信息技术2024,Issue(2) :54-58,65.DOI:10.13274/j.cnki.hdzj.2024.02.008

基于GPS数据的实验室制氢废液污染实时监测

Real time monitoring of hydrogen production waste liquid pollution in laboratory based on GPS data

牟凤辉
信息技术2024,Issue(2) :54-58,65.DOI:10.13274/j.cnki.hdzj.2024.02.008

基于GPS数据的实验室制氢废液污染实时监测

Real time monitoring of hydrogen production waste liquid pollution in laboratory based on GPS data

牟凤辉1
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作者信息

  • 1. 吉林大学药学院,长春 130015
  • 折叠

摘要

为了提高制氢废液污染监测效果,文中提出基于GPS数据的实验室制氢废液污染实时监测方法.利用GPS系统采集污染数据,通过串口读取GPS数据,定位污染位置.以降低监测能耗为目的,采用在线监测机制和短信通知监测相互转换形式实现实验室制氢废液污染实时监测.结合GPS、GPRS、GIS三种技术对监测所得数据进行管理与分析,为实验室制氢废液污染治理提供技术支持.通过实际应用结果表明,文中设计方法监测能耗较低,安全性强,监测数据传输效率较高,证明所提方法具有较好的应用性能,可用于实验室制氢废液污染的实时监测.

Abstract

In order to improve the monitoring effect of hydrogen production waste liquid pollution,a real-time monitoring method based on GPS data is proposed in this paper.The pollution data is collected by the GPS system,and the pollution position is located by reading the GPS data through the serial port.In order to reduce the monitoring energy consumption,the on-line monitoring mechanism and short message notifica-tion monitoring are used to realize the real-time monitoring of hydrogen production waste liquid pollution in the laboratory.Combined with GPS,GPRS and GIS technologies,the monitoring data are managed and an-alyzed to provide technical support for the pollution control of hydrogen production waste liquid in the labo-ratory.The practical application results show that the design method in this paper has low energy consump-tion,strong security and high monitoring data transmission efficiency,which proves that the proposed meth-od has good application performance and can be used for the real-time monitoring of hydrogen production waste liquid pollution in the laboratory.

关键词

GPS数据/实验室制氢/废液污染/实时监测/监测能耗

Key words

GPS data/laboratory hydrogen production/waste liquid pollution/real time monitoring/ener-gy consumption monitoring

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基金项目

2018年度吉林省科技发展计划项目(20180729113FG)

出版年

2024
信息技术
黑龙江省信息技术学会 中国电子信息产业发展研究院 中国信息产业部电子信息中心

信息技术

CSTPCD
影响因子:0.413
ISSN:1009-2552
参考文献量10
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