A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WOOD-STEEL HYBRID MEMBER
To provide a wood-steel hybrid member securing fire resistance efficiency of a wood plugged part.SOLUTION: A wood-steel hybrid member 10 comprises: a steel frame member 12; wooden covering materials 14 provided on both outer sides of the steel frame member 12; and rod-like fixing members 16 screwed from through-holes 40 penetrating through one wooden covering material 14 to the other wooden covering material 14 through the steel frame member 12 for fixing the steel frame member 12 and the wooden covering materials 14. The through-holes 40 are buried with a refractory material 42 from end faces 32A of head parts 32 of the fixing members 16 arranged outside the steel frame member 12 to surfaces 14A of the wooden covering materials 14.SELECTED DRAWING: Figure 1
【課題】埋木部分の耐火性能を確保する木鋼ハイブリッド部材を提供することを目的とする。【解決手段】鉄骨部材１２と、この鉄骨部材１２の両外側に設けられた木質被覆材１４と、鉄骨部材１２と木質被覆材１４を固定するために一方の木質被覆材１２を貫通する貫通孔４０から鉄骨部材１２を貫通して他方の木質被覆材１４にねじ込まれる棒状の固定部材１６を備える木鋼ハイブリッド部材１０であって、貫通孔４０は、鉄骨部材１２の外側に配置される固定部材１６の頭部３２の端面３２Ａから木質被覆材１４の表面１４Ａまで耐火材４２で埋められているようにする。【選択図】図１
WOOD-STEEL HYBRID MEMBER
To provide a wood-steel hybrid member securing fire resistance efficiency of a wood plugged part.SOLUTION: A wood-steel hybrid member 10 comprises: a steel frame member 12; wooden covering materials 14 provided on both outer sides of the steel frame member 12; and rod-like fixing members 16 screwed from through-holes 40 penetrating through one wooden covering material 14 to the other wooden covering material 14 through the steel frame member 12 for fixing the steel frame member 12 and the wooden covering materials 14. The through-holes 40 are buried with a refractory material 42 from end faces 32A of head parts 32 of the fixing members 16 arranged outside the steel frame member 12 to surfaces 14A of the wooden covering materials 14.SELECTED DRAWING: Figure 1
【課題】埋木部分の耐火性能を確保する木鋼ハイブリッド部材を提供することを目的とする。【解決手段】鉄骨部材１２と、この鉄骨部材１２の両外側に設けられた木質被覆材１４と、鉄骨部材１２と木質被覆材１４を固定するために一方の木質被覆材１２を貫通する貫通孔４０から鉄骨部材１２を貫通して他方の木質被覆材１４にねじ込まれる棒状の固定部材１６を備える木鋼ハイブリッド部材１０であって、貫通孔４０は、鉄骨部材１２の外側に配置される固定部材１６の頭部３２の端面３２Ａから木質被覆材１４の表面１４Ａまで耐火材４２で埋められているようにする。【選択図】図１
WOOD-STEEL HYBRID MEMBER
木鋼ハイブリッド部材
ENDO TOMOKI (author) / MORITA TAKESHI (author) / OKUYAMA TAKAYUKI (author)
2023-02-24
Patent
Electronic Resource
Japanese
T-SHAPED STEEL FRAME FOR BEAM MEMBER AND HYBRID BEAM MEMBER OF STEEL FRAME AND WOOD
| European Patent Office | 2023
WOOD MEMBER, WOOD WALL MEMBER, AND METHOD FOR CONSTRUCTION OF WOOD MEMBER
| European Patent Office | 2019