Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
TOWERING STRUCTURE
To provide a towering structure capable of using industrial products of tower parts by unifying into multiple types depending on the size of the tower part and site conditions, and the like.SOLUTION: The towering structure is constituted of a tower part A including multiple steel pipe columns 1 and a base part B that is placed integrally with the tower part A at the bottom part of the tower part A. The steel pipe column 1 includes: a lower steel pipe unit member 4 and an upper steel pipe unit member 5; a steel pipe joint unit member 6 that is inserted in the lower steel pipe unit member 4 and the upper steel pipe unit member 5; multiple positioning brackets 7 that are attached to the outer wall of the steel pipe joint unit member 6 for setting the lower steel pipe unit member 4 and the upper steel pipe unit member 5 on the same pipe axis; and multiple joint bolts 11 that are connected between the lower steel pipe unit member 4, the upper steel pipe unit member 5, and the steel pipe joint unit member 6, which resist a shear force acting on the joints between the lower steel pipe unit member 4, the upper steel pipe unit member 5 and the steel pipe joint unit member 6.SELECTED DRAWING: Figure 8
【課題】塔状部の規模、敷地条件等に応じて複数種類に統一して塔状部の工業製品化等を実現した塔状構造物を提供する。【解決手段】複数の鋼管柱1を備えた塔状部Aと、塔状部Aの下端部に塔状部Aと一体に配置された基礎部Bから構成する。鋼管柱1は下部鋼管ユニット材4および上部鋼管ユニット材5と、下部鋼管ユニット材4および上部鋼管ユニット材5の端部に挿入された継手鋼管ユニット材6と、継手鋼管ユニット材6の外周壁に取り付けられ、下部鋼管ユニット材4と上部鋼管ユニット材5を同一管軸線上にセットする複数の位置決め金具7と、下部鋼管ユニット材4および上部鋼管ユニット材5と継手鋼管ユニット材6間に締結され、下部鋼管ユニット材4および上部鋼管ユニット材5と継手鋼管ユニット材6間の継手部に作用するせん断力に抵抗する複数の継手ボルト11から構成する。【選択図】図８
TOWERING STRUCTURE
To provide a towering structure capable of using industrial products of tower parts by unifying into multiple types depending on the size of the tower part and site conditions, and the like.SOLUTION: The towering structure is constituted of a tower part A including multiple steel pipe columns 1 and a base part B that is placed integrally with the tower part A at the bottom part of the tower part A. The steel pipe column 1 includes: a lower steel pipe unit member 4 and an upper steel pipe unit member 5; a steel pipe joint unit member 6 that is inserted in the lower steel pipe unit member 4 and the upper steel pipe unit member 5; multiple positioning brackets 7 that are attached to the outer wall of the steel pipe joint unit member 6 for setting the lower steel pipe unit member 4 and the upper steel pipe unit member 5 on the same pipe axis; and multiple joint bolts 11 that are connected between the lower steel pipe unit member 4, the upper steel pipe unit member 5, and the steel pipe joint unit member 6, which resist a shear force acting on the joints between the lower steel pipe unit member 4, the upper steel pipe unit member 5 and the steel pipe joint unit member 6.SELECTED DRAWING: Figure 8
【課題】塔状部の規模、敷地条件等に応じて複数種類に統一して塔状部の工業製品化等を実現した塔状構造物を提供する。【解決手段】複数の鋼管柱1を備えた塔状部Aと、塔状部Aの下端部に塔状部Aと一体に配置された基礎部Bから構成する。鋼管柱1は下部鋼管ユニット材4および上部鋼管ユニット材5と、下部鋼管ユニット材4および上部鋼管ユニット材5の端部に挿入された継手鋼管ユニット材6と、継手鋼管ユニット材6の外周壁に取り付けられ、下部鋼管ユニット材4と上部鋼管ユニット材5を同一管軸線上にセットする複数の位置決め金具7と、下部鋼管ユニット材4および上部鋼管ユニット材5と継手鋼管ユニット材6間に締結され、下部鋼管ユニット材4および上部鋼管ユニット材5と継手鋼管ユニット材6間の継手部に作用するせん断力に抵抗する複数の継手ボルト11から構成する。【選択図】図８
TOWERING STRUCTURE
塔状構造物
ISHII KEIGO (Autor:in) / TANIGUCHI AKIO (Autor:in)
18.10.2024
Patent
Elektronische Ressource
Japanisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
| British Library Online Contents | 2006
| British Library Online Contents | 1992
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