A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATERPROOF SHEET, WATERPROOF STRUCTURE, AND DEAERATION METHOD FOR WATERPROOF STRUCTURE
PROBLEM TO BE SOLVED: To provide a waterproof technique that may be implemented readily while suppressing vibration and noise, the waterproof technique being highly durable and environment-friendly.SOLUTION: A waterproof sheet A has a self-adhesive layer 2 provided on a rear surface side of a waterproof layer 1, the self-adhesive layer being made of an adhesive gelatinous material, and the waterproof layer being made of a vinyl chloride resin. The self-adhesive layer 2 is formed to be 1.2 mm or more in thickness, is bonded on a surface to be waterproofed by adhesive force of the self-adhesive layer 2, in a relative posture in which the surface to be waterproofed is covered without a gap. Mechanical fixing means for mechanically fixing the waterproof sheet A on the surface to be waterproofed is provided at least on an outer peripheral side of the surface to be waterproofed. Air trapped between the waterproof sheet and the surface to be waterproofed is discharged outside, by pressure-operating a cylindrical deaerator at a portion of the waterproof structure to be deaerated.SELECTED DRAWING: Figure 1
【課題】振動や騒音の発生を抑制しながら簡単に施工可能で、且つ、耐久性が高くて環境にもやさしい優れた防水技術を提供する。【解決手段】防水シートＡは、塩化ビニール樹脂からなる防水層１の裏面側に、粘着性を有するゲル状素材からなる自己粘着層２が備えられている。自己接着層２は１．２ｍｍ以上の厚み寸法に構成され、防水対象面を隙間なく覆う相対姿勢において、自己接着層２の粘着力で防水対象面に接着され、少なくとも防水対象面の外周側には、防水シートＡを防水対象面に機械的に固定する機械的固定手段が更に設けられる。また、防水構造の脱気対象部位に、筒状脱気具を押圧操作することで、防水シートと防水対象面との間の空気を外部に排出する。【選択図】図１
WATERPROOF SHEET, WATERPROOF STRUCTURE, AND DEAERATION METHOD FOR WATERPROOF STRUCTURE
PROBLEM TO BE SOLVED: To provide a waterproof technique that may be implemented readily while suppressing vibration and noise, the waterproof technique being highly durable and environment-friendly.SOLUTION: A waterproof sheet A has a self-adhesive layer 2 provided on a rear surface side of a waterproof layer 1, the self-adhesive layer being made of an adhesive gelatinous material, and the waterproof layer being made of a vinyl chloride resin. The self-adhesive layer 2 is formed to be 1.2 mm or more in thickness, is bonded on a surface to be waterproofed by adhesive force of the self-adhesive layer 2, in a relative posture in which the surface to be waterproofed is covered without a gap. Mechanical fixing means for mechanically fixing the waterproof sheet A on the surface to be waterproofed is provided at least on an outer peripheral side of the surface to be waterproofed. Air trapped between the waterproof sheet and the surface to be waterproofed is discharged outside, by pressure-operating a cylindrical deaerator at a portion of the waterproof structure to be deaerated.SELECTED DRAWING: Figure 1
【課題】振動や騒音の発生を抑制しながら簡単に施工可能で、且つ、耐久性が高くて環境にもやさしい優れた防水技術を提供する。【解決手段】防水シートＡは、塩化ビニール樹脂からなる防水層１の裏面側に、粘着性を有するゲル状素材からなる自己粘着層２が備えられている。自己接着層２は１．２ｍｍ以上の厚み寸法に構成され、防水対象面を隙間なく覆う相対姿勢において、自己接着層２の粘着力で防水対象面に接着され、少なくとも防水対象面の外周側には、防水シートＡを防水対象面に機械的に固定する機械的固定手段が更に設けられる。また、防水構造の脱気対象部位に、筒状脱気具を押圧操作することで、防水シートと防水対象面との間の空気を外部に排出する。【選択図】図１
WATERPROOF SHEET, WATERPROOF STRUCTURE, AND DEAERATION METHOD FOR WATERPROOF STRUCTURE
防水シート、防水構造、及び、防水構造の脱気方法
SHOJI HIROYUKI (author) / NOMOTO HIROMASA (author)
2016-06-23
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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