An intelligent water-saving control gate for rice planting

Abstract

The present invention relates to the field of intelligent rice planting, in particular to an intelligent water-saving control gate for rice planting, which includes a water delivery channel and a gate for controlling the interruption of water flow inside the water delivery channel, and also includes: a driving mechanism, which is arranged on the On the water delivery channel, it is used to lift and drop the gate. The driving mechanism can be driven manually or electrically; the bottom scraping mechanism is set on the gate, and the driving mechanism lowers the gate through the bottom scraping mechanism when driving the gate to fall. The stones on the inner bottom of the water delivery channel facing the side are scraped off; the scour mechanism is set on the gate, the bottom scraping mechanism is connected with the scour mechanism, and the scour mechanism is used to suck the water in the water delivery channel and pressurize it. Flush the mud in chute one. This kind of intelligent water-saving control gate for rice planting ensures precise control of water volume during rice planting, and can supply water for the maximum growth of rice and avoid water waste.

Description

technical field [0001] The invention relates to the field of intelligent rice planting, in particular to an intelligent water-saving regulating gate for rice planting. Background technique [0002] Rice planting consumes a lot of water. In the process of building a water delivery network for rice planting, gate equipment is required to adjust the on-off of water flow, so as to achieve the purpose of regulating water source delivery. [0003] Existing gates and gates are generally installed on the upper side of the channel for water delivery, and the gate is lifted or lowered by the driving equipment to adjust the water delivery. The stone is under the gate, and when the gate falls to cut off the water flow, the gate cannot completely cut off the water flow due to the blocking of the stone, which leads to the continuous delivery of water, which is not convenient for precise control of the water volume for rice planting, neither It is beneficial to the maximum growth and wate...

AI Technical Summary

Problems solved by technology

[0003] Existing gates and gates are generally installed on the upper side of the channel for water delivery, and the gate is lifted or lowered by the driving equipment to adjust the water delivery. The stone is under the gate, and when the gate falls to cut off the water flow, the gate cannot completely cut off the water flow due to the blocking of the stone, which leads to the continuous delivery of water, which is not convenient for precise control of the water volume for rice planting, neither It is conducive to the maximum growth and water supply of rice, and it is not conducive to saving water resources. In view of this, we propose an intelligent water-saving control gate for rice planting

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