A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Daylighting roof construction method
A daylighting roof construction method comprises the steps that S1, three-dimensional analogue simulation calculation software is adopted for conducting simulation analysis on the whole construction process, and coordinates of all connecting nodes and relative angles of all components at the connecting nodes are extracted; s2, deepening modeling is conducted based on the simulation analysis result, a deepening drawing is formed, and all the components are machined according to the deepening drawing and numbered; s3, bottom stand columns are installed, the numbered stand columns are sequentially hoisted to a building main body according to a deepening drawing, the bottoms of the stand columns are connected with the main body through first connecting structures, and measurement and point release are conducted through a total station before connection; s4, main beam installation is conducted, specifically, the main beams are installed between the two stand columns on the opposite sides, the numbered main beams are sequentially hoisted to the stand columns with the corresponding numbers according to the deepening drawing, and the main beams and the stand columns are connected through second connecting structures; s5, according to the secondary beams between the main beams, a plurality of secondary beams are fixed between the adjacent main beams, the numbered secondary beams are sequentially hoisted to the main beams with the corresponding mark numbers according to the deepening drawing, and the two ends of the secondary beams are welded and fixed; s6, firstly, the middle of the daylighting roof is constructed in the step S4 and the step S5, and after construction is completed, construction is alternately conducted on the two sides in sequence till construction of the whole daylighting roof is completed; and S7, the tower crane is dismantled, and the missing beam body at the tower crane is installed.
一种采光顶施工方法，S1、采用三维仿真模拟计算软件进行施工全过程模拟分析，提取各连接节点的坐标及连接节点处各构件的相对角度；S2、基于模拟分析结果进行深化建模，形成深化图纸，各构件按照深化图纸进行加工，并进行编号；S3、底部立柱安装，按照深化图纸依次将编号后的立柱吊装至建筑主体上，并将立柱的底部通过第一连接结构与主体相连接，在连接前通过全站仪进行测量放点；S4、主梁安装，在相对侧的两个立柱之间安装主梁，按照深化图纸依次将编号后的主梁吊装至对应编号的立柱处，通过第二连接结构将主梁与立柱相连接；S5、主梁间的次梁按照，在相邻主梁之间固定若干次梁，按照深化图纸依次将编号后的次梁吊装至对应标号的主梁处并两端焊接固定；S6、首先对采光顶中部进行步骤S4以及S5施工，完成后依次向两侧交替施工直至采光顶整体完成施工；S7、拆除塔吊并将塔吊处缺失的梁体进行安装。
Daylighting roof construction method
A daylighting roof construction method comprises the steps that S1, three-dimensional analogue simulation calculation software is adopted for conducting simulation analysis on the whole construction process, and coordinates of all connecting nodes and relative angles of all components at the connecting nodes are extracted; s2, deepening modeling is conducted based on the simulation analysis result, a deepening drawing is formed, and all the components are machined according to the deepening drawing and numbered; s3, bottom stand columns are installed, the numbered stand columns are sequentially hoisted to a building main body according to a deepening drawing, the bottoms of the stand columns are connected with the main body through first connecting structures, and measurement and point release are conducted through a total station before connection; s4, main beam installation is conducted, specifically, the main beams are installed between the two stand columns on the opposite sides, the numbered main beams are sequentially hoisted to the stand columns with the corresponding numbers according to the deepening drawing, and the main beams and the stand columns are connected through second connecting structures; s5, according to the secondary beams between the main beams, a plurality of secondary beams are fixed between the adjacent main beams, the numbered secondary beams are sequentially hoisted to the main beams with the corresponding mark numbers according to the deepening drawing, and the two ends of the secondary beams are welded and fixed; s6, firstly, the middle of the daylighting roof is constructed in the step S4 and the step S5, and after construction is completed, construction is alternately conducted on the two sides in sequence till construction of the whole daylighting roof is completed; and S7, the tower crane is dismantled, and the missing beam body at the tower crane is installed.
一种采光顶施工方法，S1、采用三维仿真模拟计算软件进行施工全过程模拟分析，提取各连接节点的坐标及连接节点处各构件的相对角度；S2、基于模拟分析结果进行深化建模，形成深化图纸，各构件按照深化图纸进行加工，并进行编号；S3、底部立柱安装，按照深化图纸依次将编号后的立柱吊装至建筑主体上，并将立柱的底部通过第一连接结构与主体相连接，在连接前通过全站仪进行测量放点；S4、主梁安装，在相对侧的两个立柱之间安装主梁，按照深化图纸依次将编号后的主梁吊装至对应编号的立柱处，通过第二连接结构将主梁与立柱相连接；S5、主梁间的次梁按照，在相邻主梁之间固定若干次梁，按照深化图纸依次将编号后的次梁吊装至对应标号的主梁处并两端焊接固定；S6、首先对采光顶中部进行步骤S4以及S5施工，完成后依次向两侧交替施工直至采光顶整体完成施工；S7、拆除塔吊并将塔吊处缺失的梁体进行安装。
Daylighting roof construction method
一种采光顶施工方法
ZHANG JIE (author) / WANG SHENGWEN (author) / WANG ZIWEI (author) / WANG XIANGYUAN (author) / YUAN GUOQI (author) / GAO LELE (author) / MA XIAOBAO (author) / CHEN CHEN (author) / LIAO LANHAO (author) / ZHANG ZHIKAI (author)
2024-12-20
Patent
Electronic Resource
Chinese
| European Patent Office | 2021
Construction method for roof combined hoisting system of daylighting roof
| European Patent Office | 2020
Hub structure daylighting roof system and construction method
| European Patent Office | 2024