简介:[篇名]ExperimentalResultsonIterativeControlofRobotManipulatorby2DModel-FollowingServoApproach,[篇名]ExternalcavitydiodelaserstunedwithsiliconMEMS,[篇名]Feedforwardcontrolforreducingdisk-flutter-inducedtrackmisregistration,[篇名]FrequencyandModeControlofTunableExternalCavitySemiconductorLasers,[篇名]FundamentalDesignofthePerpendicularlyOrientedPlanetaryLegRobot[PEOPLER]forClimbingStairs,[篇名]FurtherimprovementofthemeasurementcapabilityofthemetrologicalscanningprobemicroscopeVeritektC,[篇名]GeneratingMethodofFeedbackForceReferenceSignalRealizingAttitudeControlofSix-LeggedRobot,[篇名]GloboidalcamindexingservodrivecontrolbyIVSMFCwithloadtorqueestimator。
简介:摘要:阻尼装置是以提供运动的阻力,耗减运动能量的装置。在一些高档的健身器材中,通常都设置有阻尼装置,由于健身器材使用频率较高,在使用过程中会产生大量的热量,传统的油管式阻尼器会因为散热问题导致阻尼作用下降,影响器材使用寿命。并且在油温升高,油气混合的情况下,健身器材会产生很大的噪音,严重影响健身器材的性能。因此,对于以上存在的问题,需要研究开发出自动散热能力强,产品性能稳定,使用可靠的阻尼装置来替代现有的产品。
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。