Intelligent management system and management method for multiple subsoilers

Abstract

The invention provides an intelligent management system for multiple subsoilers. The system comprises a server and a vehicle terminal. The server carries out communication with the vehicle terminal. The vehicle terminal fixed on the subsoiler consists of a controller, a GPS, a GPRS, a depth sensor, a speed sensor, and a tool identification sensor; the GPS, the GPRS, the depth sensor, and the speed sensor carry out communication with the controller; and the GPS, the depth sensor, and the speed sensor are bound with the tool identification sensor one by one. The controller transmits working information of the subsoiler to the server by the GPRS; and the server processes the information to form a table. Compared with the prior art, the provided system has the following advantages: functions of fixed-point positioning, working track, image obtaining, workload calculation, deep ploughing detection, agricultural machinery management are combined tightly and thus the agricultural machinery management becomes convenient.

Description

technical field [0001] The invention relates to the technical field of agricultural production, in particular to an intelligent management system and a management method applicable to multiple subsoilers. Background technique [0002] Subsoiling is a soil cultivation method that loosens the soil layer without overturning the soil layer and keeps the original soil layer undisturbed. It does not disturb the soil layer, which can not only maintain a certain degree of firmness in the upper part of the soil layer, but also reduce the impact of multiple plowing on the aggregates. The adverse effect of the structure can also break the bottom layer of the flat plow formed by the conventional plow. Intelligent subsoiling operation detection is a function specially developed for subsoiling operations. It can automatically and accurately detect whether the depth of subsoiling operations reaches the standard and the cultivated area. The working method is fully automatic, which is differ...

AI Technical Summary

Problems solved by technology

The reason is that the quality of farmers’ machine operators is different. Some machine operators “cut corners” in field operations. The depth of subsoiling in the two fields reaches 25cm.

The agricultural machinery management department can't really get the real number of actual subsoiling

Therefore, when the number of agricultural machinery and tools put into agricultural production is increasing, it is far from enough and impossible to rely entirely on the supervision and management of field operations by managers.

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