A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Splicing method of steel tower sections
The invention provides an assembling method for steel tower sections, and relates to the technical field of bridge construction processes. According to the assembling method of the steel tower sections, the steel tower sections needing to be independently manufactured are divided into the middle anchor chamber modules, the side box chamber modules and the side anchor chamber modules, the middle anchor chamber modules, the side box chamber modules and the side anchor chamber modules can be manufactured at the same time, the manufacturing time of the independently manufactured steel tower sections is effectively shortened, and the manufacturing efficiency of the steel tower sections is effectively improved; meanwhile, in the assembling process, the side anchor chamber modules are installed with the middle anchor chamber module as the benchmark, the side box chamber modules are installed with the middle anchor chamber module and the side anchor chamber modules as the benchmark, primary assembling of the steel tower sections can be completed, and the assembling precision of the steel tower sections is reliable through sequential assembling in the same direction; and finally, the middle anchor chamber module, the side anchor chamber module and the side box chamber module are sequentially welded and fixed, the steel tower section which is high in manufacturing precision and capable of meeting the overall construction and installation precision of the steel tower is obtained, and the overall construction quality of a bridge and the use stability after work delivery are guaranteed.
本发明提供了一种钢塔节段的拼装方法，涉及桥梁施工工艺技术领域。本发明的钢塔节段的拼装方法将需要单独制造的钢塔节段划分为中锚室模块、边箱室模块和边锚室模块，可同时进行制造，有效缩短单独制造的钢塔节段的制造时间，有效提升钢塔节段的制造效率；同时在拼装过程中以中锚室模块为基准，安装边锚室模块，以中锚室模块和边锚室模块为基准，安装边箱室模块，即可完成钢塔节段的初步拼装，沿同一方向进行的依次拼装使得钢塔节段的拼装精度较为可靠；最后将中锚室模块、边锚室模块以及边箱室模块依次焊接固定，获得制造精度较高的，能够满足钢塔整体的施工安装精度的的钢塔节段，保证桥梁的整体施工质量和交工后的使用稳定性。
Splicing method of steel tower sections
The invention provides an assembling method for steel tower sections, and relates to the technical field of bridge construction processes. According to the assembling method of the steel tower sections, the steel tower sections needing to be independently manufactured are divided into the middle anchor chamber modules, the side box chamber modules and the side anchor chamber modules, the middle anchor chamber modules, the side box chamber modules and the side anchor chamber modules can be manufactured at the same time, the manufacturing time of the independently manufactured steel tower sections is effectively shortened, and the manufacturing efficiency of the steel tower sections is effectively improved; meanwhile, in the assembling process, the side anchor chamber modules are installed with the middle anchor chamber module as the benchmark, the side box chamber modules are installed with the middle anchor chamber module and the side anchor chamber modules as the benchmark, primary assembling of the steel tower sections can be completed, and the assembling precision of the steel tower sections is reliable through sequential assembling in the same direction; and finally, the middle anchor chamber module, the side anchor chamber module and the side box chamber module are sequentially welded and fixed, the steel tower section which is high in manufacturing precision and capable of meeting the overall construction and installation precision of the steel tower is obtained, and the overall construction quality of a bridge and the use stability after work delivery are guaranteed.
本发明提供了一种钢塔节段的拼装方法，涉及桥梁施工工艺技术领域。本发明的钢塔节段的拼装方法将需要单独制造的钢塔节段划分为中锚室模块、边箱室模块和边锚室模块，可同时进行制造，有效缩短单独制造的钢塔节段的制造时间，有效提升钢塔节段的制造效率；同时在拼装过程中以中锚室模块为基准，安装边锚室模块，以中锚室模块和边锚室模块为基准，安装边箱室模块，即可完成钢塔节段的初步拼装，沿同一方向进行的依次拼装使得钢塔节段的拼装精度较为可靠；最后将中锚室模块、边锚室模块以及边箱室模块依次焊接固定，获得制造精度较高的，能够满足钢塔整体的施工安装精度的的钢塔节段，保证桥梁的整体施工质量和交工后的使用稳定性。
Splicing method of steel tower sections
一种钢塔节段的拼装方法
WANG LEI (author) / LI TONG (author) / FAN HAIFENG (author) / ZHANG JUN (author) / REN HUATAO (author) / GUO HONGYAN (author) / XU WEIYU (author) / HUANG YONG (author) / GAO BO (author) / ZHANG YIN (author)
2023-08-11
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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