A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION AND SUPPORT STRUCTURE OF INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION
To process a gap generated between a roof free end at a terrace of a building additive construction constructed without fixing to a building frame and the building frame effectively and with better appearance and to prevent immersion of rainwater as much as possible.SOLUTION: A roof free end of a terrace 1 is installed with about 10 cm apart from a building frame, an oscillation gap B for allowing an oscillation or a bend of the roof 12 due to gate load of wind pressure or snow load between the roof free end and the building frame A is arranged and a wide tabular closing member 4 is arranged protruding upward by an extrusion molding material of elastomer from the roof free end to the building frame A side as well and by elastic pressure contact of its tongue shape tip 43 to the building frame A freely slidable in vertical direction, the immersion of rainwater between the building frame A and the terrace 1 is prevented by the closing member 4 as much as possible. As the closing member 4 has a high elasticity and extensibility, it has a durability without being damaged.SELECTED DRAWING: Figure 4
【課題】建物躯体に固定することなく施工する建物添設のテラスにおける屋根自由端と躯体との間に生じる空隙を有効且つ外観よく処理して可及的に雨水の浸入を防止する。【解決手段】テラス１の屋根自由端を躯体から１０ｃｍ程度離して設置し、屋根自由端と躯体Ａとの間に、風圧の煽り荷重や積雪荷重による屋根１２の揺動や撓みを許容する揺動撓み空隙Ｂを配置するとともに屋根自由端から躯体Ａ側にエラストマーの押出成形材による幅広板状の閉塞部材４を上向きに突設し、その舌状先端４３を躯体Ａに上下方向摺動自在に弾性圧接することによって、該閉塞部材４により躯体Ａとテラス１間への雨水の浸入を可及的に防止する。閉塞部材４は高弾性伸張性を有するから、損傷することもなく耐久性を有する。【選択図】図４
INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION AND SUPPORT STRUCTURE OF INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION
To process a gap generated between a roof free end at a terrace of a building additive construction constructed without fixing to a building frame and the building frame effectively and with better appearance and to prevent immersion of rainwater as much as possible.SOLUTION: A roof free end of a terrace 1 is installed with about 10 cm apart from a building frame, an oscillation gap B for allowing an oscillation or a bend of the roof 12 due to gate load of wind pressure or snow load between the roof free end and the building frame A is arranged and a wide tabular closing member 4 is arranged protruding upward by an extrusion molding material of elastomer from the roof free end to the building frame A side as well and by elastic pressure contact of its tongue shape tip 43 to the building frame A freely slidable in vertical direction, the immersion of rainwater between the building frame A and the terrace 1 is prevented by the closing member 4 as much as possible. As the closing member 4 has a high elasticity and extensibility, it has a durability without being damaged.SELECTED DRAWING: Figure 4
【課題】建物躯体に固定することなく施工する建物添設のテラスにおける屋根自由端と躯体との間に生じる空隙を有効且つ外観よく処理して可及的に雨水の浸入を防止する。【解決手段】テラス１の屋根自由端を躯体から１０ｃｍ程度離して設置し、屋根自由端と躯体Ａとの間に、風圧の煽り荷重や積雪荷重による屋根１２の揺動や撓みを許容する揺動撓み空隙Ｂを配置するとともに屋根自由端から躯体Ａ側にエラストマーの押出成形材による幅広板状の閉塞部材４を上向きに突設し、その舌状先端４３を躯体Ａに上下方向摺動自在に弾性圧接することによって、該閉塞部材４により躯体Ａとテラス１間への雨水の浸入を可及的に防止する。閉塞部材４は高弾性伸張性を有するから、損傷することもなく耐久性を有する。【選択図】図４
INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION AND SUPPORT STRUCTURE OF INDEPENDENCE STRUCTURE FOR BUILDING ADDITIVE CONSTRUCTION
建物添設用独立構築物および建物添設用独立構築物の支持構造
SAITO TARO (author)
2023-11-24
Patent
Electronic Resource
Japanese
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