危险化学品事故现场体感式训练装备与系统设计

Design of Somatosensory Training Equipment and System for Hazardous Chemical Explosion Scene

针对危险化学品事故实战化训练存在事故现场感不足、无法满足近似实战化的训练需要等问题,在典型最坏场景构建及风险分析基础上,研究危险化学品事故动态可视化与参数化表达方法,利用体感交互设计模型以及事故动态可视化技术,研究事故现场信息的融合及多感知参数化数据共享技术,建立危险化学品事故现场体感式训练装备与系统,再通过危险化学品事故应急救援人员模拟训练综合评估指标体系与综合评估算法,验证了装备和系统的可行性和适用性,为危险化学品事故现场体感式训练提供了新的思路与手段。

In view of the problems such as the lack of accident scene sense and the inability to meet the training needs of approximate actual training of hazardous chemical accidents,the dynamic visualization and parametric expression methods of hazardous chemical leakage,fire and explosion accidents were studied,and the somatosensory interactive design model and accident dynamic visualization technology were used.After studying the on-site information fusion and multi perception parametric data sharing technology,the on-site somatosensory training equipment and system of hazardous chemical accidents was established,and then the feasibility and applicability of the equipment and system was verified through the comprehensive evaluation index system and comprehensive evaluation algorithm of simulated training of emergency rescue personnel of hazardous chemical accidents.It provided a new idea and means for somatosensory training at the scene of hazardous chemical accidents.