A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel anti-slide pile and intelligent regional landslide monitoring management method and system
The invention discloses a novel anti-slide pile and an intelligent regional landslide monitoring and management method and system, relates to the technical field of landslide monitoring, combines the functions of real-time monitoring, early warning and prediction, structural stability evaluation, maintenance scheme analysis and the like, is beneficial to improving the scientificity, accuracy and efficiency of landslide control, reduces the geological disaster risk, and improves the safety of landslide management. Meanwhile, by combining elements such as the inclined piles in front of the piles, the anchor cables and the water guide pipes, the structure not only improves the stability of the slide-resistant piles, but also can effectively control deformation and drainage of landslides, so that geological disaster risks are reduced, casualties and economic losses are reduced, and the structure is composed of the slide-resistant piles, the anchor cables, the inclined piles in front of the piles, the water guide pipes and the drainage pipes; the anti-slide pile is a hollow pile, the anchor cable and the inclined pile in front of the pile are constructed in the hollow pile, the hollow pile part is filled with concrete after the anchor cable and the inclined pile are constructed, and the concept that the anchor cable cannot be constructed in a traditional embedded anti-slide pile is changed.
本发明公开了一种新型抗滑桩及智能化区域性滑坡监测管理方法和系统，涉及滑坡监测技术领域，结合了实时监测、预警预测、结构稳定性评估和维护方案分析等功能，有助于提高滑坡治理的科学性、准确性和效率性，降低地质灾害风险，保障人们的生命财产安全，同时，结合桩前斜桩、锚索和导水管等元素，该结构不仅提高了抗滑桩的稳定性，还能有效控制滑坡的变形和排水，从而降低地质灾害风险，减小人员伤亡和经济损失，由抗滑桩、锚索、桩前斜桩、导水管及排水管组层，其中抗滑桩为空心桩，在空心桩内施工锚索和桩前斜桩，待锚索和斜桩施工完成后再用混凝土填充空心桩部分，改变了传统埋入式抗滑桩不能施工锚索的观念。
Novel anti-slide pile and intelligent regional landslide monitoring management method and system
The invention discloses a novel anti-slide pile and an intelligent regional landslide monitoring and management method and system, relates to the technical field of landslide monitoring, combines the functions of real-time monitoring, early warning and prediction, structural stability evaluation, maintenance scheme analysis and the like, is beneficial to improving the scientificity, accuracy and efficiency of landslide control, reduces the geological disaster risk, and improves the safety of landslide management. Meanwhile, by combining elements such as the inclined piles in front of the piles, the anchor cables and the water guide pipes, the structure not only improves the stability of the slide-resistant piles, but also can effectively control deformation and drainage of landslides, so that geological disaster risks are reduced, casualties and economic losses are reduced, and the structure is composed of the slide-resistant piles, the anchor cables, the inclined piles in front of the piles, the water guide pipes and the drainage pipes; the anti-slide pile is a hollow pile, the anchor cable and the inclined pile in front of the pile are constructed in the hollow pile, the hollow pile part is filled with concrete after the anchor cable and the inclined pile are constructed, and the concept that the anchor cable cannot be constructed in a traditional embedded anti-slide pile is changed.
本发明公开了一种新型抗滑桩及智能化区域性滑坡监测管理方法和系统，涉及滑坡监测技术领域，结合了实时监测、预警预测、结构稳定性评估和维护方案分析等功能，有助于提高滑坡治理的科学性、准确性和效率性，降低地质灾害风险，保障人们的生命财产安全，同时，结合桩前斜桩、锚索和导水管等元素，该结构不仅提高了抗滑桩的稳定性，还能有效控制滑坡的变形和排水，从而降低地质灾害风险，减小人员伤亡和经济损失，由抗滑桩、锚索、桩前斜桩、导水管及排水管组层，其中抗滑桩为空心桩，在空心桩内施工锚索和桩前斜桩，待锚索和斜桩施工完成后再用混凝土填充空心桩部分，改变了传统埋入式抗滑桩不能施工锚索的观念。
Novel anti-slide pile and intelligent regional landslide monitoring management method and system
一种新型抗滑桩及智能化区域性滑坡监测管理方法和系统
GAN FEI (author) / SONG KAILI (author) / LI MEILIN (author) / WANG HONG (author) / LOU QIANG (author) / XU JUN (author) / LIU BIAO (author) / ZHANG YUANYIN (author) / SHENG CHENGJIN (author) / LI YALIN (author)
2024-12-13
Patent
Electronic Resource
Chinese
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