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Multi-Component Toxic Gas Monitoring System Based on Internet of Things

机译:基于物联网的多组分有毒气体监测系统

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A multi-component toxic gas monitoring system based on the Internet of Things was designed to solve the problem that the personal safety of the workers could not be guaranteed due to the presence of toxic gases in the contaminated site restoration environment. The s ystem integrates functions of Internet of Things technology, could data storage display, sound and light alarm, and real-time display of Android mobile phones to realize HCN, CO, H2S, NO2, NH3, SO2, etc. in the environment of contaminated sites. Real-time monitoring and early warning of toxic gases such as nitrogen oxides, ammonia and sulfur dioxide. In order to achieve the purpose of ensuring the personal safety of the staff, the restoration of the contaminated site is carried out efficiently, healthily and safety. The system can operate stably and can ensure the personal safety of the workers on the site of the contaminated site.
机译:设计了一种基于物联网的多组分有毒气体监测系统,以解决由于污染场地恢复环境中存在有毒气体而无法保证工人人身安全的问题。该系统集成了物联网技术的功能,可以进行数据存储显示,声光报警以及Android手机的实时显示,以实现HCN,CO,H 2 S号 2 ,NH 3 , 所以 2 等在受污染场地的环境中。实时监测和预警有毒气体,例如氮氧化物,氨和二氧化硫。为了达到确保员工人身安全的目的,对受污染场地的修复要有效,健康和安全地进行。该系统可以稳定运行,并可以确保污染现场的工人的人身安全。

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