A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BIM (Building Information Modeling)-based piping shaft installation construction method
The invention provides a BIM (Building Information Modeling)-based pipe well installation construction method, which comprises the following steps of: firstly, simulating building pipe well vertical pipe construction on the basis of BIM, dividing the pipe well vertical pipe construction into a low construction section, a middle construction section and a high construction section according to the number of building layers, hoisting a first section of vertical pipe by using a main hoist block at a top plate of a five-layer pipe well, and hoisting a second section of vertical pipe by using an auxiliary hoist block at a top plate of a two-layer pipe well; two sections of vertical pipes are welded and integrally lifted, the auxiliary hoist at the top plate of the two-layer tube well continues to be used for hoisting the third section of vertical pipe, the third section of vertical pipe is welded with the front two sections of vertical pipes and then integrally lifted, and the operation is repeated until the whole vertical pipe is connected; pipeline connection of other vertical pipes in the high area is conducted; the middle-area and low-area vertical pipe construction methods are the same. According to the method, the pipe well vertical pipe construction process is simulated based on BIM, the pipeline comprehensive arrangement and the support form are determined, and the feasibility of construction safety of the super high-rise pipe well is guaranteed; and the vertical pipe is mounted by adopting an inverted mounting method, so that the construction quality and efficiency are greatly improved, and the construction safety is ensured.
本发明提出一种基于BIM的管道井安装施工方法，首先基于BIM对建筑管井立管施工进行模拟，根据建筑层数将管井立管施工分为低中高三个施工段，利用5层管井顶板处的主吊葫芦起吊第一节立管，利用2层管井顶板处的辅助葫芦起吊第二节立管，将两节立管焊接并进行整体提升，继续利用2层管井顶板处的辅助葫芦起吊第三节立管，将第三节立管与前两节立管焊接再进行整体提升，重复上述操作直到整条立管连接完毕；进行高区其它立管的管道连接；中区、低区立管施工方法相同。本发明基于BIM模拟管井立管施工过程，确定管道综合排布及支架形式，保证超高层管道井施工安全的可行性；且立管采用倒装法进行安装，大大提高施工质量及效率，使施工安全得到保证。
BIM (Building Information Modeling)-based piping shaft installation construction method
The invention provides a BIM (Building Information Modeling)-based pipe well installation construction method, which comprises the following steps of: firstly, simulating building pipe well vertical pipe construction on the basis of BIM, dividing the pipe well vertical pipe construction into a low construction section, a middle construction section and a high construction section according to the number of building layers, hoisting a first section of vertical pipe by using a main hoist block at a top plate of a five-layer pipe well, and hoisting a second section of vertical pipe by using an auxiliary hoist block at a top plate of a two-layer pipe well; two sections of vertical pipes are welded and integrally lifted, the auxiliary hoist at the top plate of the two-layer tube well continues to be used for hoisting the third section of vertical pipe, the third section of vertical pipe is welded with the front two sections of vertical pipes and then integrally lifted, and the operation is repeated until the whole vertical pipe is connected; pipeline connection of other vertical pipes in the high area is conducted; the middle-area and low-area vertical pipe construction methods are the same. According to the method, the pipe well vertical pipe construction process is simulated based on BIM, the pipeline comprehensive arrangement and the support form are determined, and the feasibility of construction safety of the super high-rise pipe well is guaranteed; and the vertical pipe is mounted by adopting an inverted mounting method, so that the construction quality and efficiency are greatly improved, and the construction safety is ensured.
本发明提出一种基于BIM的管道井安装施工方法，首先基于BIM对建筑管井立管施工进行模拟，根据建筑层数将管井立管施工分为低中高三个施工段，利用5层管井顶板处的主吊葫芦起吊第一节立管，利用2层管井顶板处的辅助葫芦起吊第二节立管，将两节立管焊接并进行整体提升，继续利用2层管井顶板处的辅助葫芦起吊第三节立管，将第三节立管与前两节立管焊接再进行整体提升，重复上述操作直到整条立管连接完毕；进行高区其它立管的管道连接；中区、低区立管施工方法相同。本发明基于BIM模拟管井立管施工过程，确定管道综合排布及支架形式，保证超高层管道井施工安全的可行性；且立管采用倒装法进行安装，大大提高施工质量及效率，使施工安全得到保证。
BIM (Building Information Modeling)-based piping shaft installation construction method
基于BIM的管道井安装施工方法
ZHU QINGXUE (author) / JIANG JIAJIA (author) / JI GUANGFAN (author) / LI NING (author) / LIU YUANWEI (author)
2022-03-22
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
| European Patent Office | 2023
PIPING STRUCTURE, BUILDING AND PIPING INSTALLATION METHOD
| European Patent Office | 2018
PIPING STRUCTURE, BUILDING AND PIPING INSTALLATION METHOD
| European Patent Office | 2017
PIPING INSTALLATION STRUCTURE AND PIPING PIT CONSTRUCTION METHOD
| European Patent Office | 2020