TWI752806B - Insulation layer structure of floor slab - Google Patents

Insulation layer structure of floor slab Download PDF

Info

Publication number
TWI752806B
TWI752806B TW110102860A TW110102860A TWI752806B TW I752806 B TWI752806 B TW I752806B TW 110102860 A TW110102860 A TW 110102860A TW 110102860 A TW110102860 A TW 110102860A TW I752806 B TWI752806 B TW I752806B
Authority
TW
Taiwan
Prior art keywords
sound insulation
fiber
layer
sound
layer structure
Prior art date
Application number
TW110102860A
Other languages
Chinese (zh)
Other versions
TW202229694A (en
Inventor
黃良貴
陳聰賓
江鑫源
張財達
Original Assignee
黃良貴
陳聰賓
江鑫源
張財達
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 黃良貴, 陳聰賓, 江鑫源, 張財達 filed Critical 黃良貴
Priority to TW110102860A priority Critical patent/TWI752806B/en
Application granted granted Critical
Publication of TWI752806B publication Critical patent/TWI752806B/en
Publication of TW202229694A publication Critical patent/TW202229694A/en

Links

Images

Landscapes

  • Floor Finish (AREA)

Abstract

本發明係有關於一種樓板之隔音層結構,其係將多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA等發泡材)為隔音中材再與面底材之聚酯棉或多孔性纖維布結合成隔音墊體,使其具有咬合接著層、隔水層、隔音層、隔水層及咬合接著層之五層結構,供將墊體舖設在混凝土間,藉由咬合接著層與混擬土緊密黏合,而不會滑移,以防止水泥與隔音墊材的接著面分離,且該墊體與混擬土間係利用隔水層進行防水,避免水氣滲入混擬土造成結構上的瑕疵,本發明經研發利用多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA等發泡材)作為隔音的主體結構,其重量輕、安全無毒、無異味、更無需再物理處理或塗佈其他表面活性劑,就能與混擬土緊密黏結,產品重量輕對於建築的施工上,能縮短二次加工,以加速施工作業,且可有效提升隔音的效能,實具有產業上的經濟價值。 The present invention relates to a sound insulation layer structure of a floor slab, which is composed of a porous fiber material or a polyolefin foam material (IXPE; EVA and other foam materials) as a sound insulation middle material, and polyester cotton or porous material as a surface base material. The fiber cloth is combined into a sound-insulating pad body, so that it has a five-layer structure of an occlusal adhesive layer, a water-proof layer, a sound-insulation layer, a water-proof layer and an occlusal adhesive layer. The pseudo-soil is tightly bonded without slippage, so as to prevent the separation of the cement and the sound-insulating pad material, and the pad body and the mixed-soil are waterproofed by a water-repellent layer to avoid the infiltration of water vapor into the mixed-soil and cause structural damage. However, the present invention has been developed to use porous fiber materials or polyolefin foam materials (IXPE; EVA and other foam materials) as the main structure of sound insulation, which is light in weight, safe, non-toxic, odorless, and requires no physical treatment or coating. Other surfactants can be closely bonded with the mixed soil, and the product is light in weight. For the construction of the building, it can shorten the secondary processing to speed up the construction operation, and can effectively improve the sound insulation performance, which has industrial economic value.

Description

樓板之隔音層結構 Insulation layer structure of floor slab

本發明係有關於一種樓板之隔音層結構,其係將多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA等發泡材)作為隔音中材以製成隔音墊體,將其舖設在混擬土間,以作為隔音降噪之用途。 The invention relates to a sound insulation layer structure of a floor slab, which uses a porous fiber material or a polyolefin foam material (IXPE; EVA and other foam materials) as a sound insulation middle material to make a sound insulation pad body, which is laid on a mixed material. It is used for sound insulation and noise reduction purposes.

按,自110年1月開始實行隔音新法,該法要求新的建案,分戶樓板隔音效果需達58分貝,亦即15公分混凝土樓板,必須有降噪17分貝的緩衝材,雖然目前隔音材料非常多樣化,但無法預期使用之隔音材會產生軟硬不均,而導致地板產生裂縫的問題。 According to the new law on sound insulation, which has been implemented since January 110, the law requires that the sound insulation effect of the sub-family floor should reach 58 decibels, that is, a 15 cm concrete floor must have a buffer material with a noise reduction of 17 decibels, although the current sound insulation The materials are very diverse, but it is unpredictable that the sound insulation materials used will have uneven softness and hardness, which will lead to the problem of cracks in the floor.

經查,目前常用的隔音材為橡膠,如註冊第M590610號,樓板之衝擊音隔音材結構,其利用橡膠顆粒間所產生的間隙,來達到降噪的效果;而註冊第M581614號樓地面保溫隔聲系統,其利用聚氯乙烯、烴類、石墨烯及助劑發泡直接所製成之材質,經由該隔聲墊具有之多數密閉氣孔,以達到隔音目的;另註冊第M601261號樓板隔音構造,其係將橡膠材料之隔音材料層黏設在塑膠地磚層上,即能藉由隔音材料層來阻隔樓板間產生的噪音。 After investigation, the commonly used sound insulation material is rubber. For example, the registration No. M590610, the impact sound insulation material structure of the floor, uses the gap between the rubber particles to achieve the effect of noise reduction; and the registration No. M581614 Building floor insulation Sound insulation system, which is directly made of PVC, hydrocarbons, graphene and auxiliary foam materials, through the majority of airtight pores of the sound insulation pad to achieve the purpose of sound insulation; also registered No. M601261 Floor sound insulation In the structure, the sound-insulating material layer of rubber material is adhered on the plastic floor tile layer, that is, the noise generated between the floors can be blocked by the sound-insulating material layer.

上述專利公告主要之隔音材料為橡膠或聚氯乙烯、烴類、石墨烯及助劑發泡直接所製成之材質,藉由該橡膠間的間隙或發泡材內的空氣來阻隔聲音的傳導,以達到降噪之目的,其中,隔音材料較大的技術問題在於,該隔音材料如何與水泥層緊密咬合接著層黏結,避免因震動而導致結構鬆散;另一必須克服的問題在於,水泥層與隔音材料間的防水問題,一旦水氣滲漏至水泥層,恐造成地磚裂開之問題;而為了將橡膠貼附在水泥層上,需塗佈活性界面之特殊膠劑,且橡膠具有厚度及重量較重,因此,在施工上較為耗時費力、建築物重量增加,更考驗施工人員的經驗及精密度,此外,為等待水泥層及塗劑乾燥後才能繼續施工,故隔音層的設置實係增加業者的建築成本。 The main sound insulation material in the above patent announcement is a material directly made of rubber or polyvinyl chloride, hydrocarbons, graphene and auxiliary foam, and the sound conduction is blocked by the gap between the rubber or the air in the foam material. , in order to achieve the purpose of noise reduction. Among them, the major technical problem of the sound insulation material is how the sound insulation material is tightly occluded with the cement layer and then bonded to avoid the loosening of the structure due to vibration; another problem that must be overcome is that the cement layer The waterproof problem with the sound insulation material, once the water vapor leaks into the cement layer, it may cause the problem of cracking of the floor tiles; and in order to attach the rubber to the cement layer, it is necessary to apply a special glue with an active interface, and the rubber has a thickness Therefore, the construction is time-consuming and labor-intensive, the weight of the building increases, and the experience and precision of the construction personnel are more tested. In addition, in order to wait for the cement layer and the coating agent to dry before continuing the construction, the sound insulation layer is set. It actually increases the construction cost of the industry.

有鑑於各種隔音材料有其優缺點,以及施工上的技術性及建 構成本,發明人進行隔音材料上的改良,其係以兩聚酯棉或多孔性纖維布聚酯棉,例如:不織布、織布、梭織布,將其包覆一多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA等發泡材)作為隔音中材,且在面底材與隔音中材間設有防水層,該防水層為環保聚烯烴材料,而成一隔音墊體,該隔音墊體之上表面及下表面為聚酯棉或多孔性纖維布,則能利用多孔性纖維毛細的特性,使其能直接與混擬土黏結貼附,施工時可以減少再加工塗佈膠劑,並縮短施工步驟及等待的時間,以提升施工之效能,實為理想的新發明。 In view of the advantages and disadvantages of various sound insulation materials, as well as the technical and architectural Constructing the present invention, the inventors improved the sound insulation material, which is to use two polyester cotton or porous fiber cloth polyester cotton, such as non-woven cloth, woven cloth, woven cloth, and cover it with a porous fiber material or The polyolefin foam material (IXPE; EVA and other foam materials) is used as the sound insulation middle material, and a waterproof layer is arranged between the surface substrate and the sound insulation middle material. The waterproof layer is an environmentally friendly polyolefin material to form a sound insulation pad. The upper and lower surfaces of the sound insulation pad body are made of polyester cotton or porous fiber cloth, which can make use of the characteristics of porous fiber capillaries to directly bond with the mixed soil, which can reduce the need for reprocessing and coating glue during construction. It is an ideal new invention, and shortens the construction steps and waiting time to improve the efficiency of construction.

本發明係有關於一種樓板之隔音層結構,其係利用兩面底材之聚酯棉或多孔性纖維布,例如:不織布、織布、梭織布,將其包覆一多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA…等發泡材)作為隔音中材,且在面底材與隔音中材間設有防水層,該防水層為環保聚烯烴材料,而成隔音墊體,其具有五層結構,即咬合接著層、防水層、隔音層、防水層及咬合接著層結構,該隔音中材為多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA等發泡材),其特色在於具有孔隙,以產生降噪之效果,而該隔音墊體之表面利用不同的纖維進行組合,使該面底材具有孔洞可提接著劑,包括:水泥、混擬土、或其他接著劑滲入表面,以利產生接著黏著之效果,能直接採用水泥、混擬土、益膠泥與隔音墊體進行黏結,故無有機揮發物(VOC)殘留之疑慮,其中,該隔音墊體與上、下混擬土層間具有雙層環保聚烯烴防水層,可確實防止水氣、泥沙滲入隔音層,避免水泥、混擬土、益膠泥、膠劑滲入隔音中材產生固化,進而影響表面地磚抗壓強度、隔音降噪之效果。 The present invention relates to a sound insulation layer structure of a floor slab, which uses polyester cotton or porous fiber cloth with two-sided substrates, such as non-woven cloth, woven cloth, and woven cloth, and coats it with a porous fiber material or a porous fiber cloth. The polyolefin foam material (IXPE; EVA... etc.) is used as the sound insulation material, and a waterproof layer is arranged between the surface substrate and the sound insulation middle material. It has a five-layer structure, namely an occlusal adhesive layer, a waterproof layer, a sound insulation layer, a waterproof layer and an occlusal adhesive layer structure, and the sound insulation middle material is a porous fiber material or a polyolefin foam material (IXPE; Its feature is that it has pores to produce noise reduction effect, and the surface of the sound insulation pad body is combined with different fibers, so that the surface substrate has holes to extract the adhesive, including: cement, concrete, or other adhesives. The agent penetrates into the surface to facilitate the effect of adhesion. It can be directly bonded with cement, mixed soil, beneficial glue and the sound insulation pad, so there is no doubt about residual organic volatiles (VOC). Among them, the sound insulation pad and the upper , There is a double-layer environmentally friendly polyolefin waterproof layer between the bottom mixed soil layers, which can indeed prevent water vapor and sediment from infiltrating the sound insulation layer, and prevent cement, mixed soil, beneficial glue, and glue from infiltrating the sound insulation middle material to solidify, thereby affecting the surface floor tiles. Compressive strength, sound insulation and noise reduction effect.

施工時,係在混凝土上黏附舖設隔音墊體,該隔音墊體質輕、柔軟可便於搬運及易於平舖在混凝土上,其施工上較為簡便,施工人員可輕易操作,待混凝土乾燥後,即能在隔音墊體直接塗抹混擬土或以益膠泥進行地磚之舖設作業,故能縮短整體施工時間及施工步驟,其結構雖然簡單卻能達到法令規定之降噪標準,實為建築業者之一大福音。 During construction, the sound insulation pad is attached to the concrete. The sound insulation pad is light and soft, which can be easily handled and laid on the concrete. The construction is relatively simple, and the construction personnel can easily operate it. The sound insulation mat body is directly smeared with concrete or the floor tiles are laid with plaster, so the overall construction time and construction steps can be shortened. Although its structure is simple, it can meet the noise reduction standards stipulated by laws and regulations. Gospel.

本發明以創新的材料作為隔音墊體,突破傳統多以橡膠或發泡材來進行隔音,有效提升隔音墊體與混擬土之黏結度,更無需物理處理或塗佈其他表面活性劑,以降低施工步驟,更無有機揮發物(VOC)之疑慮, 且其質輕而易於搬運及施工,確實具有產業運用價值,而為樓板隔音層結構之新技術。 The invention uses innovative materials as the sound insulation pad body, which breaks through the traditional use of rubber or foam materials for sound insulation, effectively improves the bonding degree between the sound insulation pad body and the mixed soil, and does not require physical treatment or coating of other surfactants. Reduce the construction steps, and have no worries about organic volatile compounds (VOC), Moreover, it is light in weight, easy to handle and construct, and indeed has industrial application value, and is a new technology of floor sound insulation layer structure.

〔本發明〕 〔this invention〕

1:隔音墊體 1: Sound insulation pad

11:面底材 11: Surface substrate

12:隔音中材 12: Sound insulation material

110:咬合接著層 110: occlusal bonding layer

120:隔音層 120: Sound insulation layer

130:防水層 130: Waterproof layer

2:混擬土層 2: Concrete layer

3:磁磚 3: Tile

第1圖係本發明隔音墊體結合之示意圖。 Figure 1 is a schematic diagram of the combination of the sound insulation pads of the present invention.

第2圖係本發明隔音墊體分層之示意圖。 Fig. 2 is a schematic diagram of the layering of the sound insulation pad of the present invention.

第3圖係本發明隔音墊體製作之示意圖。 Figure 3 is a schematic diagram of the production of the sound insulation pad of the present invention.

第4圖係本發明隔音墊體舖設在樓板上之示意圖。 Fig. 4 is a schematic diagram of the sound insulation pad of the present invention being laid on the floor.

第5圖係本發明隔音墊體施工步驟之示意圖。 Fig. 5 is a schematic diagram of the construction steps of the sound insulation pad of the present invention.

第6圖係本發明樓板之側面剖面圖。 Fig. 6 is a side sectional view of the floor slab of the present invention.

本案發明人前已有發明專利第I494071號家用止滑墊(巾)之製造方法,該所生產之止滑墊(巾)皆由環保之聚烯烴彈性體(POE)與聚乙烯(PE)並搭配其他材質而成的墊體;並有發明專利第I699271號回收棉布製成塑膠粒之製程及再製品,發明人專精於聚烯烴彈性體(POE)或聚乙烯(PE)相關墊體之開發,在開發過程中,發現隔音中材之多孔性纖維材料及聚烯烴發泡材料(IXPE;EVA等發泡材)具有隔音效果,因而研發出本發明,該墊體不僅質輕,其與混擬土咬合黏結極佳,且具防水效果,實為理想的樓板隔音材,完全以環保材料組合產品。 The inventor of this case has previously invented the patent No. I494071 for the manufacturing method of household anti-slip pads (towels), and the produced anti-slip pads (towels) are made of environmentally friendly polyolefin elastomers (POE) and polyethylene (PE) in combination Cushions made of other materials; there is a patent for invention No. I699271 for the process and re-products of recycled cotton cloth to make plastic pellets. The inventor specializes in the development of polyolefin elastomer (POE) or polyethylene (PE) related cushions , During the development process, it was found that the porous fiber material of the sound insulation material and the polyolefin foam material (IXPE; EVA and other foam materials) have a sound insulation effect, so the present invention was developed. It has excellent occlusal bonding and waterproof effect. It is an ideal floor sound insulation material. It is completely combined with environmentally friendly materials.

首先,請參閱第1圖及第2圖所示,該隔音墊體1係利用兩面底材11包覆隔音中材12,該面底材11為聚酯棉或多孔性纖維布,例如:不織布、織布、梭織布,而該隔音中材12係為多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA),其中,該多孔性纖維材料包括:聚酯纖維(Polyester)、聚醯胺俗稱尼隆纖維(Nylon)、丙烯腈纖維(PAN)、嫘縈纖維(Rayon)、聚丙烯(PP)纖維、碎布回收纖維、環保回收纖維、PVA纖維(poly vinyl alcohol)、PVC纖維(polyvinyl chloride)、EVA纖維(Ethyle ne Vinyl Acetate copolymer)或聚乙烯纖維PE(polyethylene),且兩面底材11與隔音中材12間設有防水層130而成隔音墊體1,該防水層130為環保聚烯烴材料,該隔音墊體1共具有五層結構,即咬合接著層110、防水層130、隔音層120、防水層130及咬合接著層110結構。 First of all, please refer to Figures 1 and 2, the sound insulation pad body 1 is covered with a sound insulation middle material 12 by two-sided substrates 11, and the two-sided substrates 11 are polyester cotton or porous fiber cloth, such as non-woven cloth. , woven cloth, woven cloth, and the sound insulation material 12 is a porous fiber material or polyolefin foam material (IXPE; EVA), wherein, the porous fiber material includes: polyester fiber (Polyester), polyamide Amine is commonly known as Nylon, Acrylonitrile (PAN), Rayon, Polypropylene (PP), rag recycled fiber, environmentally friendly recycled fiber, PVA fiber (poly vinyl alcohol), PVC fiber ( polyvinyl chloride), EVA fiber (Ethyle ne Vinyl Acetate copolymer) or polyethylene fiber PE (polyethylene), and a waterproof layer 130 is provided between the two-sided base material 11 and the sound insulation middle material 12 to form the sound insulation pad body 1, and the waterproof layer 130 is Environmentally friendly polyolefin material, the sound insulation pad body 1 has a total of five-layer structure, namely the structure of the occlusal bonding layer 110 , the waterproof layer 130 , the sound insulation layer 120 , the waterproof layer 130 and the occlusal bonding layer 110 .

其次,請仍然參閱第1圖及第2圖所示,本發明主要特點在於採用之隔音中材12為多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA發泡材),其具有孔隙,能產生降噪之效果;而該面底材11之聚酯棉或多孔性纖維布,例如:不織布、織布、梭織布,其表面毛細之纖維,可直接黏附咬合在濕式混擬土上,或在乾燥混凝土表面塗佈環保水性益膠泥,故無有機揮發物(VOC)殘留之疑慮,其中,該隔音墊體1與上、下混擬土間具有雙層防水層130,其係為環保聚烯烴材料,可確實防止水氣滲入隔音層120,防止隔音層120扭曲變形而影響表面地磚,其中,該隔音墊體1之面底材11與多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA發泡材)12間係利用防水層130,即環保聚烯烴材料的黏合特性經押出滾壓後而成(如第3圖所示),不僅將面底材11與隔音中材12結合在一起,同時形成隔音墊體1之防水層130。 Next, please still refer to Figure 1 and Figure 2, the main feature of the present invention is that the sound insulation material 12 used is a porous fiber material or a polyolefin foam material (IXPE; EVA foam material), which has pores, Can produce noise reduction effect; and the polyester cotton or porous fiber cloth of the surface substrate 11, such as non-woven cloth, woven cloth, woven cloth, the capillary fibers on the surface can be directly adhered to the wet mixed soil. The upper or lower surface of the dry concrete is coated with environmentally friendly water-based cement, so there is no doubt that volatile organic compounds (VOC) remain. Among them, the sound insulation pad 1 and the upper and lower mixed soils have a double-layer waterproof layer 130, which is The environmentally friendly polyolefin material can indeed prevent water vapor from penetrating into the sound insulation layer 120, and prevent the sound insulation layer 120 from being twisted and deformed to affect the surface floor tiles. IXPE; EVA foam material) 12 is formed by using the waterproof layer 130, that is, the adhesive properties of the environmentally friendly polyolefin material are extruded and rolled (as shown in Figure 3), not only the surface substrate 11 and the sound insulation middle material 12. Combined together, the waterproof layer 130 of the sound insulation pad body 1 is formed at the same time.

施工時,請再參閱第4圖、第5圖及第6圖所示,係在混凝土層2上黏附舖設隔音墊體1,該隔音墊體1質輕、柔軟可便於搬運及易於平舖在混凝土層2上,其施工上較為簡便,施工人員可輕易操作,待混凝土層2乾燥後,即能在隔音墊體1直接塗抹混擬土層2以進行磁磚3之舖設作業,而由五層結構組成之隔音墊體1,其上、下表面之咬合接著層110能與混擬土層2緊密黏附貼合,能減少施工步驟,而該防水層130能有效阻隔水氣滲漏至隔音層120內,避免造成隔音層120凹凸不平,確實防止磁磚3裂開或澎拱問題,而藉由多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA發泡材)所製成的隔音層120,其內含有孔隙,可減少聲音的傳遞衝擊,以達到降噪之效果。 During construction, please refer to Fig. 4, Fig. 5 and Fig. 6, and attach and lay a sound insulation pad body 1 on the concrete layer 2. On the concrete layer 2, its construction is relatively simple, and the construction personnel can easily operate it. After the concrete layer 2 is dry, the concrete layer 2 can be directly applied to the sound insulation pad body 1 to carry out the laying operation of the tiles 3. In the sound insulation pad body 1 composed of a layer structure, the occlusal bonding layers 110 on the upper and lower surfaces can be closely adhered to the mixed soil layer 2, which can reduce the construction steps, and the waterproof layer 130 can effectively prevent the leakage of water vapor to the sound insulation layer. In the layer 120, the sound insulation layer 120 is prevented from being uneven, and the cracking or swell problem of the tiles 3 is prevented. The sound insulation made of porous fiber material or polyolefin foam material (IXPE; EVA foam material) The layer 120, which contains pores, can reduce the transmission impact of sound, so as to achieve the effect of noise reduction.

綜上所述,本發明採用創新的隔音中材之多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA發泡材)作為隔音墊體之主體,其質輕而易於搬運及施工,無需物理處理或塗佈其他表面活性劑,而無VOC之疑慮,可縮短整體施工時間及施工步驟,其結構雖然簡單卻能達到法令規定之降噪標準,更突破傳統多以橡膠或發泡材來進行隔音,且與混擬土之黏結度甚為緊密,確實具有產業運用價值,實為隔音墊體之新技術,當符合發明專利要件,爰依法提出專利申請。 To sum up, the present invention adopts the innovative sound insulation material of porous fiber material or polyolefin foam material (IXPE; EVA foam material) as the main body of the sound insulation pad body, which is light in weight and easy to handle and construct without physical Treating or coating other surfactants without the concern of VOC can shorten the overall construction time and construction steps. Although its structure is simple, it can meet the noise reduction standard stipulated by the law, and it breaks through the traditional use of rubber or foam materials. Sound insulation, and the bonding degree with the mixed soil is very close, it does have industrial application value, and it is a new technology of sound insulation pad body.

1:隔音墊體 1: Sound insulation pad

11:面底材 11: Surface substrate

12:隔音中材 12: Sound insulation material

130:防水層 130: Waterproof layer

Claims (2)

一種樓板之隔音層結構,其係指舖設在樓板上的隔音墊體與混凝土結合,該隔音墊體係由兩面底材包覆一隔音中材,且在該面底材與該隔音中材間設有防水層而成,其中,該面底材為聚酯棉或多孔性纖維布以上其一,該多孔性纖維布包括:不織布、織布或梭織布,該防水層為環保聚烯烴,其能將該隔音墊體之面底材與隔音中材係利用該防水層之黏合特性經押出滾壓而成,使該隔音墊體具有五層結構,即咬合接著層、防水層、隔音層、防水層及咬合接著層結構,該面底材表面毛細之纖維,能直接黏附咬合在該混擬土上,該隔音中材係具有孔隙,能產生降噪效果。 A sound insulation layer structure of a floor slab, which refers to a sound insulation pad body laid on the floor slab combined with concrete, the sound insulation pad system is covered with a sound insulation middle material by two substrates, and a sound insulation middle material is arranged between the surface substrate and the sound insulation middle material. It is made of a waterproof layer, wherein the surface substrate is one of polyester cotton or porous fiber cloth, and the porous fiber cloth includes: non-woven cloth, woven cloth or woven cloth, and the waterproof layer is environmentally friendly polyolefin. The surface substrate of the sound insulation pad body and the sound insulation middle material can be extruded and rolled by using the adhesive properties of the waterproof layer, so that the sound insulation pad body has a five-layer structure, that is, the occlusal bonding layer, the waterproof layer, the sound insulation layer, The waterproof layer and the occlusal adhesive layer structure, the capillary fibers on the surface of the substrate can directly adhere and occlude on the mixed soil, and the sound insulation middle material has pores, which can produce noise reduction effect. 如請求項1所述樓板之隔音層結構,其中,該隔音中材係為多孔性纖維材料或聚烯烴發泡材料(IXPE;EVA)以上其一,其中,該多孔性纖維材料包括:聚酯纖維(Polyester)、聚醯胺俗稱尼隆纖維(Nylon)、丙烯腈纖維(PAN)、嫘縈纖維(Rayon)、聚丙烯(PP)纖維、碎布回收纖維、環保回收纖維、PVA纖維(poly vinyl alcohol)、PVC纖維(polyvinyl chloride)、EVA纖維(Ethyle ne Vinyl Acetate copolymer)或聚乙烯纖維PE(polyethylene)以上其一或其組合。 The sound insulation layer structure of a floor slab according to claim 1, wherein the sound insulation middle material is one of porous fiber material or polyolefin foam material (IXPE; EVA), wherein the porous fiber material comprises: polyester Fiber (Polyester), polyamide commonly known as Nylon fiber (Nylon), acrylic fiber (PAN), rayon fiber (Rayon), polypropylene (PP) fiber, rag recycled fiber, environmentally friendly recycled fiber, PVA fiber (poly vinyl alcohol), PVC fiber (polyvinyl chloride), EVA fiber (Ethyle ne Vinyl Acetate copolymer) or polyethylene fiber PE (polyethylene) or a combination thereof.
TW110102860A 2021-01-26 2021-01-26 Insulation layer structure of floor slab TWI752806B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW110102860A TWI752806B (en) 2021-01-26 2021-01-26 Insulation layer structure of floor slab

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW110102860A TWI752806B (en) 2021-01-26 2021-01-26 Insulation layer structure of floor slab

Publications (2)

Publication Number Publication Date
TWI752806B true TWI752806B (en) 2022-01-11
TW202229694A TW202229694A (en) 2022-08-01

Family

ID=80809351

Family Applications (1)

Application Number Title Priority Date Filing Date
TW110102860A TWI752806B (en) 2021-01-26 2021-01-26 Insulation layer structure of floor slab

Country Status (1)

Country Link
TW (1) TWI752806B (en)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP6526922B2 (en) * 2017-05-15 2019-06-05 名古屋油化株式会社 Sound absorbing surface material, sound absorbing material
TW202037796A (en) * 2019-04-02 2020-10-16 承潔投資有限公司 Floor with multiple layers

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP6526922B2 (en) * 2017-05-15 2019-06-05 名古屋油化株式会社 Sound absorbing surface material, sound absorbing material
TW202037796A (en) * 2019-04-02 2020-10-16 承潔投資有限公司 Floor with multiple layers

Also Published As

Publication number Publication date
TW202229694A (en) 2022-08-01

Similar Documents

Publication Publication Date Title
CA2829475C (en) Sound control mat
TWM613139U (en) Sound insulation layer structure built into floor slab
KR101116811B1 (en) Waterproof sheet, waterproofing method using the same and waterproofing structure threrof
TWM629363U (en) Structure of floor sound insulation layer cushion
TWI752806B (en) Insulation layer structure of floor slab
KR100922009B1 (en) Fabric soundproof mat and establishment method thereof
TWI782843B (en) The structure of floor sound insulation layer cushion
TW201231265A (en) Multi-media acoustic material
TWM635777U (en) Sound insulation mat multi-layer structure
TWM594042U (en) Soundproof laminate structure
CN206873816U (en) A kind of marble composite board paving structure
JP2004131955A (en) Fiber reinforced plastic waterproofing method using deaerated substrate cushioning sheet
TWM619210U (en) Floor structure
TWM601261U (en) Floor sound insulation structure
TWM656843U (en) Waterproof and crack-resistant waterproof fabric
TW202409386A (en) Multi-layered structure of sound insulation mat including a sound insulation layer, first and second isolation layers with waterproof properties, a bonding layer and a protective layer
JPH031511Y2 (en)
TWI736324B (en) Floor sound insulation structure
TW202340581A (en) Waterproof mat for building mainly composed of two outer layer bodies and an inner layer body
US20220381027A1 (en) Multilayer acoustic and shock absorbing cushion
CN210439629U (en) Pad structure of floor
CN204609214U (en) Composite floor board
CN212388902U (en) Epoxy resin terrace composite layer body structure
CN215254263U (en) Sound insulation pad capable of being directly pasted by ceramic tiles
CN219686794U (en) Adhesion-assisting isolating cloth and adhesion-assisting isolating cloth application structure