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INSULATION STRUCTURE OF BEARING WALL AND MOUNTING METHOD FOR HEAT INSULATION MATERIAL OF BEARING WALL
PROBLEM TO BE SOLVED: To provide an insulation structure of bearing walls where heat insulation material of bearing walls do not interfere the mounting adjustment work of exterior wall panels, and a mounting method for the heat insulation material.SOLUTION: In a building 10, a heat insulation material 52 is mounted between a lattice column 30 and an exterior wall panel 18. The heat insulation material 52 is divided into heat insulation materials 52A, 52C, and heat insulation materials 52B, 52D that are opposed to an adjustment position 26 previously set for the exterior wall panel 18. The heat insulation materials 52A, 52C are previously mounted to the lattice column 30, and the heat insulation materials 52B, 52B are inserted from between oblique parts 42 of a lattice 36, and therefore the space between the heat insulation material 52A and the heat insulation material 52C and the bottom side of the heat insulation material 52C are closed. Thereby, heat insulation properties are imparted to the lattice column 30 and a work space for the mounting adjustment of the exterior wall panel 18 is opened between the heat insulation materials 52A, 52C or the like, thus not interfering the mounting adjustment work of the exterior wall panel 18.SELECTED DRAWING: Figure 4
【課題】耐力壁の断熱材が外壁パネルの取付調整の作業を妨げることがない体力壁の断熱構造及び断熱材取付方法を提供する。【解決手段】建物10では、ラチス柱30と外壁パネル18との間に断熱材52が取り付けられている。また、断熱材52は、断熱材52A、52Cと外壁パネル18に対して予め設定されている調整位置26に対向された断熱材52B、52Dとに分けられており、断熱材52A、52Cが予めラチス柱30に取り付けられ、断熱材52B、52Bがラチス36の斜め部42の間から挿入されて断熱材52Aと断熱材52Cとの間、及び断熱材52Cの下側を塞ぐ。これにより、ラチス柱30に断熱性を付与できると共に、断熱材52A、52C等の間に外壁パネル18の取付調整のための作業スペースが開放されるので、外壁パネル18の取付調整の作業が妨げられない。【選択図】図4
INSULATION STRUCTURE OF BEARING WALL AND MOUNTING METHOD FOR HEAT INSULATION MATERIAL OF BEARING WALL
PROBLEM TO BE SOLVED: To provide an insulation structure of bearing walls where heat insulation material of bearing walls do not interfere the mounting adjustment work of exterior wall panels, and a mounting method for the heat insulation material.SOLUTION: In a building 10, a heat insulation material 52 is mounted between a lattice column 30 and an exterior wall panel 18. The heat insulation material 52 is divided into heat insulation materials 52A, 52C, and heat insulation materials 52B, 52D that are opposed to an adjustment position 26 previously set for the exterior wall panel 18. The heat insulation materials 52A, 52C are previously mounted to the lattice column 30, and the heat insulation materials 52B, 52B are inserted from between oblique parts 42 of a lattice 36, and therefore the space between the heat insulation material 52A and the heat insulation material 52C and the bottom side of the heat insulation material 52C are closed. Thereby, heat insulation properties are imparted to the lattice column 30 and a work space for the mounting adjustment of the exterior wall panel 18 is opened between the heat insulation materials 52A, 52C or the like, thus not interfering the mounting adjustment work of the exterior wall panel 18.SELECTED DRAWING: Figure 4
【課題】耐力壁の断熱材が外壁パネルの取付調整の作業を妨げることがない体力壁の断熱構造及び断熱材取付方法を提供する。【解決手段】建物10では、ラチス柱30と外壁パネル18との間に断熱材52が取り付けられている。また、断熱材52は、断熱材52A、52Cと外壁パネル18に対して予め設定されている調整位置26に対向された断熱材52B、52Dとに分けられており、断熱材52A、52Cが予めラチス柱30に取り付けられ、断熱材52B、52Bがラチス36の斜め部42の間から挿入されて断熱材52Aと断熱材52Cとの間、及び断熱材52Cの下側を塞ぐ。これにより、ラチス柱30に断熱性を付与できると共に、断熱材52A、52C等の間に外壁パネル18の取付調整のための作業スペースが開放されるので、外壁パネル18の取付調整の作業が妨げられない。【選択図】図4
INSULATION STRUCTURE OF BEARING WALL AND MOUNTING METHOD FOR HEAT INSULATION MATERIAL OF BEARING WALL
耐力壁の断熱構造及び耐力壁の断熱材取付方法
SUZUKI KATSUYA (author)
2018-05-17
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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