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A platform for research: civil engineering, architecture and urbanism
Geotechnical engineering side slope anti-landslide structure convenient for reinforcing and supporting slope protection body effect
The invention relates to the technical field of geotechnical engineering side slope landslide prevention, and discloses a geotechnical engineering side slope landslide prevention structure convenient for reinforcing and supporting a slope protection body effect, the geotechnical engineering side slope landslide prevention structure comprises two frame bodies and a nylon net, the two frame bodies are spliced through bolts, and the frame bodies are fixed on rock soil through screws; hooks are arranged at the opposite ends of the two frame bodies and can hook the nylon net, and it is guaranteed that the nylon net can be tightly attached to rock soil; the water storage mechanism comprises a collecting tank, a second tank, a partition plate, an air bag, a baffle and a water storage unit. After water storage operation is carried out under the action of the water storage mechanism, water can be automatically discharged to drive the drainage mechanism, soil on the filter screen washed by water flow is scraped into the guide groove to be collected, and rock soil can be conveniently and subsequently refilled with the soil. Meanwhile, the scouring of rainwater to rock soil can be reduced under the arrangement of the nylon net, and the survival rate of vegetation can be increased and the generation of landslide can be reduced through the mutual combination of the nylon net and the vegetation.
本发明涉及岩土工程边坡防滑坡技术领域，公开了便于加固支护坡体效果的岩土工程边坡防滑坡结构，包括两个架体和尼龙网，两个所述架体通过螺栓进行拼装，且架体通过螺钉固定在岩土壤上，两个所述架体相对的一端设置有挂钩可将尼龙网勾住，保证尼龙网可紧密和岩土壤贴合；所述蓄水机构包括收集槽、槽二、分隔板、气囊、挡板和蓄水单元；本发明通过在蓄水机构的作用下可进行蓄水作业之后，可自动排放驱动着排水机构，将滤网上由于水流冲刷下的土壤刮动至引导槽中进行收集，方便后续在重新填满在岩土壤中。以此可减少部分的水土流失，同时在尼龙网的设置下也可减少雨水对岩土壤的冲刷，两者相互结合可提高植被的存活率，减少滑坡的产生。
Geotechnical engineering side slope anti-landslide structure convenient for reinforcing and supporting slope protection body effect
The invention relates to the technical field of geotechnical engineering side slope landslide prevention, and discloses a geotechnical engineering side slope landslide prevention structure convenient for reinforcing and supporting a slope protection body effect, the geotechnical engineering side slope landslide prevention structure comprises two frame bodies and a nylon net, the two frame bodies are spliced through bolts, and the frame bodies are fixed on rock soil through screws; hooks are arranged at the opposite ends of the two frame bodies and can hook the nylon net, and it is guaranteed that the nylon net can be tightly attached to rock soil; the water storage mechanism comprises a collecting tank, a second tank, a partition plate, an air bag, a baffle and a water storage unit. After water storage operation is carried out under the action of the water storage mechanism, water can be automatically discharged to drive the drainage mechanism, soil on the filter screen washed by water flow is scraped into the guide groove to be collected, and rock soil can be conveniently and subsequently refilled with the soil. Meanwhile, the scouring of rainwater to rock soil can be reduced under the arrangement of the nylon net, and the survival rate of vegetation can be increased and the generation of landslide can be reduced through the mutual combination of the nylon net and the vegetation.
本发明涉及岩土工程边坡防滑坡技术领域，公开了便于加固支护坡体效果的岩土工程边坡防滑坡结构，包括两个架体和尼龙网，两个所述架体通过螺栓进行拼装，且架体通过螺钉固定在岩土壤上，两个所述架体相对的一端设置有挂钩可将尼龙网勾住，保证尼龙网可紧密和岩土壤贴合；所述蓄水机构包括收集槽、槽二、分隔板、气囊、挡板和蓄水单元；本发明通过在蓄水机构的作用下可进行蓄水作业之后，可自动排放驱动着排水机构，将滤网上由于水流冲刷下的土壤刮动至引导槽中进行收集，方便后续在重新填满在岩土壤中。以此可减少部分的水土流失，同时在尼龙网的设置下也可减少雨水对岩土壤的冲刷，两者相互结合可提高植被的存活率，减少滑坡的产生。
Geotechnical engineering side slope anti-landslide structure convenient for reinforcing and supporting slope protection body effect
便于加固支护坡体效果的岩土工程边坡防滑坡结构
REN LIANGHE (author) / FAN YANGYANG (author) / JI GUOFENG (author) / GE HOUHAI (author) / ZHENG HU (author) / WANG HAOQI (author) / ZHANG DI (author) / XIE TIANHUA (author) / CHEN XIN (author) / LIAO HONGFEI (author)
2024-11-19
Patent
Electronic Resource
Chinese
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