Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Support type installation method of steel-pylon
The invention discloses a support type installation method of a steel-pylon. A vertical lifting support is erected on one side of a lower tower column of the steel-pylon; a first section at the top end of the segmented steel-pylon is transferred into the vertical lifting support in place; after the first section is lifted in the vertical lifting support, a second section below the first section isput in place; after the first section and the second section are subjected to butt welding to form a butted section, the butted section is lifted; rest sections are circularly installed according tothe installation procedure of the second section; the bottom ends of the butted sections are transversely translated to the top end of the lower tower column; and the butted sections and the lower tower column are subjected to falling frame connection, so installation of the steel-pylon is completed. The vertical lifting support is used for installing the inclined steel-pylon, so the butt joint precision of the steel-pylon is controlled, the butt joint adjustability of the steel-pylon is improved, operation difficulty and complexity in construction process are reduced, and construction safetyis also improved.
本申请公开一种钢索塔的支架式安装方法：在钢索塔下塔柱的一侧架设竖直提升支架；将分节段的钢索塔的顶端的第一节段转运至所述竖直提升支架内就位；在所述竖直提升支架内提升所述第一节段之后，就位所述第一节段下方的第二节段；对位焊接所述第一节段和第二节段以形成已对接节段之后，提升所述已对接节段；以所述第二节段的安装工序循环安装剩余节段；横向平移所述已对接节段的底端至所述下塔柱的顶端；将所述已对接节段与下塔柱进行落架连接，以完成所述钢索塔的安装。本申请使用了竖直提升支架进行倾斜钢索塔的安装，使得钢索塔的对接精度得到控制，钢索塔的对接可调整性提高，降低了施工过程的操作难度和复杂度，也提高了施工的安全性。
Support type installation method of steel-pylon
The invention discloses a support type installation method of a steel-pylon. A vertical lifting support is erected on one side of a lower tower column of the steel-pylon; a first section at the top end of the segmented steel-pylon is transferred into the vertical lifting support in place; after the first section is lifted in the vertical lifting support, a second section below the first section isput in place; after the first section and the second section are subjected to butt welding to form a butted section, the butted section is lifted; rest sections are circularly installed according tothe installation procedure of the second section; the bottom ends of the butted sections are transversely translated to the top end of the lower tower column; and the butted sections and the lower tower column are subjected to falling frame connection, so installation of the steel-pylon is completed. The vertical lifting support is used for installing the inclined steel-pylon, so the butt joint precision of the steel-pylon is controlled, the butt joint adjustability of the steel-pylon is improved, operation difficulty and complexity in construction process are reduced, and construction safetyis also improved.
本申请公开一种钢索塔的支架式安装方法：在钢索塔下塔柱的一侧架设竖直提升支架；将分节段的钢索塔的顶端的第一节段转运至所述竖直提升支架内就位；在所述竖直提升支架内提升所述第一节段之后，就位所述第一节段下方的第二节段；对位焊接所述第一节段和第二节段以形成已对接节段之后，提升所述已对接节段；以所述第二节段的安装工序循环安装剩余节段；横向平移所述已对接节段的底端至所述下塔柱的顶端；将所述已对接节段与下塔柱进行落架连接，以完成所述钢索塔的安装。本申请使用了竖直提升支架进行倾斜钢索塔的安装，使得钢索塔的对接精度得到控制，钢索塔的对接可调整性提高，降低了施工过程的操作难度和复杂度，也提高了施工的安全性。
Support type installation method of steel-pylon
钢索塔的支架式安装方法
CHAI WEI (Autor:in) / XIAO XU (Autor:in) / LIU AIPING (Autor:in) / HU SHAOTAO (Autor:in) / ZHANG JINGLONG (Autor:in) / OUYANG CHUAN (Autor:in) / LIU HUAIGANG (Autor:in) / FAN LANFENG (Autor:in) / ZHANG JIE (Autor:in) / WANG YUQING (Autor:in)
22.09.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
PYLON BAR, PYLON POWER TRANSMISSION UNIT, AND PYLON BAR LIGHTING SYSTEM
| Europäisches Patentamt | 2016