An industrial internet hub device

Abstract

An Industrial Internet Hub device, which aims to realize the interconnection and integration of "man-machine-thing-environment" at the manufacturing site. It collects and processes the state of "man-machine-thing-environment" Class parameter data, which encapsulates different types of target objects into a unified form of virtual services, realizes the unified and indiscriminate automatic service packaging and release of various resources of manufacturing enterprises, and provides intelligent monitoring operations for different types of users. It includes a data acquisition module, a data processing module, a service-oriented packaging module and an intelligent monitoring module. It has good scalability and bottom layer transparency, and can effectively shield the access and service-oriented process of various objects of "human-machine-thing-environment" The heterogeneity in the enterprise maximizes the utilization of enterprise resources and improves the intelligence of various enterprise resources. The invention can realize the indiscriminate network access of various heterogeneous resources of the manufacturing enterprise, and supports the online service encapsulation of various physical resources, and can effectively improve the service level and the intelligence level of the production process.

Description

technical field [0001] The invention belongs to the technical fields of heterogeneous and diverse resource perception access, service encapsulation and intelligent monitoring. Specifically, it relates to an industrial internet-based device of "man-machine-thing-environment" at the manufacturing site. Background technique [0002] In order to realize the dynamic sharing, optimal configuration, on-demand use, collaborative and intelligent manufacturing of distributed and heterogeneous manufacturing resources and capabilities, the idea of ​​Service Oriented Architecture (SOA) has been received by relevant domestic and foreign research institutions and It has been highly concerned by enterprises and has been widely used in all aspects of the entire life cycle of enterprise manufacturing. The service-oriented manufacturing system includes three stages in the actual application process: (1) manufacturing service generation stage; (2) manufacturing service efficient management sta...

AI Technical Summary

Problems solved by technology

[0003] However, the following phenomena exist in the service generation stage: ① There are various types of resources in manufacturing enterprises, the physical interface (physical connection mode) and data interface (the logical expression form of data, that is, the data model) are not uniform, and the data collection method varies from interface to interface. The differences are quite different; ②Due to different collection methods, the data formats are various, the standards are not uniform, and there is a lack of unified description tools; ③Due to the inconsistency of data formats, the automatic level of resource service packaging is low

The above phenomena have seriously hindered enterprises from actively participating in market competition and making full use of resources.

[0004] In addition, although many people have carried out research in the fields of data collection, service packaging, and intelligent monitoring, there is currently a lack of unified interconnection and intercommunication equipment, and a lack of unified access to various physical resources from bottom to top. And automatically encapsulated into services, and related devices for intelligent monitoring of physical resources from top to bottom

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