 111 of the vertical guide frames 110 and 130; A graft type vertical guide frame 110 for grafting and spanning the dust and noise shielding panel 101 at the middle portion of the structure by forming two guide grooves 111 and 121 which are vertically or horizontally symmetrical, And a horizontal guide frame 120. The vertical guide frames 130 and 110 are provided on the rear of the vertical guide frames 130 and 110 with a scaffold clamp 113 welded and fixed at appropriate intervals in the vertical direction. The side structure of the end vertical guide frame 130 is a dust and noise preventing construction structure in which a folding means 131 is attached / interposed in a predetermined manner.

Description

Building dustproof and soundproofing constructions

The vertical and horizontal guide frames, which are simply coupled with scaffolds around the construction site through a scaffold clamp welded / fixed at an appropriate interval to the back surface, are used for dust and noise shielding panels. It is easy to install / disassemble, because it is easily sealed / fixed / inserted. After the installation, the panel that is attached / addressed can be integrated with the structure to effectively block noise and dust, Dust, noise, and collapse of a falling object, and to a dust and noise isolation construction structure capable of effectively preventing dust, noise, and fall of a falling object.

In general, in the past, a scaffold was installed around a construction site, and a camouflage network was attached to a scaffold to partially block dust generated at the construction site and disguised the construction site from the outside.

However, this conventional technique not only can not completely block the dust generated at the construction site, but also easily becomes dirty after installation and tears easily due to the mistake of the operator during the wind, storm, or exterior work of the building, There is a problem that the noise or dust can not be blocked surely and it becomes a target of complaints.

As shown in FIG. 1, the vertical support rods 141 of the scaffold 140 and the horizontal support rods 142 of the scaffold 140 are arranged in parallel with each other, In particular, dusts and noise-isolating panels 101 are installed in the mutually intersected spaces. In particular, dusts and noise-isolating panels 101 are connected to wires (or clips) So that each panel is bound / supported by binding / coupling with a scaffold.

However, this prior art technique has also caused a problem that the dust and noise of the construction site can not be completely blocked due to the gap between dust and noise shielding panel 101 coupled with the known scaffold 140, Dust and noise due to natural phenomenon (wind, storm) or a mistake of the operator due to the fact that the appearance is not clean due to fixing each dust and the noise isolation panel 101 by wire (or clip) There has been a problem that a safety accident such as a breakdown panel 101 easily falls off.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for efficiently improving / reinforcing the structure of a frame, So that each frame can be easily combined with a known scaffold to efficiently support the structure and each dust and noise barrier panel to be combined can be more simply / firmly combined / supported to assemble and disassemble And to provide a dust and noise-preventing building structure that facilitates work.

It is a further object of the present invention to facilitate the improvement of the environment at the construction site by using various colors and designs of the joining panels and to facilitate the installation of the camouflage net extending to the original height of the structure, And an object of the present invention is to provide a building structure for preventing noise and dust, which is capable of enhancing the blocking effect and the environmental improvement and the prevention effect of the safety accident.

In order to achieve the above object, the present invention is characterized in that one end of a dust and noise isolation panel (101) is inserted / fixed into a guide groove (111) A vertical guide frame 130; A channel type end horizontal guide frame 120-1 for horizontally supporting the panel 101 coupled at the upper and lower ends of the structure by inserting / supporting both ends into the guide grooves 111 of the vertical guide frames 110 and 130; An H-shaped graft-type vertical guide frame 110 for allowing the dust and the noise-isolating panel 101 to be grafted / adjoined at an intermediate portion of the structure by integrally forming twelve guide grooves 111, Type vertical guide frame 120. Particularly, the vertical guide frames 130 and 110 have a scaffold clamp 113 welded / fixed at an appropriate vertical distance to the rear of the vertical guide frames 130 and 110. In order to freely adjust the installation angle of the corner portions of the structure, And a folding means 131 is attached / interposed to the side surface of the end portion vertical guide frame 130 by a predetermined method.

FIG. 1 is a perspective view showing a structure of a conventional dust and noise reduction building structure. FIG.

FIG. 2 is a front view showing a frontal structure of a dust and noise shielding building structure according to the present invention; FIG.

FIG. 3 is an exploded perspective view showing a detailed structure of a dust and noise shielding building structure according to the present invention. FIG.

FIG. 4 is a rear perspective view showing a rear structure of a dust and noise shielding building according to the present invention; FIG.

FIG. 5 is a view showing an example of an angle adjusting frame and folding means to which the present invention is applied.

6 is a side perspective view showing the construction of a dust and noise shielding building structure according to the present invention;

DESCRIPTION OF THE REFERENCE NUMERALS

100: Structure for blocking dust noise 101: Panel for blocking dust noise

110: graft-type vertical guide frame 111: guide groove

112: guide piece (supporting piece) 113: scaffold clamp

120: graft type horizontal guide frame 120-1: channel type end horizontal guide frame

121: guide groove 130: channel-shaped end vertical guide frame

131: Folding means 140: Scaffold

141: vertical support rod 142: horizontal support rod

143: fixture 144: inclined support bar

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 6, the structure of the present invention includes vertical guide frames 110 and 130 for forming guide grooves 111 and 121 in a predetermined direction so as to enter the dust and noise isolation panel 100 on the ground, And a horizontal guide frame (120, 120-1) which laterally engages with the vertical guide frame (110, 130).

Particularly, the horizontal guide frames 120 and 120-1 according to the present invention are the core parts that make the structure of the present invention feature, . ≪ / RTI >

In addition, the structure of the present invention allows the scaffold clamp 113, which is welded / fixed at a suitable vertical spacing from the back surface of the vertical guide frames 110 and 130, to support the structure from the scaffold 140, And the combined dust noise cancellation structure 100 allows the supported frames 110, 130, 120 and 120-1 to be supported from the scaffold 140 via the scaffold clamp 113, so that the operation effect can be expected.

The vertical guide frames 110 and 130 and the horizontal guide frames 120 and 120-1 are provided with end frames 130 and 120-1 for engaging / supporting the ends of the structures, Shaped frames 110 and 120 to be grafted / addressed.

That is, by forming the guide grooves 111 and 121 in a c-shape, the end frames 130 and 120-1 provided at the right and left or both upper and lower ends of the structure 100 can be formed in a channel- End vertical guide frame 130 and a channel-type end horizontal guide frame 120-1 installed at the upper and lower ends of the structure.

As shown in the drawing, the graft-type frames 110 and 120, which are installed at the middle portion of the structure 100 to graft / span the dust-noise-attenuating panel 101, A vertical gravity guiding frame 9110 that supports the panel 100 and the structure 100 in a vertical direction and allows the structure 100 to be engaged with the scaffold 140; A blocking panel 101 and a graft type horizontal guide frame 120 for supporting the structure 100 in a horizontal direction.

That is, the H-shaped graft frame integrated with the guide grooves 111 and 121 formed in a vertically or horizontally symmetrical shape can be installed by attaching / attaching the dust and noise isolation panel 101, It is convenient to assemble and disassemble work.

Accordingly, the vertical guide frames 110 and 130 are installed perpendicularly to the ground during assembly / installation, and the horizontal guide frames 120 and 120-1 inserted / supported in the guide grooves 111 formed in the left / right direction or one side are inserted / fixed . In addition, a guide piece 112 is formed at a lower end of the vertical guide frames 110 and 130 to prevent the inserted horizontal guide frame 120 from being detached downward.

Meanwhile, in the case of installing the building structure 100 according to the present invention, the corner portion of the structure 100 is installed by connecting / contacting the channel type end vertical guide frame 130 at an angle to install the channel type end vertical guide frame 130, The folding means 131 is attached / interposed at predetermined intervals on the contact surfaces of the channel-shaped end vertical guide frames 130 by a predetermined method.

Thus, each concatenated, channel-end vertical guide frame 130 rotates freely at a predetermined angle from the corner of the structure 100 to support the corner portion and the connected structure of the structure.

As a result, the dust and noise isolation panel 101 constituting the structure 100 of the present invention is continuously stacked while being supported by the vertical guide frames 110 and 130 and the horizontal guide frames 120 and 120-1, The scaffold clamp 113 coupled to the backside of the structure 100 supports the structure by simply coupling it with a known scaffold 140.

The scaffold 140 is a structure of a known construction site in which the vertical support rods 140 and the horizontal support rods 142 are crossed with each other and fixed to the fixing points 143 at their intersections. And the inclined supporting bar 142 can support the vertical supporting bar 140 and the horizontal supporting bar 142. As shown in FIG.

The safety net 150 can be installed at the upper end of the building structure 100 according to the present invention by extending both ends and a central portion of the upper end of the building structure 100, And to prevent the occurrence of safety accidents as much as possible.

Hereinafter, the operation and effect of the dust and noise reduction building structure according to the present invention will be described.

It is assumed that a known scaffold 140 coupled to the vertical support rods 141 and the horizontal support rods 142 cross each other at a predetermined position around the construction site and is fastened by the fastener 143 is installed in advance, Will be described.

A plurality of H-shaped graft type vertical guide frames 110 are installed to join the scaffold clamps 113 welded to the back surface to the scaffold 140, and both ends of the installed virtual structures are inserted into a U- 130, respectively.

In this state, the U-shaped channel end horizontal guide frame 120 is inserted into and connected to the lowermost end portion between the vertical guide frames 110 and 130, and the guide groove 111 and 121 is provided with the dust / (101). The upper end of the installed dust and noise isolation panel 101 is coupled with another H-shaped horizontal guide frame 120, and the upper guide groove 120 of the H- The structure 100 is piled up by repeatedly inserting / attaching another dust and noise barrier panel 101 into the second housing 121.

In this manner, dust and noise isolation panels 101 are installed up to a predetermined height, and then a channel-type end horizontal guide frame 120 having a single guide groove 121 formed at the upper end thereof is assembled, You can clear up the top processing.

Particularly, the horizontal guide frames 120 and 120-1 of the present invention can prevent the structure of the present invention from forming a gap, simplify the joining and disassembling of the panel, and support the panel, So that the structure can be efficiently supported by the vertical guide frames 110 and 130.

The edge of the structure 100 having the one side of the structure 100 is folded at a predetermined angle to be installed through the folding means 131 and then folded into the other end vertical guide frame 110 and the respective frames 110, 120, 120-1, and 130 to complete the other structure.

FIG. 5 illustrates a portion of a structure in which the folding means 131 of the present invention is used. The folding means 131 attached to and interposed with each channel-shaped end vertical guide frame 130 is a Thereby facilitating the adjustment of the angle.

In addition, the safety net 150 installed at the top of the dust and noise isolation structure 100 installed in the above-described manner acts to prevent a safety accident by blocking a falling object or rockfall from a construction site.

As described above, the building structure of the present invention easily inserts / combines / supports the dust-noise-shielding panel through the respective frames to be easily coupled with a known scaffold, And increases the blocking effect of dust.

In addition, the structure can be easily dismantled in the reverse order of the installation method, components of the structure can be reused, the upper part of the structure can be simply extended to install the camouflage network, It is possible to improve the environment around the construction site or to make the environment beautification by using various colors and the outer surface thereof.

Claims (2)

A channel type end vertical guide frame for facilitating engagement and disassembly by inserting / fixing one side end of the dust and noise cancellation panel into / from the guide grooves and supporting the same in the vertical direction at the left and right ends of the combined structure; A channel type end horizontal guide frame for horizontally supporting dust and noise shielding panels inserted / fixed in the guide grooves of the vertical guide frame and inserted into guide grooves at the upper and lower ends of the structure after the connection; The guide frame located at the middle portion of the structure for grafting and sounding the dust and noise shielding panel includes a graft type vertical guide frame and a graft type horizontal guide frame having two guide grooves formed by vertically or horizontally symmetrically; And a scaffold clamping the scaffold and the frame so that they are welded / fixed to the rear surface of the vertical guide frame at an appropriate vertical interval so that the frame and the frame can be easily and firmly connected. The building structure for dust and noise prevention according to claim 1, wherein a folding means is attached / interposed in a predetermined manner to the side surface of the channel-shaped end vertical guide frame for freely adjusting the installation angle of the corner portion of the structure.