金属检验工艺与报告自动生成技术研究

Research on Metal Testing Technology and Automatic Report Generation

摘要: 为克服火力发电厂金属检验过程中工艺参数检索效率低下及检验报告生成效率较低的问题，本研究创新性地提出了基于参数化模板库与三层防错校验机制的报告自动生成的技术方案。该技术构建了涵盖射线、超声等十七种检测方法的综合工艺标准数据库，建立了部件规格与工艺参数间的智能匹配机制，并设计了报告生成的逻辑化校验规则，实现了从工艺规程至检验报告的自动化生成闭环。

Abstract: To address the issues of low efficiency in retrieving process parameters and generating inspection reports in the metallic inspection process of thermal power plants, this study innovatively proposes a technical solution for automatic report generation based on a parameterised template library and logical verification. This technology constructs a comprehensive process standard database covering seventeen inspection methods, including ray and ultrasonic testing, establishes an intelligent matching mechanism between component specifications and process parameters, and designs logical verification rules for report generation, achieving a closed loop of automated generation from process specifications to inspection reports.