Plug-and-play industrial adapter for intelligent manufacturing and application thereof

Abstract

The invention discloses a plug-and-play industrial adapter for intelligent manufacturing and application thereof. The industrial adapter comprises an AutomationML model for describing all internal data element sets of physical resources, a model conversion module, an OPC UA server communicating with a workshop private cloud, a Web Server service module and a communication protocol mapping module.The model conversion module is used for converting the Automation ML model into an OPC UA information model and generating an OPC UA server; the communication protocol mapping module reads physical resource information defined in the Automation ML model, configures a mapping table, unifies data of bottom heterogeneous physical resources to an OPC UA information model and transmits the data by an OPC UA protocol; and the Web Server service module registers the corresponding resource information into a service registration module of the workshop private cloud, and synchronizes the resource modelinto a workshop private cloud model warehouse through a Web Service interface. The industrial adapter can be compatible with physical resources from different manufacturers in a manufacturing environment so as to realize intercommunication, interconnection and information sharing of heterogeneous resources, and has a plug-and-play production capability.

Description

technical field [0001] The invention relates to the technical field of industrial adapters, in particular to an intelligent manufacturing-oriented plug-and-produce industrial adapter and its application. Background technique [0002] As users' demand for products tends to be more diversified and personalized, traditional manufacturing enterprises need to change their production mode from traditional mass production to small-batch and multi-variety production in order to maintain their advantages in the competition. Since the manufacturing process of personalized products involves different processes on different equipment, the switching of different product manufacturing processes will inevitably lead to the redesign and organization of production equipment and workstations to meet the variable process requirements. However, existing in the current production environment It is difficult to coordinate and unify multiple heterogeneous resources, which leads to the inability to...

AI Technical Summary

Problems solved by technology

Since the manufacturing process of personalized products involves different processes on different equipment, the switching of different product manufacturing processes will inevitably lead to the redesign and organization of production equipment and workstations to meet the variable process requirements. However, existing in the current production environment It is difficult to coordinate and unify multiple heterogeneous resources, which leads to the inability to share data information between resources, the process of reconfiguration of the production line causes a lot of time and cost in the design and redesign stages, and the production process cannot be self-organized and self-adapted. The physical resources of different manufacturers realize the interconnection and information sharing of heterogeneous resources, which cannot give plug and production capabilities

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