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A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide a waterproof insulation structure having a higher durability and a higher shock resistance.SOLUTION: A waterproof insulation structure 11 comprises an insulation layer 20 disposed on an upper surface 3 of a roof 2, a first waterproof layer 25 disposed on an upper surface 21 of the insulation layer 20, a reinforcement layer 31 disposed on an upper surface 26 of the first waterproof layer 25, a second waterproof layer 50 disposed on an upper surface 43 of the reinforcement layer 31, and a finish layer 55 disposed on an upper surface 51 of the second waterproof layer 50. The reinforcement layer 31 comprises a reinforcement sheet 34 laid on the upper surface 26 of the first waterproof layer 25 and made of fiber material, a third waterproof layer 38 disposed on an upper surface 35 of the reinforcement sheet 34, and silica sand 42 disposed over an upper surface 39 of the third waterproof layer 38. Since the reinforcement layer 31 protects the insulation layer 20, the waterproof insulation structure 11 has a higher durability. In addition, since the reinforcement sheet 34 is disposed over the insulation layer 20 via the first waterproof layer 25, the waterproof insulation structure 11 has a higher shock resistance.SELECTED DRAWING: Figure 1
【課題】 耐久性が向上すると共に、耐衝撃性が向上する防水断熱構造体を提供する。【解決手段】 防水断熱構造体１１は、屋根２の上面３に形成される断熱層２０と、断熱層２０の上面２１に形成される第１の防水層２５と、第１の防水層２５の上面２６に形成される補強層３１と、補強層３１の上面４３に形成される第２の防水層５０と、第２の防水層５０の上面５１に形成される仕上げ層５５とから構成される。補強層３１は、第１の防水層２５の上面２６に敷設されて、繊維材からなる補強シート３４と、補強シート３４の上面３５に形成される第３の防水層３８と、第３の防水層３８の上面３９に撒布して形成される珪砂４２とからなる。これにより、補強層３１が断熱層２０を保護するため、防水断熱構造体１１の耐久性が向上する。又、補強シート３４は第１の防水層２５を介して断熱層２０の上方に設置されるため、防水断熱構造体１１の耐衝撃性が向上する。【選択図】 図１
PROBLEM TO BE SOLVED: To provide a waterproof insulation structure having a higher durability and a higher shock resistance.SOLUTION: A waterproof insulation structure 11 comprises an insulation layer 20 disposed on an upper surface 3 of a roof 2, a first waterproof layer 25 disposed on an upper surface 21 of the insulation layer 20, a reinforcement layer 31 disposed on an upper surface 26 of the first waterproof layer 25, a second waterproof layer 50 disposed on an upper surface 43 of the reinforcement layer 31, and a finish layer 55 disposed on an upper surface 51 of the second waterproof layer 50. The reinforcement layer 31 comprises a reinforcement sheet 34 laid on the upper surface 26 of the first waterproof layer 25 and made of fiber material, a third waterproof layer 38 disposed on an upper surface 35 of the reinforcement sheet 34, and silica sand 42 disposed over an upper surface 39 of the third waterproof layer 38. Since the reinforcement layer 31 protects the insulation layer 20, the waterproof insulation structure 11 has a higher durability. In addition, since the reinforcement sheet 34 is disposed over the insulation layer 20 via the first waterproof layer 25, the waterproof insulation structure 11 has a higher shock resistance.SELECTED DRAWING: Figure 1
【課題】 耐久性が向上すると共に、耐衝撃性が向上する防水断熱構造体を提供する。【解決手段】 防水断熱構造体１１は、屋根２の上面３に形成される断熱層２０と、断熱層２０の上面２１に形成される第１の防水層２５と、第１の防水層２５の上面２６に形成される補強層３１と、補強層３１の上面４３に形成される第２の防水層５０と、第２の防水層５０の上面５１に形成される仕上げ層５５とから構成される。補強層３１は、第１の防水層２５の上面２６に敷設されて、繊維材からなる補強シート３４と、補強シート３４の上面３５に形成される第３の防水層３８と、第３の防水層３８の上面３９に撒布して形成される珪砂４２とからなる。これにより、補強層３１が断熱層２０を保護するため、防水断熱構造体１１の耐久性が向上する。又、補強シート３４は第１の防水層２５を介して断熱層２０の上方に設置されるため、防水断熱構造体１１の耐衝撃性が向上する。【選択図】 図１
WATERPROOF INSULATION STRUCTURE
防水断熱構造体
NAGATA HITOSHI (author)
2016-05-19
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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