Open Access Article
Advances in Constructional Engineering. 2025; 5: (3) ; 42-44 ; DOI: 10.12208/j.ace.202500091.
Infrared diagnosis technology and early intervention scheme for electrical fire hazards in cultural relic buildings
文物建筑电气火灾隐患红外诊断技术与早期干预方案
作者:
程培培 *
安徽溪江消防工程有限公司 安徽淮南
*通讯作者:
程培培,单位:安徽溪江消防工程有限公司 安徽淮南;
发布时间: 2025-03-17 总浏览量: 36
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摘要
文物建筑作为历史文化遗产的重要载体,其消防安全问题日益受到关注,尤其是电气火灾隐患已成为威胁其安全的主要因素之一。本文围绕“文物建筑电气火灾隐患红外诊断技术与早期干预方案”展开研究,提出基于红外热成像技术的电气系统状态监测方法,结合数据分析与风险评估模型,实现对潜在火灾隐患的快速识别与定位。在此基础上,构建一套科学、可行的早期干预机制,涵盖预警策略、维护建议与应急响应流程,以提升文物建筑电气系统的安全性与管理效率。研究成果可为文物建筑的现代化防火体系提供技术支持与实践参考。
关键词: 文物建筑;电气火灾;红外诊断;隐患识别;早期干预
Abstract
As an important carrier of historical and cultural heritage, the fire safety of cultural relic buildings has attracted increasing attention, especially that electrical fire hazards have become one of the main factors threatening their safety. This paper focuses on the research of "infrared diagnosis technology and early intervention scheme for electrical fire hazards in cultural relic buildings", and proposes a monitoring method for the status of electrical systems based on infrared thermal imaging technology. Combined with data analysis and risk assessment models, it realizes the rapid identification and positioning of potential fire hazards. On this basis, a set of scientific and feasible early intervention mechanisms is constructed, covering early warning strategies, maintenance suggestions and emergency response processes, so as to improve the safety and management efficiency of the electrical systems of cultural relic buildings. The research results can provide technical support and practical reference for the modern fire prevention system of cultural relic buildings.
Key words: Cultural relic buildings; Electrical fire; Infrared diagnosis; Hazard identification; Early intervention
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引用本文
程培培, 文物建筑电气火灾隐患红外诊断技术与早期干预方案[J]. 建筑工程进展, 2025; 5: (3) : 42-44.