Method, time-sensitive network controller and system for receiving and managing industrial end equipment

Abstract

The invention relates to a method, a time-sensitive network controller and a system for receiving and managing industrial end equipment. The method comprises the following steps: creating an OPC UA client thread of an open platform communication unified architecture, and establishing connection with industrial end equipment through an OPC UA protocol; wherein the industrial end equipment serves as a server of an OPCUA protocol; obtaining service flow parameter data of the industrial end equipment through an OPC UA client thread; wherein the industrial end equipment is provided with a service flow parameter data interface which is used for providing service flow parameter data; and generating configuration parameters according to the service flow parameter data, and issuing the configuration parameters to industrial end equipment and a time sensitive network TSN switch to realize flow scheduling. According to the invention, the OPC UA protocol is adopted to establish the connection with the industrial end equipment, so that the service traffic demand of the industrial end equipment is dynamically acquired, the conversion from the service model to the forwarding strategy and the issuing of the configuration strategy are completed, and the traffic scheduling is realized.

Description

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AI Technical Summary

Benefits of technology

This technology allows an industry's control devices (such as sensors) on pipes or tubing networks to connect with other components over their own communication bus without being limited due to its physical size constraints. It also enables realistic modeling capabilities that allow companies to better manage data transmission across different types of systems efficiently while ensuring they meet certain quality standards. Overall, this innovation improves efficiency and accuracy during production processes.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving industrial networks' ability for accommodating different types of data transmission requirements without compromising their overall performance capabilities.

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