A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WALL BODY STRUCTURE OF WOODEN BUILDING, WOODEN BUILDING, AND METHOD OF CONSTRUCTING THE SAME
To provide a wall body structure with high earthquake resistance and durability that can construct a three-pin junction type structure of structural design, is adaptive to perpendicular loads and horizontal loads, and can improve structural strength against various loads due to earthquakes, wind pressure, etc.SOLUTION: The present invention relates to a structure of a wall body K of a wooden building W, and the wall body consists of a pair of right and left symmetrical and substantially triangular frame members F, F each consisting of an upper-side part F1, a perpendicular-side part F2 and an oblique-side part F3, wherein a junction J1 between the upper-side part of one frame member and the upper-side part of the other frame member, a junction J2 between the perpendicular-side part of the one frame member and an installation member 4, and a junction J3 between the perpendicular-side part of the other frame member and the insulation member are all pin junctions JP.SELECTED DRAWING: Figure 1
【課題】構造設計における三ピン接合形式構造を構築することができ、鉛直荷重及び水平荷重に対応することができ、地震及び風圧等による各種の荷重に対する構造強度を向上することができ、耐震性及び耐久性の高い壁体構造を構築することができる。【解決手段】木造建築物Ｗの壁体Ｋの構造であって、上記壁体は、上辺部Ｆ１、鉛直辺部Ｆ２及び斜辺部Ｆ３からなる左右対称の一対の略三角形状のフレーム部材Ｆ・Ｆからなり、上記一方のフレーム部材の上辺部と上記他方のフレーム部材の上辺部との接合Ｊ１、一方のフレーム部材の鉛直辺部と設置部材４との接合Ｊ２及び他方のフレーム部材の鉛直辺部と設置部材との接合Ｊ３は、いずれもピン接合ＪＰとされている。【選択図】図１
WALL BODY STRUCTURE OF WOODEN BUILDING, WOODEN BUILDING, AND METHOD OF CONSTRUCTING THE SAME
To provide a wall body structure with high earthquake resistance and durability that can construct a three-pin junction type structure of structural design, is adaptive to perpendicular loads and horizontal loads, and can improve structural strength against various loads due to earthquakes, wind pressure, etc.SOLUTION: The present invention relates to a structure of a wall body K of a wooden building W, and the wall body consists of a pair of right and left symmetrical and substantially triangular frame members F, F each consisting of an upper-side part F1, a perpendicular-side part F2 and an oblique-side part F3, wherein a junction J1 between the upper-side part of one frame member and the upper-side part of the other frame member, a junction J2 between the perpendicular-side part of the one frame member and an installation member 4, and a junction J3 between the perpendicular-side part of the other frame member and the insulation member are all pin junctions JP.SELECTED DRAWING: Figure 1
【課題】構造設計における三ピン接合形式構造を構築することができ、鉛直荷重及び水平荷重に対応することができ、地震及び風圧等による各種の荷重に対する構造強度を向上することができ、耐震性及び耐久性の高い壁体構造を構築することができる。【解決手段】木造建築物Ｗの壁体Ｋの構造であって、上記壁体は、上辺部Ｆ１、鉛直辺部Ｆ２及び斜辺部Ｆ３からなる左右対称の一対の略三角形状のフレーム部材Ｆ・Ｆからなり、上記一方のフレーム部材の上辺部と上記他方のフレーム部材の上辺部との接合Ｊ１、一方のフレーム部材の鉛直辺部と設置部材４との接合Ｊ２及び他方のフレーム部材の鉛直辺部と設置部材との接合Ｊ３は、いずれもピン接合ＪＰとされている。【選択図】図１
WALL BODY STRUCTURE OF WOODEN BUILDING, WOODEN BUILDING, AND METHOD OF CONSTRUCTING THE SAME
木造建築物の壁体構造、木造建築物及びその建築方法
TAKADA SEITARO (author) / TAKADA SHINNOSUKE (author)
2023-01-18
Patent
Electronic Resource
Japanese
WALL SURFACE STRUCTURE, WOODEN BUILDING, AND BUILDING METHOD FOR WOODEN BUILDING
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