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Intelligent partition electrolysis desaturation geogrid and use method thereof
The invention discloses an intelligent partition electrolysis desaturation geogrid and a using method thereof.The intelligent partition electrolysis desaturation geogrid comprises a sand foundation, multiple layers of grids are laid in the sand foundation in the depth direction of the sand foundation at intervals, each layer of grid comprises a plurality of grid blocks and is connected with energy storage equipment and an intelligent analysis system, and the adjacent layers of grids are connected with different polarities; and a plurality of saturation monitors are embedded between the adjacent layers of grids. According to the method, the conductive geogrid serves as an electrode plate to electrolyze pore water, the liquefaction resistance of the sand foundation can be effectively improved, meanwhile, the tensile capacity and the friction effect of the grid can achieve a certain reinforcement effect, and it is ensured that the sand foundation has enough strength; through the mode that pore water is electrolyzed to generate bubbles, it is guaranteed that the liquefaction resistance of the sand foundation is improved, and meanwhile the defects that a soil reinforcement method, a pile foundation method and other traditional liquefaction resistance methods are not environmentally friendly, high in economic cost and the like are overcome.
本发明公开了一种智能分区电解减饱和土工格栅及其使用方法，包括砂土地基，砂土地基中沿其深度方向间隔铺设有多层格栅，每层格栅均包括若干格栅块，每层格栅均与蓄能设备及智能分析系统连接，且相邻层的格栅连接不同的极性，相邻层的格栅之间埋设有多个饱和度监测器。本发明通过导电土工格栅作为电极板来电解孔隙水的方式，不仅可以有效提升砂土地基的抗液化性能，同时，格栅自身的抗拉能力与摩擦作用还能起到一定的加筋补强作用，确保砂土地基具备足够的强度；通过电解孔隙水生成气泡的方式，在保障提升砂土地基抗液化能力的同时，规避了土加固法、桩基法等传统抗液化方法的环境不友好、经济代价高等缺点。
Intelligent partition electrolysis desaturation geogrid and use method thereof
The invention discloses an intelligent partition electrolysis desaturation geogrid and a using method thereof.The intelligent partition electrolysis desaturation geogrid comprises a sand foundation, multiple layers of grids are laid in the sand foundation in the depth direction of the sand foundation at intervals, each layer of grid comprises a plurality of grid blocks and is connected with energy storage equipment and an intelligent analysis system, and the adjacent layers of grids are connected with different polarities; and a plurality of saturation monitors are embedded between the adjacent layers of grids. According to the method, the conductive geogrid serves as an electrode plate to electrolyze pore water, the liquefaction resistance of the sand foundation can be effectively improved, meanwhile, the tensile capacity and the friction effect of the grid can achieve a certain reinforcement effect, and it is ensured that the sand foundation has enough strength; through the mode that pore water is electrolyzed to generate bubbles, it is guaranteed that the liquefaction resistance of the sand foundation is improved, and meanwhile the defects that a soil reinforcement method, a pile foundation method and other traditional liquefaction resistance methods are not environmentally friendly, high in economic cost and the like are overcome.
本发明公开了一种智能分区电解减饱和土工格栅及其使用方法，包括砂土地基，砂土地基中沿其深度方向间隔铺设有多层格栅，每层格栅均包括若干格栅块，每层格栅均与蓄能设备及智能分析系统连接，且相邻层的格栅连接不同的极性，相邻层的格栅之间埋设有多个饱和度监测器。本发明通过导电土工格栅作为电极板来电解孔隙水的方式，不仅可以有效提升砂土地基的抗液化性能，同时，格栅自身的抗拉能力与摩擦作用还能起到一定的加筋补强作用，确保砂土地基具备足够的强度；通过电解孔隙水生成气泡的方式，在保障提升砂土地基抗液化能力的同时，规避了土加固法、桩基法等传统抗液化方法的环境不友好、经济代价高等缺点。
Intelligent partition electrolysis desaturation geogrid and use method thereof
一种智能分区电解减饱和土工格栅及其使用方法
CHEN YUMIN (author) / TAN SHULIANG (author) / LI CHANGCHUN (author) / LI PING (author) / WANG QIONGTING (author) / YAO XIAOFEI (author)
2023-07-28
Patent
Electronic Resource
Chinese
Intelligent monitoring geogrid and preparation method thereof
| European Patent Office | 2023