A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction technology for underground pipe gallery construction
The invention provides a construction technology for underground pipe gallery construction, and relates to the technical field of underground pipe gallery construction. The construction process for underground pipe gallery construction comprises the following specific implementation steps: S1, planning and designing: carrying out preset statistical calculation on construction materials required by underground pipe gallery construction, and carrying out pipe gallery construction route planning in time through a BIM modeling technology, s2, underground monitoring: monitoring the underground environment of the preset construction site of the underground pipe gallery in real time, and ensuring the smooth construction of the pipe gallery; and S3, pipe gallery construction is conducted, specifically, pipe gallery construction is conducted on the preset construction site of the underground pipe gallery. Before underground pipe gallery construction, the BIM modeling technology is used for pipe gallery construction route planning and soil layer structure sampling analysis, a construction pipe gallery with the proper space size can be constructed, and the situation that other materials are in contact during construction, and pipeline construction finished products are damaged is prevented.
本发明提供一种地下管廊施工用施工工艺，涉及地下管廊施工技术领域。该一种地下管廊施工用施工工艺，包括以下具体实施步骤：S1.规划设计：对地下管廊建设施工所需要的建设施工材料进行预设统计计算，并通过BIM建模技术及时进行管廊施工路线规划，同时通过BIM建模技术对施工现场的土层结构进行取样分析：S2.地下监控：对地下管廊预设施工现场的地下环境进行实时监控，保障管廊建设顺利施工；S3.管廊施工：在地下管廊预设施工现场进行管廊施工建设。通过在地下管廊施工前利用BIM建模技术进行管廊施工路线规划和土层结构进行取样分析，能够构建合适空间大小的施工管廊，防止在施工时接触其他物资材料，对管线施工成品造成损坏。
Construction technology for underground pipe gallery construction
The invention provides a construction technology for underground pipe gallery construction, and relates to the technical field of underground pipe gallery construction. The construction process for underground pipe gallery construction comprises the following specific implementation steps: S1, planning and designing: carrying out preset statistical calculation on construction materials required by underground pipe gallery construction, and carrying out pipe gallery construction route planning in time through a BIM modeling technology, s2, underground monitoring: monitoring the underground environment of the preset construction site of the underground pipe gallery in real time, and ensuring the smooth construction of the pipe gallery; and S3, pipe gallery construction is conducted, specifically, pipe gallery construction is conducted on the preset construction site of the underground pipe gallery. Before underground pipe gallery construction, the BIM modeling technology is used for pipe gallery construction route planning and soil layer structure sampling analysis, a construction pipe gallery with the proper space size can be constructed, and the situation that other materials are in contact during construction, and pipeline construction finished products are damaged is prevented.
本发明提供一种地下管廊施工用施工工艺，涉及地下管廊施工技术领域。该一种地下管廊施工用施工工艺，包括以下具体实施步骤：S1.规划设计：对地下管廊建设施工所需要的建设施工材料进行预设统计计算，并通过BIM建模技术及时进行管廊施工路线规划，同时通过BIM建模技术对施工现场的土层结构进行取样分析：S2.地下监控：对地下管廊预设施工现场的地下环境进行实时监控，保障管廊建设顺利施工；S3.管廊施工：在地下管廊预设施工现场进行管廊施工建设。通过在地下管廊施工前利用BIM建模技术进行管廊施工路线规划和土层结构进行取样分析，能够构建合适空间大小的施工管廊，防止在施工时接触其他物资材料，对管线施工成品造成损坏。
Construction technology for underground pipe gallery construction
一种地下管廊施工用施工工艺
WANG ANJIE (author) / LI YILEI (author) / LI SHUYI (author) / FANG XIANGLI (author) / LU WENLONG (author)
2023-03-21
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
| European Patent Office | 2016
Construction technology of underground comprehensive pipe gallery
| European Patent Office | 2021
Underground pipe gallery construction equipment and construction method
| European Patent Office | 2023