A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integrated construction system and construction method for lower cross beam and tower column of offshore high tower
The invention provides an offshore high tower lower cross beam and tower column integrated building system and a construction method, and relates to the field of bridge construction, and the offshore high tower lower cross beam and tower column integrated building system comprises a profile steel framework subsystem, a steel reinforcement framework subsystem, a lifting subsystem, a positioning subsystem, a supporting subsystem and a formwork subsystem. Bottom formwork mechanisms of the profile steel framework subsystem, the steel reinforcement framework subsystem and the formwork subsystem are welded and installed into a whole in advance and are integrally hoisted through the lifting subsystem, and along with concrete pouring in the later period, the profile steel framework subsystem and the steel reinforcement framework subsystem jointly serve as a steel reinforcement structure to be buried in a high tower. Therefore, a conventional floor type bracket pouring method is avoided, and the construction efficiency is greatly improved; the construction period can be effectively shortened, the construction difficulty is reduced, the risk of mechanical equipment failures and the site leveling cost are reduced, the economical efficiency and safety of the construction process are greatly improved, and good use value is achieved for actual engineering.
本发明提供了一种海上高塔下横梁和塔柱一体式建造系统及施工方法，涉及桥梁施工领域，包括型钢骨架子系统、钢筋骨架子系统、提升子系统、定位子系统、支撑子系统和模板子系统，本发明通过系统优化设计，将型钢骨架子系统、钢筋骨架子系统和模板子系统的底模板机构提前焊接安装为一个整体，并利用提升子系统整体吊装，后期随着混凝土浇筑，型钢骨架子系统和钢筋骨架子系统共同作为钢筋结构埋设在高塔内，进而免于常规的落地式支架浇筑方法，极大提高施工效率；能够有效缩短工期，降低施工难度，减少机械设备故障的风险和场地平整的成本，极大提升施工过程的经济性和安全性，对实际工程具有很好的使用价值。
Integrated construction system and construction method for lower cross beam and tower column of offshore high tower
The invention provides an offshore high tower lower cross beam and tower column integrated building system and a construction method, and relates to the field of bridge construction, and the offshore high tower lower cross beam and tower column integrated building system comprises a profile steel framework subsystem, a steel reinforcement framework subsystem, a lifting subsystem, a positioning subsystem, a supporting subsystem and a formwork subsystem. Bottom formwork mechanisms of the profile steel framework subsystem, the steel reinforcement framework subsystem and the formwork subsystem are welded and installed into a whole in advance and are integrally hoisted through the lifting subsystem, and along with concrete pouring in the later period, the profile steel framework subsystem and the steel reinforcement framework subsystem jointly serve as a steel reinforcement structure to be buried in a high tower. Therefore, a conventional floor type bracket pouring method is avoided, and the construction efficiency is greatly improved; the construction period can be effectively shortened, the construction difficulty is reduced, the risk of mechanical equipment failures and the site leveling cost are reduced, the economical efficiency and safety of the construction process are greatly improved, and good use value is achieved for actual engineering.
本发明提供了一种海上高塔下横梁和塔柱一体式建造系统及施工方法，涉及桥梁施工领域，包括型钢骨架子系统、钢筋骨架子系统、提升子系统、定位子系统、支撑子系统和模板子系统，本发明通过系统优化设计，将型钢骨架子系统、钢筋骨架子系统和模板子系统的底模板机构提前焊接安装为一个整体，并利用提升子系统整体吊装，后期随着混凝土浇筑，型钢骨架子系统和钢筋骨架子系统共同作为钢筋结构埋设在高塔内，进而免于常规的落地式支架浇筑方法，极大提高施工效率；能够有效缩短工期，降低施工难度，减少机械设备故障的风险和场地平整的成本，极大提升施工过程的经济性和安全性，对实际工程具有很好的使用价值。
Integrated construction system and construction method for lower cross beam and tower column of offshore high tower
一种海上高塔下横梁和塔柱一体式建造系统及施工方法
ZHANG YAOLIN (author) / WANG BAOLIANG (author) / ZHOU GUANNAN (author) / YU SHAOBIN (author) / HARA AKIMITSU (author) / ZHANG CHENGJUN (author) / XU ANDONG (author) / ZHANG LIDONG (author) / WANG SHIBO (author) / HUANG WEIJIA (author)
2024-05-24
Patent
Electronic Resource
Chinese
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