Management system and implementation method used for interconnection between industrial internet of things and Ethernet

Abstract

The invention discloses a management system and an implementation method used for interconnection between an industrial internet of things and an Ethernet. The management system is a network management system for internets of things, can be operated remotely, and is mainly applied to industrial internets of things and other industrial wireless networks. The management system comprises two major parts of an internet-of-things access module and a network module, wherein the internet-of-things access module adopts a wireless network for industrial automation (WIA) industrial protocol to exchange data with the internet of things, and the network module outputs received data in the internet of things to the remote Ethernet. Three connector modes are provided and include that a traditional registered jack-45 (RJ-45) connector and a traditional recommended standard-232 (RS-232) connector are accessed to the Ethernet through a modem, and a universal series bus (USB) is accessed to the Ethernet through a wireless network card, so that the management system can adapt to different environments and enables mounting and using processes to be more convenient and faster for a user. The implementation method includes that embedded Web services are provided for the user at the same time through a radio frequency data receiving and transmitting module and a software network module, real-time monitoring and control functions can be achieved depending on a Web browser, and the real-time performance, the network performance and the reliability of the management system are hard to match by other systems.

Description

technical field [0001] The present invention relates to the field of industrial internet of things, in particular to a management system and implementation method for the interconnection between industrial internet of things and Ethernet. Background technique [0002] With the rapid development of Ethernet, Ethernet applications have already penetrated into people's daily life and production, especially in industrial production, which greatly improves the efficiency of production and management. At the same time, the "Internet of Things" is also developing rapidly. The application of the Internet of Things in the industrial field enables industrial production to greatly reduce equipment installation costs and labor costs, while greatly improving efficiency and reliability. One of the key technologies of the Internet of Things is to realize the connection of embedded devices in the Internet of Things to the Ethernet. Pay attention to "real-time", so the single-chip microcomp...

AI Technical Summary

Problems solved by technology

[0008] Disadvantages: less peripheral resources, not a preemptive real-time operating system, and cannot be applied in environments with strict real-time requirements

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