A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-floating pressure reduction system for basement
The invention discloses a basement anti-floating pressure-reducing system which comprises an indoor hydrophobic part, a basement anti-floating pressure-reducing part and a basement anti-floating pressure-reducing part, the indoor hydrophobic part is provided with a blind ditch arranged below an advanced water-stopping post-cast strip, anti-seepage concrete cushion layers are arranged on the two sides of the blind ditch, and a stone water filtering layer, a non-woven fabric isolation layer and a post-cast strip cushion layer are sequentially arranged in the blind ditch from bottom to top; the outdoor dewatering part is provided with a drainage ditch and a plurality of dewatering wells communicated with the drainage ditch; and the communicating part is arranged in the raft retaining wall and used for communicating the drainage ditch with the blind ditch extending to the basement outer wall. According to the method, a pressure reduction and drainage mode is adopted, the advanced water stop post-cast strip is constructed around the water stop strip, the blind ditch system is arranged below the constructed advanced water stop post-cast strip, and the blind ditch system is communicated with the drainage facility on the outer side of the basement, so that the floating pressure generated by underground water in a water-rich area on the basement structure can be effectively eliminated, and the drainage effect is improved. And the phenomena of leakage and the like caused by the pressure intensity of underground water on the basement structure are reduced, so that huge harm caused by floating pressure on the foundation structure is eliminated.
本发明公开了一种地下室抗浮减压系统，包括：室内疏水部，具有设置在超前止水后浇带下方的盲沟，所述盲沟两侧为抗渗混凝土垫层，盲沟内自下而上依次设置有石子滤水层、无纺布隔离层和后浇带垫层；室外降水部，具有排水沟和与所述排水沟相连通的多个降水井；连通部，设置在筏板挡墙内，用于连通排水沟和延伸至地下室外墙处的盲沟。本发明采用“减压疏水”的方式，在止水带的周围施工超前止水后浇带，在施工超前止水后浇带下方设置盲沟体系，并使盲沟体系与地下室外侧排水设施相连通，能够有效消除富水区域地下水对地下室结构产生的上浮压力，减少因地下水对地下室结构压强造成的渗漏等现象，进而消除上浮压力对基础结构造成的巨大危害。
Anti-floating pressure reduction system for basement
The invention discloses a basement anti-floating pressure-reducing system which comprises an indoor hydrophobic part, a basement anti-floating pressure-reducing part and a basement anti-floating pressure-reducing part, the indoor hydrophobic part is provided with a blind ditch arranged below an advanced water-stopping post-cast strip, anti-seepage concrete cushion layers are arranged on the two sides of the blind ditch, and a stone water filtering layer, a non-woven fabric isolation layer and a post-cast strip cushion layer are sequentially arranged in the blind ditch from bottom to top; the outdoor dewatering part is provided with a drainage ditch and a plurality of dewatering wells communicated with the drainage ditch; and the communicating part is arranged in the raft retaining wall and used for communicating the drainage ditch with the blind ditch extending to the basement outer wall. According to the method, a pressure reduction and drainage mode is adopted, the advanced water stop post-cast strip is constructed around the water stop strip, the blind ditch system is arranged below the constructed advanced water stop post-cast strip, and the blind ditch system is communicated with the drainage facility on the outer side of the basement, so that the floating pressure generated by underground water in a water-rich area on the basement structure can be effectively eliminated, and the drainage effect is improved. And the phenomena of leakage and the like caused by the pressure intensity of underground water on the basement structure are reduced, so that huge harm caused by floating pressure on the foundation structure is eliminated.
本发明公开了一种地下室抗浮减压系统，包括：室内疏水部，具有设置在超前止水后浇带下方的盲沟，所述盲沟两侧为抗渗混凝土垫层，盲沟内自下而上依次设置有石子滤水层、无纺布隔离层和后浇带垫层；室外降水部，具有排水沟和与所述排水沟相连通的多个降水井；连通部，设置在筏板挡墙内，用于连通排水沟和延伸至地下室外墙处的盲沟。本发明采用“减压疏水”的方式，在止水带的周围施工超前止水后浇带，在施工超前止水后浇带下方设置盲沟体系，并使盲沟体系与地下室外侧排水设施相连通，能够有效消除富水区域地下水对地下室结构产生的上浮压力，减少因地下水对地下室结构压强造成的渗漏等现象，进而消除上浮压力对基础结构造成的巨大危害。
Anti-floating pressure reduction system for basement
地下室抗浮减压系统
XU LIZAN (author) / ZHANG YONGJUN (author) / WU WANREN (author) / PENG RENGUO (author) / YU LEI (author) / WU JIANGONG (author) / GUI SHIKAI (author) / LI HENGYANG (author) / GAN GUIJUN (author) / JIANG HUA (author)
2022-08-12
Patent
Electronic Resource
Chinese
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