Method for comprehensive monitoring platform for agricultural machines

Abstract

The invention discloses an application method of a comprehensive monitoring platform for agricultural machines, and belongs to the technical field of agricultural machine testing. According to the method, a functional node I, a functional node II, a functional node III to a functional node n are connected to a main node through a CAN bus formed by a CANH line and a CANL line, and a terminal resistor I and a terminal resistor II are respectively connected to two ends of the CAN bus in parallel. Through the utilization of the comprehensive monitoring platform for operation conditions of the agricultural machines, the operation conditions of various agricultural machines can be monitored; the comprehensive monitoring platform for the operation conditions of the agricultural machines has strong expansibility, the modular design is adopted when all parts of the platform are connected, the platform structure can be simplified, and the working stability can be improved; and the method is verybeneficial to the modern agricultural machine operation parameter monitoring.

Description

technical field [0001] The invention belongs to the technical field of agricultural machinery testing, and in particular relates to a comprehensive monitoring platform and a use method for monitoring various operating parameters of agricultural machinery. Background technique [0002] The operation parameters and conditions of agricultural machinery in the process of operation directly affect the quality of its operation. In order to ensure the operation quality of agricultural machinery, it is necessary to monitor the overall performance parameters of the machine tools and core components in real time during the operation of agricultural machinery. [0003] At present, relevant researchers have developed dedicated monitoring (or monitoring) systems for some agricultural machinery. For example, a variable operation control system for variable operations such as variable fertilization and variable spraying; a leakage monitoring system for seeder operation status monitoring; ...

AI Technical Summary

Problems solved by technology

For scientific research institutes and research institutions, developing a matching monitoring system for each machine tool not only causes a waste of resources, but more importantly, it needs to design the hardware and software of the monitoring system every time, which requires a long development cycle

However, due to the wide variety of agricultural machinery and the large differences in the actuators of different operating machines, it is not easy to make a monitoring system covering all agricultural machinery.

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