A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sluice segmented water taking device for water conservancy project
The invention relates to the technical field of water conservancy projects, and particularly discloses a water gate segmented water taking device for a water conservancy project. Comprising a flashboard for blocking water in a water channel, a plurality of water passing openings formed in the flashboard and located at different water levels, and an opening and closing mechanism arranged in the flashboard and used for opening and closing the different water passing openings. A positioning mechanism is further arranged in the flashboard, and a water quality detection mechanism and an illumination intensity detection mechanism which are used for detecting the water quality at different water levels and detecting the illumination intensity are arranged on the flashboard respectively. When the water quality detection mechanism detects that the water quality of the water passing openings is within the preset range and the illumination intensity detection mechanism detects that the illumination intensity is within the preset range, the opening and closing mechanism opens the corresponding water passing openings only when the two conditions are met at the same time, and different water conveying pipes can be connected to the different water passing openings. Therefore, different crops can be irrigated at appropriate irrigation time and under appropriate water quality, and the positive effect of irrigation on different crops is improved.
本申请涉及水利工程技术领域，具体公开了一种用于水利工程的水闸分段取水装置，其安装于水渠上，包括对水渠中的水进行阻挡的闸板、开设于闸板上且位于不同水位高度的多个过水口、设置于闸板内且对不同过水口进行启闭的启闭机构；闸板内还设置有定位机构，闸板上分别设置有对不同水位的水质进行检测和对光照强度进行检测的水质检测机构、光照强度检测机构。当水质检测机构检测到过水口的水质在预设范围内，且光照强度检测机构检测到光照强度在预设范围内时，两者同时满足时，启闭机构才会打开对应的过水口，在不同过水口上可以接上不同输水管，从而使不同农作物满足在适宜浇灌时间、适宜水质下进行浇灌，提高了浇灌对不同农作物的积极效果。
Sluice segmented water taking device for water conservancy project
The invention relates to the technical field of water conservancy projects, and particularly discloses a water gate segmented water taking device for a water conservancy project. Comprising a flashboard for blocking water in a water channel, a plurality of water passing openings formed in the flashboard and located at different water levels, and an opening and closing mechanism arranged in the flashboard and used for opening and closing the different water passing openings. A positioning mechanism is further arranged in the flashboard, and a water quality detection mechanism and an illumination intensity detection mechanism which are used for detecting the water quality at different water levels and detecting the illumination intensity are arranged on the flashboard respectively. When the water quality detection mechanism detects that the water quality of the water passing openings is within the preset range and the illumination intensity detection mechanism detects that the illumination intensity is within the preset range, the opening and closing mechanism opens the corresponding water passing openings only when the two conditions are met at the same time, and different water conveying pipes can be connected to the different water passing openings. Therefore, different crops can be irrigated at appropriate irrigation time and under appropriate water quality, and the positive effect of irrigation on different crops is improved.
本申请涉及水利工程技术领域，具体公开了一种用于水利工程的水闸分段取水装置，其安装于水渠上，包括对水渠中的水进行阻挡的闸板、开设于闸板上且位于不同水位高度的多个过水口、设置于闸板内且对不同过水口进行启闭的启闭机构；闸板内还设置有定位机构，闸板上分别设置有对不同水位的水质进行检测和对光照强度进行检测的水质检测机构、光照强度检测机构。当水质检测机构检测到过水口的水质在预设范围内，且光照强度检测机构检测到光照强度在预设范围内时，两者同时满足时，启闭机构才会打开对应的过水口，在不同过水口上可以接上不同输水管，从而使不同农作物满足在适宜浇灌时间、适宜水质下进行浇灌，提高了浇灌对不同农作物的积极效果。
Sluice segmented water taking device for water conservancy project
一种用于水利工程的水闸分段取水装置
LONG GANG (author) / WANG YONG (author) / DONG XUELING (author) / YE TING (author) / WANG JINJIN (author)
2023-06-23
Patent
Electronic Resource
Chinese
Manual control sluice device for water conservancy project
| European Patent Office | 2021