Communication protocol configuration engine and real-time monitoring method of air compressor IoT module based on cloud computing

Abstract

The invention relates to a communication protocol configuration engine and real-time monitoring method of an air compressor Internet-of-Things module, based on cloud computing. The communication protocol configuration engine of an air compressor Internet-of-Things module, based on cloud computing includes a communication protocol configuration engine system, an air compressor Internet-of-Things module and a cloud server, and is characterized in that the air compressor Internet-of-Things module is bound with air compressor equipment; the Internet-of-Things module forms a remote monitor, and includes a data reading unit, a data processing unit, a data communication unit, a power supply unit and a temperature sensor unit; a temperature detection terminal of the temperature sensor unit detects an oil inlet temperature and an oil outlet temperature of a heat radiation oil path; a temperature signal output terminal is connected with a temperature signal input terminal of the data processing unit; one of the signal input / output terminals of the data processing unit is connected with the input terminal / the output terminal of the communication unit; and the data communication unit is connected with an antenna so as to transmit the detected temperature signal to a remote data center to form a temperature detection and signal processing structure. The communication protocol configuration engine and real-time monitoring method of an air compressor Internet-of-Things module, based on cloud computing have the advantages of less research and development workload, low production cost, and convenience for usage for the user.

Description

technical field [0001] The invention relates to a communication protocol configuration engine of an air compressor, in particular to a communication protocol configuration engine and a real-time monitoring method of an air compressor IoT module based on cloud computing. It belongs to the technical field of equipment controllers. Background technique [0002] The traditional way of working in the air compressor industry is to inspect the machine regularly and at fixed points manually to check whether there is any problem with the machine and whether it is time for maintenance. This method of manual on-site inspection is difficult to achieve real-time monitoring. The staff cannot timely grasp the real-time operating parameters and status of the air compressor, and cannot obtain the over-limit alarm and fault information of the air compressor in time. Failure, will directly lead to production stop. [0003] At present, in order to realize the real-time monitoring of air compr...

AI Technical Summary

Problems solved by technology

This air compressor remote monitoring system basically reads the operating parameters and status of the air compressor PLC controller through the IoT module, but different brands and models of PLC controllers use different communication protocols. Therefore, this remote The monitoring device has compatibility issues, and it is necessary to configure different IoT modules in different brands of air compressors, and the current IoT modules of the air compressor remote monitoring device are all fixedly configured in the local module. The communication protocol of the brand model air compressor, once the module is configured with the communication protocol of a certain brand model of air compressor, the communication protocol of other brand models of air compressors cannot be added or replaced as needed, and the user cannot independently configure and be compatible with all brands machine, therefore, the air compressor remote monitoring system in the prior art has the defects of large research and development workload, high production cost and inconvenient use by users

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