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A platform for research: civil engineering, architecture and urbanism
Axial force change self-adaptive adjusting system and method for foundation pit excavation process
The invention discloses an axial force change self-adaptive adjusting system for a foundation pit excavation process, which comprises a compensation module for controlling foundation displacement and foundation pit deformation and feeding back axial force and displacement data, and a hydraulic module for receiving axial force and displacement control power and supplementing pressure for a compensation device; the control module is used for receiving the fed-back axial force and displacement data and adjusting the output axial force and displacement control power by receiving the fed-back axial force and displacement data; the data processing module is used for storing and querying the fed-back axial force and displacement data and alarming monitoring abnormity; and the remote data processing module is used for receiving data transmitted from the control module, automatically forming a table and remotely monitoring the compensation module, the hydraulic module and the control module. The problems of stress relaxation, axial force loss and the like caused by temperature and plastic deformation of a traditional steel support are solved, and real-time regulation, control and detection of the axial force are achieved.
本发明公开了一种用于基坑开挖过程的轴力变化自适应调节系统，包括：补偿模块，用于控制地基位移和基坑变形，并反馈轴力及位移数据，液压模块，用于接收轴力及位移控制功率，对补偿装置进行补压；控制模块，用于接收反馈的轴力及位移数据，并通过接收反馈的轴力及位移数据调整输出的轴力及位移控制功率；用于对反馈的轴力及位移数据进行储存和查询，以及用于对监测异常进行报警；远程数据处理模块，用于接收来自控制模块传来的数据，并自动形成表格，远程对补偿模块、液压模块和控制模块进行监管。本发明克服了传统钢支撑因温度、塑性变形导致的应力松弛及轴力损失等问题，实现了轴力实时调控及检测。
Axial force change self-adaptive adjusting system and method for foundation pit excavation process
The invention discloses an axial force change self-adaptive adjusting system for a foundation pit excavation process, which comprises a compensation module for controlling foundation displacement and foundation pit deformation and feeding back axial force and displacement data, and a hydraulic module for receiving axial force and displacement control power and supplementing pressure for a compensation device; the control module is used for receiving the fed-back axial force and displacement data and adjusting the output axial force and displacement control power by receiving the fed-back axial force and displacement data; the data processing module is used for storing and querying the fed-back axial force and displacement data and alarming monitoring abnormity; and the remote data processing module is used for receiving data transmitted from the control module, automatically forming a table and remotely monitoring the compensation module, the hydraulic module and the control module. The problems of stress relaxation, axial force loss and the like caused by temperature and plastic deformation of a traditional steel support are solved, and real-time regulation, control and detection of the axial force are achieved.
本发明公开了一种用于基坑开挖过程的轴力变化自适应调节系统，包括：补偿模块，用于控制地基位移和基坑变形，并反馈轴力及位移数据，液压模块，用于接收轴力及位移控制功率，对补偿装置进行补压；控制模块，用于接收反馈的轴力及位移数据，并通过接收反馈的轴力及位移数据调整输出的轴力及位移控制功率；用于对反馈的轴力及位移数据进行储存和查询，以及用于对监测异常进行报警；远程数据处理模块，用于接收来自控制模块传来的数据，并自动形成表格，远程对补偿模块、液压模块和控制模块进行监管。本发明克服了传统钢支撑因温度、塑性变形导致的应力松弛及轴力损失等问题，实现了轴力实时调控及检测。
Axial force change self-adaptive adjusting system and method for foundation pit excavation process
一种用于基坑开挖过程的轴力变化自适应调节系统及方法
ZHANG ZHIYONG (author) / YANG JINGHUA (author) / LIU AN (author) / WANG LEI (author) / HE JUNJIE (author)
2024-11-22
Patent
Electronic Resource
Chinese
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