A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To assemble various shapes even though the number of kinds of parts is small.SOLUTION: A frame structure body is assembled by a plurality of shaft members having connection parts at both ends and a plurality of joints connecting connection parts of different shaft members. The shaft member is selected from two types in which the ratio of the length is 2 : root 3. The joint can correspond to 14 directions obtained by aligning eight directions from the center to the vertex of a cube and six directions from the vertex to the closest vertex of the cube. A relationship in which the joints are arranged at positions constituting the body-centered cubic lattice structure is obtained, and various shapes appear.SELECTED DRAWING: Figure 43
【課題】部品種類数が少ないにもかかわらず多様な形状に組み立てられるようにする。【解決手段】両端に接続部を備えている軸材の複数本と、異なる軸材の接続部同志を接続するジョイントの複数個によって骨組み構造体を組み立てる。軸材は、長さの比が２：ルート３である２種類から選択する。ジョイントは、立方体の中心から頂点に向かう８の向きと、立方体の頂点から最近接頂点に向かう６の向きを合わせた１４の向きに対応可能とする。ジョイントが体心立方格子構造を構成する位置に配置される関係が得られ、多様な形状が出現する。【選択図】図４３
To assemble various shapes even though the number of kinds of parts is small.SOLUTION: A frame structure body is assembled by a plurality of shaft members having connection parts at both ends and a plurality of joints connecting connection parts of different shaft members. The shaft member is selected from two types in which the ratio of the length is 2 : root 3. The joint can correspond to 14 directions obtained by aligning eight directions from the center to the vertex of a cube and six directions from the vertex to the closest vertex of the cube. A relationship in which the joints are arranged at positions constituting the body-centered cubic lattice structure is obtained, and various shapes appear.SELECTED DRAWING: Figure 43
【課題】部品種類数が少ないにもかかわらず多様な形状に組み立てられるようにする。【解決手段】両端に接続部を備えている軸材の複数本と、異なる軸材の接続部同志を接続するジョイントの複数個によって骨組み構造体を組み立てる。軸材は、長さの比が２：ルート３である２種類から選択する。ジョイントは、立方体の中心から頂点に向かう８の向きと、立方体の頂点から最近接頂点に向かう６の向きを合わせた１４の向きに対応可能とする。ジョイントが体心立方格子構造を構成する位置に配置される関係が得られ、多様な形状が出現する。【選択図】図４３
FRAME STRUCTURE BODY
骨組み構造体
TSUTSUI NOBUYUKI (author)
2019-12-05
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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