Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STEEL PLATE BUILT-UP POST, ASSEMBLY METHOD FOR STEEL PLATE BUILT-UP POST
To provide a steel plate built-up post capable of improving workability after assembling it, and an assembly method for the steel plate built-up post.SOLUTION: A steel plate built-up post 100 is built by vertically jointing multiple steel pipes 1, each of which is a right truncated taper-shape cone with its diameter increasing as the level going down. The steel plate built-up post 100 is characterized that: it comprises multiple steel pipes 1, each of which has a weld seam 11 that slants to the circumferential direction f1 as the level goes down; and the weld seam 11D of an upper steel pipe 1D is, in the jointing area R where the pipe is jointed with the lower steel pipe 1E, located in the circumferential direction f1 side of the weld seam 11E of the lower steel pipe 1E. The weld seam 11D of the upper steel pipe 1D may slant at an angle that corresponds to the width of the weld seam 11E of the steel pipe 1E.SELECTED DRAWING: Figure 2
【課題】組立後において作業性の向上を図ることができる鋼板組立柱、及び鋼板組立柱の組立方法を提供する。【解決手段】 鋼板組立柱１００は、テーパ状で下方に向けて拡径された直円錐台形の複数の鋼管１が上下に継ぎ合わされた鋼板組立柱１００であって、下方に向かうにつれて円周方向ｆ１に傾斜した溶接部１１を有する複数の鋼管１を備え、上段の鋼管１Ｄの溶接部１１Ｄは、下段の鋼管１Ｅと継ぎ合わされる継合領域Ｒにおいて下段の鋼管１Ｅの溶接部１１Ｅよりも円周方向ｆ１側に位置することを特徴とする。上段の鋼管１Ｄの溶接部１１Ｄは、下段の鋼管１Ｅの溶接部１１Ｅの幅に対応する角度で傾斜してもよい。【選択図】図２
STEEL PLATE BUILT-UP POST, ASSEMBLY METHOD FOR STEEL PLATE BUILT-UP POST
To provide a steel plate built-up post capable of improving workability after assembling it, and an assembly method for the steel plate built-up post.SOLUTION: A steel plate built-up post 100 is built by vertically jointing multiple steel pipes 1, each of which is a right truncated taper-shape cone with its diameter increasing as the level going down. The steel plate built-up post 100 is characterized that: it comprises multiple steel pipes 1, each of which has a weld seam 11 that slants to the circumferential direction f1 as the level goes down; and the weld seam 11D of an upper steel pipe 1D is, in the jointing area R where the pipe is jointed with the lower steel pipe 1E, located in the circumferential direction f1 side of the weld seam 11E of the lower steel pipe 1E. The weld seam 11D of the upper steel pipe 1D may slant at an angle that corresponds to the width of the weld seam 11E of the steel pipe 1E.SELECTED DRAWING: Figure 2
【課題】組立後において作業性の向上を図ることができる鋼板組立柱、及び鋼板組立柱の組立方法を提供する。【解決手段】 鋼板組立柱１００は、テーパ状で下方に向けて拡径された直円錐台形の複数の鋼管１が上下に継ぎ合わされた鋼板組立柱１００であって、下方に向かうにつれて円周方向ｆ１に傾斜した溶接部１１を有する複数の鋼管１を備え、上段の鋼管１Ｄの溶接部１１Ｄは、下段の鋼管１Ｅと継ぎ合わされる継合領域Ｒにおいて下段の鋼管１Ｅの溶接部１１Ｅよりも円周方向ｆ１側に位置することを特徴とする。上段の鋼管１Ｄの溶接部１１Ｄは、下段の鋼管１Ｅの溶接部１１Ｅの幅に対応する角度で傾斜してもよい。【選択図】図２
STEEL PLATE BUILT-UP POST, ASSEMBLY METHOD FOR STEEL PLATE BUILT-UP POST
鋼板組立柱、鋼板組立柱の組立方法
TAKAGI YASUHIDE (Autor:in) / CHIHARA MINORU (Autor:in)
11.10.2024
Patent
Elektronische Ressource
Japanisch
IPC:
E04H
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