第46卷第1期2023年2月电子器件ChineseJournalofElectronDevicesVol.46No.1Feb．2023项目来源:南方电网科技项目(GZHKJXM20180069)收稿日期:2021－10－08修改日期:2021－12－23TheIntelligentQualityEvaluationSystemofSwitchgearBasedonDefectAssociationＲules*YINKuang1*，MOWenxiong1，HUFan1，WANGHongbing1，DUHongzhi2，LIZhihe2(1．KeyLaboratoryofMiddle-lowVoltageElectricEquipmentInspectionandTesting，ChinaSouthernPowerGridCompanyLimited，GuangzhouGuangdong510410，China;2．StateKeyLaboratoryofPowerTransmissionEquipment＆SystemSecurityandNewTechnology，ChongqingUniversity，Chongqing400044，China)Abstract:Inviewofthestrongsubjectivefactorsandlackofrefinedqualityratingsincurrentswitchgearacceptancework，aswitchgearqualityevaluationsystemisproposedbasedonhistoricalacceptancedata．Athree-dimensionalacceptanceindexsystemforswitchgearappearancesizeparameters，electricalperformanceparameters，andmechanicalperformanceparametersisestablished．Theapriorialgo-rithmisusedtominethehistoricaldataofthepowergridacceptanceswitchgear，andtheswitchgearisdynamicallyassignedweightsbasedonthecorrelationresults．Onthisbasis，thefuzzyevaluationmethodisusedtoevaluatethequalityoftheswitchgear．Basedonatruckmobileplatform，aroboticarmequippedwithmultiplesensorsisusedtobuildaswitchgeardetectionplatform，andthequalitye-valuatedaccordingtothecollectedinformation，realizingthefunctionsofgradingtheperformanceofeachdimensionandtheoverallqualityoftheswitchgear．Keywords:switchgear;apriorialgorithm;dynamicweight;qualityevaluationEEACC:7220;8140doi:10．3969/j．issn．1005－9490．2023．01．031基于缺陷关联规则挖掘的开关柜质量智能判定系统*尹旷1*，莫文雄1，胡帆1，王红斌1，杜泓志2，李志鹤2(1．南方电网中低压电气设备质量检验测试重点实验室，广东广州510410;2．重庆大学输配电装备及系统安全与新技术国家重点实验室，重庆400044)摘要:针对目前开关柜验收工作中检测指标不明确、存在主观因素强、缺少精细化质量评级、数据缺乏平台化管理等问题，提出了一种基于历史验收数据的开关柜质量判定系统。统一并建立了开关柜外观尺寸参数、电气性能参数、机械性能参...
