A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an automatic layered water taking system. The automatic layered water taking system comprises roller blind curtains, water-permeable hanging cloths and a layered water taking tower. Electromagnetic blocks are correspondingly arranged at the two sides and the bottom of side blocks and fence blocks of the upstream face of the water taking tower. Winches, rollers and roller supports are mounted on the top of the water taking tower. The hanging cloths are wound around reels of the winches. The hanging cloths are hung on the upstream face of the water taking tower through the rollers. The hanging cloths are connected with the roller blind curtains through cylinders. Counterweight strips are fixedly bonded to the lower sides of the roller blind curtains. An iron flexiblematerial is attached to the two sides and the bottom of each roller blind curtain. The relative height of the electromagnetic block and flexible material arrangement positions relative to the portionbetween the bottoms of water channels is the same as the water taking elevation preset by a user. The electromagnetic blocks are independently communicated with a power source. The automatic layered water taking system has the beneficial effects that the water isolation range of the roller blind curtains is lowered to be below the water taking elevation preset by the user through the windable roller blind curtains which is driven to rotated under the dead weight of the cylinders, and only low-temperature water is blocked, so that the high-temperature water above the water taking elevation is obtained, and the purpose of layered water taking is achieved.
本发明公开了一种自动化分层取水系统，包括卷帘幕布、可透水挂布和分层取水塔，取水塔迎水面边墩及栅墩的两边及底部设有电磁块，顶部安装有卷扬机、滚筒及滚筒支架，卷扬机的卷筒上卷绕有挂布，挂布通过滚筒悬挂在取水塔上游面，挂布与卷帘幕布通过圆筒连接。卷帘幕布下侧固定粘接有配重条，卷帘幕布两侧边及底部附着有铁质柔性材料，电磁块及铁质柔性材料布置位置相对于水流流道底部之间的相对高度与用户预设的取水高程相同，电磁块分别独立地接通电源。采用本发明的技术效果，通过圆筒自重带动的自转可缠绕卷帘幕布使其隔水范围降低至用户预设的取水高程以下，只阻挡住低温水，从而获取其取水高程以上的高温水，实现了分层取水目的。
The invention discloses an automatic layered water taking system. The automatic layered water taking system comprises roller blind curtains, water-permeable hanging cloths and a layered water taking tower. Electromagnetic blocks are correspondingly arranged at the two sides and the bottom of side blocks and fence blocks of the upstream face of the water taking tower. Winches, rollers and roller supports are mounted on the top of the water taking tower. The hanging cloths are wound around reels of the winches. The hanging cloths are hung on the upstream face of the water taking tower through the rollers. The hanging cloths are connected with the roller blind curtains through cylinders. Counterweight strips are fixedly bonded to the lower sides of the roller blind curtains. An iron flexiblematerial is attached to the two sides and the bottom of each roller blind curtain. The relative height of the electromagnetic block and flexible material arrangement positions relative to the portionbetween the bottoms of water channels is the same as the water taking elevation preset by a user. The electromagnetic blocks are independently communicated with a power source. The automatic layered water taking system has the beneficial effects that the water isolation range of the roller blind curtains is lowered to be below the water taking elevation preset by the user through the windable roller blind curtains which is driven to rotated under the dead weight of the cylinders, and only low-temperature water is blocked, so that the high-temperature water above the water taking elevation is obtained, and the purpose of layered water taking is achieved.
本发明公开了一种自动化分层取水系统，包括卷帘幕布、可透水挂布和分层取水塔，取水塔迎水面边墩及栅墩的两边及底部设有电磁块，顶部安装有卷扬机、滚筒及滚筒支架，卷扬机的卷筒上卷绕有挂布，挂布通过滚筒悬挂在取水塔上游面，挂布与卷帘幕布通过圆筒连接。卷帘幕布下侧固定粘接有配重条，卷帘幕布两侧边及底部附着有铁质柔性材料，电磁块及铁质柔性材料布置位置相对于水流流道底部之间的相对高度与用户预设的取水高程相同，电磁块分别独立地接通电源。采用本发明的技术效果，通过圆筒自重带动的自转可缠绕卷帘幕布使其隔水范围降低至用户预设的取水高程以下，只阻挡住低温水，从而获取其取水高程以上的高温水，实现了分层取水目的。
Automatic layered water taking system
一种自动化分层取水系统
DU SHUAIQUN (author)
2020-07-28
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
In-tank lifting folding type layered water taking device and layered water taking method
| European Patent Office | 2022