简介:ControlDesignforaMixedRotaryandLinearMotorsBasedManipulator,ControlofaWearableRobotUsingaPowerSupplythroughUSB,CoumentSensor-lessSpeedServoSystemofPMMotorBasedonSelf-TuningCurrentSimulator,DESIGNOFROBUSTSYNCHRONIZINGCONTROLLERFORUNKNOWNSERVO-MOTORSYSTEMSWITHH{sup}∞CONTROLLER
简介:ALorentzforcetypeself-bearingmotorwithnew4-polewindingconfiguration;Adaptiveandfuzzyneuralnetworksliding-modecontrollersformotor-quick-returnservomechanism;Adaptivefuzzylogic-basedvelocityobserverforservomotordrives;Alternativecontrolstructuretodeterminethevelocitysignalbyemployinganaccelerationsensortocontrolaservomotor;Applicationofmodelreferencefrequency-shapedslidingmodecontrolwithpre-filtertoanelectrohydraulicservomotor;AutomaticPIDtuningconsideringmotormaximuminputandpowerconsumptionforservocontrolsystems;
简介:Dual-LoopFeedbackControlofServoMotorSystemsUsingSingularPerturbationMethod,FullyTuneAdaptiveFuzzyControlforMotor-ToggleServomechanism,ImplementationofArtificialIntelligentControlinSingle-LinkFlexibleRobotArm,ImplementationofRobustWavelet-Neural-NetworkSliding-ModeControlforInductionServoMotorDrive,Linearservomotorcontrolusingadaptiveneuralnetworks,Modelingandsimulationofahybridactuator,OntheslidingmodecontrolforDCservoMechanismsinthepresenceofunmodeleddynamics。
简介:DesignandDevelopmentofActiveDynamicVibrationAbsorber,DesignandSimulationofLinearPiezoelectricStepperMotorDriveusingResonantConverter,DEVELOPMENTOFAMICRO-STEPPINGMOTORDRIVESYSTEMFORTHEINDIGENOUSICPSEQUENTIALSPECTROMETER,Developmentofsemi-independenttypecontinuouslyvariabledampersystembyperformanceevaluationoffullvehicletest,DevelopmentofX-raydoublecrystalrockingcurvesetup,INFLUENCEOFTOOTH-GEOMETRYONTHETORQUEPERFORMANCEOFAHYBRIDSTEPPERMOTOR,LowmagneticfieldmappingusinganlnGaAs-AIGaAs-GaAs2DEGhallsensor。
简介:摘要:随着工业化程度的提高,环境恶化加剧,节能降耗、减排和减少温室气体排放等问题日渐突出,已成全球普通关注的重点,影响着世界经济的发展。现代工业生产中三相异步电机应用广泛,在降低能耗的背景下,高效节能电机成全世界电机产业发展的共识;是我国“十三五”期间实施节能减排既定国策所重点关注的领域、更是持续提升工业能效和绿色发展水平,助推工业经济高质量发展的重要内容。近年来国家政策高度重视,产业支持力度大,电机能效水平得到很大提高,但总能效水平仍较低。对于电机的生产及出口大国,国家非常重视高效电动机推广工作,电机效率的准确检测日益重要。参照IEC标准对电动机的能效等级评定和检验方法进行了修订,现有效标准是GB 18613-2012《中小型三相异步电动机能效限定值及能效等级》及GB/T 1032-2012《三相异步电动机试验方法》,标志着能效等级评定和测试方法均已与国际接轨。高效电动机的损耗值非常小,准确地测量电动机的损耗和效率直接影响该行业健康发展。