A method and system for uniform resource abstraction and capability encapsulation of industrial heterogeneous devices

By deconstructing industrial processes and unifying resource abstraction, the system enables automatic parameter transfer and anomaly pre-detection for heterogeneous equipment. This solves the problems of low parameter transfer efficiency and delayed anomaly response for heterogeneous equipment, thereby improving production efficiency and equipment adaptability.

CN122173079APending Publication Date: 2026-06-09SUZHOU UNIV
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
SUZHOU UNIV
Filing Date
2026-01-26
Publication Date
2026-06-09

AI Technical Summary

Technical Problem

In industrial production, existing technologies suffer from low parameter transmission efficiency of heterogeneous equipment, poor adaptability of equipment capabilities to process flow, delayed abnormal response, and a lack of standardized abnormal handling mechanisms, leading to increased material losses and downtime.

Method used

By breaking down industrial processes into capability units with inputs and outputs, a unified resource abstraction standard for decoupling equipment and capabilities is established. This enables automatic parameter transmission and pre-detection, triggering alarm/linkage/shutdown anomaly handling, standardized capability encapsulation and deployment, and ensures cross-device compatibility.

Benefits of technology

It improved parameter transmission efficiency, reduced manual intervention, significantly accelerated anomaly response speed, reduced material scrap rate and integration cost, and improved process adaptability and automation level.

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Abstract

This invention discloses a unified resource abstraction and capability encapsulation method and system for heterogeneous industrial equipment, relating to the field of process automation technology. It addresses the problems of heterogeneous equipment, complex parameter configuration, and delayed anomaly response in fixed processing flows. Based on real-time collected process parameters, operating status, and anomaly data from the production line, the industrial process is decomposed into capability units with clearly defined inputs and outputs. Parameters are divided into static parameters and dynamic linkage parameters, enabling automatic parameter transfer between processes. By constructing a unified resource abstraction specification that decouples equipment and capabilities, heterogeneous equipment can participate in process orchestration using standard capability interfaces. Furthermore, a capability semantic description model is established, defining parameter linkage rules and status output formats. A key parameter library is introduced before capability execution for anomaly pre-detection and hierarchical processing. Through standardized capability encapsulation and deployment, high adaptability, reusability, and stable operation of industrial processes in heterogeneous equipment environments are achieved.
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