A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EARTHQUAKE-RESISTANT REINFORCING STRUCTURE
To provide an earthquake-resistant reinforcing structure which can be applied only to one wall frame surface and can be applied to various wooden buildings, can shorten a construction period, can reduce construction cost, and can be more easily applied.SOLUTION: A foamed resin layer having a uniform thickness of 30 mm or more comprises a foamed resin panel 100 and a foamed resin material 200, wherein the foamed resin panel is formed narrower than the interval between a pair of vertical shaft members 20, 20 and smaller than the distance from a horizontal shaft member to a lower member 60, and the foamed resin panel is arranged along a vertical frame surface in a vertical frame internal space surrounded by the pair of vertical shaft members, the horizontal shaft member, and the lower member; a foamed resin material is made of an injection foamed resin material or a spray foamed resin material, and is formed in a stripe shape, and is filled in a gap between a pair of vertical shaft materials, a horizontal shaft material and a lower member around the foamed resin panel, and the foamed resin layer is integrated to an earthquake-resistant reinforced structure 1 by bonding the pair of vertical shaft materials, the horizontal shaft material and the lower member.SELECTED DRAWING: Figure 1
【課題】一枚の壁構面だけに限定しても適用でき、多様な木造建築物に適用できる耐震補強構造であって、工事期間が短くでき、工事費が低減され、より適用しやすい耐震補強構造を提供すること。【解決手段】層厚３０ｍｍ以上の均一な厚さの発泡樹脂層が、発泡樹脂パネル１００と、発泡樹脂材２００とを含み、発泡樹脂パネルが、一対の縦軸材２０，２０の間隔よりも狭く、且つ、横軸材から下方部材６０までの距離より小さく形成され、発泡樹脂パネルが、垂直構面に沿って、一対の縦軸材と横軸材と下方部材に囲まれた垂直構面内空間に配され、発泡樹脂材が、注入発泡樹脂材又は吹付発泡樹脂材からなると共に筋状をなし、発泡樹脂パネルの周囲の一対の縦軸材と横軸材と下方部材との隙間に充填され、発泡樹脂層が、一対の縦軸材と横軸材と下方部材とを接着されて一体化された耐震補強構造１とした。【選択図】図１
EARTHQUAKE-RESISTANT REINFORCING STRUCTURE
To provide an earthquake-resistant reinforcing structure which can be applied only to one wall frame surface and can be applied to various wooden buildings, can shorten a construction period, can reduce construction cost, and can be more easily applied.SOLUTION: A foamed resin layer having a uniform thickness of 30 mm or more comprises a foamed resin panel 100 and a foamed resin material 200, wherein the foamed resin panel is formed narrower than the interval between a pair of vertical shaft members 20, 20 and smaller than the distance from a horizontal shaft member to a lower member 60, and the foamed resin panel is arranged along a vertical frame surface in a vertical frame internal space surrounded by the pair of vertical shaft members, the horizontal shaft member, and the lower member; a foamed resin material is made of an injection foamed resin material or a spray foamed resin material, and is formed in a stripe shape, and is filled in a gap between a pair of vertical shaft materials, a horizontal shaft material and a lower member around the foamed resin panel, and the foamed resin layer is integrated to an earthquake-resistant reinforced structure 1 by bonding the pair of vertical shaft materials, the horizontal shaft material and the lower member.SELECTED DRAWING: Figure 1
【課題】一枚の壁構面だけに限定しても適用でき、多様な木造建築物に適用できる耐震補強構造であって、工事期間が短くでき、工事費が低減され、より適用しやすい耐震補強構造を提供すること。【解決手段】層厚３０ｍｍ以上の均一な厚さの発泡樹脂層が、発泡樹脂パネル１００と、発泡樹脂材２００とを含み、発泡樹脂パネルが、一対の縦軸材２０，２０の間隔よりも狭く、且つ、横軸材から下方部材６０までの距離より小さく形成され、発泡樹脂パネルが、垂直構面に沿って、一対の縦軸材と横軸材と下方部材に囲まれた垂直構面内空間に配され、発泡樹脂材が、注入発泡樹脂材又は吹付発泡樹脂材からなると共に筋状をなし、発泡樹脂パネルの周囲の一対の縦軸材と横軸材と下方部材との隙間に充填され、発泡樹脂層が、一対の縦軸材と横軸材と下方部材とを接着されて一体化された耐震補強構造１とした。【選択図】図１
EARTHQUAKE-RESISTANT REINFORCING STRUCTURE
耐震補強構造
KITAGAWA KEISUKE (author) / IDOTA HIDEKI (author)
2024-10-04
Patent
Electronic Resource
Japanese
| European Patent Office | 2022
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EARTHQUAKE RESISTANCE REINFORCING STRUCTURE, AND EARTHQUAKE RESISTANCE REINFORCING METHOD
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