KR101828708B1 - Construction structures and methods for their construction interlayer noise reduction - Google Patents

Abstract

In order to prevent noise between the upper and lower floors of the apartment house, the present invention absorbs and disperses noise to be transmitted to the lower layer by constructing an uneven distribution of gravel or sand on the floor slab, A heat insulating cushioning material applying step of laminating a heat insulating cushioning material on an upper layer of the bottom slab; A side cushioning material installation step of installing a side cushioning material on the inner wall surface of the square wall of the floor slab in which the heat insulating cushioning material is laminated; An uneven uneven bed forming step of unevenly distributing unevenly distributed sand or gravel on the heat insulating buffer material laminated on the upper layer of the bottom slab, A lightweight foamed concrete pouring step of integrally forming a lightweight foamed concrete layer on unevenly distributed unevenness layers of sand or gravel unevenly distributed on the heat insulating cushioning material in the unevenness unfavorable layer forming process; A finishing mortar casting step of forming a finishing mortar layer by pouring a finishing mortar in a state in which the lightweight foamed concrete poured in the lightweight foamed concrete pouring process is solidified; And a bottom finishing material construction process in which the bottom finishing material is applied in a state where the finishing mortar laid in the finishing mortar casting process is cured. A method for reducing the interlayer noise is performed to form a heat insulating cushioning material layer for insulation or buffering on the upper side of the bottom slab A side wall cushioning material is provided on a floor slab on a floor slab constituting a heat insulating cushioning material and a sand or gravel is unevenly distributed on the upper layer of the heat insulating cushioning material to form a uneven uncompleted layer, The lightweight foamed concrete layer is constructed by integrally forming a lightweight foamed concrete layer to constitute an impact canceling layer. The finished mortar layer is formed with the piping embedded in the upper part of the lightweight foamed concrete layer. Floor finish is applied to complete construction structure to reduce interlayer noise.

Description

{Construction structures and methods for reducing interlayer noise}

The present invention relates to a technique for preventing noise between the upper and lower floors of a multi-family house. More particularly, the present invention relates to a technique for preventing noise from being transmitted to a lower floor by constituting an unsteadily distributed gravel or sand on a floor slab, So that the interlayer noise can be effectively suppressed and prevented.

In recent years, most of the housing types have been converted from single-family homes to high-rise apartment buildings. In order to reduce the weight of the buildings, the floor slab is used as a lightweight material or the floor thickness is thinned. Noise problems are very serious.

Therefore, recently, when the children are running upstairs in a typical apartment, the sound level heard from the lower floor differs from person to person, but it is about 60db, which is the level of talking with each other immediately. .

Generally, thick walls and floors provide good sound insulation. However, since noise and noise caused by shocks and vibrations can not be properly performed, it is necessary to separate the floor surface of the room It must be constructed.

In the floor construction of the apartment house, a separate floor noise barrier is laid on the floor slab, which is the boundary between the upper and lower floors, and air foam concrete is placed on the upper part of the upper floor noise barrier. The bottom mortar layer is placed on the top of the finished mortar layer.

However, until now, the interlayer noise barrier material has been improved in which the effect of noise cancellation is degraded because most weight sound (children's running noise, barefoot sound in the room, etc.) can not be suppressed properly. The patent literature of the prior art developed up to now is as follows.

The patent application No. 10-2009-0077822 (Aug. 21, 2009) introduces the noise to be transmitted to the lower-floor generation through the angle-type noise induction heating plate installed at the corner of the floor slab in contact with the wall, The noise induction insulating plate is provided with a ventilation circulation path between the floor slab and the room air layer after the completion of the construction, and is generated due to moisture and moisture flowing down to the floor slab at the floor construction (concrete pouring work) To an air layer for quickly removing the odor generated by the air. In the patent application No. 10-2013-0021085 (Feb. 23, 2013), a high-density metallic sound insulating plate acts as a sound insulating member, a filler filled in a concave portion of the metallic sound insulating plate acts to attenuate noise, The sound absorbing plate of low density and the soundproof sound absorbing plate of medium density are attached under the floor, and the noise transmitted from the outside to the floor noise blocking plate is absorbed by the medium and low density plate, and is sounded by the high density plate, So that the horizontal noise propagating along the metal sound insulating plate reaches the edge of the metal sound insulating plate so that the horizontal noise is directed upward along the metal sound insulating plate To an interlayer noise blocking plate. Patent Application No. 10-2013-0045189 (Apr. 24, 2013) discloses a method for manufacturing an air conditioner, comprising the steps of: (a) forming a bottom of a room by a foamed concrete layer formed by pouring concrete on the upper side of each slab layer, a sand layer formed by uniformly applying sand on the foamed concrete layer, A vinyl layer formed by covering the upper part of the sand layer with vinyl, and a mortar layer laid on the upper surface of the vinyl layer and embedded with a heating pipe. The sand layer and the vinyl layer are laminated a plurality of times in order, It is possible to prevent noise between rooms by stacking sand and vinyl on each floor of the apartment house several times in order and by installing sound insulating material so as to cover the entire indoor space as much as possible. . Patent Application No. 10-2013-0099957 (2013.08.22) discloses a floor panel comprising a bottom panel provided so as to be spaced apart from a floor slab, and an anti-vibration member provided between the bottom panel and the bottom panel to elastically support the bottom panel A first resonant frequency skin avoiding resonance by making the natural frequency of the floor slab different from the natural frequency of the floor slab; And a second resonant frequency skin disposed on the floor panel and having a finishing panel structurally separated from the floor panel to avoid resonance by differentiating the natural frequency of the floor panel and the finishing panel A cushioning member made of a material for reducing noise transmitted to the floor slab from the finishing panel to reduce noise between the flooring slabs and absorbing impact transmitted to the floor slab, And a third resonant circuit skin which is provided between the anti-vibration members and has a support plate for supporting the anti-vibration member and avoids resonance by changing the natural frequency of the bottom slab and the support plate. The present invention provides an interlayer noise reduction floor structure having a floor structure. Patent Application No. 10-2014-0025952 (Apr. 31, 2014) discloses a means for effectively reducing the light impact sound and the heavy impact sound of a building by vibrating the bottom surface itself, which is the lower layer and the upper floor partition, In order to reduce the noise in the floor by forming a noise reduction material layer having a reducing effect, a vibration damping sheet of soft resin is first laid on the upper or lower surface of the slab forming the upper and lower sections of the building at regular intervals, A first step of bolting / fastening a screw shaft passing through the center of the reinforcing plate to the slab, forming a structure in which the reinforcing plate is installed on the outside of the slab, And a mixture of sand and styrofoam granules or a mixture of sand and styrofoam granules is provided on the upper side of the reinforcing plate and the stern type lattice structure. Invention relates to an inter-layer noise-reducing means comprises a second process step kkalrineun at a constant height in a filler concrete layer. The patent application No. 10-2014-0034947 (2014.03.25) is a means for effectively reducing the light impact sound and the heavy impact sound of the building, and it is possible to use the steel or FRP material to make continuous bends at a height and a width of 5 to 70 mm And forming a bottom structure in which holes are drilled at regular intervals transversely at a height of 1/2 to 2/3 of the bottom of the bending slope, thereby achieving an effect of reducing the interlayer noise with a low cost structure , A floor impact structure for reducing the light impact sound and the heavy impact sound of the interlayer slab bottom layer that separates the upper and lower layers of the building, is used together with the other floor noise structure, and the light weight impact sound and weight And to provide an interlayer noise reducing method for reducing impact noise. The patent application No. 10-2014-0082468 (Apr. 24, 2014) is a floor damping structure for reducing the interlayer noise transmitted from the upper layer to the lower layer. A buffer plate installed on the slab; A cover plate installed on the buffer plate and having a hollow formed therein at regular intervals; And a mortar layer laid on the cover plate. The hollow formed between the buffer plate and the cover plate has a certain cross section and attenuates noise vibrations transmitted from the upper layer and the weight having a larger unit weight than the slab And the tuning plate is formed of a metal material, and the tuning plate is formed of a hollow body formed on the cover plate, And a weight member is connected to the weight member by a pair of connecting members extending from the both sides of the tuning plate at a predetermined height Patent Application No. 10-2016-0011075 (Feb. 29, 2016) discloses a bottom acoustic structure for preventing noise from the floor using synthetic resin elastomer so as to effectively damp the floor impact sound, and a construction method thereof. A sound insulating layer in which ground EVA (ethylene-vinylacetate copolymer) and PET (polyethylene terephthalate) are mixed at a predetermined ratio and laminated on the base layer; An anti-penetration layer formed on the upper surface of the sound insulating layer and made of a waterproof sheet to prevent penetration of moisture and foreign matter; A mesh layer in the form of a mesh structure laminated on the top surface of the anti-penetration layer; And a mortar layer which is laid on the upper surface of the mesh layer.

The present invention solves the problem of the noise reduction effect for interlayer noise suppression which has been carried out so far by dispersing and absorbing the impact applied at the bottom of the upper layer so as not to be directly transmitted to the bottom slab composed of the lower layer ceiling So that the interlayer noise can be remarkably reduced.

In a floor construction method of a multi-layer building structure,

A heat insulating cushioning material step of laminating a heat insulating cushioning material on an upper layer of the bottom slab; A side cushioning material installation step of installing a side cushioning material on the inner wall surface of the square wall of the floor slab in which the heat insulating cushioning material is laminated; An uneven uneven bed forming step of unevenly distributing unevenly distributed sand or gravel on the heat insulating buffer material laminated on the upper layer of the bottom slab, A lightweight foamed concrete pouring step of integrally forming a lightweight foamed concrete layer on unevenly distributed unevenness layers of sand or gravel unevenly distributed on the heat insulating cushioning material in the unevenness unfavorable layer forming process; A finishing mortar casting step of forming a finishing mortar layer by pouring a finishing mortar in a state in which the lightweight foamed concrete poured in the lightweight foamed concrete pouring process is solidified; And a bottom finishing material construction process in which the bottom finishing material is applied in a state where the finishing mortar laid in the finishing mortar casting process is cured. A method for reducing the interlayer noise is performed to form a heat insulating cushioning material layer for insulation or buffering on the upper side of the bottom slab A side wall cushioning material is provided on a floor slab on a floor slab constituting a heat insulating cushioning material and an unevenness layer is formed by uneven distribution of sand or gravel on the upper layer of the heat insulating cushioning material to form an unevenness unfavorable layer, The lightweight foamed concrete layer is constructed by integrally forming a lightweight foamed concrete layer to constitute an impact canceling layer. The finished mortar layer is formed with the piping embedded in the upper part of the lightweight foamed concrete layer. Floor finish is applied to complete construction structure to reduce interlayer noise.

According to the present invention, an uneven distribution of gravel or sand is formed between the bottom slab and the bottom finish layer to constitute a shock-canceling layer on which the lightweight foamed concrete is struck, thereby absorbing the noise generated by the impact of the upper layer and transmitted to the lower layer Thereby effectively preventing the interlayer noise from being suppressed, thereby remarkably reducing the interlayer noise and significantly suppressing the interlayer noise.

1 is a process chart according to an embodiment of the present invention;
2 is a process diagram according to another embodiment of the present invention;
3 is a diagram illustrating an exemplary configuration of the present invention;
4 is a diagram illustrating another exemplary configuration of the present invention.

Example 1.

In a floor construction method of a multi-layer building structure,

A heat insulating cushioning material step of laminating a heat insulating cushion material (40) on an upper layer of the bottom slab (10);

A side cushioning material installation step of installing a side cushioning material (30) on an inner wall surface of a square wall (20) of a floor slab (10) in which a wall body (20) is laminated;

A uneven uneven bed forming step of forming an uneven uneven bed layer (51) which is unevenly distributed and unevenly distributed on the heat insulating dunnage (40) laminated on the floor slab (10) so that sand or gravel are mixed or unevenly distributed;

A lightweight foam concrete pouring process (55) that forms a lightweight foamed concrete layer (55) integrally on an unevenly distributed uneven layer (51) made of sand or gravel unevenly distributed on the adiabatic cushioning material (40) and;

A finishing mortar casting step of forming a finishing mortar layer 60 by placing a piping 65 and a finishing mortar in a state where the lightweight foamed concrete poured in the lightweight foamed concrete pouring process is solidified;

And a bottom finishing material constructing step of constructing the floor finishing material in a state where the finishing mortar laid in the finishing mortar casting process is cured.

The construction method for reducing the interlaminar noise described above is carried out to form a heat insulating cushioning material layer 40 for insulation or buffering on the upper side of the bottom slab 10 and a heat insulating cushioning material layer 40 on the floor slab 10 constituting the heat insulating cushioning material layer 40 A side surface cushioning material 30 is provided on the side wall 20 and unevenly distributed unevenness layer 51 is formed by uneven distribution of sand or gravel on the upper layer of the heat insulating cushioning material 40 to form a lightweight foamed concrete 51, And the lightweight foamed concrete layer 55 is integrally constructed to constitute the impact compensating layer 50. The finishing mortar layer 60 is formed in a state that the pipe 65 is buried in the upper part of the lightweight foamed concrete layer 55, And a bottom finishing material (not shown) made of a floorboard or a long board is installed on the upper portion of the finished mortar layer 60 to complete a construction structure for reducing interlayer noise.

Example 2.

In a floor construction method of a multi-layer building structure,

A side cushioning material installation step of installing a side cushioning material (30) on the inner wall surface of the square wall (20) of the floor slab (10);

In the process of installing the side damping material 20, unevenness unevenness layer 51 (hereinafter, referred to as " unevenness unevenness layer ") 51 which unevenly distributes unevenly the sand or gravel on the floor slab 10 provided with the side cushioning material 30 on the inner wall surface of the square wall 20, An uneven uneven layer forming step of forming an uneven uneven layer;

A lightweight foam concrete pouring process (55) that forms a lightweight foamed concrete layer (55) integrally on an unevenly distributed uneven layer (51) composed of sand or gravel unevenly distributed on the floor slab (10) and;

A heat insulating cushioning material application step in which the lightweight foamed concrete layer 55 laid in the lightweight foamed concrete pouring process is solidified and a heat insulating cushioning material 40 is laminated thereon;

A finishing mortar casting step of forming a finishing mortar layer 60 by placing a piping 65 on the adiabatic cushioning material 40 constructed in the process of constructing the heat insulating cushioning material and placing the finishing mortar;

And a bottom finishing material constructing step of constructing the floor finishing material in a state where the finishing mortar laid in the finishing mortar casting process is cured.

The floor slab 10 on which the side cushioning material 30 is installed is provided with the side cushioning material 30 on the side wall 20 on the floor slab 10 by performing the above- Or gravel are unevenly distributed to form a unbalanced uncompleted layer 51 and a lightweight foamed concrete is laid thereon to form a lightweight foamed concrete layer 55 to constitute an impact canceling layer 50, A heat insulating cushion material 40 is laminated on the lightweight foamed concrete layer 55 of the impact canceling layer 50 and a piping 65 is formed thereon to form a finished mortar layer 60. The upper portion of the finished mortar layer 60 (Not shown) made of a floorboard or a long board is installed on the floor to complete the floor construction structure of the multi-layer building structure.

If the unbalanced unbalanced layer 51 constituting the impact canceling layer 50 is formed to have a minimum thickness of 10 mm and a maximum thickness of 30 mm, the thickness may be determined according to the thickness of the bottom surface.

In addition, the unbalanced unbalanced layer 51 constituting the impact canceling layer 50 may be composed of sand and gravel separately, but sometimes sand and gravel may be mixed.

The gist of the present invention is that the lightweight foamed concrete is integrally laid on the unbalanced uneven layer 51 made of sand and gravel so that the lower side of the lightweight foamed concrete layer 55 digs the unbalanced uneven layer 51, It is cured.

The present invention completed in the first and second embodiments has no space in the entire bottom layer and resonance phenomenon does not occur and the impact applied to the bottom surface is transmitted to the lightweight foamed concrete layer 55 through the finished mortar layer 60 The unevenly distributed unbalanced layer 51 of sand or gravel is dispersed in the unevenly distributed unbalanced layer 51 of sand or gravel when the bottom of the lightweight foamed concrete layer 55, which is unbalanced and unevenly cured, So that the noise is canceled.

The present invention is likely to be used in the construction industry by reducing the interlayer noise that causes the most serious problems in a modern building which is constructed so that multiple buildings are arranged vertically in a single building.

10: floor slab 20: wall 30: side cushioning material
40: adiabatic cushioning material 50: shock-canceling layer 51: unevenness unfavorable layer
55: Lightweight foamed concrete layer 60: Finishing mortar layer 65: Piping

Claims (5)

In a floor construction method of a multi-layer building structure,
A heat insulating cushioning material step of laminating a heat insulating cushion material 40 on the upper layer of the bottom slab 10;
A side cushioning material installation step of installing a side cushioning material (30) on an inner wall surface of a square wall (20) of a floor slab (10) in which a wall body (20) is laminated;
A uneven uneven bed forming step of forming an uneven uneven bed layer (51) which is unevenly distributed and unevenly distributed on the heat insulating dunnage (40) laminated on the floor slab (10) so that sand or gravel are mixed or unevenly distributed;
A lightweight foam concrete pouring process (55) that forms a lightweight foamed concrete layer (55) integrally on an unevenly distributed uneven layer (51) made of sand or gravel unevenly distributed on the adiabatic cushioning material (40) and;
A finishing mortar casting step of forming a finishing mortar layer 60 by placing a piping 65 and a finishing mortar in a state where the lightweight foamed concrete poured in the lightweight foamed concrete pouring process is solidified;
And a bottom finishing material constructing step of finishing the floor finishing material in a state where the finishing mortar laid in the finishing mortar casting process is cured. In a floor construction method of a multi-layer building structure,
A side cushioning material installation step of installing a side cushioning material (30) on the inner wall surface of the square wall (20) of the floor slab (10);
In the process of installing the side damping material 20, unevenness unevenness layer 51 (hereinafter, referred to as " unevenness unevenness layer ") 51 which unevenly distributes unevenly the sand or gravel on the floor slab 10 provided with the side cushioning material 30 on the inner wall surface of the square wall 20, An uneven uneven layer forming step of forming an uneven uneven layer;
A lightweight foam concrete pouring process (55) that forms a lightweight foamed concrete layer (55) integrally on an unevenly distributed uneven layer (51) composed of sand or gravel unevenly distributed on the floor slab (10) and;
A heat insulating cushioning material application step in which the lightweight foamed concrete layer 55 laid in the lightweight foamed concrete pouring process is solidified and a heat insulating cushioning material 40 is laminated thereon;
A finishing mortar casting step of forming a finishing mortar layer 60 by placing a piping 65 on the adiabatic cushioning material 40 constructed in the process of constructing the heat insulating cushioning material and placing the finishing mortar;
And a bottom finishing material constructing step of finishing the floor finishing material in a state where the finishing mortar laid in the finishing mortar casting process is cured. A side cushioning material 30 is installed on the side wall 20 on the floor slab 10 constituting a layer of adiabatic cushioning material 40 for insulating or buffering the upper side of the floor slab 10 and constituting a layer of the heat insulating cushioning material 40 A lightweight foamed concrete layer 55 is formed on the upper portion of the heat insulating cushioning material 40 and a finishing mortar layer 60 is formed in a state where the piping 65 is embedded in the upper portion of the lightweight foamed concrete layer 55 And a floor finish material (not shown) made of a floorboard or a long board is installed on the upper part of the finished mortar layer 60 to complete a floor construction structure of a multi-layer building structure,
The lightweight foamed concrete layer 55 is integrally formed by laying the unevenness uneven layer 51 on the heat insulating cushion material 40 so as to unevenly distribute sand or gravel unevenly so as to form a uneven uncombusted layer 51, (50). ≪ RTI ID = 0.0 > [10] < / RTI > A side cushioning material 30 is provided on the side wall 20 on the floor slab 10 and a heat insulating cushioning material 40 for insulating or buffering is formed on the floor slab 10 provided with the side cushioning material 30 A finishing mortar layer 60 is formed in a state where the piping 65 is buried thereon and a floor finishing material (not shown) made of a flooring or a long finishing board is formed on the finishing mortar layer 60 In a floor construction structure of a multi-layer building structure,
Sand or gravel is distributed unevenly on the floor slab 10 to form a uneven uncombusted layer 51 and lightweight foamed concrete is laid thereon to form a lightweight foamed concrete layer 55 integrally, Layer 50 and the heat insulating buffer material 40 is laminated on the lightweight foamed concrete layer 55 of the impact canceling layer 50 and the piping 65 is formed thereon to constitute the finished mortar layer 60 Construction Structure for Reducing Interlayer Noise. The method according to claim 3 or 4, wherein
Wherein the unbalance unbalanced layer (51) constituting the impact canceling layer (50) is sandwiched between sand and gravel to have a minimum thickness of 10 mm and a maximum thickness of 30 mm.

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