A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WOODY FRAME AND SKELETON OF BUILDING
To provide a woody frame that is easy to take apart and recycle while securing high rigidity.SOLUTION: A skeleton 1 of a building is a woody frame constituted including shaft materials. The skeleton 1 of the building comprises: four vertical shaft materials 11; vertical binding materials 12 interposed between those four vertical materials 11; four second horizontal shaft materials 31; and horizontal binding materials 32 interposed between those four second horizontal shaft materials 31. The vertical shaft materials 11 and vertical binding materials 12 are joined together by the use of at least one of mortising, doweling, adhesives, and coupling hardware. The second horizontal shaft materials 31 and horizontal binding materials 32 are joined together by the use of at least one of mortising, doweling, adhesives, and coupling hardware.SELECTED DRAWING: Figure 4
【課題】高い剛性を確保しつつ、容易に解体して再利用が可能な、木質架構を提供すること。【解決手段】建物の骨組み１は、軸材を含んで構成された木質架構である。この建物の骨組み１は、４本の鉛直軸材１１と、これら４本の鉛直軸材１１同士の間に介装された鉛直つづり材１２と、４本の第２水平軸材３１と、これら４本の第２水平軸材３１同士の間に介装された水平つづり材３２と、を備える。鉛直軸材１１と鉛直つづり材１２とは、ほぞ継ぎ、ダボ継ぎ、接着剤、および連結金物のうちの少なくとも１つで接合される。第２水平軸材３１と水平つづり材３２とは、ほぞ継ぎ、ダボ継ぎ、接着剤、および連結金物のうちの少なくとも１つで接合される。【選択図】図４
WOODY FRAME AND SKELETON OF BUILDING
To provide a woody frame that is easy to take apart and recycle while securing high rigidity.SOLUTION: A skeleton 1 of a building is a woody frame constituted including shaft materials. The skeleton 1 of the building comprises: four vertical shaft materials 11; vertical binding materials 12 interposed between those four vertical materials 11; four second horizontal shaft materials 31; and horizontal binding materials 32 interposed between those four second horizontal shaft materials 31. The vertical shaft materials 11 and vertical binding materials 12 are joined together by the use of at least one of mortising, doweling, adhesives, and coupling hardware. The second horizontal shaft materials 31 and horizontal binding materials 32 are joined together by the use of at least one of mortising, doweling, adhesives, and coupling hardware.SELECTED DRAWING: Figure 4
【課題】高い剛性を確保しつつ、容易に解体して再利用が可能な、木質架構を提供すること。【解決手段】建物の骨組み１は、軸材を含んで構成された木質架構である。この建物の骨組み１は、４本の鉛直軸材１１と、これら４本の鉛直軸材１１同士の間に介装された鉛直つづり材１２と、４本の第２水平軸材３１と、これら４本の第２水平軸材３１同士の間に介装された水平つづり材３２と、を備える。鉛直軸材１１と鉛直つづり材１２とは、ほぞ継ぎ、ダボ継ぎ、接着剤、および連結金物のうちの少なくとも１つで接合される。第２水平軸材３１と水平つづり材３２とは、ほぞ継ぎ、ダボ継ぎ、接着剤、および連結金物のうちの少なくとも１つで接合される。【選択図】図４
WOODY FRAME AND SKELETON OF BUILDING
木質架構および建物の骨組み
SOMA TOMOAKI (author) / YASUDA SATOSHI (author) / MATSUO HIROKI (author) / UMEMORI HIROSHI (author) / SEKIYAMA YASUTADA (author)
2023-04-25
Patent
Electronic Resource
Japanese
WOODY BUILDING MATERIAL AND MANUFACTURING METHOD FOR WOODY BUILDING MATERIAL
| European Patent Office | 2016
WOODY BUILDING MATERIAL AND MANUFACTURING METHOD OF WOODY BUILDING MATERIAL
| European Patent Office | 2016