Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体

Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体

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时间:2019-08-08

Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体_第1页
Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体_第2页
Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体_第3页
Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体_第4页
Printable Hydraulics A Method for Fabricating Robots by3D Co-Printing Solids and Liquids可印刷水力学:一种制造机器人的方法 三维共印刷固体和液体_第5页
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1、MacCurdy,R.;Katzschmann,R.;Kim,Y.&Rus,D."PrintableHydraulics:AMethodforFabricatingRobotsby3DCo-PrintingSolidsandLiquids".2016IEEEInternationalConferenceonRoboticsandAutomation(ICRA),2016PrintableHydraulics:AMethodforFabricatingRobotsby3DCo-PrintingSolidsan

2、dLiquidsRobertMacCurdy1,RobertKatzschmann1,YoubinKim1,andDanielaRus1Abstract—Thispaperintroducesanoveltechniqueforfabri-catingfunctionalrobotsusing3Dprinters.Simultaneouslyde-positingphotopolymersandanon-curingliquidallowscomplex,Printheadpre-filledfluidicch

3、annelstobefabricated.ThisnewprintingcapabilityenablescomplexhydraulicallyactuatedrobotsandXroboticcomponentstobeautomaticallybuilt,withnoassem-blyrequired.Thetechniqueisshowcasedbyprintinglinearbellowsactuators,gearpumps,softgrippersandahexapodrobot,usinga

4、commercially-available3Dprinter.Wedetailthestepsrequiredtomodifytheprinteranddescribethedesignconstraintsimposedbythisnewfabricationapproach.LiquidIndexTerms—AdditiveManufacturing,FlexibleRobots,SoftMaterialRobotics,PrintableRobotics,HydraulicRobots.RigidF

5、lexibleI.INTRODUCTIONSupportUILDINGrobotshashistoricallybeenatime-Bconsumingprocess.Constrainedbyavailablefabrica-Fig.1.PrintableHydraulicsFabricationviaInkjet:A3Dprintersimultane-ouslydepositssolidandliquidregionswithinaprintedassembly.Prescribedtiontechn

6、iques,conventionalroboticdesignpracticedictatesstraininresponsetoappliedfluidpressurecanbeachievedbyprintingwiththatengineerssequentiallyassemblerobotsfrommanydis-solidsthathavedifferentelasticmoduliorbydesigningappropriatemodelcreteparts,withlongconcomitan

7、tassemblytimes.Mass-geometries.Supportinglayersareprovidedviaremovablesupportmaterialorliquid.Asanexample,ahexapodrobotcanbeprintedinonestep,productionachievesefficiencygainsthroughoptimizingeachrequiringonlyasingleaddedDCmotor.Themotorpumpsfluidthroughassem

8、blystep,butoptimizationrequiresthatthedesigntherobot’sbody,causingthelegstomove.befixed;evensmallchangesbecomedifficultandcostly.Additionally,becausemanyrobotsareuniqueorapplication-scalablesystem(arobotcompile

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