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A platform for research: civil engineering, architecture and urbanism
Construction site safety scheduling method, system and device after foundation pit monitoring risk
The invention relates to a construction site safety scheduling method, system and device after foundation pit monitoring risk. The method comprises the steps that the deformation and internal force degree of a supporting structure are monitored in real time, and a first monitoring result is obtained; the water and soil pressure degree is monitored in real time, and a second monitoring result is obtained; according to the engineering condition, an early warning value is preset, wherein the early warning value comprises the deformation rate of the supporting structure, the internal force bearable degree of the supporting structure and the water and soil pressure bearable degree; when the first monitoring result or the second monitoring result reaches the early warning value, according to thefirst monitoring result, the second monitoring result and the constructor distribution condition, a safety area is analyzed and recognized, and the position of the safety area is obtained; and the position of the safety area is sent to a constructor side, and therefore a constructor can go to the safety area according to the position. The method has the effects that when monitoring that a foundation pit is about to be in danger, the evacuation efficiency of constructors is improved, the casualties are reduced, and property losses are reduced.
本申请涉及一种基坑监测到风险后工地安全调度方法、系统及装置。本申请包括实时监测支护结构变形和内力程度，获取第一监测结果；实时监测水土压力程度，获取第二监测结果；根据工程情况预先设定预警值，预警值包括支护结构变形速率、支护结构可承受内力程度以及水土可承受压力程度；当第一监测结果或第二监测结果达到所述预警值时，根据所述第一监测结果、所述第二监测结果以及施工人员分布情况分析并识别安全区域，获取所述安全区域的位置；将所述安全区域的位置发送至施工人员端，以使施工人员根据所述位置前往所述安全区域。具有在监测到基坑即将发生危险时，提高施工人员的撤离效率、减小人员伤亡几率、减小财产损失的效果。
Construction site safety scheduling method, system and device after foundation pit monitoring risk
The invention relates to a construction site safety scheduling method, system and device after foundation pit monitoring risk. The method comprises the steps that the deformation and internal force degree of a supporting structure are monitored in real time, and a first monitoring result is obtained; the water and soil pressure degree is monitored in real time, and a second monitoring result is obtained; according to the engineering condition, an early warning value is preset, wherein the early warning value comprises the deformation rate of the supporting structure, the internal force bearable degree of the supporting structure and the water and soil pressure bearable degree; when the first monitoring result or the second monitoring result reaches the early warning value, according to thefirst monitoring result, the second monitoring result and the constructor distribution condition, a safety area is analyzed and recognized, and the position of the safety area is obtained; and the position of the safety area is sent to a constructor side, and therefore a constructor can go to the safety area according to the position. The method has the effects that when monitoring that a foundation pit is about to be in danger, the evacuation efficiency of constructors is improved, the casualties are reduced, and property losses are reduced.
本申请涉及一种基坑监测到风险后工地安全调度方法、系统及装置。本申请包括实时监测支护结构变形和内力程度，获取第一监测结果；实时监测水土压力程度，获取第二监测结果；根据工程情况预先设定预警值，预警值包括支护结构变形速率、支护结构可承受内力程度以及水土可承受压力程度；当第一监测结果或第二监测结果达到所述预警值时，根据所述第一监测结果、所述第二监测结果以及施工人员分布情况分析并识别安全区域，获取所述安全区域的位置；将所述安全区域的位置发送至施工人员端，以使施工人员根据所述位置前往所述安全区域。具有在监测到基坑即将发生危险时，提高施工人员的撤离效率、减小人员伤亡几率、减小财产损失的效果。
Construction site safety scheduling method, system and device after foundation pit monitoring risk
一种基坑监测到风险后工地安全调度方法、系统及装置
CAI XUMEI (author) / ZHU YULONG (author) / SHENG CAIYUAN (author) / WANG LEI (author) / WANG ZHENGMEI (author)
2021-03-09
Patent
Electronic Resource
Chinese
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