Textile industrial ethernet monitoring system and method thereof

Abstract

The invention provides a textile industrial ethernet monitoring system and a monitoring method of the textile industrial ethernet monitoring system, which can realize interconversion of multiple protocols to monitor the site of the whole textile industry. The textile industrial ethernet monitoring system comprises a data collecting control server which is used for sending data, collecting orders and receiving, analyzing, storing and displaying equipment information; the data collecting control server is connected with at least one monitoring module through an optical fiber ring network; and each monitoring module comprises a control module and also comprises an interactive module, a power supply module, a document storage module, a data storage module, a real-time clock, a reset circuit and a network port chip which are connected with the control module. The textile industrial ethernet monitoring system and the monitoring method of the textile industrial ethernet monitoring system are compatible with most types of PLCs (programmable logic controller) and human-computer interfaces used on textile equipment and realize the interconvention among an RS485 protocol, a CAN (controller area network) protocol and an Ethernet protocol, so as to realize seamless connection between Ethernet and a site bus.

Description

technical field [0001] The invention relates to an industrial monitoring system and a monitoring method in the textile industry, in particular to an industrial Ethernet monitoring system and a monitoring method in the textile industry. Background technique [0002] Most of the existing field equipment monitoring products in the textile industry are based on a single fieldbus technology to achieve data interaction. Due to the limited transmission distance of the fieldbus and the small number of mounted devices; the clocks of the monitoring products are not synchronized and lack an automatic calibration mechanism; the monitoring equipment Cannot be compatible with different types of buses; on-site electromagnetic interference is serious, which often leads to abnormal operation of the monitoring system. Contents of the invention [0003] The invention provides a textile industry industrial Ethernet monitoring system and a monitoring method thereof capable of realizing mutual ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing field equipment monitoring products in the textile industry are based on a single fieldbus technology to achieve data interaction. Due to the limited transmission distance of the fieldbus and the small number of mounted devices; the clocks of the monitoring products are not synchronized and lack an automatic calibration mechanism; the monitoring equipment Cannot be compatible with different types of buses; on-site electromagnetic interference is serious, which often leads to abnormal operation of the monitoring system

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