Information monitoring system of liquid fertilizing machine special for lycium

Abstract

An information monitoring system of a liquid fertilizing machine special for lycium comprises an informationized management platform, a vehicle-mounted positioning terminal, a signal collector, powersupply equipment and an electronic liquid flowmeter. The vehicle-mounted positioning terminal is assembled in a driving cab, the signal collector is assembled a rack of the liquid fertilizing machine,the electronic liquid flowmeter is assembled at a discharging port of a fertilizer box of the liquid fertilizing machine, the power supply equipment is connected with the vehicle-mounted positioningterminal, the signal collector and the electronic liquid flowmeter, the signal collector is in communication connection with the vehicle-mounted positioning terminal, the electronic liquid flowmeter is in communication connection with the signal collector, and the vehicle-mounted positioning terminal is in communication connection with the informationized management platform. By adopting the information monitoring system, fertilizer applying quantity for lycium planting can be collected and acquired precisely, a basis can be provided for precision agriculture and scientific planting, and precise fertilizing of the liquid fertilizing machine can be realized.

Description

Technical field: [0001] The invention relates to the technical field of intelligent agricultural machinery information management, in particular to an operation information monitoring system for a special liquid fertilizer applicator for wolfberry. Background technique: [0002] During the planting process of wolfberry, fertilization operations need to be carried out regularly. In the prior art, liquid fertilization technology is used for fertilization. In the prior art liquid fertilization machine, the spraying pump and engine are used for linkage operations. The high engine speed leads to high pressure. On the contrary, the pressure is low, and the fertilization is imprecise and uneven. This method of operation of the fertilizer applicator cannot estimate the output, but can only make a rough estimate based on the approximate fertilizer consumption, and cannot obtain the optimal amount of fertilizer required for precision agriculture. Therefore, it is necessary to develop...

AI Technical Summary

Problems solved by technology

[0002] During the planting process of wolfberry, fertilization operations need to be carried out regularly. In the prior art, liquid fertilization technology is used for fertilization. In the prior art liquid fertilization machine, the spraying pump and engine are used for linkage operations. The high engine speed leads to high pressure. On the contrary, the pressure is low, and the fertilization is imprecise and uneven

This method of operation of the fertilizer applicator cannot estimate the output, it can only make a rough estimate based on the approximate fertilizer consumption, and it is impossible to obtain the optimal amount of fertilizer required for precision agriculture

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