Single fruiter management control system and control method thereof

Abstract

The invention relates to a single fruiter management control system and a control method thereof. The single fruiter management control system comprises a plurality of controlling boxes, humidity sensors, crown path electromagnetic valves and a computer. Each controlling box is provided with a root path electromagnetic valve, a flow gauge and a circuit control board, a water inlet of each root path electromagnetic valve is connected with a root path pipe, each root path pipe is connected to a main pipeline, a water outlet of each root patch electromagnetic valve is connected with a flow gauge, and each gauge is connected with a dropper. A plurality of crown path pipes are arranged on the other side of the main pipeline opposite to the root path pipe, a water outlet of each crown path pipe is connected with one crown path electromagnetic valve, and a water outlet of each crown path electromagnetic valve is connected with a sprayer. An input end of each circuit control board is connected with one flow gauge and one humidity sensor, and an output end thereof is connected with one root path electromagnetic valve and one crown path electromagnetic valve. Each circuit control board is connected to the computer via a bidirectional data bus to transmit data collected by the flow gauge and the humidity sensor to the computer and to control the switch on / off of the root path electromagnetic valves and the crown patch electromagnetic valves respectively according to commands sent by the computer. The single fruiter management control system can be widely utilized to tree management of agricultural gardens.

Description

technical field [0001] The invention relates to a fruit tree management control system and a control method thereof, in particular to a single fruit tree management control system capable of accurately managing each fruit tree and a control method thereof. Background technique [0002] In orchard management, the input of water, fertilizer, medicine and other materials is an important content of management. Practice has proved that through the implementation of modern and precise management of orchard water, fertilizer and other materials, more than 40% of water and more than 20% of fertilizer can be effectively reduced. Although some advanced water and fertilizer integrated management systems have been applied in many orchards, their accuracy is limited, and the key to improving accuracy is to reduce the management unit. The smallest management unit is the tree as the unit. Precise management based on the tree needs to be equipped with a data acquisition and control system ...

AI Technical Summary

Problems solved by technology

Although some advanced water and fertilizer integrated management systems have been applied in many orchards, their accuracy is limited, and the key to improving accuracy is to reduce the management unit

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