KR20150089189A - building material to noise prevention - Google Patents

Abstract

The present invention relates to a floor material to prevent transmission of noises between floors to absorb live noise and vibration. According to the present invention, a shock and vibration damping block-100A includes a vibration damping sphere (10), a lower cushioning material (20), and an upper cushioning material (30). The present invention provides an elastic ball buried cushioning body (X) with the internal vibration damping sphere (10) comprising the steps of: manufacturing the vibration damping sphere (10) by injection or compression-molding one material from rubber, silicone, urethane, and epoxy; manufacturing a lower and an upper cushioning material (20, 30) by making one material from PE, EVA, EPP, EPS, urethane, and sponges foam in a mold, wherein a plurality of vibration damping sphere insertion grooves (a) is formed downwards on a top of a square plate; and injecting the vibration damping sphere (10) into the vibration damping sphere insertion grooves (a) on a top of the lower cushioning material (20) after applying an adhesive to the top of the lower cushioning material (20), and pressing and attaching the lower and upper cushioning materials (20, 30) onto each other after placing the upper cushioning material (30) on the top of the lower cushioning material (20) with the vibration damping sphere placed between them.

Description

[0001] Building material to noise prevention [0002]

Floor-to-floor noise prevention floor material manufacturing technology and construction technology

The problem of inter-floor noise is causing a great social crowd. In recent years, there has been a great deal of social wave so that there are several murders due to the interlayer noise between the upper stories.

This problem is caused by the fact that the builder of the building constructs the building by the cheap construction method, but the building material which can reduce the noise between the floor at the time of the construction of the building is not common in the market.

The present invention relates to a method for installing a hot water pipe or a heating line, which is installed at the time of construction of a building after building concrete is cured or after building an architectural structure with iron or wood, and is capable of absorbing vibrations and noise The present invention relates to an interlayer noise-preventing floor installation material.

It should be easy to install hot water pipe or heating line, absorb shock vibration caused in daily life, maintain strength even under heavy load or momentary impact, and easy to handle and install.

1. A vibration damping tool 10 is produced by injection molding or compression molding of a ball into one of rubber, silicone, urethane or epoxy material,

   It is possible to manufacture a vibration damping member 10 in which a spherical silicon or spherical rubber is positioned as a center core and an outer surface of the center core is surrounded by an outer skin of rubber, silicone, urethane or epoxy material,

   (11) is filled in the inner space of the outer skin made of one of rubber, silicone, urethane and epoxy material to produce a silicone vibration mitigating tool (10)

2. The cushioning member 20 is manufactured by foam molding in one of the PE, EVA, EPP, EPS, urethane and sponge materials so that a plurality of vibration damping ring fitting grooves a are formed downward from the upper surface of the rectangular flat plate,

   A cushioning material 20 is manufactured by thermally pressing one foam sheet material of PE, EVA, EPP, EPS, urethane, and sponge material with a press to form a plurality of vibration relief port grooves a downward from the top surface of the foam sheet material ,

   A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration mitring groove fitting grooves a downward from the upper face of the foam board,

3. Lightweight foamed concrete mortar, mortar with royal sand / crushed stone / cement, mortar with royal sand / crushed stone / limestone, or mortar with hot clay ball / Or the mortar is injected into the mold and press-molded by using the mortar containing the mortar mixed with the yellow mortar thermosetting ball / cement to form a plurality of hot water pipe protections upward from the upper face of the rectangular flat portion 31 having a predetermined thickness It is possible to manufacture the ondol (30) having a concavo-convex structure in which the column (32)

(30) of a concave-convex structure in which a plurality of hot water pipe protection pillars (32) are protruded upward from the upper surface of a rectangular flat portion (31) having a predetermined thickness,

4. A vibration damping hole 10 is inserted into a plurality of vibration damping dump fitting grooves a formed on the upper surface of the cushioning member 20 to produce an elastic ball containing cushioning body X having the vibration damping mat 10 therein

5. After the adhesive is applied to the upper surface of the elastic cushion body X, the bottom surface of the Ondol 30 having the concave-convex structure is attached to the upper surface of the elastic cushion body X,

Provided as thermal shock vibration mitigation block for -100A

       In the impact shock mitigation block for a thermal shock absorber according to the present invention,

       1. It is easy to install hot water pipe or heating line,

       2. It absorbs shock vibration noise generated in daily life,

       3. Strength is maintained even under heavy load or momentary impact,

       4. Easy handling and construction.

Fig. 1: Structure of a shock-absorbing block A of the present invention
Fig. 2: Detailed sectional view of a block A of the invention for mitigating thermal impact vibration of the present invention
Fig. 3: Structure of the shock absorbing block B of the present invention for thermal shock
Fig. 4: Detailed sectional view of the block B of the present invention for mitigating thermal shock vibration
Fig. 9: Example of thermal construction using the shock vibration mitigating block for thermal application of the present invention

The present invention relates to a shock absorbing block for thermal shocks which can be installed at the time of construction of a building after building concrete is cured, or iron or wood is constructed.

BRIEF DESCRIPTION OF THE DRAWINGS Fig.

end. For heating Impact vibration mitigation block - Composition of 100A

As shown in Figs. 1 and 2, the thermal shock vibration mitigation block 100A of the present invention includes:

A vibration damping member 10, a cushioning member 20, and an ondol 30 having a concave and convex structure.

I. For heating Production of shock vibration mitigation block -100A

For the thermal impact vibration reduction block -100A,

1. A vibration damping tool 10 is produced by injection molding or compression molding of a ball into one of rubber, silicone, urethane or epoxy material,

   It is possible to manufacture a vibration damping member 10 in which a spherical silicon or spherical rubber is positioned as a center core and an outer surface of the center core is surrounded by an outer skin of rubber, silicone, urethane or epoxy material,

   (11) is filled in the inner space of the outer skin made of one of rubber, silicone, urethane and epoxy material to produce a silicone vibration mitigating tool (10)

2. The cushioning member 20 is manufactured by foam molding in one of the PE, EVA, EPP, EPS, urethane and sponge materials so that a plurality of vibration damping ring fitting grooves a are formed downward from the upper surface of the rectangular flat plate,

   A cushioning material 20 is manufactured by thermally pressing one foam sheet material of PE, EVA, EPP, EPS, urethane, and sponge material with a press to form a plurality of vibration relief port grooves a downward from the top surface of the foam sheet material ,

   A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration mitring groove fitting grooves a downward from the upper face of the foam board,

3. Lightweight foamed concrete mortar, mortar with royal sand / crushed stone / cement, mortar with royal sand / crushed stone / limestone, or mortar with hot clay ball / Or the mortar is injected into the mold and press-molded by using the mortar containing the mortar mixed with the yellow mortar thermosetting ball / cement to form a plurality of hot water pipe protections upward from the upper face of the rectangular flat portion 31 having a predetermined thickness It is possible to manufacture the ondol (30) having a concavo-convex structure in which the column (32)

(30) of a concave-convex structure in which a plurality of hot water pipe protection pillars (32) are protruded upward from the upper surface of a rectangular flat portion (31) having a predetermined thickness,

4. A vibration damping hole 10 is inserted into a plurality of vibration damping dump fitting grooves a formed on the upper surface of the cushioning member 20 to produce an elastic ball containing cushioning body X having the vibration damping mat 10 therein

5. After the adhesive is applied to the upper surface of the elastic cushion body X, the bottom surface of the Ondol 30 having the concave-convex structure is attached to the upper surface of the elastic cushion body X,

Thermal shock vibration reduction block is available in -100A.

Reference numeral 33 denotes a mortar or adhesive injection groove.

If necessary, the elastic ball-incorporated cushion body (X) of the present invention and the ondol (30) of concavo-convex structure can be provided separately.

All. For heating Configuration of shock vibration mitigation block - 100B

As shown in FIGS. 3 and 4, the thermal shock damping block 100B of the present invention comprises:

A vibration damping member 10, a cushioning member 20, an Ondol 30 having a concave and convex structure, and an upper stiffener 40.

la. For heating Manufacture of shock vibration mitigation block - 100B

The thermal shock vibration mitigation block -100B,

1. A vibration damping tool 10 is produced by injection molding or compression molding of a ball into one of rubber, silicone, urethane or epoxy material,

   It is possible to manufacture a vibration damping member 10 in which a spherical silicon or spherical rubber is positioned as a center core and an outer surface of the center core is surrounded by an outer skin of rubber, silicone, urethane or epoxy material,

   (11) is filled in the inner space of the outer skin made of one of rubber, silicone, urethane and epoxy material to produce a silicone vibration mitigating tool (10)

2. The cushioning member 20 is manufactured by foam molding in one of the PE, EVA, EPP, EPS, urethane and sponge materials so that a plurality of vibration damping ring fitting grooves a are formed downward from the upper surface of the rectangular flat plate,

   A cushioning material 20 is manufactured by thermally pressing one foam sheet material of PE, EVA, EPP, EPS, urethane, and sponge material with a press to form a plurality of vibration relief port grooves a downward from the top surface of the foam sheet material ,

   A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration mitring groove fitting grooves a downward from the upper face of the foam board,

3. Lightweight foamed concrete mortar, mortar with royal sand / crushed stone / cement, mortar with royal sand / crushed stone / limestone, or mortar with hot clay ball / Or the mortar is injected into the mold and press-molded by using the mortar containing the mortar mixed with the yellow mortar thermosetting ball / cement to form a plurality of hot water pipe protections upward from the upper face of the rectangular flat portion 31 having a predetermined thickness It is possible to manufacture the ondol (30) having a concavo-convex structure in which the column (32)

(30) of a concave-convex structure in which a plurality of hot water pipe protection pillars (32) are protruded upward from the upper surface of a rectangular flat portion (31) having a predetermined thickness,

4. Using one of the molded, cut or machined plastic, steel or plywood, or one of the plates made of one of PVC, PE, PC, PET, nylon, acrylic, urethane or epoxy, The upper stiffener 40 is formed by using one of foam board materials made of one of EVA, EPP, EPS, urethane, and sponge materials, or one of sheets made of felt or laminated nonwoven fabric material

5. A vibration damping hole 10 is inserted into a plurality of vibration damping dump fitting grooves a formed on the upper surface of the cushioning member 20 to produce an elastic ball built cushioning body X having a built-

6. Adhesive is applied to the upper surface of the elastic cushion body X and then the lower surface of the upper stiffener 40 is attached to the upper surface of the elastic cushion body X to produce an elastic cushion body Y

7. After the adhesive is applied to the upper surface of the elastic cushion body Y, the bottom surface of the ondol 30 of the concave-convex structure is attached to the upper surface of the elastic cushion body Y,

It is provided as a shock vibration mitigation block for heating - 100B.

Reference numeral 33 denotes a mortar or adhesive injection groove.

If necessary, the elastic ball-incorporated cushion body Y of the present invention and the ondol 30 of the concave and convex structure can be provided separately.

hemp. Thermal construction using shock vibration mitigation block for thermal

[Fig. 5] Fig. 5 is a cross-sectional view Used It is an example of installation of hot installation.

It is possible to install the heating line or the hot water pipe directly with the mortar construction for the ondol above the installed shock vibration mitigation block (100)

As shown in FIG. 5, after the hot water pipe or the heating line is installed on the thermal shock-absorbing mitigation block 100, the interlayer noise reduction work may be completed by installing the reinforcement cover plate and the unfinished fire.

The heat of the present invention Impact Cushioning and Thermal Floor Construction Using Impact Vibration Reduction Block -A

   a) installing an insulating sheet on the cured concrete or structure,

   b. An impact shock mitigation block (100) for heating is installed on a heat insulating sheet,

   c) A hot water pipe or heating line is installed on the thermal shock vibration mitigation block (100)

   d) Install a reinforcement cover plate on the hot impact vibration mitigation block (100) with hot water pipe or heating line,

e. Finish the floor-to-ceiling noise flooring by installing unfinished fire on the reinforcement cover plate.

Other for heating Thermal construction using impact vibration mitigation block

The heat of the present invention Shock buffering and thermal floor construction method using impact vibration mitigation block -B

   a) installing an insulating sheet on the cured concrete or structure,

   b. An impact shock mitigation block (100) for heating is installed on a heat insulating sheet,

   c) A hot water pipe or heating line is installed on the thermal shock vibration mitigation block (100)

   d. Mortar for ondol is installed on the hot-water pipe or heating line and the thermal impact vibration reduction block (100)

e. Finish the floor-to-ceiling noise flooring by installing finishing fire on top of the cured Ondol mortar.

The heat of the present invention Impact Cushioning and Thermal Floor Construction with Impact Vibration Reduction Block -C

   a) installing an insulating sheet on the cured concrete or structure,

   b. An impact shock mitigation block (100) for heating is installed on a heat insulating sheet,

   c. Foam concrete is laid over the thermal shock-absorbing relaxation block (100)

   d) Install hot water pipes or heating lines on cured foam concrete,

   e. Install mortar for ondol over hot water pipe or heating line,

f. Finish the floor-to-ceiling noise flooring by installing finishing fire on top of the cured Ondol mortar.

*. The thermal shock damping block 100 is one of a thermal shock damping block -100A and a thermal shock damping block -100B.

*. In all of the above methods, the side cushioning material is attached to the bottom of the wall that abuts the floor (shock cushioning and the height of the thermal floor installation - except for the final finish fire height).

100, 100A, 100B: shock vibration mitigation block for thermal
X: elastic cushion containing cushion body, Y: elastic cushion containing cushion body
10: vibration damping sphere (rubber, silicone, urethane, epoxy injection molded or compression molded or vibration damping of double structure)
11: Gel or center core
20: cushioning material (PE, EVA, EPP, EPS, urethane, sponge foaming material or foamed material)
a: Vibration reduction mouth fit groove
30: Ondol with concave and convex structure (lightweight foamed concrete, royal sand / small gravel / cement, royal sand / gravel / limestone, block made of loam hardened ball / cement and plastic materials)
31: plane portion, 32: hot water pipe protection column, 33: mortar or adhesive injection groove
40: Upper stiffener (Plate of plastic plate, steel plate, plywood etc. which is formed or cut, or sheet of PVC, PE, PC, PET, nylon, acrylic, urethane, epoxy or PE, EVA, EPP, EPS, urethane, sponge Foil, foil, laminated nonwoven fabric, etc.)

Claims (4)

Thermal shock vibration mitigation block - 100A,
(10), a cushioning member (20), and an ondol (30) having a concavo-convex structure,
1. A vibration damping tool 10 is produced by injection molding or compression molding of a ball into one of rubber, silicone, urethane or epoxy material,
It is possible to manufacture a vibration damping member 10 in which a spherical silicon or spherical rubber is positioned as a center core and an outer surface of the center core is surrounded by an outer skin of rubber, silicone, urethane or epoxy material,
(11) is filled in the inner space of the outer skin made of one of rubber, silicone, urethane and epoxy material to produce a silicone vibration mitigating tool (10)
2. The cushioning member 20 is manufactured by foam molding in one of the PE, EVA, EPP, EPS, urethane and sponge materials so that a plurality of vibration damping ring fitting grooves a are formed downward from the upper surface of the rectangular flat plate,
A cushioning material 20 is manufactured by thermally pressing one foam sheet material of PE, EVA, EPP, EPS, urethane, and sponge material with a press to form a plurality of vibration relief port grooves a downward from the top surface of the foam sheet material ,
A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration mitring groove fitting grooves a downward from the upper face of the foam board,
3. Lightweight foamed concrete mortar, mortar with royal sand / crushed stone / cement, mortar with royal sand / crushed stone / limestone, or mortar with hot clay ball / Or the mortar is injected into the mold and press-molded by using the mortar containing the mortar mixed with the yellow mortar thermosetting ball / cement to form a plurality of hot water pipe protections upward from the upper face of the rectangular flat portion 31 having a predetermined thickness It is possible to manufacture the ondol (30) having a concavo-convex structure in which the column (32)
(30) of a concave-convex structure in which a plurality of hot water pipe protection pillars (32) are protruded upward from the upper surface of a rectangular flat portion (31) having a predetermined thickness,
4. A vibration damping hole 10 is inserted into a plurality of vibration damping dump fitting grooves a formed on the upper surface of the cushioning member 20 to produce an elastic ball containing cushioning body X having the vibration damping mat 10 therein
5. An elastic ball cushion body (X) is provided with a bottom surface of an ondol (30) having a concave-convex structure by applying an adhesive to the upper surface of the elastic cushion body (X)
Thermal shock vibration reduction block -100A Thermal shock vibration mitigation block - 100B,
A vibration damping member 10, a cushioning member 20, an Ondol 30 having a concave-convex structure, and an upper stiffener 40,
1. A vibration damping tool 10 is produced by injection molding or compression molding of a ball into one of rubber, silicone, urethane or epoxy material,
It is possible to manufacture a vibration damping member 10 in which a spherical silicon or spherical rubber is positioned as a center core and an outer surface of the center core is surrounded by an outer skin of rubber, silicone, urethane or epoxy material,
(11) is filled in the inner space of the outer skin made of one of rubber, silicone, urethane and epoxy material to produce a silicone vibration mitigating tool (10)
2. The cushioning member 20 is manufactured by foam molding in one of the PE, EVA, EPP, EPS, urethane and sponge materials so that a plurality of vibration damping ring fitting grooves a are formed downward from the upper surface of the rectangular flat plate,
A cushioning material 20 is manufactured by thermally pressing one foam sheet material of PE, EVA, EPP, EPS, urethane, and sponge material with a press to form a plurality of vibration relief port grooves a downward from the top surface of the foam sheet material ,
A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration mitring groove fitting grooves a downward from the upper face of the foam board,
3. Lightweight foamed concrete mortar, mortar with royal sand / crushed stone / cement, mortar with royal sand / crushed stone / limestone, or mortar with hot clay ball / Or the mortar is injected into the mold and press-molded by using the mortar containing the mortar mixed with the yellow mortar thermosetting ball / cement to form a plurality of hot water pipe protections upward from the upper face of the rectangular flat portion 31 having a predetermined thickness It is possible to manufacture the ondol (30) having a concavo-convex structure in which the column (32)
(30) of a concave-convex structure in which a plurality of hot water pipe protection pillars (32) are protruded upward from the upper surface of a rectangular flat portion (31) having a predetermined thickness,
4. Using one of the molded, cut or machined plastic, steel or plywood, or one of the plates made of one of PVC, PE, PC, PET, nylon, acrylic, urethane or epoxy, The upper stiffener 40 is formed by using one of foam board materials made of one of EVA, EPP, EPS, urethane, and sponge materials, or one of sheets made of felt or laminated nonwoven fabric material
5. A vibration damping hole 10 is inserted into a plurality of vibration damping dump fitting grooves a formed on the upper surface of the cushioning member 20 to produce an elastic ball built cushioning body X having a built-
6. Adhesive is applied to the upper surface of the elastic cushion body X and then the lower surface of the upper stiffener 40 is attached to the upper surface of the elastic cushion body X to produce an elastic cushion body Y
7. A method of manufacturing a cushion body (Y), comprising the steps of: applying an adhesive to an upper surface of an elastic cushion body (Y)
Heat shock vibration reduction block -100B The method according to claim 1,
For thermal shock vibration mitigation block - 100A,
And may be provided separately by the elastic ball-containing cushion body (X) and the ondol (30)
Thermal shock vibration reduction block -100A The method according to claim 2,
Thermal shock vibration mitigation block - 100B,
The elastic ball-containing cushion body (Y) and the ondol (30) of concavo-convex structure,
Heat shock vibration reduction block -100B

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