一种快速拦河取水灌溉的方法
By using a rapid river-blocking water intake irrigation method, and utilizing a self-contained lifting control system and obstacles to buffer the water flow, rapid river-blocking water intake and irrigation are achieved. This solves the problems of long river-blocking water intake time, easy device damage, and excessive leakage in existing technologies, improves irrigation efficiency and device durability, and reduces equipment costs and waste interference.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- CHUXIONG SHIGUANG TIANYUAN AGRICULTURAL TECHNOLOGY CO LTD
- Filing Date
- 2025-09-09
- Publication Date
- 2026-07-17
AI Technical Summary
Existing methods of damming rivers for irrigation are cumbersome to deploy, have poor coordination among various links, are time-consuming, and are prone to causing delays in agricultural seasons. The equipment is easily damaged, has high maintenance costs, and affects the continuity of operations. The equipment does not fit well with the riverbank, resulting in poor sealing, excessive river water leakage, slow water level rise, and low water damming efficiency. After the water level reaches the standard, the speed at which river water enters the canal and is transported to the farmland is slow, making it difficult to meet the water needs of crops during critical periods and affecting agricultural efficiency.
The system employs a rapid river-blocking irrigation method. It quickly positions the river-blocking device using its own lifting control system, sets up obstacles to buffer the water flow impact, seals the gap between the device and the riverbank, utilizes the natural convergence of water flow to raise the water level, and quickly delivers water to farmland through irrigation canals. Combined with power generation components, it uses hydropower to generate electricity, reducing diesel and gasoline energy consumption, and sets up debris-blocking components to clean up floating garbage.
It enables rapid river damming and water intake, with quick connection between each link, reducing equipment wear and tear, improving sealing and water flow convergence speed, meeting the need for rapid water replenishment, reducing equipment costs, minimizing garbage interference, and ensuring irrigation efficiency.
Smart Images
Figure CN120982386B_ABST