A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rainwater collecting, storing and self-draining irrigation system for ecological terraced field
The invention belongs to the technical field of irrigation devices, and discloses an ecological terraced field rainwater collection, water storage and self-drainage irrigation system which comprises a water storage component, a water drainage component, a water drainage component and a water drainage component. The water inlet component is mounted on the water storage component, and the water inlet component is used for pumping water and inputting the water into a cavity in the water storage component; and the drainage component is mounted on the water storage component, and the drainage component is used for pumping water in the inner cavity of the water storage component and discharging the water. When a water body is sucked through the water inlet cover, the water body impacts a side plate, the side plate drives a rotating roller and a connecting shaft to rotate, a first bevel gear is driven to rotate through the connecting shaft, then a second bevel gear is driven to rotate, a connecting rod drives a scraping plate to rotate, a water inlet hole in the water inlet cover is scraped, and water can continuously enter the water body through the water inlet hole; the water inlet cover is prevented from being blocked by sundries, so that the water inlet cover can suck water to the maximum extent, and the water sucking efficiency of the water inlet cover is improved.
本发明属于灌溉装置技术领域，且公开了一种生态梯田用集雨蓄水及自排灌溉系统，包括：储水构件，所述储水构件的内部开设有用于储存水体的空腔；进水构件，所述进水构件安装于储水构件上，且进水构件用于抽取水体输入至储水构件内部的空腔中；排水构件，所述排水构件安装于储水构件上，且排水构件用于抽取储水构件内部空腔中的水体并排出。本发明通过进水罩吸入水体时，水体冲击侧板，使侧板带动转辊和连接轴转动，通过连接轴带动第一锥形齿轮转动，进而带动第二锥形齿轮转动，使连杆带动刮板转动，从而刮擦进水罩上的进水孔，让进水孔可以持续进入水体，避免进水罩杂物堵塞，使进水罩可以最大化吸取水体，提高了进水罩吸取水体的效率。
Rainwater collecting, storing and self-draining irrigation system for ecological terraced field
The invention belongs to the technical field of irrigation devices, and discloses an ecological terraced field rainwater collection, water storage and self-drainage irrigation system which comprises a water storage component, a water drainage component, a water drainage component and a water drainage component. The water inlet component is mounted on the water storage component, and the water inlet component is used for pumping water and inputting the water into a cavity in the water storage component; and the drainage component is mounted on the water storage component, and the drainage component is used for pumping water in the inner cavity of the water storage component and discharging the water. When a water body is sucked through the water inlet cover, the water body impacts a side plate, the side plate drives a rotating roller and a connecting shaft to rotate, a first bevel gear is driven to rotate through the connecting shaft, then a second bevel gear is driven to rotate, a connecting rod drives a scraping plate to rotate, a water inlet hole in the water inlet cover is scraped, and water can continuously enter the water body through the water inlet hole; the water inlet cover is prevented from being blocked by sundries, so that the water inlet cover can suck water to the maximum extent, and the water sucking efficiency of the water inlet cover is improved.
本发明属于灌溉装置技术领域，且公开了一种生态梯田用集雨蓄水及自排灌溉系统，包括：储水构件，所述储水构件的内部开设有用于储存水体的空腔；进水构件，所述进水构件安装于储水构件上，且进水构件用于抽取水体输入至储水构件内部的空腔中；排水构件，所述排水构件安装于储水构件上，且排水构件用于抽取储水构件内部空腔中的水体并排出。本发明通过进水罩吸入水体时，水体冲击侧板，使侧板带动转辊和连接轴转动，通过连接轴带动第一锥形齿轮转动，进而带动第二锥形齿轮转动，使连杆带动刮板转动，从而刮擦进水罩上的进水孔，让进水孔可以持续进入水体，避免进水罩杂物堵塞，使进水罩可以最大化吸取水体，提高了进水罩吸取水体的效率。
Rainwater collecting, storing and self-draining irrigation system for ecological terraced field
一种生态梯田用集雨蓄水及自排灌溉系统
ZHANG GUANGYING (author) / WANG JIE (author) / YU MENG (author) / ZHANG YANG (author) / LI ZHANSHE (author) / NIU TONG (author) / HU JIANG (author)
2022-12-30
Patent
Electronic Resource
Chinese
Ecological ditch system for collecting initial rainwater without affecting flood draining
| European Patent Office | 2015