A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dike retaining wall structure
The invention discloses an embankment retaining wall structure, and relates to the technical field of embankment retaining walls, the embankment retaining wall structure comprises an embankment top structure and a water retaining assembly body, the water retaining assembly body is formed by splicing a plurality of miter joint assembly bodies, each miter joint assembly body is formed by splicing two embankment retaining wall assembly units, and a reinforcing material is poured between the two embankment retaining wall assembly units. The dike retaining wall assembly units in modular design are adopted, the water retaining assembly body is formed through splicing assembly, the structure formed after the center splicing groove is filled with the reinforcing material has the self-water-retaining function, additional flow guide facilities are not needed, the dike retaining wall can adapt to areas with complex terrains or limited construction conditions, the construction cost and danger of flow guide engineering can be reduced, and the construction efficiency is improved. The influence on the ecological environment balance of the water body is reduced, and better economical efficiency and ecological property are achieved; the oblique connection sliding grooves and the oblique connection convex bodies, the adjacent sliding grooves and the adjacent convex bodies, and the butt joint grooves and the butt joint convex bodies are assembled in an embedded mode, and the integrity and the water flow scouring resistance of the structure are guaranteed.
本发明公开了一种堤防挡墙结构，涉及堤防挡墙技术领域，包括堤顶结构与挡水装配体，所述挡水装配体由若干个斜接装配体拼接而成，所述斜接装配体由两个堤防挡墙装配单元拼接而成，两个所述堤防挡墙装配单元之间浇筑有加固料。本发明采用模块化设计的堤防挡墙装配单元，拼接装配形成挡水装配体，加固料填充中心拼槽后形成结构具备自挡水功能，无需额外的导流设施，能够适应地形复杂或施工条件受限的区域，可以减少导流工程的施工成本与危险性，降低对水体的生态环境平衡的影响，具备更好的经济性与生态性；斜接滑槽与斜接凸体、邻接滑槽与邻接凸体、对接凹槽与对接凸体嵌合装配，保证了结构的整体性与抗水流冲刷性能。
Dike retaining wall structure
The invention discloses an embankment retaining wall structure, and relates to the technical field of embankment retaining walls, the embankment retaining wall structure comprises an embankment top structure and a water retaining assembly body, the water retaining assembly body is formed by splicing a plurality of miter joint assembly bodies, each miter joint assembly body is formed by splicing two embankment retaining wall assembly units, and a reinforcing material is poured between the two embankment retaining wall assembly units. The dike retaining wall assembly units in modular design are adopted, the water retaining assembly body is formed through splicing assembly, the structure formed after the center splicing groove is filled with the reinforcing material has the self-water-retaining function, additional flow guide facilities are not needed, the dike retaining wall can adapt to areas with complex terrains or limited construction conditions, the construction cost and danger of flow guide engineering can be reduced, and the construction efficiency is improved. The influence on the ecological environment balance of the water body is reduced, and better economical efficiency and ecological property are achieved; the oblique connection sliding grooves and the oblique connection convex bodies, the adjacent sliding grooves and the adjacent convex bodies, and the butt joint grooves and the butt joint convex bodies are assembled in an embedded mode, and the integrity and the water flow scouring resistance of the structure are guaranteed.
本发明公开了一种堤防挡墙结构，涉及堤防挡墙技术领域，包括堤顶结构与挡水装配体，所述挡水装配体由若干个斜接装配体拼接而成，所述斜接装配体由两个堤防挡墙装配单元拼接而成，两个所述堤防挡墙装配单元之间浇筑有加固料。本发明采用模块化设计的堤防挡墙装配单元，拼接装配形成挡水装配体，加固料填充中心拼槽后形成结构具备自挡水功能，无需额外的导流设施，能够适应地形复杂或施工条件受限的区域，可以减少导流工程的施工成本与危险性，降低对水体的生态环境平衡的影响，具备更好的经济性与生态性；斜接滑槽与斜接凸体、邻接滑槽与邻接凸体、对接凹槽与对接凸体嵌合装配，保证了结构的整体性与抗水流冲刷性能。
Dike retaining wall structure
一种堤防挡墙结构
BI FENG (author) / HU XIAOYU (author) / YAO YOUWEN (author) / YAN XIANGRUI (author)
2024-12-31
Patent
Electronic Resource
Chinese
Urban channel dike retaining wall structure and construction method
| European Patent Office | 2024