
第35卷第4期 2015年12月
核科学与工程
Nuclear Science and Engineering
Vol.35No.4
Dec.2015
基于Android的地下铀矿山放射性污染物
智能控制系统设计
戴剑勇,孟令聪
(南华大学核资源工程学院,潮南街阳421001)
摘要:根据地下铀矿山开采过程中氢及其子体安全特性,应用智能控制技术与矿井通风技术相结合的方式控制井下氢及其子体浓度,这对于解决放射性污染控制间题具有重要的现实意义。本文设计主控制系统,获取采集点氢浓度传感器的数据和实现智能控制逻辑运算;设计Android客户端,运用以太网和无线网络通信两种方式与主控制系统进行通信,通过向主控制系统发送指令的方式对风机运转进行远程控制,增强了系统的稳定性与可靠性。实例分析表明该系统能够较好的控制矿井下氢及其子体浓度,人机界面友好,系统可靠性高,且易于扩展。
关键调:Android系统;氢及其子体;传感器;智能控制
中图分类号:X591,TL75,TD76
文章标志码:A
文章编号:0258-0918(2015)04-0774-06
DesigningofRadioactivePollutantsIntelligentControlSystemin
UndergroundUraniumMineBasedonAndroid
DAI Jian-yong,MENG Ling-cong
(School of engineering of nuclear resources, University of South China, Hengyang of Hunan Prov. 421001, China) Abstract: According to Safety features of radon and its progeny underground uranium mines during the mining process,it control the concentration of underground radon and its progeny in application of intelligent control and mine ventilation, which has the important practical significance for solving problems of radioactive pollution control. This paper design Main Control System to get data of radon sensors in collecting locations and implement logic operations of intelligent controlling. Design of Android client in communicating with the main control system by Ethernet and wireless network communication to control the running status of the fan through remote control instructions, it can enhance the stability and reliability of the system. From instance analysis, it shows that this system can control better the concentration of underground
收稿日期:2014-05-18;修回日期:2015-07-28
基金项目:国家自然科学基金项目(51174116),期南省自然科学基金发项目(10J2041)。
作者简介:鼓剑勇(1969一),男,期南新化人,副教授,博士研究生,从事核安全系绕工程方面研究 774