Novel semi-automatization pesticide spraying machine

Abstract

The invention discloses a novel semi-automatization pesticide spraying machine. The pesticide spraying machine comprises an automatic dosing device, a stirring and storing device, a sprayer loading platform, a sprayer air compression mechanism, an advancing driving device, a control panel and the like. Before pesticide application on crops, related operation modules of a flow control valve, a machine hand and the like are utilized for automatic dosing and stirring; during the process of pesticide application, an electric motor is used for driving control wheels to realize advancing of the machine, and the rotation of the electric motor is transmitted into power input of a pesticide air compression device through gear transmission so as to the spraying effect that the pesticide spraying amount is in direct proportion to travel speed and realize automatic control for the pesticide spraying amount. A hoisting mechanism is utilized for adjusting the height of the sprayer loading platform so as to realize the spraying for crops at different heights by four sprayers centrally symmetrically arranged. The steering and advancing speeds and the spraying switch during the working of the machine are all controlled by people, and an acrylic partition plate is arranged between the people and the crops, so that pesticide fog is prevented from hurting people secondarily.

Description

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AI Technical Summary

Benefits of technology

This patented describes a system called "Unit Structure," Intelligently Distributed Pesticidelike Spreader (IPS), used in agriculture to distribute chemical fertils over large areas without damaging plants or harm humans. These systems include motors, rollers, guiding rails, and sensory devices such as cameras and light meters. They work together to efficiently apply these substances onto specific locations within the area being treated. Overall, this technology helps farmers improve their yield while reducing environmental impact caused by excessive usage rates of pesstals.

Problems solved by technology

This technical problem addressed in this patents relates to improving the efficiency and flexibility of pesticidal sprayers for crop protection without requiring excessive effort or materials from humans due to their high complexity and lack of adaptation capabilities during use at different environmental conditions like those caused by harmful chemicals used in agriculture activities.

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