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ID:37044955
大小:18.75 MB
页数:81页
时间:2019-05-15
《基于双重预防机制的煤矿安全管理信息系统设计与实现》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、completedthedesignoffivesystemmodules,includingtheriskclassificationcontrol,hiddentroubleshootinganddatapredictionandanalysis,andthecompilationofninedatabasetablesbasedonmodularity.SystemdevelopmentusesHTML,PHP,MySQLandotherfront-endandback-endmethodstoimp
2、lementthesystem'sinterfacesandfunctions.Aftertesting,thesystem'sfunctionsandperformancemeettherequirementsofthemanagementinformationsystem.Thedesignandimplementationofthecoalminesafetymanagementinformationsystembasedonthedualpreventionmechanism,freedfromth
3、epassiveandproblem-orientedcoalmines'safetyproductionmanagementmethods,andapproachedtheactiveandproblem-findingmanagementmethodstocontrolandcontroltherisks.HiddenTroubleShootingTwofirewallsareusedtocontrolthebarriers,whichcanreducetheprobabilityofbeingtran
4、sformedfromahazardtoanaccident.Theimplementationofthesafetymanagementinformationsystemnotonlyprovidesdecisionsupportandtechnicalplatformforthespecificationandimprovementofsafetymanagementprocessesinallaspectsofthedualpreventionmechanism,butalsoenhancesempl
5、oyees’awarenessofthedualpreventionmechanismandimprovestheefficiencyofcoalminesafetymanagement.Bothconvenienceandconvenienceareofgreatsignificance.Keywords:Riskclassificationandcontrol;Hiddentroubleinvestigationandmanagement;Doublepreventionmechanism;MIS;Sy
6、stemDevelopmentl;Thesis:AppliedResearch目录目录1绪论........................................................................................................................................11.1研究背景及意义...............................................................
7、..............................................11.1.1研究的背景..............................................................................................................11.1.2研究的意义..............................................................................
8、................................21.2国内外研究现状.............................................................................................................31.2.1危险源理论的研究现状........................................
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