A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flood control building outer wall applied to polder area
The invention belongs to the technical field of flood control buildings, and discloses a flood control building outer wall applied to polder areas, which comprises a top retaining wall, a bottom retaining wall is fixedly mounted at the bottom of the top retaining wall, and an inner cavity of the bottom retaining wall is movably sleeved with a movable column. A first connecting assembly and a second connecting column are sequentially arranged on the surface of the movable column from top to bottom, and the outer surface of the first connecting assembly is annularly and movably sleeved with first connecting blocks at equal angles. The bottom silt removing assembly is driven by the impact force of water above to push silt, in the clockwise rotation process of the silt removing assembly, after the silt removing assembly pushes the silt, the cleaning baffle moves outwards in the direction of the included angle formed by the first silt baffle and the second silt baffle, the silt is further pushed, and the silt removing effect is improved. Sediment is separated from the inner sides of the first sediment baffle and the second sediment baffle, cannot enter the containing groove along with rotation and is discharged to the downstream of the river channel in the water flow movement in the drainage groove, and deposition is prevented.
本发明属于防洪建筑技术领域，且公开了一种应用于圩区的防洪建筑外墙，包括顶部挡墙，所述顶部挡墙的底部固定安装有底部挡墙，所述底部挡墙的内腔活动套接有活动柱，所述活动柱的表面从上到下依次设置有第一连接组件和第二连接柱，所述第一连接组件的外表面环形等角度活动套接有第一连接块。本发明通过上方水的冲击力带动底部清泥沙组件对泥沙进行推动，清泥沙组件在顺时针转动中，推动泥沙后，清理挡板沿第一泥沙挡板与第二泥沙挡板形成的夹角方向向外移动，对泥沙进一步推动，使泥沙脱离第一泥沙挡板与第二泥沙挡板的内侧，不会随着转动进入放置槽内部，并在引流槽内部的水流运动中向河道下游排走，防止沉积。
Flood control building outer wall applied to polder area
The invention belongs to the technical field of flood control buildings, and discloses a flood control building outer wall applied to polder areas, which comprises a top retaining wall, a bottom retaining wall is fixedly mounted at the bottom of the top retaining wall, and an inner cavity of the bottom retaining wall is movably sleeved with a movable column. A first connecting assembly and a second connecting column are sequentially arranged on the surface of the movable column from top to bottom, and the outer surface of the first connecting assembly is annularly and movably sleeved with first connecting blocks at equal angles. The bottom silt removing assembly is driven by the impact force of water above to push silt, in the clockwise rotation process of the silt removing assembly, after the silt removing assembly pushes the silt, the cleaning baffle moves outwards in the direction of the included angle formed by the first silt baffle and the second silt baffle, the silt is further pushed, and the silt removing effect is improved. Sediment is separated from the inner sides of the first sediment baffle and the second sediment baffle, cannot enter the containing groove along with rotation and is discharged to the downstream of the river channel in the water flow movement in the drainage groove, and deposition is prevented.
本发明属于防洪建筑技术领域，且公开了一种应用于圩区的防洪建筑外墙，包括顶部挡墙，所述顶部挡墙的底部固定安装有底部挡墙，所述底部挡墙的内腔活动套接有活动柱，所述活动柱的表面从上到下依次设置有第一连接组件和第二连接柱，所述第一连接组件的外表面环形等角度活动套接有第一连接块。本发明通过上方水的冲击力带动底部清泥沙组件对泥沙进行推动，清泥沙组件在顺时针转动中，推动泥沙后，清理挡板沿第一泥沙挡板与第二泥沙挡板形成的夹角方向向外移动，对泥沙进一步推动，使泥沙脱离第一泥沙挡板与第二泥沙挡板的内侧，不会随着转动进入放置槽内部，并在引流槽内部的水流运动中向河道下游排走，防止沉积。
Flood control building outer wall applied to polder area
一种应用于圩区的防洪建筑外墙
2023-08-01
Patent
Electronic Resource
Chinese
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