A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ADIABATIC WALL SUBSTRATE STRUCTURE
PROBLEM TO BE SOLVED: To provide an adiabatic wall substrate structure with excellent workability, which makes detailing of furring strips proper.SOLUTION: An adiabatic wall substrate structure 1 includes an exterior wall board 3 that is a structural part of a building, an adiabatic material 5 that is provided along the exterior wall board 3, and furring strips 7 that are attached to a surface 5a, on the opposite side of the exterior wall board 3, of the adiabatic material 5. The furring strips 7 have a base 12 that is formed like a flat plate and fixed to the exterior wall board 3, and a planar rigidity-imparting part 13 that is protruded from the base 12 and arranged on a surface crossing the base 12. The rigidity-imparting part 13 is embedded in the adiabatic material 5, and the base 12 is brought into contact with the adiabatic material 5.SELECTED DRAWING: Figure 1
【課題】 胴縁の納まりが良く施工性に優れた断熱壁下地構造を提供する。【解決手段】 建物の構造部である外壁板３と、外壁板３に沿って設けられた断熱材５と、断熱材５の外壁板３とは反対側の面５ａに取り付けられた胴縁７とを備えた断熱壁下地構造１であって、胴縁７は、平板状で外壁板３に固定されている基部１２と、基部１２から突出し、基部１２に交差する面上に配置された面状の剛性付与部１３とを有し、剛性付与部１３は、断熱材５に埋め込まれており、基部１２は、断熱材５に接している。【選択図】図１
ADIABATIC WALL SUBSTRATE STRUCTURE
PROBLEM TO BE SOLVED: To provide an adiabatic wall substrate structure with excellent workability, which makes detailing of furring strips proper.SOLUTION: An adiabatic wall substrate structure 1 includes an exterior wall board 3 that is a structural part of a building, an adiabatic material 5 that is provided along the exterior wall board 3, and furring strips 7 that are attached to a surface 5a, on the opposite side of the exterior wall board 3, of the adiabatic material 5. The furring strips 7 have a base 12 that is formed like a flat plate and fixed to the exterior wall board 3, and a planar rigidity-imparting part 13 that is protruded from the base 12 and arranged on a surface crossing the base 12. The rigidity-imparting part 13 is embedded in the adiabatic material 5, and the base 12 is brought into contact with the adiabatic material 5.SELECTED DRAWING: Figure 1
【課題】 胴縁の納まりが良く施工性に優れた断熱壁下地構造を提供する。【解決手段】 建物の構造部である外壁板３と、外壁板３に沿って設けられた断熱材５と、断熱材５の外壁板３とは反対側の面５ａに取り付けられた胴縁７とを備えた断熱壁下地構造１であって、胴縁７は、平板状で外壁板３に固定されている基部１２と、基部１２から突出し、基部１２に交差する面上に配置された面状の剛性付与部１３とを有し、剛性付与部１３は、断熱材５に埋め込まれており、基部１２は、断熱材５に接している。【選択図】図１
ADIABATIC WALL SUBSTRATE STRUCTURE
断熱壁下地構造
MAEKAWA TOSHIHARU (author)
2016-10-06
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
ADIABATIC WALL STRUCTURE, ADIABATIC WALL STRUCTURE ASSEMBLY METHOD, AND BUILDING STRUCTURE
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