A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Spiral jet flow opposite impact type energy dissipation system
The invention discloses a spiral jet flow hedging type energy dissipation system which comprises a plurality of water inlet towers, the outlet end of each water inlet tower is correspondingly connected with a water diversion pipe, each water inlet tower is correspondingly connected with a plurality of hedging type energy dissipation devices through the water diversion pipes, and an energy dissipation pool is arranged under the hedging type energy dissipation devices; according to the system, the water inlet tower is arranged to be matched with the water diversion pipe, so that the arrangement of the whole spiral jet flow opposite impact type energy dissipation system is not limited by terrain and geological conditions of a reservoir hub area, and the problem that the arrangement difficulty is large in the flood discharge and energy dissipation process due to the fact that energy dissipation facilities are limited by narrow river valleys, complex geological conditions and other factors is solved.
本发明公开了螺旋射流对冲式消能系统，包括进水塔，进水塔有若干个，每个进水塔的出口端均对应连接一个引水管，每个进水塔均通过引水管对应连接若干个对冲式消能装置，对冲式消能装置正下方设置有消能池；该系统通过设置进水塔与引水管相配合，使得整个螺旋射流对冲式消能系统布置不受水库枢纽区地形、地质条件限制，进而解决了消能设施受限于河谷狭窄、地质条件复杂等因素，导致其在泄洪消能过程中布置难度大的问题。
Spiral jet flow opposite impact type energy dissipation system
The invention discloses a spiral jet flow hedging type energy dissipation system which comprises a plurality of water inlet towers, the outlet end of each water inlet tower is correspondingly connected with a water diversion pipe, each water inlet tower is correspondingly connected with a plurality of hedging type energy dissipation devices through the water diversion pipes, and an energy dissipation pool is arranged under the hedging type energy dissipation devices; according to the system, the water inlet tower is arranged to be matched with the water diversion pipe, so that the arrangement of the whole spiral jet flow opposite impact type energy dissipation system is not limited by terrain and geological conditions of a reservoir hub area, and the problem that the arrangement difficulty is large in the flood discharge and energy dissipation process due to the fact that energy dissipation facilities are limited by narrow river valleys, complex geological conditions and other factors is solved.
本发明公开了螺旋射流对冲式消能系统，包括进水塔，进水塔有若干个，每个进水塔的出口端均对应连接一个引水管，每个进水塔均通过引水管对应连接若干个对冲式消能装置，对冲式消能装置正下方设置有消能池；该系统通过设置进水塔与引水管相配合，使得整个螺旋射流对冲式消能系统布置不受水库枢纽区地形、地质条件限制，进而解决了消能设施受限于河谷狭窄、地质条件复杂等因素，导致其在泄洪消能过程中布置难度大的问题。
Spiral jet flow opposite impact type energy dissipation system
螺旋射流对冲式消能系统
SUN XIHUAN (author) / WANG LIANLE (author) / LI YONGYE (author) / ZHENG LIJIAN (author)
2024-02-02
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| European Patent Office | 2015
Split mounting type spiral open channel energy dissipation and drainage device
| European Patent Office | 2022
Hedging energy dissipation type debris flow diversion system
| European Patent Office | 2020
Continuous diffusion type flip flow energy dissipation structure
| European Patent Office | 2024