A dynamic plug-in based press plate online monitoring service system architecture

By adopting a four-layer modular architecture and dynamic plug-in mechanism, the problems of protocol incompatibility and poor scalability of smart grid pressure plate equipment are solved, thereby improving stability and scalability, supporting multiple communication protocols, and ensuring business continuity and data integrity.

CN122178943APending Publication Date: 2026-06-09XIAN POWER TRANSMISSION & TRANSFORMATION PROJECT ENVIRONMENTAL IMPACT CONTROL TECHN CENT CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
XIAN POWER TRANSMISSION & TRANSFORMATION PROJECT ENVIRONMENTAL IMPACT CONTROL TECHN CENT CO LTD
Filing Date
2026-01-30
Publication Date
2026-06-09

AI Technical Summary

Technical Problem

Existing smart grid control panel equipment suffers from problems such as complex interface adaptation due to diverse communication protocols, business continuity issues caused by equipment updates, insufficient system scalability, lack of dynamic expansion capability due to too many monitoring points, and business interruption caused by protocol incompatibility.

Method used

It adopts a four-layer modular architecture and dynamic plug-in mechanism, including a script module, a startup module, a dynamic plug-in management data processing module, a database module, and a dynamic plug-in communication module, to achieve automated monitoring, data processing, and protocol adaptation. It supports multiple databases and communication protocols, and uses a dual-queue asynchronous model and load balancing algorithm for dynamic scaling and fault early warning.

Benefits of technology

The stability and scalability of the pressure plate online monitoring system have been improved, supporting compatibility with multiple host protocols, ensuring business continuity and data integrity, simplifying the device access process, and improving the system's flexibility and security.

✦ Generated by Eureka AI based on patent content.

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Abstract

This invention proposes a system architecture for an online monitoring service for pressure plates based on dynamic plug-ins. The system includes a script monitoring module, a startup module, a dynamic plug-in management and data processing module, a database module, an HTTP module, and a dynamic plug-in communication module. The script monitoring module enables the service to start automatically with the system. The startup module monitors the system's CPU, disk, and memory, recording and statistically analyzing runtime. The dynamic plug-in management and data processing module loads each module, enabling pressure plate host communication status and data business analysis and processing. The database module supports communication, data saving, updating, and viewing between multiple databases. The HTTP module enables one-way asynchronous transmission of platform commands. The dynamic plug-in communication module enables bidirectional asynchronous data interaction with the pressure plate monitoring host. This system architecture constructs a four-layer modular architecture and a dynamic plug-in mechanism, addressing several technical deficiencies in existing online pressure plate monitoring systems.
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