A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent soft water channel irrigation and drainage fertilizer integrated system
The invention provides an intelligent soft canal irrigation and drainage fertilizer integrated system, and belongs to the technical field of farmland irrigation. The problem of realizing full-automatic irrigation on the basis of not wasting water resources is solved. The system comprises a plurality of water channels which are linear and arranged in parallel, gates are arranged at the two ends of each water channel, waterproof cloth is laid in each water channel, an irrigation trolley is erected on each water channel, and high-pressure water pumps capable of extending into the water channels are arranged at the bottoms of the irrigation trolleys. A spray head which is connected with a high-pressure water pump and can spray water towards one side of the water channel is arranged at the top of the irrigation trolley and can rotate back and forth within a fan-shaped range under the driving of a driving device; and when the irrigation trolley moves to the gate at any end of the water channel, the driving device can drive the spray head to rotate to the other side of the water channel and continuously rotate back and forth in the fan-shaped range to spray water. The spray heads on the irrigation trolley are used for sweeping and spraying in a fan-shaped range, so that uniform full-automatic irrigation is realized.
本发明提供了智能软体水渠灌排水肥一体化系统，属于农田灌溉技术领域。它解决了在保证不浪费水资源的基础上实现全自动灌溉的问题。本系统包括若干条均呈直线型且并列排布的水渠，水渠的两端均设置有闸门，水渠内均铺设有防水布，每条水渠上均架设有灌溉小车，灌溉小车上底部设有能伸入水渠内的高压水泵，灌溉小车顶部设有与高压水泵连接且能朝向水渠一侧喷水的喷头，喷头在驱动装置的带动下能在扇形的范围内往复转动，且当灌溉小车移动到水渠任意一端的闸门处时所述驱动装置能带动喷头旋转至水渠的另一侧并继续以扇形范围往复转动喷水。本设计的灌溉小车上的喷头是以扇形的范围在扫喷的，实现了均匀的全自动灌溉。
Intelligent soft water channel irrigation and drainage fertilizer integrated system
The invention provides an intelligent soft canal irrigation and drainage fertilizer integrated system, and belongs to the technical field of farmland irrigation. The problem of realizing full-automatic irrigation on the basis of not wasting water resources is solved. The system comprises a plurality of water channels which are linear and arranged in parallel, gates are arranged at the two ends of each water channel, waterproof cloth is laid in each water channel, an irrigation trolley is erected on each water channel, and high-pressure water pumps capable of extending into the water channels are arranged at the bottoms of the irrigation trolleys. A spray head which is connected with a high-pressure water pump and can spray water towards one side of the water channel is arranged at the top of the irrigation trolley and can rotate back and forth within a fan-shaped range under the driving of a driving device; and when the irrigation trolley moves to the gate at any end of the water channel, the driving device can drive the spray head to rotate to the other side of the water channel and continuously rotate back and forth in the fan-shaped range to spray water. The spray heads on the irrigation trolley are used for sweeping and spraying in a fan-shaped range, so that uniform full-automatic irrigation is realized.
本发明提供了智能软体水渠灌排水肥一体化系统，属于农田灌溉技术领域。它解决了在保证不浪费水资源的基础上实现全自动灌溉的问题。本系统包括若干条均呈直线型且并列排布的水渠，水渠的两端均设置有闸门，水渠内均铺设有防水布，每条水渠上均架设有灌溉小车，灌溉小车上底部设有能伸入水渠内的高压水泵，灌溉小车顶部设有与高压水泵连接且能朝向水渠一侧喷水的喷头，喷头在驱动装置的带动下能在扇形的范围内往复转动，且当灌溉小车移动到水渠任意一端的闸门处时所述驱动装置能带动喷头旋转至水渠的另一侧并继续以扇形范围往复转动喷水。本设计的灌溉小车上的喷头是以扇形的范围在扫喷的，实现了均匀的全自动灌溉。
Intelligent soft water channel irrigation and drainage fertilizer integrated system
智能软体水渠灌排水肥一体化系统
XIE SHIYOU (author) / WU YONG (author) / LI JIUSHENG (author) / FAN YONGSHEN (author) / XIN BAILING (author)
2022-12-09
Patent
Electronic Resource
Chinese
| European Patent Office | 2020
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