Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
ARRANGEMENT STRUCTURE OF HEAT INSULATING MATERIAL
To provide an arrangement structure of a heat insulating material that can further improve the energy saving performance of a building by improving the heat insulating performance over a wide range without deteriorating the function of the building and staying in a functional portion like a bearing wall part.SOLUTION: There is provided an arrangement structure of a heat insulating material 10 arranged in a space in a wall formed by an outer wall material 13 and an inner wall material, which are arranged oppositely to each other, of an outer wall part 12 located between adjacent columns 11 of a building. The outer wall part 12 is composed of a functional portion and a general portion. The maximum thickness in the wall thickness direction of a heat insulating material 10b arranged in a general space 15b in the case where the outer wall part 12 is a general portion is thicker than the maximum thickness in the wall thickness direction of a heat insulating material 10a arranged in a functional space 15a in the case where the functional portion is a bearing wall part.SELECTED DRAWING: Figure 1
【課題】建物の機能を落とすことがなく、耐力壁部の如くの機能部位にとどまらずより広範囲で断熱性能を向上させて、建物の省エネルギー性能の更なる向上を図ることができる断熱材の配置構造を提供する。【解決手段】建物の隣接する柱１１間に位置する外壁部１２の、対向配置された外壁材１３と内壁材とにより形成された壁内空間に配置される断熱材１０の配置構造であって、外壁部１２が機能部位と一般部位とによって構成され、機能部位が耐力壁部である場合の機能空間１５ａに配置されている断熱材１０ａの壁厚方向の最大厚みよりも、外壁部１２が一般部位である場合の一般空間１５ｂに配置されている断熱材１０ｂの壁厚方向の最大厚みが厚い。【選択図】図１
ARRANGEMENT STRUCTURE OF HEAT INSULATING MATERIAL
To provide an arrangement structure of a heat insulating material that can further improve the energy saving performance of a building by improving the heat insulating performance over a wide range without deteriorating the function of the building and staying in a functional portion like a bearing wall part.SOLUTION: There is provided an arrangement structure of a heat insulating material 10 arranged in a space in a wall formed by an outer wall material 13 and an inner wall material, which are arranged oppositely to each other, of an outer wall part 12 located between adjacent columns 11 of a building. The outer wall part 12 is composed of a functional portion and a general portion. The maximum thickness in the wall thickness direction of a heat insulating material 10b arranged in a general space 15b in the case where the outer wall part 12 is a general portion is thicker than the maximum thickness in the wall thickness direction of a heat insulating material 10a arranged in a functional space 15a in the case where the functional portion is a bearing wall part.SELECTED DRAWING: Figure 1
【課題】建物の機能を落とすことがなく、耐力壁部の如くの機能部位にとどまらずより広範囲で断熱性能を向上させて、建物の省エネルギー性能の更なる向上を図ることができる断熱材の配置構造を提供する。【解決手段】建物の隣接する柱１１間に位置する外壁部１２の、対向配置された外壁材１３と内壁材とにより形成された壁内空間に配置される断熱材１０の配置構造であって、外壁部１２が機能部位と一般部位とによって構成され、機能部位が耐力壁部である場合の機能空間１５ａに配置されている断熱材１０ａの壁厚方向の最大厚みよりも、外壁部１２が一般部位である場合の一般空間１５ｂに配置されている断熱材１０ｂの壁厚方向の最大厚みが厚い。【選択図】図１
ARRANGEMENT STRUCTURE OF HEAT INSULATING MATERIAL
断熱材の配置構造
KURIHARA MASAAKI (Autor:in)
04.04.2019
Patent
Elektronische Ressource
Japanisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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