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A platform for research: civil engineering, architecture and urbanism
Wave dissipation structure in water inlet runner of seawater taking system
The invention discloses a wave dissipation structure in a water inlet runner of a seawater taking system, and particularly relates to the field of seawater taking systems, the wave dissipation structure comprises an energy dissipation top plate, and a plurality of nested pile assemblies are arranged at the bottom end of the energy dissipation top plate; the nested pile assembly comprises an inner circular pile and an outer cylinder arranged on the outer surface of the inner circular pile in a sleeving mode, wave dissipation is conducted through the outer cylinder, a plurality of water-permeable circular holes are formed in the periphery of the outer surface of the outer cylinder, a plurality of flow guide strips are integrally connected to the positions, located on one side of the water-permeable circular holes, of the outer surface of the outer cylinder, and the flow guide strips are made of rubber materials. An adjusting assembly is arranged on the outer surface of the inner circular pile and located at the bottom end of the outer cylinder, and the height of the outer cylinder is adjusted through the adjusting assembly. The transmission of wave energy is reduced by adopting a nested pile form, and meanwhile, water taking is not affected.
本发明公开了一种海水取水系统进水流道内消浪结构，具体涉及海水取水系统领域，包括消能顶板，所述消能顶板的底端设置有若干组嵌套桩组件；嵌套桩组件包括内圆桩以及套设在内圆桩外表面的外圆筒，通过外圆筒进行消浪，所述外圆筒的外表面四周开设有若干个透水圆孔，所述外圆筒的外表面位于透水圆孔的一侧一体式连接若干条导流条，且导流条为橡胶材质，所述内圆桩的外表面位于外圆筒的底端设置调节组件，通过调节组件对外圆筒高度进行调节。采用嵌套桩的形式来降低波浪能量的传递，同时满足取水不受影响。
Wave dissipation structure in water inlet runner of seawater taking system
The invention discloses a wave dissipation structure in a water inlet runner of a seawater taking system, and particularly relates to the field of seawater taking systems, the wave dissipation structure comprises an energy dissipation top plate, and a plurality of nested pile assemblies are arranged at the bottom end of the energy dissipation top plate; the nested pile assembly comprises an inner circular pile and an outer cylinder arranged on the outer surface of the inner circular pile in a sleeving mode, wave dissipation is conducted through the outer cylinder, a plurality of water-permeable circular holes are formed in the periphery of the outer surface of the outer cylinder, a plurality of flow guide strips are integrally connected to the positions, located on one side of the water-permeable circular holes, of the outer surface of the outer cylinder, and the flow guide strips are made of rubber materials. An adjusting assembly is arranged on the outer surface of the inner circular pile and located at the bottom end of the outer cylinder, and the height of the outer cylinder is adjusted through the adjusting assembly. The transmission of wave energy is reduced by adopting a nested pile form, and meanwhile, water taking is not affected.
本发明公开了一种海水取水系统进水流道内消浪结构，具体涉及海水取水系统领域，包括消能顶板，所述消能顶板的底端设置有若干组嵌套桩组件；嵌套桩组件包括内圆桩以及套设在内圆桩外表面的外圆筒，通过外圆筒进行消浪，所述外圆筒的外表面四周开设有若干个透水圆孔，所述外圆筒的外表面位于透水圆孔的一侧一体式连接若干条导流条，且导流条为橡胶材质，所述内圆桩的外表面位于外圆筒的底端设置调节组件，通过调节组件对外圆筒高度进行调节。采用嵌套桩的形式来降低波浪能量的传递，同时满足取水不受影响。
Wave dissipation structure in water inlet runner of seawater taking system
一种海水取水系统进水流道内消浪结构
YAN YONG (author) / ZHANG NA (author) / WANG GUOXIN (author) / YANG KEQIN (author) / MAI MIAO (author) / ZHAO HUIMIN (author) / WANG CHONGXIAN (author) / ZHANG RUIBO (author) / WANG CHENGHAO (author) / YAO SHANSHAN (author)
2024-05-14
Patent
Electronic Resource
Chinese
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