A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To curb a reduction in insulation performance.SOLUTION: An external wall insulation structure comprises: an external wall frame 22 which is fixed to a ceiling beam 18 and a floor beam 20, and supports an external wall surface material 14; an inner wall frame 24 which is fixed to the external wall frame 22 with a distance therefrom toward an indoor side, and supports an inner wall surface material 28; a plate-like intra-wall insulation material 26 which is installed between the external wall frame 22 and the inner wall frame 24 with an outdoor side surface positioned closer to the indoor side than an outdoor side surface 51 of webs 48 on the ceiling beam 18 and the floor beam 20; a plate-like insulation material 66 which contacts the outdoor side surface of the webs on the ceiling beam 18 and the floor beam 20 with a building inner edge section 86 arranged in a manner that overlaps with an upper edge section 82 and a lower edge section 83 of the intra-wall insulation material 26 in a horizontal direction; and a seal material 84 which has elasticity, and is sandwiched between the upper edge section 82 and the lower edge section 83 of the intra-wall insulation material 26 and the building inner edge section 86 of the insulation material 66 opposite to the upper edge section 82 and the lower edge section 83 of the intra-wall insulation material 26.SELECTED DRAWING: Figure 2
【課題】断熱性能の低下を抑制する。【解決手段】天井大梁１８、床大梁２０に固定され、外壁面材１４を支持する外壁フレーム２２と、外壁フレーム２２の屋内側に離間して配置され、内壁面材２８を支持する内壁フレーム２４と、外壁フレーム２２と内壁フレーム２４との間に設けられると共に、板状に形成されかつ屋外側面が天井大梁１８、床大梁２０のウェブ４８における屋外側面５１よりも屋内側に配置される壁内断熱材２６と、天井大梁１８、床大梁２０のウェブにおける屋外側面に当接すると共に、板状に形成されかつ建物内側端部８６が壁内断熱材２６の上端部８２、下端部８３と水平方向で重なるように配置される断熱材６６と、弾力性を有すると共に、壁内断熱材２６の上端部８２、下端部８３とこれに対向する断熱材６６の建物内側端部８６とに狭持されるシール材８４と、を有する。【選択図】図２
PROBLEM TO BE SOLVED: To curb a reduction in insulation performance.SOLUTION: An external wall insulation structure comprises: an external wall frame 22 which is fixed to a ceiling beam 18 and a floor beam 20, and supports an external wall surface material 14; an inner wall frame 24 which is fixed to the external wall frame 22 with a distance therefrom toward an indoor side, and supports an inner wall surface material 28; a plate-like intra-wall insulation material 26 which is installed between the external wall frame 22 and the inner wall frame 24 with an outdoor side surface positioned closer to the indoor side than an outdoor side surface 51 of webs 48 on the ceiling beam 18 and the floor beam 20; a plate-like insulation material 66 which contacts the outdoor side surface of the webs on the ceiling beam 18 and the floor beam 20 with a building inner edge section 86 arranged in a manner that overlaps with an upper edge section 82 and a lower edge section 83 of the intra-wall insulation material 26 in a horizontal direction; and a seal material 84 which has elasticity, and is sandwiched between the upper edge section 82 and the lower edge section 83 of the intra-wall insulation material 26 and the building inner edge section 86 of the insulation material 66 opposite to the upper edge section 82 and the lower edge section 83 of the intra-wall insulation material 26.SELECTED DRAWING: Figure 2
【課題】断熱性能の低下を抑制する。【解決手段】天井大梁１８、床大梁２０に固定され、外壁面材１４を支持する外壁フレーム２２と、外壁フレーム２２の屋内側に離間して配置され、内壁面材２８を支持する内壁フレーム２４と、外壁フレーム２２と内壁フレーム２４との間に設けられると共に、板状に形成されかつ屋外側面が天井大梁１８、床大梁２０のウェブ４８における屋外側面５１よりも屋内側に配置される壁内断熱材２６と、天井大梁１８、床大梁２０のウェブにおける屋外側面に当接すると共に、板状に形成されかつ建物内側端部８６が壁内断熱材２６の上端部８２、下端部８３と水平方向で重なるように配置される断熱材６６と、弾力性を有すると共に、壁内断熱材２６の上端部８２、下端部８３とこれに対向する断熱材６６の建物内側端部８６とに狭持されるシール材８４と、を有する。【選択図】図２
EXTERNAL WALL INSULATION STRUCTURE
外壁断熱構造
KANEKO SHOTA (author)
2017-01-12
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
External wall insulation board and external wall insulation structure
| European Patent Office | 2023