简介:新一轮压机大型化又将展开,界时势头将会更大,吨位将会更高,但如何应用科学发展观来进行设计和生产将严峻地摆在行业的企业领导者、工程技术人员面前。一方面根据当前我国金刚石生产能力过剩,希望企业节制生产;另一方面,即便生产也应该是更加人机一体化,更加科学的实现少投入高产出。为了更好的对待新的投入,总结多年的经验,我们提出提高压机工作压力的观点供研究。
简介:Detectingthegazedirectionforamanmachineinterlace;Developmentincardoorlatchingsystems;Developmentof1600N/mm{sup}2glassultra-high-strengthbolts;Developmentofamicrorobotbasedmicropositioningstation:themicrorobotanditspositionandorientationmeasurementmethod;DevelopmentofNavigationSensorUnitfortheAgriculturalVehicle;Dual-UseSignalProcessingforaMultiple-SensorSystem:SonarandOpticalImageProcessingforUnderwaterObstacleAvoidance
简介:High-PerformanceComputing:Past,Present,andFuture,Importanceofrandomfrequencyspacinginshipmotionsimulation,In-flightalignmentofSDINSunderlargeinitialheadingerror,Inspectionacceptanceinterpretationforflower-shapedwasherheads,InterconnectIPsteersSoCintegrationintothefastlane,IntroducingtheElectricVehicleinNewYorkCity.CommunityLevelActionstoSpurtheUseofElectricVehicles.
简介:Expandedheadingcapacities;ExperimentsinCalibrationofanInertialMeasurementUnitlorUUVApplications;FABRICATIONOFMAGNETICACTUATORFORUSEINCAPSULEENDOSCOPE;FlockingofAutononmusUnmannedAirVehicles;FO-DIASproject:anoverviewandthedevelopmentstatus;FootprintGenerationforReusableLaunchVehiclesUsingaDirectPseudospectralMethod;