Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fish passing structure under water-wind-light integrated superposition influence
The invention discloses a fish passing structure under the influence of water-wind-light integrated superposition, and belongs to the technical field of water conservancy and hydropower ecological protection. The fish passing structure comprises a vertical seam type fishway which is provided with a fishway bottom plate and fishway side walls on the two sides, long partition plates and short partition plates are arranged in the fishway and divide the fishway into a plurality of fishway pond chambers, a fish habitat repairing area is arranged in a downstream river channel of the overflow dam and close to a power generation tail water opening, and a plurality of fish collecting boxes are placed in the repairing area; a fish inlet of the vertical seam type fishway is close to the position of the repairing area; a transfer mechanism is arranged at a fish inlet of the vertical seam type fishway and is used for transferring the fish collecting box after fish is collected in the repairing area to the vertical seam type fishway or transferring the fish collecting box above the vertical seam type fishway to the repairing area. A plurality of fish collecting boxes are placed in the repairing area to collect fishes, and the fish collecting boxes are transferred into the fishway through the transfer mechanism, so that the number of the fishes entering the vertical seam type fishway is increased, and the purpose of improving the fish passing efficiency is achieved.
本发明公开了一种水风光一体化叠加影响下的过鱼结构，属于水利水电生态保护技术领域。该过鱼结构包括竖缝式鱼道，具备鱼道底板和两侧的鱼道边墙，鱼道内设置有长隔板和短隔板，并将鱼道分隔成多个鱼道池室，在溢流坝下游河道中靠近发电尾水口附近设置鱼类栖息地修复区，并在该修复区中放置多个集鱼箱；所述竖缝式鱼道的进鱼口靠近该修复区位置处；在所述竖缝式鱼道的进鱼口位置处设置有转运机构，用于将修复区内集鱼后的集鱼箱转运至竖缝式鱼道上，或者将竖缝式鱼道上空的集鱼箱转运至修复区内。在该修复区中放置多个集鱼箱进行集鱼，利用转运机构将集鱼箱转运至鱼道中，以提高进入竖缝式鱼道中的鱼的数量，达到提高过鱼效率的目的。
Fish passing structure under water-wind-light integrated superposition influence
The invention discloses a fish passing structure under the influence of water-wind-light integrated superposition, and belongs to the technical field of water conservancy and hydropower ecological protection. The fish passing structure comprises a vertical seam type fishway which is provided with a fishway bottom plate and fishway side walls on the two sides, long partition plates and short partition plates are arranged in the fishway and divide the fishway into a plurality of fishway pond chambers, a fish habitat repairing area is arranged in a downstream river channel of the overflow dam and close to a power generation tail water opening, and a plurality of fish collecting boxes are placed in the repairing area; a fish inlet of the vertical seam type fishway is close to the position of the repairing area; a transfer mechanism is arranged at a fish inlet of the vertical seam type fishway and is used for transferring the fish collecting box after fish is collected in the repairing area to the vertical seam type fishway or transferring the fish collecting box above the vertical seam type fishway to the repairing area. A plurality of fish collecting boxes are placed in the repairing area to collect fishes, and the fish collecting boxes are transferred into the fishway through the transfer mechanism, so that the number of the fishes entering the vertical seam type fishway is increased, and the purpose of improving the fish passing efficiency is achieved.
本发明公开了一种水风光一体化叠加影响下的过鱼结构，属于水利水电生态保护技术领域。该过鱼结构包括竖缝式鱼道，具备鱼道底板和两侧的鱼道边墙，鱼道内设置有长隔板和短隔板，并将鱼道分隔成多个鱼道池室，在溢流坝下游河道中靠近发电尾水口附近设置鱼类栖息地修复区，并在该修复区中放置多个集鱼箱；所述竖缝式鱼道的进鱼口靠近该修复区位置处；在所述竖缝式鱼道的进鱼口位置处设置有转运机构，用于将修复区内集鱼后的集鱼箱转运至竖缝式鱼道上，或者将竖缝式鱼道上空的集鱼箱转运至修复区内。在该修复区中放置多个集鱼箱进行集鱼，利用转运机构将集鱼箱转运至鱼道中，以提高进入竖缝式鱼道中的鱼的数量，达到提高过鱼效率的目的。
Fish passing structure under water-wind-light integrated superposition influence
一种水风光一体化叠加影响下的过鱼结构
WANG YONGMENG (Autor:in) / CHANG LI (Autor:in) / WANG MENG (Autor:in) / LI YANMENG (Autor:in) / MA WEIZHONG (Autor:in) / ZHANG QING (Autor:in) / ZHAO ZAIXING (Autor:in) / GU HONGBIN (Autor:in) / YIN HUAZHENG (Autor:in) / YIN GUODONG (Autor:in)
09.08.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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