Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method of concrete filled steel tube outer frame-steel support cylinder truss system
The invention relates to a construction method of a concrete filled steel tube outer frame-steel support cylinder truss system. Comprising the following steps: mounting inner cylinder steel pipe columns, mounting inner cylinder steel pipe column brackets, mounting inner cylinder main beams, mounting outer frame steel pipe columns and inner cylinder secondary beams, mounting outer frame steel pipe column brackets, mounting main steel beams between the outer frame steel pipe columns and the first inner cylinder steel pipe columns, mounting main steel beams between the outer frame steel pipe columns, and mounting secondary steel beams between the outer frame steel pipe columns. The method has the beneficial effects that the rapid mounting and dismounting hoop steel pipe column temporary support is arranged on the steel pipe column, rapid mounting of a steel pipe column bracket is achieved, and the rapid mounting and dismounting hoop steel pipe column temporary support is repeatedly used; the swing and spatial position of a rod piece are controlled through a sliding rope hung on the head of a truss hoisting rod piece so that the rod piece can be stably in place, two in-place horse plates are arranged on the upper portion of each side of the rod piece, and a horizontal rod can be rapidly and accurately in place through the in-place horse plates; the invention discloses an outrigger truss web member after-loading technology.
本发明涉及一种钢管混凝土外框‑钢支撑筒体桁架体系的施工方法，包括步骤：安装内筒钢管柱、安装内筒钢管柱牛腿、安装内筒主梁、安装外框钢管柱和内筒次梁、安装外框钢管柱牛腿安装外框钢管柱与第一内筒钢管柱间的主钢梁、安装外框钢管柱间的主钢梁、安装外框钢管柱间的次钢梁。本发明的有益效果是：通过在钢管柱上设置快速装拆抱箍钢管柱临时支架，实现了钢管柱牛腿的快速安装，且快速装拆抱箍钢管柱临时支架重复利用；通过挂在桁架吊装杆件头部的溜绳控制杆件的摆动和空间位置使其平稳就位，且在杆件的每侧上部设置两块就位马板，通过就位马板使得水平杆快速准确就位；伸臂桁架腹杆后装技术。
Construction method of concrete filled steel tube outer frame-steel support cylinder truss system
The invention relates to a construction method of a concrete filled steel tube outer frame-steel support cylinder truss system. Comprising the following steps: mounting inner cylinder steel pipe columns, mounting inner cylinder steel pipe column brackets, mounting inner cylinder main beams, mounting outer frame steel pipe columns and inner cylinder secondary beams, mounting outer frame steel pipe column brackets, mounting main steel beams between the outer frame steel pipe columns and the first inner cylinder steel pipe columns, mounting main steel beams between the outer frame steel pipe columns, and mounting secondary steel beams between the outer frame steel pipe columns. The method has the beneficial effects that the rapid mounting and dismounting hoop steel pipe column temporary support is arranged on the steel pipe column, rapid mounting of a steel pipe column bracket is achieved, and the rapid mounting and dismounting hoop steel pipe column temporary support is repeatedly used; the swing and spatial position of a rod piece are controlled through a sliding rope hung on the head of a truss hoisting rod piece so that the rod piece can be stably in place, two in-place horse plates are arranged on the upper portion of each side of the rod piece, and a horizontal rod can be rapidly and accurately in place through the in-place horse plates; the invention discloses an outrigger truss web member after-loading technology.
本发明涉及一种钢管混凝土外框‑钢支撑筒体桁架体系的施工方法，包括步骤：安装内筒钢管柱、安装内筒钢管柱牛腿、安装内筒主梁、安装外框钢管柱和内筒次梁、安装外框钢管柱牛腿安装外框钢管柱与第一内筒钢管柱间的主钢梁、安装外框钢管柱间的主钢梁、安装外框钢管柱间的次钢梁。本发明的有益效果是：通过在钢管柱上设置快速装拆抱箍钢管柱临时支架，实现了钢管柱牛腿的快速安装，且快速装拆抱箍钢管柱临时支架重复利用；通过挂在桁架吊装杆件头部的溜绳控制杆件的摆动和空间位置使其平稳就位，且在杆件的每侧上部设置两块就位马板，通过就位马板使得水平杆快速准确就位；伸臂桁架腹杆后装技术。
Construction method of concrete filled steel tube outer frame-steel support cylinder truss system
钢管混凝土外框-钢支撑筒体桁架体系的施工方法
HAN YINGFENG (Autor:in) / ZHAO YUAN (Autor:in) / GUO BIN (Autor:in) / ZHANG ZHICHUN (Autor:in) / CHENG XIURU (Autor:in) / SUN ZHANGYU (Autor:in) / YAN HONGPING (Autor:in) / WEI ZHENG (Autor:in)
24.02.2023
Patent
Elektronische Ressource
Chinesisch
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