Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent anti-sedimentation structure for soft soil foundation
The invention relates to an intelligent anti-settlement structure for a soft soil foundation, and effectively solves the problem that when a road is built in a soft soil area, the roadbed easily collapses towards the two sides to cause settlement, and the technical scheme is that pile body assemblies are arranged at equal intervals in the length extension direction of the roadbed, and every two adjacent pile body assemblies are connected through a connecting part; the pile body assembly comprises reinforcing cylinders arranged at intervals in the width direction of the roadbed, anchoring assemblies are arranged in the reinforcing cylinders, suction cylinders are arranged between the reinforcing cylinders located on the two sides of the roadbed and located at the corresponding positions, suction cavities are formed in the two sides of each suction cylinder respectively, suction assemblies are arranged in the suction cavities, and the opposite sides of the two suction cavities communicate with suction pipes. When the vertical bearing capacity of the roadbed is insufficient, collapse of the roadbed towards soft soil areas on the two sides can be well restrained, the stability and supporting performance of the roadbed are ensured, and meanwhile water in the foundation below the road surface is synchronously pumped out by means of the acting force generated in the collapse process of the roadbed so that the compactness of the roadbed can be improved.
本发明涉及软土地基智能防沉降结构，本发明有效解决了在软土区修建道路时，路基容易向两侧坍塌进而产生沉降的问题，解决的技术方案包括：沿路基长度延伸方向等距间隔布置有桩体组件且相邻两桩体组件之间经连接部实现连接；桩体组件包括沿路基宽度方向间隔布置的加固筒且加固筒内设有锚固组件，处于路基两侧且相对应位置处的加固筒之间设有抽吸筒，抽吸筒两侧分别设有抽吸腔且抽吸腔内设有抽吸组件，两抽吸腔相向一侧连通有抽吸管；当路基出现竖向承载力不足时，可较好的抑制其向两侧的软土区产生坍塌，确保了路基的稳定性、支撑性，同时借助路基的坍塌过程产生的作用力，同步将路面以下地基中的水分抽出，以提高路基的密实度。
Intelligent anti-sedimentation structure for soft soil foundation
The invention relates to an intelligent anti-settlement structure for a soft soil foundation, and effectively solves the problem that when a road is built in a soft soil area, the roadbed easily collapses towards the two sides to cause settlement, and the technical scheme is that pile body assemblies are arranged at equal intervals in the length extension direction of the roadbed, and every two adjacent pile body assemblies are connected through a connecting part; the pile body assembly comprises reinforcing cylinders arranged at intervals in the width direction of the roadbed, anchoring assemblies are arranged in the reinforcing cylinders, suction cylinders are arranged between the reinforcing cylinders located on the two sides of the roadbed and located at the corresponding positions, suction cavities are formed in the two sides of each suction cylinder respectively, suction assemblies are arranged in the suction cavities, and the opposite sides of the two suction cavities communicate with suction pipes. When the vertical bearing capacity of the roadbed is insufficient, collapse of the roadbed towards soft soil areas on the two sides can be well restrained, the stability and supporting performance of the roadbed are ensured, and meanwhile water in the foundation below the road surface is synchronously pumped out by means of the acting force generated in the collapse process of the roadbed so that the compactness of the roadbed can be improved.
本发明涉及软土地基智能防沉降结构，本发明有效解决了在软土区修建道路时，路基容易向两侧坍塌进而产生沉降的问题，解决的技术方案包括：沿路基长度延伸方向等距间隔布置有桩体组件且相邻两桩体组件之间经连接部实现连接；桩体组件包括沿路基宽度方向间隔布置的加固筒且加固筒内设有锚固组件，处于路基两侧且相对应位置处的加固筒之间设有抽吸筒，抽吸筒两侧分别设有抽吸腔且抽吸腔内设有抽吸组件，两抽吸腔相向一侧连通有抽吸管；当路基出现竖向承载力不足时，可较好的抑制其向两侧的软土区产生坍塌，确保了路基的稳定性、支撑性，同时借助路基的坍塌过程产生的作用力，同步将路面以下地基中的水分抽出，以提高路基的密实度。
Intelligent anti-sedimentation structure for soft soil foundation
软土地基智能防沉降结构
YIN CHAO (Autor:in) / XIE XIANXU (Autor:in) / XU LIN (Autor:in) / TAN YUQI (Autor:in) / ZHANG JING (Autor:in) / WU XINBO (Autor:in) / ZHANG DONGYONG (Autor:in) / XU LI (Autor:in) / ZHAO JUAN (Autor:in) / WU YANG (Autor:in)
20.02.2024
Patent
Elektronische Ressource
Chinesisch
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