Highly flexible configurable multi-measuring-point equipment linkage control system and method

By adopting a modular layered architecture and a multi-dimensional time control mechanism, the system solves the problems of flexibility and stability in the linkage control of heterogeneous devices in industrial monitoring scenarios. It achieves flexibility and rapid deployment in device access and logic adjustment, improves system stability and scalability, and is suitable for scenarios such as computer rooms, substations and smart buildings.

CN121792579APending Publication Date: 2026-04-03BEIJING ZHONGYI YUETAI SCI & TECH
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Patent Information

Application Number
CN202511965923.5
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-12-24
Publication Date
2026-04-03

AI Technical Summary

Technical Problem

In industrial monitoring scenarios, existing technologies for heterogeneous device linkage control systems suffer from poor flexibility, weak scalability, poor user experience, and high maintenance costs. In particular, when changing equipment or adjusting logic, source code needs to be modified, and there is a lack of multi-dimensional time-coordinated control capabilities, making it difficult to meet the standardized deployment requirements of industrial monitoring.

Method used

It adopts a modular and layered architecture design, including a configuration management module, a rule configuration module, a linkage engine module, and an interface adaptation module. Through two-level abstract configuration and JSON format rule definition, it realizes flexible abstraction of devices and measurement points. Combined with a multi-dimensional time control mechanism, it prevents instantaneous changes in sensors and frequent start-stop of actuators.

Benefits of technology

It enables flexibility and rapid deployment of device access and logic adjustment, reduces system integration complexity and maintenance costs, improves system stability and scalability, supports user-defined configuration, adapts to multiple industrial protocols, and is suitable for scenarios such as computer rooms, substations, and smart buildings.

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Abstract

The invention relates to a multi-measuring-point equipment linkage control system and method for an industrial monitoring scene, and the system is characterized in that a rule configuration module supports a user to define a linkage rule in a JSON format, and the linkage rule comprises condition subitems, execution results and multi-dimensional time parameters (condition duration, output duration and convergence time interval); signal anti-shake, action timing control and prevention of frequent start and stop of an execution mechanism are realized; the linkage engine module is responsible for loading and analyzing rules, circularly collecting measuring point data and triggering execution actions when conditions are met; the interface adaptation module manages various protocol interfaces such as RS485, DI / DO and Ethernet in a unified mode, and seamless access and measuring point data mapping of heterogeneous equipment are achieved. Through a multi-dimensional time cooperative control mechanism, the linkage control is upgraded from discrete triggering to refined process control, the reliability and stability of the system are remarkably improved, the service life of the system is remarkably prolonged, and the system is suitable for various industrial monitoring scenes such as machine rooms, transformer substations and intelligent buildings.
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