CN202658754U - Wet-type float soundproof structure for reducing impact sound of floors - Google Patents
Wet-type float soundproof structure for reducing impact sound of floors Download PDFInfo
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- CN202658754U CN202658754U CN 201220032765 CN201220032765U CN202658754U CN 202658754 U CN202658754 U CN 202658754U CN 201220032765 CN201220032765 CN 201220032765 CN 201220032765 U CN201220032765 U CN 201220032765U CN 202658754 U CN202658754 U CN 202658754U
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Abstract
The utility model relates to a wet-type float soundproof structure for reducing the impact sound of floors. The wet-type float soundproof structure comprises a foundation floor layer, a vibration isolation (sound vibration) layer, a waterproof support layer, a support adhesion layer and a steel wire layer, wherein the vibration isolation (sound vibration) layer is arranged on the foundation floor layer; the waterproof support layer is arranged on the vibration isolation layer; the support adhesion layer is a cement mortar layer and arranged on the waterproof support layer; and the steel wire layer is embedded in the support adhesion layer. Therefore, the structural strength of the floor is increased, the thickness is reduced, the weight of the whole structure is reduced, the weight load of a building is lowered, the cost is reduced, and the construction period is shortened, so that a high-strength floor with high economic benefit is formed. The structure has excellent vibration isolation (sound vibration) effect, so that the impact sound can be effectively reduced; and the height of the floor can be increased as a result of reduction of the thickness of the floor, so that the peacefulness of households and the environment superiority are ensured.
Description
Technical field
The utility model relates to a kind of sound-insulating structure, especially refers to a kind ofly for reducing the floor audio frequency vibration reducing impulsive sound, and has the wet type that promotes the decoration material structural strength and reduce traditional sound insulating floor slab thickness and then reduce the floor impulsive sound sound insulating construction of floating.
Background technology
Press, the modern quite payes attention to the peacefulness of at home life and workplace, and between domestic floor or work floor gap noise jamming be common problem, because the noise source of floor is mainly impulsive sound, and impulsive sound is resonance sound and the mixing of impulsive sound, and impulsive sound is to be conducted by solid, so the processing mode of sound isolation of floor is different from the sound insulation processing mode of compartment wall, can't singly effectively solve to increase slab thickness, but need take effective vibration isolation (sound shakes) measure could relatively improve the problem of impact noise.The form of construction work of known floor roughly is divided into dry type engineering method and wet type engineering method, and wherein the dry type engineering method is: adopt the material of cement-free system, such as the structure of timber and vibration isolation material composition; And the wet type engineering method is: adopt 1: 3 cement mortar paving floor tile; As shown in Figure 1, it is the known configurations technology for the sound insulation of floor wet type, this sound isolation of floor structure 90 includes a basic floor layer 91 (Reinforced Concrete/ reinforcing bar+concrete) RC, this basis floor layer 91 (RC) is the load-carrying members main body of its post of building, beam, wall etc., in succession is equipped with a vibration insulation 92, splinting layer 93, RC layer 94, cement sand bed 95 and ceramic tile layer 96 on it; Though this known sound isolation of floor structure 90 can reach the purpose of its floor interlayer, but still have many disappearances to exist, for example, the thickness problem of floor, just with the thickness of aforementioned this splinting layer 93, RC layer 94, cement sand bed 95 and ceramic tile layer 96 and about 15.5cm (disregarding this basis floor layer 91RC and vibration insulation 92) altogether, and the thickness of whole floor is large, will so that its construction period long, and increase floor weight, not only increase cost, and can reduce story height or cause monolithic architecture thing weight to increase, aobvious nonideal design.Therefore, how to improve those disappearance problems of known sound isolation of floor structure, should be industry or have the intelligence taxi should make great efforts the important topic that solves, overcomes.
Edge this, the utility model applicant is not because attain the desirable fact on the disappearance that known sound isolation of floor structure is used and the structure design thereof, namely set about researching and developing its solution, hope can be developed a kind of sound isolation of floor structure-improved that has more structural strength, reduces load and effective attenuating impulsive sound, popular and promote the development of this industry with service society, satisfy the design when many and generation of the present utility model is arranged.
The utility model content
The purpose of this utility model is to provide a kind of unsteady sound insulating construction of wet type that reduces the floor impulsive sound, to overcome the defective that exists in the known technology.
For achieving the above object, the sound insulating construction of floating of the wet type of the reduction floor impulsive sound that the utility model provides includes:
One basic floor layer;
One vibration insulation is located on this basis floor layer;
One waterproof supporting layer is located on this vibration insulation;
One supports adhesion layer, is located on this waterproof supporting layer, and this support adhesion layer is a cement sand bed;
One steel wire floor is embedded in this support adhesion layer, and this steel wire floor includes plural the first steel wire and plural the second steel wire, and this plural number first steel wire and this second steel wire form a steel wire dictyosome;
One surface material layer is located on this support adhesion layer.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, wherein this vibration insulation is consisted of by indivedual unitary elasticity materials or the two or more elastomeric material of glass wool, rock wool, elastomer, rubber or spring.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, wherein this waterproof supporting layer is a steel plate layer, nylon flaggy, carbon fiber flaggy, plastic layer or glass fiber flaggy.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, comprising plural consolidated articles is arranged, this plural number consolidated articles is consolidated between this steel wire floor and this waterproof supporting layer, should the plural number consolidated articles be steel wire or bonding jumper wherein, the upper and lower end of this plural number consolidated articles is respectively equipped with the fixed end of a bending, and this two fixed end is consolidated in respectively this steel wire floor and this waterproof supporting layer.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound wherein should the plural number consolidated articles be mutually vertical or be suitable oblique angle binding with this steel wire floor, this waterproof supporting layer.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, comprising plural vibration isolator is arranged, this plural number vibration isolator distributes to fill and is located in this vibration insulation, and this plural number vibration isolator is rubber block or rubber strip body.
The sound insulating construction of floating of the wet type of reduction floor impulsive sound of the present utility model also includes:
One basic floor layer;
One vibration insulation is located on this basis floor layer;
One waterproof supporting layer is located on this vibration insulation;
One supports adhesion layer, is located on this waterproof supporting layer, and this support adhesion layer is a cement sand bed;
One steel wire floor is embedded in this support adhesion layer, and this steel wire floor is for including plural steel wool, and this steel wool is entwined by the very thin steel wire of plural number;
One surface material layer is located on this support adhesion layer.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, wherein this vibration insulation is consisted of by indivedual unitary elasticity materials or the two or more elastomeric material of glass wool, rock wool, elastomer, rubber or spring.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, wherein this waterproof supporting layer is a steel plate layer, nylon flaggy, carbon fiber flaggy, plastic layer or glass fiber flaggy.
The sound insulating construction of floating of the wet type of described reduction floor impulsive sound, comprising plural vibration isolator is arranged, this plural number vibration isolator distributes to fill and is located in this vibration insulation, and this plural number vibration isolator is rubber block or rubber strip body.
Benefit of the present utility model is:
1) the unsteady sound insulating construction of the wet type of reduction floor impulsive sound of the present utility model, it can make, and the waterproof supporting layer of floor, support adhesion layer structural strength increase, thickness reduces, and make simultaneously overall structure weight saving, and have the mass loading that reduces building and reduce cost, shortening construction period, and then reach the unsteady sound insulating construction of the high-strength wet floor that has economic benefit.
2) the unsteady sound insulating construction of the wet type of reduction floor impulsive sound of the present utility model, it has splendid vibration isolation (sound shakes) measure and can effectively lower impulsive sound, and the engineering method that the height that makes floor by the minimizing of thickness increases and the floor load-carrying alleviates, and then actively reach and guarantee peacefulness at home and the superiority of room for promotion environment.
Description of drawings
Fig. 1 is known sound isolation of floor structural representation.
Fig. 2 is the cross-sectional schematic of the utility model the first embodiment.
Fig. 3 is the sectional perspective cross-sectional schematic of the utility model the first embodiment.
Fig. 4 is the three-dimensional cross-sectional schematic of the utility model the second embodiment.
Fig. 5 is the cross-sectional schematic of the utility model the second embodiment.
Fig. 6 is the sectional perspective cross-sectional schematic of the utility model the 3rd embodiment.
Fig. 7 is the three-dimensional cross-sectional schematic of the utility model the 4th embodiment.
Primary clustering symbol description in the accompanying drawing:
Sound isolation of floor consists of 10; Basis floor layer 11; Vibration insulation 12; Waterproof supporting layer 13; Support adhesion layer 14; Steel wire floor 15; The first steel wire 151; The second steel wire 152; Anchoring point 15A; Consolidated articles 153; Fixed end 153B, 153A; Steel wool 155; Surface material layer 16; Vibration isolator 17.
The specific embodiment
The technological means that the utility model adopts, it includes: a basic floor layer; One vibration insulation is located on this basis floor layer; One waterproof supporting layer is located on this vibration insulation; One supports adhesion layer, is located on this waterproof supporting layer, and this support adhesion layer is a cement sand bed; One steel wire floor is embedded in this support adhesion layer.
For further understanding and understanding more being arranged to technical characterictic of the present utility model and the effect of reaching, cooperate description of drawings such as rear with preferred embodiment:
Seeing also Fig. 2, Fig. 3, is the first embodiment that the utility model reduces the unsteady sound insulating construction of wet type of floor impulsive sound, and it mainly includes a floor sound insulation and consists of 10, and it is to be located between each floor of building that this sound isolation of floor consists of 10.This sound isolation of floor consists of 10 and includes a basic floor layer 11, this basis floor layer 11 is as the load-carrying members main body of its post of building, beam, wall etc., and this basis floor layer 11 can be a RC (Reinforced Concrete/ reinforcing bar+concrete) floor layer or steel structure floor layer; This basis floor layer 11 is provided with a vibration insulation 12 (sound shakes), these vibration insulation 12 its thickness without limits, the indivedual unitary elasticity materials or the two or more elastomeric material that can be glass wool, rock wool, elastomer, rubber or spring consist of, be the thick glass wool layer of an about 50mm at present embodiment vibration insulation 12, this vibration insulation 12 is to interrupt the impulsive sound conduction of (comprising high frequency audio and bass), make the effect that reduces audio frequency vibration, can effectively reduce impulsive sound; This vibration insulation 12 is provided with a waterproof supporting layer 13, and the flaggy that this waterproof supporting layer 13 can be a steel plate layer, nylon flaggy, carbon fiber flaggy, glass fiber flaggy, plastic layer or is made of its similar material has and supports and waterproof action; This waterproof supporting layer 13 is provided with one and supports adhesion layer 14, and this support adhesion layer 14 can be a cement sand bed; Be embedded with steel wire floor 15 in this support adhesion layer 14, this steel wire floor 15 has an effect of supporting, as shown in Figure 3, this steel wire floor 15 includes plural the first steel wire 151 and plural the second steel wire 152, form a steel wire dictyosome by this plural number first steel wire 151 and the second steel wire 152, wherein, this first steel wire 151 and the second steel wire 152 are with the anchoring point 15A concrete mutually of junction, in suitable enforcement engineering method, this anchoring point 15A makes its mutual welding fixed and form good with spot welding or with high electric current, this steel wire floor 15 places first on this waterproof supporting layer 13, injected water cement mortar on this steel wire floor 15 again, hold this steel wire floor 15 of coating and form this support adhesion layer 14, and make this waterproof supporting layer 13, steel wire floor 15, support adhesion layer 14 formation and as reinforced concrete construction, have bending resistance apart from the structure that integrates of power and shearing, and can directly be positioned on the vibration insulation; Continuing is provided with a surface material layer 16 in this support adhesion layer 14, and this surface material layer 16 is for being affixed on the building materials on this support adhesion layer 14, and it can be a ceramic tile layer, quartz brick layer, marble layer, granite layer, plastic floor tile layer, rubber floor tile layer or wood flooring layer etc.
The utility model reduces the unsteady sound insulating construction of wet type of floor impulsive sound and holds this steel wire floor 15 of coating by this support adhesion layer 14, this floor slab structure intensity and vibration isolation (sound shakes) effect are increased, so can reduce the thickness of this vibration insulation each layer setting more than 12, in the construction of reality measures, this waterproof supporting layer 13 of the utility model, support adhesion layer 14 (comprising steel wire floor 15) and surface material layer 16 its thickness and about 5cm, the thickness 15.5cm of tradition construction is thin relatively, namely relatively reduce 10.5cm, therefore the utility model can specifically make the thickness reduction of floor, weight saving, the height of floor is increased and load reduction, and can reduce simultaneously the noise problem that the impulsive sound conduction produces.
See also Fig. 4 to Fig. 5, the second embodiment that the utility model reduces the unsteady sound insulating construction of wet type of floor impulsive sound, it is based in addition change application design on the architecture basics of the first embodiment, its difference is: this sound isolation of floor consists of 10 and further includes plural consolidated articles 153, those consolidated articles 153 are consolidated between this steel wire floor 15 and this waterproof supporting layer 13, those consolidated articles 153 can be steel wire, bonding jumper etc., those consolidated articles 153 upper, the lower end can be provided with the fixed end 153B of a bending, 153A, this fixed end 153B, 153A is consolidated in respectively this steel wire floor 15 and this waterproof supporting layer 13, in order to strengthen overall construction intensity; In suitable enforcement engineering method, those consolidated articles 153 are to make itself and this steel wire floor 15, the 13 mutual weldings of waterproof supporting layer fixed with spot welding or with high electric current, and it is mutually vertical or be suitable oblique angle binding that those consolidated articles 153 and this steel wire floor 15, waterproof supporting layer 13 are, and makes stressed more average and strengthen the intensity that it bears weight.
See also Fig. 6, the 3rd embodiment that the utility model reduces the unsteady sound insulating construction of wet type of floor impulsive sound, it is based in addition change application design on the architecture basics of the first embodiment, its difference is: steel wire floor 15 is made of steel wool 155, this steel wool 155 is entwined by the very thin steel wire of plural number, in order to strengthen overall construction intensity; In suitable enforcement engineering method, this steel wool 155 places first on this waterproof supporting layer 13, on those steel wool 155, add cement mortar again, hold those steel wool 155 of coating and form this support adhesion layer 14, and make this waterproof supporting layer 13 and steel wool 155, support adhesion layer 14 and form and as reinforced concrete construction, have bending resistance apart from the structure that integrates of power and shearing, and can directly be positioned on the vibration insulation; It is simple and easy that this structure has construction, reducing construction cost, the advantages such as structural strength increase.
See also Fig. 7, the 4th embodiment that the utility model reduces the unsteady sound insulating construction of wet type of floor impulsive sound, it is based in addition change application design on the architecture basics of the first or second or the 3rd embodiment, its difference is: this vibration insulation 12 further is provided with plural vibration isolator 17, this plural number vibration isolator 17 distributes to fill and is located in this vibration insulation 12, those vibration isolators 17 can be the wide X height in cross section and are rubber block or the rubber strip body of (according to page) 50mmX50mm, so, by this vibration insulation 12 (glass wool layer or rock wool layer), vibration isolator 17 (rubber vibration insulating pad) interrupts the conduction of impulsive sound, thereby eliminate the conduction of high frequency audio and bass, make the effect of minimizing audio frequency vibration and effectively reduce impulsive sound.
The unsteady sound insulating construction of wet type that the utility model reduces the floor impulsive sound is made of aforementioned, structural strength increase, the thickness of floor are reduced, and make simultaneously overall structure weight saving, and have the mass loading that reduces building and reduce cost, shortening construction period, reach the high strength slab that has economic benefit to consist of; Moreover those structures of the utility model have splendid vibration isolating effect and can effectively lower impulsive sound, and the height of floor is increased, and then actively guarantee the superiority of house peacefulness and room for promotion environment.
The above, it only is the utility model preferred embodiment, be not to limit the scope that the utility model is implemented, so the equalization of such as doing according to the described shape of the utility model claim, structure, feature and spirit changes and modifies, and all should be included in the claim scope of the utility model application.
Claims (8)
1. the unsteady sound insulating construction of wet type that reduces the floor impulsive sound is characterized in that, includes:
One basic floor layer;
One vibration insulation is located on this basis floor layer;
One waterproof supporting layer is located on this vibration insulation;
One supports adhesion layer, is located on this waterproof supporting layer, and this support adhesion layer is a cement sand bed;
One steel wire floor is embedded in this support adhesion layer, and this steel wire floor includes plural the first steel wire and plural the second steel wire, and this plural number first steel wire and this second steel wire form a steel wire dictyosome;
One surface material layer is located on this support adhesion layer.
2. the according to claim 1 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound is characterized in that wherein this waterproof supporting layer is a steel plate layer, nylon flaggy, carbon fiber flaggy, plastic layer or glass fiber flaggy.
3. the according to claim 1 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound, it is characterized in that, include plural consolidated articles, this plural number consolidated articles is consolidated between this steel wire floor and this waterproof supporting layer, should the plural number consolidated articles be steel wire or bonding jumper wherein, the upper and lower end of this plural number consolidated articles is respectively equipped with the fixed end of a bending, and this two fixed end is consolidated in respectively this steel wire floor and this waterproof supporting layer.
4. the according to claim 3 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound is characterized in that, wherein should the plural number consolidated articles be mutual vertical with this steel wire floor, this waterproof supporting layer or be suitable oblique angle binding.
5. the according to claim 1 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound is characterized in that, includes plural vibration isolator, and this plural number vibration isolator distributes to fill and is located in this vibration insulation, and this plural number vibration isolator is rubber block or rubber strip body.
6. the unsteady sound insulating construction of wet type that reduces the floor impulsive sound is characterized in that, includes:
One basic floor layer;
One vibration insulation is located on this basis floor layer;
One waterproof supporting layer is located on this vibration insulation;
One supports adhesion layer, is located on this waterproof supporting layer, and this support adhesion layer is a cement sand bed;
One steel wire floor is embedded in this support adhesion layer, and this steel wire floor is for including plural steel wool, and this steel wool is entwined by the very thin steel wire of plural number;
One surface material layer is located on this support adhesion layer.
7. the according to claim 6 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound is characterized in that wherein this waterproof supporting layer is a steel plate layer, nylon flaggy, carbon fiber flaggy, plastic layer or glass fiber flaggy.
8. the according to claim 6 unsteady sound insulating construction of the wet type of described reduction floor impulsive sound is characterized in that, includes plural vibration isolator, and this plural number vibration isolator distributes to fill and is located in this vibration insulation, and this plural number vibration isolator is rubber block or rubber strip body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220032765 CN202658754U (en) | 2012-02-02 | 2012-02-02 | Wet-type float soundproof structure for reducing impact sound of floors |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220032765 CN202658754U (en) | 2012-02-02 | 2012-02-02 | Wet-type float soundproof structure for reducing impact sound of floors |
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| Publication Number | Publication Date |
|---|---|
| CN202658754U true CN202658754U (en) | 2013-01-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220032765 Expired - Fee Related CN202658754U (en) | 2012-02-02 | 2012-02-02 | Wet-type float soundproof structure for reducing impact sound of floors |
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| CN (1) | CN202658754U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115387530A (en) * | 2022-08-23 | 2022-11-25 | 牛晓芸 | Building construction combined brick and construction method thereof |
-
2012
- 2012-02-02 CN CN 201220032765 patent/CN202658754U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115387530A (en) * | 2022-08-23 | 2022-11-25 | 牛晓芸 | Building construction combined brick and construction method thereof |
| CN115387530B (en) * | 2022-08-23 | 2024-04-19 | 广东新汇匠建设工程有限公司 | Building construction combined brick and construction method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130109 Termination date: 20170202 |