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A platform for research: civil engineering, architecture and urbanism
Construction method of pile supporting foundation pit supporting system
The invention provides a pile supporting foundation pit supporting system construction method, and belongs to the field of foundation pit supporting construction, and the method comprises the following steps: detecting foundation pit peripheral soil texture type, humidity degree and foundation pit side ground object type data to obtain detection data, and transmitting the foundation pit data and the detection data into fitting software to generate a foundation pit supporting system model; according to the foundation pit supporting system model and the stress requirement of the foundation pit supporting, a specific arc-shaped supporting system is designed, a supporting system is installed, the stress of the arc-shaped supporting, the soil wetting degree and soil movement data are detected in real time to obtain supporting state data, the collected supporting state data are recognized and judged, and whether risks occur to the supporting or not is determined. By arranging the semicircular supporting structures, stress is more stable, meanwhile, the stress condition of each supporting structure, the wetness condition of the side edge of the foundation pit and stress changes are detected in real time, whether landslide occurs on the side edge of the foundation pit or not is judged in time in an early warning mode, supporting is strengthened in time, and accidents are avoided.
本发明提供桩撑基坑支护体系施工方法，属于基坑支护施工领域，方法包括如下步骤：检测基坑周边土质类型、湿润程度和基坑侧边地面物体类型数据得到检测数据，将基坑数据和检测数据传入拟合软件中共生成基坑支护体系模型，根据基坑支护体系模型和基坑支护的受力需求设计出特定弧形支护体系，安装支护体系，并实时检测弧形支护的受力、泥土湿润程度和泥土移动数据得到支护状态数据，将采集的支护状态数据进行识别判断，确定支护是否出现风险。通过设置半圆形的支护结构，使得受力更加稳定，同时实时检测每个支护结构的受力情况、基坑侧边湿润情况和受力变化，及时的预警判断基坑侧边是否会出现滑坡，及时加强支护，避免事故的发生。
Construction method of pile supporting foundation pit supporting system
The invention provides a pile supporting foundation pit supporting system construction method, and belongs to the field of foundation pit supporting construction, and the method comprises the following steps: detecting foundation pit peripheral soil texture type, humidity degree and foundation pit side ground object type data to obtain detection data, and transmitting the foundation pit data and the detection data into fitting software to generate a foundation pit supporting system model; according to the foundation pit supporting system model and the stress requirement of the foundation pit supporting, a specific arc-shaped supporting system is designed, a supporting system is installed, the stress of the arc-shaped supporting, the soil wetting degree and soil movement data are detected in real time to obtain supporting state data, the collected supporting state data are recognized and judged, and whether risks occur to the supporting or not is determined. By arranging the semicircular supporting structures, stress is more stable, meanwhile, the stress condition of each supporting structure, the wetness condition of the side edge of the foundation pit and stress changes are detected in real time, whether landslide occurs on the side edge of the foundation pit or not is judged in time in an early warning mode, supporting is strengthened in time, and accidents are avoided.
本发明提供桩撑基坑支护体系施工方法，属于基坑支护施工领域，方法包括如下步骤：检测基坑周边土质类型、湿润程度和基坑侧边地面物体类型数据得到检测数据，将基坑数据和检测数据传入拟合软件中共生成基坑支护体系模型，根据基坑支护体系模型和基坑支护的受力需求设计出特定弧形支护体系，安装支护体系，并实时检测弧形支护的受力、泥土湿润程度和泥土移动数据得到支护状态数据，将采集的支护状态数据进行识别判断，确定支护是否出现风险。通过设置半圆形的支护结构，使得受力更加稳定，同时实时检测每个支护结构的受力情况、基坑侧边湿润情况和受力变化，及时的预警判断基坑侧边是否会出现滑坡，及时加强支护，避免事故的发生。
Construction method of pile supporting foundation pit supporting system
桩撑基坑支护体系施工方法
HUANG BIN (author) / MO GUIHAO (author) / DU CHANGQIAN (author) / ZHOU YONGJIE (author) / WANG XIANDA (author) / CHEN WENDING (author) / CHEN RUI (author)
2024-08-06
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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