A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy dissipation drop well
The energy dissipation drop well comprises a drop well body, the drop well body extends in the vertical direction, a well opening is formed in the top of the drop well body, and a well lid for sealing the well opening is arranged at the top of the drop well body; the water inlet pipe communicates with the drop well body, the water inlet pipe is arranged on the upper portion of the side of the drop well body, and the drainage flow of the water inlet pipe is a first preset value; the water outlet pipe is communicated with the drop well body, and the water outlet pipe is arranged at the lower part of the side of the drop well body; the energy dissipation block is arranged in the drop well body and located between the water inlet pipe and the water outlet pipe in the vertical direction, an energy dissipation water pool is defined by the top face of the energy dissipation block and the inner wall face of the drop well body, water, introduced into the drop well body, of the water inlet pipe can be introduced into the energy dissipation water pool, and the energy dissipation block is provided with energy dissipation holes. And upper orifices of the energy dissipation holes are formed in the top surfaces of the energy dissipation blocks and communicate with the energy dissipation water tank. Therefore, the energy dissipation drop well has the advantage that drainage kinetic energy can be reduced conveniently.
本发明的消能跌水井包括：跌水井本体，跌水井本体沿上下方向延伸，跌水井本体的顶部设有井口，跌水井本体的顶部设有封盖井口的井盖；进水管，进水管与跌水井本体连通，进水管设在跌水井本体的边侧的上部，进水管排水流量为第一预设值；出水管，出水管与跌水井本体连通，出水管设在跌水井本体的边侧的下部；消能块，消能块设在跌水井本体内，消能块在上下方向上位于进水管和出水管之间，消能块的顶面与跌水井本体的内壁面限定出消能水池，进水管通入跌水井本体内的水可通入消能水池，消能块具有设有消能孔，消能孔的上孔口开设在消能块的顶面且与消能水池连通。因此，根据本发明的消能跌水井具有便于减小排水动能的优点。
Energy dissipation drop well
The energy dissipation drop well comprises a drop well body, the drop well body extends in the vertical direction, a well opening is formed in the top of the drop well body, and a well lid for sealing the well opening is arranged at the top of the drop well body; the water inlet pipe communicates with the drop well body, the water inlet pipe is arranged on the upper portion of the side of the drop well body, and the drainage flow of the water inlet pipe is a first preset value; the water outlet pipe is communicated with the drop well body, and the water outlet pipe is arranged at the lower part of the side of the drop well body; the energy dissipation block is arranged in the drop well body and located between the water inlet pipe and the water outlet pipe in the vertical direction, an energy dissipation water pool is defined by the top face of the energy dissipation block and the inner wall face of the drop well body, water, introduced into the drop well body, of the water inlet pipe can be introduced into the energy dissipation water pool, and the energy dissipation block is provided with energy dissipation holes. And upper orifices of the energy dissipation holes are formed in the top surfaces of the energy dissipation blocks and communicate with the energy dissipation water tank. Therefore, the energy dissipation drop well has the advantage that drainage kinetic energy can be reduced conveniently.
本发明的消能跌水井包括：跌水井本体，跌水井本体沿上下方向延伸，跌水井本体的顶部设有井口，跌水井本体的顶部设有封盖井口的井盖；进水管，进水管与跌水井本体连通，进水管设在跌水井本体的边侧的上部，进水管排水流量为第一预设值；出水管，出水管与跌水井本体连通，出水管设在跌水井本体的边侧的下部；消能块，消能块设在跌水井本体内，消能块在上下方向上位于进水管和出水管之间，消能块的顶面与跌水井本体的内壁面限定出消能水池，进水管通入跌水井本体内的水可通入消能水池，消能块具有设有消能孔，消能孔的上孔口开设在消能块的顶面且与消能水池连通。因此，根据本发明的消能跌水井具有便于减小排水动能的优点。
Energy dissipation drop well
消能跌水井
DUAN JINGXIAO (author) / WANG MENGQI (author) / LI MENG (author) / BAI TIANQING (author) / ZHAO JIN (author) / JIN YANG (author)
2024-06-04
Patent
Electronic Resource
Chinese
Energy dissipation groove for energy dissipation well and energy dissipation well
| European Patent Office | 2021
Energy Dissipation in Circular Drop Manholes
| British Library Online Contents | 2017
Energy dissipation well construction method and energy dissipation well foundation structure
| European Patent Office | 2023
Multi-stage energy dissipation type drainage energy dissipation well
| European Patent Office | 2023
Multi-unit energy dissipation type drainage energy dissipation well
| European Patent Office | 2024