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Karst collapse prevention and treatment engineering design method for geological disaster treatment engineering
The invention discloses a karst collapse prevention and treatment engineering design method for geological disaster treatment engineering. In the step (2), engineering geological surveying and mapping and detection can be performed through an engineering geological dynamic measuring instrument and a layered settlement instrument; and in the step (3), a collapsed pit is filled, reinforcement can be conducted through pile inserting, local concrete pouring or/and wall net installing, monitoring equipment is installed in the underground water layer of a karst collapse area in the step (3), and the equipment is an integrated underground water level monitor. According to the karst collapse prevention and treatment engineering design method for the geological disaster treatment engineering, the problem that no effective collapse prevention and treatment measures exist in the prior art is solved, and meanwhile the method is easy to implement and adapts to all areas.
本发明公开了一种地质灾害治理工程岩溶塌陷防治工程设计方法，所述第二步(2)中可通过工程地质动测仪和分层沉降仪进行工程地质测绘与检测，所述第三步(3)中对已塌陷的坑洞进行填埋，可通过插桩、局部混凝土浇筑或/和安装墙网来进行加固，所述第三步(3)中在岩溶塌陷区域的地下水层内安装监察设备，此设备为一体化地下水位监测仪，本发明的有益效果是：该一种地质灾害治理工程岩溶塌陷防治工程设计方法，解决了现有技术中没有有效防治塌陷的措施问题，同时本发明实施简单，适应各个区域。
Karst collapse prevention and treatment engineering design method for geological disaster treatment engineering
The invention discloses a karst collapse prevention and treatment engineering design method for geological disaster treatment engineering. In the step (2), engineering geological surveying and mapping and detection can be performed through an engineering geological dynamic measuring instrument and a layered settlement instrument; and in the step (3), a collapsed pit is filled, reinforcement can be conducted through pile inserting, local concrete pouring or/and wall net installing, monitoring equipment is installed in the underground water layer of a karst collapse area in the step (3), and the equipment is an integrated underground water level monitor. According to the karst collapse prevention and treatment engineering design method for the geological disaster treatment engineering, the problem that no effective collapse prevention and treatment measures exist in the prior art is solved, and meanwhile the method is easy to implement and adapts to all areas.
本发明公开了一种地质灾害治理工程岩溶塌陷防治工程设计方法，所述第二步(2)中可通过工程地质动测仪和分层沉降仪进行工程地质测绘与检测，所述第三步(3)中对已塌陷的坑洞进行填埋，可通过插桩、局部混凝土浇筑或/和安装墙网来进行加固，所述第三步(3)中在岩溶塌陷区域的地下水层内安装监察设备，此设备为一体化地下水位监测仪，本发明的有益效果是：该一种地质灾害治理工程岩溶塌陷防治工程设计方法，解决了现有技术中没有有效防治塌陷的措施问题，同时本发明实施简单，适应各个区域。
Karst collapse prevention and treatment engineering design method for geological disaster treatment engineering
一种地质灾害治理工程岩溶塌陷防治工程设计方法
XU CHENGHUA (author) / TAN JINZHONG (author) / TANG GUOYI (author) / GU WEN (author) / WANG ZHENXIANG (author)
2021-04-13
Patent
Electronic Resource
Chinese
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