一种用于带空腔环向转换结构自平衡的施工方法

By embedding pre-installed parts and steel columns in the concrete ring beam, and setting up diagonal braces and vertical supports, a closed structure is formed, which solves the problems of structural deformation and weakening of bearing capacity in traditional construction methods, realizes self-balancing and improves safety during the construction stage, and is suitable for ultra-high mega-transfer structures.

CN117071911BActive Publication Date: 2026-07-17CHINA CONSTR THIRD ENG BUREAU STEEL STRUCTURE TECH CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
CHINA CONSTR THIRD ENG BUREAU STEEL STRUCTURE TECH CO LTD
Filing Date
2023-08-22
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional construction methods can easily lead to permanent structural deformation and weakening of load-bearing capacity during the construction phase. They are also complex to construct and have high requirements for the foundation, requiring a large number of support points and thus affecting construction quality and safety.

Method used

The method involves embedding pre-installed parts and steel columns in a concrete ring beam, setting up diagonal braces and vertical supports to form a closed structure. The structure's symmetry is used to achieve self-balancing. The temporary support system is mainly responsible for horizontal force transmission and reduces vertical loads. The temporary supports are removed layer by layer.

Benefits of technology

It achieved a self-balancing state during the construction phase, reduced the investment in construction measures, improved structural safety and construction quality, and met the construction requirements of ultra-high mega-transfer structures.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明公开一种用于带空腔环向转换结构自平衡的施工方法,包括首层混凝土环梁施工,在所述混凝土环梁中埋设预埋件,在所述混凝土环梁的节点处分别设置钢柱、斜撑和结构梁;在所述预埋件上分别设置竖向支撑柱,在竖向支撑柱与斜撑之间、相邻的竖向支撑柱之间分别布置水平对撑梁,以形成环向封闭结构;向钢柱和斜撑内灌注混凝土;在钢柱和斜撑上方设置上部桁架,完成所述上部桁架施工后拆除竖向支撑柱和水平对撑梁。本施工方法在环向转换结构施工阶段处于环状封闭和内部自平衡状态,对塔楼各个节点处钢柱的附加弯矩接近为零,保证结构施工质量和结构安全。
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