Intelligent-network-based self-propelled spray irrigation device

Abstract

The invention relates to an intelligent-network-based self-propelled spray irrigation device which is characterized in that a control board (2), a spray water pump (4), a power driving motor (7) and a rechargeable battery device (8) are arranged in a vehicle body; a spray pipe (3) is connected to a water outlet of the spray water pump (4) through a pipeline; a liquid fertilizer storage tank (6) is connected to the upper part of the vehicle body (1); the control board (2) comprises a wireless network receiver and is connected to a computer host; the spray water pump (4) is connected to the control board through a signal line; the power driving motor (7) is connected to the control board (2) through a signal line; the rechargeable battery device (8) is connected to both the spray water pump (4) and the power driving motor (7) through electric wires, thus providing power source for the spray water pump (4) and the power driving motor (7). A wireless control module involved in the spray irrigation device is used for receiving a signal of a plant growth management system executed by the computer host, so as to implement a spray irrigation action. The invention provides a method for realizing intelligent movable spray irrigation for an agricultural greenhouse.

Description

technical field [0001] The invention relates to an intelligent network type self-propelled spray irrigation device, which belongs to the technical field of intelligent facility agriculture. [0002] Background technique [0003] Greenhouse cultivation of facility agriculture, irrigation methods include drip tank method, spray method, and flooding method. No matter which method is adopted, a fixed water pipe network and sprinklers must be installed to irrigate crops at a fixed time. The traditional method It can only supply water, or supply nutrient solution to the roots of one crop alone. It is not suitable for multiple crops and multiple irrigation methods such as (root system, leaf surface, and growth stage fertilizer supply). The utilization rate of water supply equipment is insufficient. Moreover, water resources are wasted, and the cost of input does not meet the economic efficiency, resulting in an increase in the cost of greenhouse planting. [0004] In response to ...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to overcome the problem of single irrigation in the existing greenhouse planting, and provide the rationality of using computer software technology to combine the two factors of plant growth and fish growth to provide the nutrients required by different crops and different growth stages at the host end. Coordinating with wireless network transmission and automatic control methods, an intelligent network-type mobi

Images