A power high-low voltage cabinet production and manufacturing process monitoring management system

Abstract

This invention discloses a monitoring and management system for the manufacturing process of high and low voltage switchgear, relating to the field of power equipment manufacturing monitoring technology. It includes modules for data acquisition, correlation analysis, strategy generation, real-time control, and optimization reporting. The data acquisition module collects real-time manufacturing data from multiple process stations; the correlation analysis module uses an improved process correlation algorithm to uncover inherent connections in the data and identify quality correlations and efficiency constraints between processes; the strategy generation module generates a dynamic monitoring strategy based on this, including instructions for adjusting the quality monitoring frequency of key processes and the priority of material supply; the real-time control module uses this strategy to regulate production and collect response data; and the optimization reporting module iteratively optimizes the strategy and generates reports. This system can clearly identify inter-process correlations and constraints, achieving dynamic adaptation between monitoring and control, forming a closed-loop management system, making production connections smoother, and ensuring the stability and continuity of the production process.

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