Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deep foundation pit construction dynamic monitoring method based on BIM and unmanned aerial vehicle
The invention relates to the field of construction of large complex foundation buildings, in particular to a deep foundation pit construction dynamic monitoring method based on BIM and an unmanned aerial vehicle. The integrated users of the BIM cloud platform comprise a construction party, a construction party, a supervision party, a design party, a total package party and a sub-package party, a corresponding five-party supervision process is established, data is fed back to each participant in time, and an over-limit early warning is immediately sent to each related principal. Structural data can be dynamically measured and monitored in real time in a three-dimensional mode, part of manual operation is replaced with information technologies such as big data and the Internet of Things, data content is comprehensively output according to current and needed time periods, the precision is high, data are timely, reports are given in real time, overrun early warning is conducted, the working efficiency is greatly improved, and information data are timely and effective to transmit.
本发明涉及大型复杂基础建筑物的施工领域，具体是一种基于BIM和无人机的深基坑施工动态监控方法。BIM云平台集成用户包括建设方、代建方、监理、设计方、总包、分包方，建立相应五方监管流程，数据及时反馈各参建方，超限值预警立即发送各相关负责人。可以三维动态实时测量监测结构数据，以大数据、物联网等信息技术取代部分人工作业，并根据目前及需要时间段综合输出数据内容，精度高、数据及时，实时出具报告，超限预警，极大提高工作效率，信息数据传递及时有效。
Deep foundation pit construction dynamic monitoring method based on BIM and unmanned aerial vehicle
The invention relates to the field of construction of large complex foundation buildings, in particular to a deep foundation pit construction dynamic monitoring method based on BIM and an unmanned aerial vehicle. The integrated users of the BIM cloud platform comprise a construction party, a construction party, a supervision party, a design party, a total package party and a sub-package party, a corresponding five-party supervision process is established, data is fed back to each participant in time, and an over-limit early warning is immediately sent to each related principal. Structural data can be dynamically measured and monitored in real time in a three-dimensional mode, part of manual operation is replaced with information technologies such as big data and the Internet of Things, data content is comprehensively output according to current and needed time periods, the precision is high, data are timely, reports are given in real time, overrun early warning is conducted, the working efficiency is greatly improved, and information data are timely and effective to transmit.
本发明涉及大型复杂基础建筑物的施工领域，具体是一种基于BIM和无人机的深基坑施工动态监控方法。BIM云平台集成用户包括建设方、代建方、监理、设计方、总包、分包方，建立相应五方监管流程，数据及时反馈各参建方，超限值预警立即发送各相关负责人。可以三维动态实时测量监测结构数据，以大数据、物联网等信息技术取代部分人工作业，并根据目前及需要时间段综合输出数据内容，精度高、数据及时，实时出具报告，超限预警，极大提高工作效率，信息数据传递及时有效。
Deep foundation pit construction dynamic monitoring method based on BIM and unmanned aerial vehicle
基于BIM和无人机的深基坑施工动态监控方法
ZHANG JINNIAN (Autor:in) / LIU MINGWEI (Autor:in) / LIU QINGSONG (Autor:in)
22.11.2022
Patent
Elektronische Ressource
Chinesisch
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