摘要
为提高实验室事故报警质量,设计基于远程管控技术的实验室事故报警系统。采集模块通过湿度、光照、气体、火焰以及红外线5种传感器采集实验室环境数据,虚拟仿真装置依据采集的实验室环境数据,通过3dsMAX等建模工具构建实验室基本模型,利用Vega视觉仿真用具模拟实验室事故现场情形,系统管控模块中的实验室安全监控装置和反馈控制装置通过管控软件,远程通信模块利用ZigBee组网,将实验室事故仿真模拟结果以及管控结果,反馈到应用模块中进行监控分析和显示,实现实验室事故报警系统设计。设计了仿真实验,利用实验室事故报警系统进行实时管控。结果表明,该系统有效模拟了实验室火灾事故,管控效率高,监测范围广。
In order to improve the quality of laboratory accident safety alarm,a laboratory accident alarm system based on remote control technology was designed.The acquisition module collects the laboratory environment data of humidity,light,gas,flame and infrared sensors.According to the collected laboratory environment data,the virtual simulation device builds the basic model of the laboratory through 3 dsMAX and other modeling tools.Vega visual simulation tool is used to simulate thescene of the laboratory accident.Through the control software,the laboratory safety monitoring device and feedback in the system management and control module,and through Zig Bee network,the remote communication module feed back the simulation results and control results of laboratory accident to the application module for monitoring,analysis and display,so as to realize the design of laboratory accident alarm system.The simulation experiment is designed,and the real-time control is carried out by using the designed laboratory accident alarm system.The results show that the system can effectively simulate the laboratory fire accident,with high safety efficiency and wide monitoring range.
作者
包艳华
崔升
BAO Yan-hua;CUI Sheng(College of Material Science and Engineering,NanjingTech University,Jiangsu Nanjing 210009,China)
出处
《消防科学与技术》
CAS
北大核心
2021年第3期386-390,共5页
Fire Science and Technology
基金
江苏省教育厅高校哲学社会科学基金指导项目“中外国际化工程技术人才培养的比较研究”(2013SJD880019)
江苏高校优势学科建设工程三期项目“南京工业大学材料科学与工程”(苏政办发[2018]87号)。
关键词
远程监控
实验室
事故
安全
报警系统
remote monitoring
laboratory
the accident
safety
alarm system
