KR20150089106A - building material to noise prevention - Google Patents

Abstract

A vibration relieving sphere (10) is made by injection molding or compression molding with one from among rubber, silicone, urethane, and epoxy, or a vibration relieving sphere (10) is made by placing sphere-shaped silicone or sphere-shaped rubber at the central core and surrounding the outside of the central core with an outer cover made from one from among rubber, silicone, urethane, and epoxy, or a silicone vibration relieving sphere (10) is made by filling the internal space of an outer cover made from one from among rubber, silicone, urethane, and epoxy with gel (110). Cushion material (20) is made by foaming in a mold with one from among PE, EVA, EPP, EPS, urethane, and sponge to form a number of vibration relieving sphere inserting grooves (a) from the top surface to the bottom of a square flat panel, or cushion material (20) is made by giving heat and pressure to one foaming plate material from among PE, EVA, EPP, EPS, urethane, and sponge with a press to form a number of vibration relieving sphere inserting grooves (a) from the top surface to the bottom of foaming panel material, or cushion material (20) is made by letting one foaming panel material from among PE, EVA, EPP, EPS, urethane, and sponge pass through a groove cutter and forming a number of vibration relieving sphere inserting grooves (a) from the top surface to the bottom of foaming panel material. A cushion body (X) with an elastic ball inside wherein a vibration relieving sphere (10) is put is provided to a block for relieving impact and vibration-100A by inserting a vibration relieving sphere (10) into a number of vibration relieving sphere inserting grooves (a) formed on the top surface of the cushion material (20).

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 floor heating system, which is installed on a floor heating system and installed on an existing floor heating system, or after construction curing, or after construction of a building structure using iron or wood, Floor noise preventing flooring material ".

It should absorb shock vibration caused in daily life, maintain strength even under heavy load or momentary impact, and be 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. The vibration damping tool 10 is inserted into a plurality of vibration damping element fitting grooves a formed on the upper surface of the cushioning member 20,

 The elastic ball-incorporated cushion body X having the vibration damping opening 10 provided therein is provided as an impact vibration damping block -100A

       An impact vibration damping block of the present invention comprises:

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

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

       3. Easy handling and construction.

Figure 1: Structure of the shock vibration mitigation block A of the present invention
Figure 2: Cross-sectional detail of the A-type impact vibration alleviating block of the present invention
Fig. 3: Structure of the impact vibration mitigation block B of the present invention
Fig. 4: Detailed sectional view of the impact shock mitigation block B type of the present invention
5: Structure of Impact Vibration Reduction Block C of the Present Invention
Fig. 6: Detailed sectional view of the impact shock mitigation block C type of the present invention
7: Example of thermal construction using the shock vibration mitigation block of the present invention

The present invention relates to an impact vibration mitigating block that can be installed on a floor of a building after being installed on an ondol and a base plate in use, or after building concrete is cured, or after construction of an iron structure or a wooden structure.

Consumer Protection Agency According to the press release on December 16, 2013, the conventional interlayer sound absorbing material is a flooring material or mat installed on the ondol, and most of the products sold on the market are lightweight impact sound (falling of small objects, (Which is represented by the sound of the children pounding, and the duration is long). However, there is a tendency to decrease the impact of the heavy impact sound The effect of mitigation is minimal or insignificant.

However, the shock-absorbing mitigation block of the present invention is superior to the conventional interlayer sound-absorbing material of the same thickness in that the interlayer noise reduction force is excellent.

That is, in the impact vibration damping block of the present invention, the elastic ball-incorporated cushion body composed of the vibration damping mouth 10 and the vibration damping floor upper and lower fixing plates 20 and 30 acts to disperse heavy impact sound, It effectively reduces the transmitted vibration noise and maintains the bearing capacity (support strength) as a bottom material.

The reason for adopting such a structure is that when the interlayer noise reducing material is made of a single material made of soft cushioning material, its thickness must be very thick, and it is inconvenient for walking or cleaning.

BRIEF DESCRIPTION OF THE DRAWINGS Fig.

end. Impact vibration mitigation block - Composition of 100A

As shown in FIGS. 1 and 2, in the impact vibration reducing block 100A of the present invention,

A vibration mitigating mechanism 10, a vibration mitigating mechanism lower fixing plate 20, and a vibration mitigating mechanism upper fixing plate 30.

I. Production of shock vibration mitigation block -100A

Shock vibration mitigation 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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,

Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)

3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input

4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30)

An elastic ball-incorporated cushion body having a built-in vibration damping tool 10 is manufactured and provided as an impact vibration damping block -100A.

All. Configuration of shock vibration mitigation block - 100B

As shown in FIGS. 3 and 4, in the impact vibration reducing block 100B of the present invention,

A vibration damping member lower fixing plate 20, a vibration damping member upper fixing plate 30 and a cushioning member 40. [

la. Manufacture of shock vibration mitigation block - 100B

In the 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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,

Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)

3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input

4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30) is pressed to manufacture an elastic ball-incorporated cushion body having the vibration damping opening 10 built therein

5. The cushioning material 40 is manufactured by foam molding into one of PE, EVA, EPP, EPS, urethane, and sponge so that a plurality of vibration damping hole fixing holder fitting grooves 41 are formed upward from the lower face of the rectangular flat plate. ,

   A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is thermally pressed by a press to form a plurality of vibration mitigator fixing holder fitting grooves 41 upward from the lower face of the foam board, However,

   A foam plate of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration damping hole fixing holder fitting grooves 41 upward from the bottom face of the foam plate, making

6. Vibration Abatement of Elastic Ball Built-in Cushion Body with Built-in Vibration Reduction Port (10) After the adhesive is applied to the upper face of the planar portion of the upper side fixed plate (30), the elastic ball built-in cushion body The lower surface of the cushioning member 40 is attached to the upper surface of the plane portion of the vibration damping ball upper fixing plate 30,

Shock vibration mitigation block -100B.

hemp. Shock vibration mitigation block - Composition of 100C

As shown in FIGS. 5 and 6, in the impact vibration reducing block 100C of the present invention,

A vibration damping member lower fixing plate 20, a vibration damping member upper fixing plate 30, a cushioning member 40 and an upper stiffener member 50. [

bar. Manufacture of shock vibration mitigation block - 100C

Impact vibration mitigation block - 100C,

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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,

Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)

3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input

4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30) is pressed to manufacture an elastic ball-incorporated cushion body having the vibration damping opening 10 built therein

5. The cushioning material 40 is manufactured by foam molding into one of PE, EVA, EPP, EPS, urethane, and sponge so that a plurality of vibration damping hole fixing holder fitting grooves 41 are formed upward from the lower face of the rectangular flat plate. ,

   A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is thermally pressed by a press to form a plurality of vibration mitigator fixing holder fitting grooves 41 upward from the lower face of the foam board, However,

   A foam plate of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration damping hole fixing holder fitting grooves 41 upward from the bottom face of the foam plate, making

6. Use one of the plastic, steel or plywood which has been formed or cut, or one of the plates made of one of PVC, PE, PC, PET, nylon, acrylic, urethane or epoxy, (50) 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

7. An adhesive is applied to the upper surface of the cushioning member 40 and then the lower surface of the upper reinforcing member 50 is attached to the upper surface of the cushioning member 40,

8. Vibration Abatement of the Elastic Ball Built-in Cushion Body with the Vibration Reduction Port 10 After the adhesive is applied to the upper surface of the flat portion of the upper side fixing plate 30, An upper surface of the upper member, in which the cushioning member 40 and the upper stiffener 50 are integrated, is attached to the upper surface of the plane portion of the vibration-

Shock vibration reduction block -100C.

four. Thermal construction using impact vibration mitigation block

[Fig. 7] is a cross sectional view of the impact vibration reducing block of the present invention Used It is an example of installation of hot installation.

Although the cement mortar construction and the heating line or the hot water pipe can be installed directly on the installed shock vibration mitigation block 100,

As shown in FIG. 7, a floor panel of concavo-convex structure is installed on the impact vibration damping block 100, a hot water pipe or a heating line is installed on the floor panel of the concavo-convex structure, It is possible to finish the relaxation work.

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

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

   b. An impact vibration mitigation block 100 is installed on a heat insulating sheet,

   (c) A floor panel of concavo-convex structure is installed on the impact vibration mitigation block 100,

   d) A hot water pipe or heating line is installed on the floor panel of the uneven structure,

   e) Reinforcing cover plate is installed on the flooring panel of the uneven structure,

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

Thermal construction using other impact vibration mitigation blocks

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

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

   b. An impact vibration mitigation block 100 is installed on a heat insulating sheet,

   c) Install a heating line or hot water pipe on the impact vibration mitigation block (100)

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

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

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

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

   b. An impact vibration mitigation block 100 is installed on a heat insulating sheet,

   c) pouring the foamed concrete over the impact vibration damping block (100)

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

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

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

*. The impact vibration damping block 100 is one of an impact vibration damping block -100A, an impact vibration damping block -100B, an impact vibration damping block -100C, and an impact damping block -100C.

*. 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, 100C Shock vibration mitigation block
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: Vibration damping lower mounting plate (plastic injection molding or thermo-compression molding of plastic, PVC, PE, PP, PET,
a: plane portion, b: vibration reducing port fixing holder, c: hole in the ball mounting hole
30: Vibration damping sphere upper fixing plate (plastic injection molding or thermo-compression molding of vibration damping hole fixing holder after punching of plate material of PVC, PE, PP, PET, PC)
40: cushioning material (PE, EVA, EPP, EPS, urethane, sponge foam board or foam)
41: Vibration reduction port fixing holder fitting groove
50: 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 (3)

Impact vibration mitigation block - With 100A,
A vibration mitigation port 10, a vibration mitigation port lower fixation plate 20, and a vibration mitigation port upper fixation plate 30,
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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,
Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)
3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input
4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30 as a cushion of a resilient ball with built-in vibration mitter 10,
Shock vibration mitigation block -100A Impact vibration mitigation block - With 100B,
A vibration damping member lower fixing plate 20, a vibration damping member upper fixing plate 30 and a cushioning member 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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,
Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)
3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input
4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30) is pressed to manufacture an elastic ball-incorporated cushion body having the vibration damping opening 10 built therein
5. The cushioning material 40 is manufactured by foam molding into one of PE, EVA, EPP, EPS, urethane, and sponge so that a plurality of vibration damping hole fixing holder fitting grooves 41 are formed upward from the lower face of the rectangular flat plate. ,
A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is thermally pressed by a press to form a plurality of vibration mitigator fixing holder fitting grooves 41 upward from the lower face of the foam board, However,
A foam plate of one of PE, EVA, EPP, EPS, urethane and sponge is passed through a groove cutter to form a plurality of vibration damping hole fixing holder fitting grooves 41 upward from the bottom face of the foam plate, making
6. Vibration Abatement of Elastic Ball Built-in Cushion Body with Built-in Vibration Reduction Port (10) After the adhesive is applied to the upper face of the planar portion of the upper side fixed plate (30), the elastic ball built-in cushion body And a lower surface of the cushioning material (40) is attached to the upper surface of the plane portion of the vibration damping ball upper fixing plate (30)
Shock vibration mitigation block -100B Impact vibration mitigation block - With 100C,
A vibration damping member lower fixing plate 20, a vibration damping member upper fixing plate 30, a cushioning member 40 and an upper stiffener 50,
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. Injection molding with plastic material, or by using a plate material of PVC, PE, PP, PET or PC material to perforate a large number of holes,
Wherein a plurality of vibration mitigating hole fixation holders b are formed downward from the flat surface portion a and a ball inner hole c is formed under the plurality of vibration mitigating hole fixture holders b, (20) and the vibration damping ball upper fixing plate (30)
3. A vibration damping hole 10 (a) is provided in a plurality of vibration damping damping holder fixing bosses (b) formed on the vibration damping damping base lower fixing plate 20 after an adhesive is applied to the upper face of the plane portion ) Input
4. A vibrating mitigator upper fixing plate 30 is attached to the upper surface of the vibration damping member lower fixing plate 20 into which a plurality of vibration damping openings 10 are inserted and then the vibration damping lower mounting plate 20 and the vibration damping upper mounting plate 30) is pressed to manufacture an elastic ball-incorporated cushion body having the vibration damping opening 10 built therein
5. The cushioning material 40 is manufactured by foam molding into one of PE, EVA, EPP, EPS, urethane, and sponge so that a plurality of vibration damping hole fixing holder fitting grooves 41 are formed upward from the lower face of the rectangular flat plate. ,
A foam board of one of PE, EVA, EPP, EPS, urethane and sponge is thermally pressed by a press to form a plurality of vibration mitigator fixing holder fitting grooves 41 upward from the lower face of the foam board, However,
A foam plate of one of PE, EVA, EPP, EPS, urethane and sponge material is passed through a groove cutter to form a plurality of vibration damping hole fixing holder fitting grooves 41 upward from the bottom face of the foam plate, making
6. Use one of the plastic, steel or plywood which has been formed or cut, or one of the plates made of one of PVC, PE, PC, PET, nylon, acrylic, urethane or epoxy, (50) 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
7. An adhesive is applied to the upper surface of the cushioning member 40 and then the lower surface of the upper reinforcing member 50 is attached to the upper surface of the cushioning member 40,
8. Vibration Abatement of the Elastic Ball Built-in Cushion Body with the Vibration Reduction Port 10 After the adhesive is applied to the upper surface of the flat portion of the upper side fixing plate 30, A vibration absorber upper fixing plate (30) is provided with a top surface integrally formed with a cushioning material (40) and an upper stiffener (50)
Impact vibration mitigation block -100C

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