可穿戴电子产品教学相关资料案例总.docx

可穿戴电子产品教学相关资料案例总.docx

《可穿戴电子产品教学相关资料案例总.docx》由会员分享，可在线阅读，更多相关《可穿戴电子产品教学相关资料案例总.docx（42页珍藏版）》请在冰点文库上搜索。

可穿戴电子产品教学相关资料案例总

可穿戴电子产品国际前沿信息介绍

案例1：

Laserfashion–maytheforcebewithyou

IwaswatchingStarWarsovertheweekend,gotfascinated（again）withthelaserthingandlookedaroundifIcanfindamatchbetweenlaserandclothing.SureenoughIhitalaseractivatedT-ShirtcalledtheLazerShirt.

TheLazerShirtsistheinventionoftheLazerShirtsTeamwhohassuccessfullyrunaKickstarterprojectaboutayearagotobringthiscoolideaintoreality.

TheLazerShirtscomeinvariousstylesandofcoursesizesbutallhaveincommontheLazerfeature:

paintwithanUVlight（theLazer）anyform,shapeormessageontheshirt.Yourverypersonaldesignwillglowinlowlightclearlyvisibleforabout20-30minutesafterwhichyoucanredoagainyourdesign.

Themagic,interactiveglowcomesfromPhosphorescentpigmentsintheshirtsprint.Thepigmentsgetenergized（exited）whenhitbyUV（black）lightandgiveoffasoftglowuntiltheenergyisusedupandtheprintcolorretainsit’sneutral,relaxedstatus.

Theprocesscanberepeatedmanymanytimes.TheLazerShirtsarewashable,turningitinsideoutforagentlewashingcycle.

MuchbetterasrunningarounddaysandweekswiththesamemessageonaT-Shirt.TheLazerShirtsbasicallyallowstatusupdatesontheShirt–cool.MaybeaLazerShirt2.0hasalikebuttonsomewhere,activatedbyyourfriend’slaserpointer–justkidding.

TheLazerShirtsareagreatpartyoreventoutfitandcanbeordereddirectlybyLaserShirtsstartingat$24.95includingtheMiniUVLazerorviatechnofashionfriendsoveratThinkGeek.

From

案例2

案例2：

GraphExeterenablesinvisiblewearableelectronic

Wearableelectronic,electrifyingthefabricfromwhichourclothingismadefromismakingabigsteptowardsrealityaccordingtoresearchersattheCenterforGrapheneScienceattheUniversityofExeter.

TheExeterteam,headedbyDrMonicaCraciunandDrSaverioRusso,developedGraphExeterahighlyconductive–electricallyandthermally–material200timesstrongerthansteel.

Graphene,somecallitthe‘miraclematerial’ofthe21stCentury,isabletoconductelectricityoverasheetthatisjustone

（1）atomthick.Atthisatomiclevelthelayerappearsinvisibletothehumaneye.

GraphExeterismadebysandwichingmoleculesofferricchloridebetweentwolayersofGraphene.TheferricchlorideenhancestheelectricalconductivityofGraphene,withoutaffectingthematerial’stransparency.

Thisdevelopmentissignificantbecausepreviousattemptstocreateextremethinlayersoftransparentconductorsfacedhighresistanceandbrittlenessofsuchsheets.TheuseofferricchloridebetweentheGraphenelayersreducedtoresistancetoarecordlowof8.8Ohms/squarewhilekeepingtheopticaltransmittancehigherthan84%inthevisiblerange.

AccordingtoDrCraciun,solarpanelsusingGraphExeterwillincreasesthepowerharvestingefficiencysignificantlybecausethewiderrangeoflighttowhichGraphExeterresponsescanpushthesolarpanelefficiencytomorethan30%–comparedtoameager7%ofcurrentflexiblesolarpaneltechnology.

Thepotentialofthisinventionishuge,spray-onofsolarpowerharvestingpropertiesonclothingwithoutchangingthetextureorcolorofthefabric,printinginvisibleelectroniccircuitsonclothing,readytoconnecttothecloud.

From

案例3：

WearableSportsTech

SomeathletesattheOlympicGamesdemonstratehowtechnologycouldbecomeapartofathleticpreparationandperformanceenhancement.

OlympicteamGBgymnastMimiCesarusedduringhergamepreparationahapticfeedbacksystem,theMotivePro,a‘VibratingSuit’developedattheVisualizationResearchUnitatBirminghamCityUniversity.

MotiveProwasinitiallydesignedassensorsuitfordancersandmusicians,mergingthedatacreatedduringtheperformer’smovementinspacewiththeperformance.

Thiscapabilitytotrackpreciselymovementinspacecombinedwithprovidinghapticfeedbackviavibrationelementsonstrategicplacesonthebodyallowsareal-timefeedbackofcomplex,acrobaticmovementsperformedbythegymnast.

Thereal-timefeedbackallowshertoadjustfluidly,bringingthebrainandbody-motionintoperfectsync.

Motionsensingsystemswithreal-timefeedbackcanbeofgreattrainingassistanceinmanydifferentsportdisciplineswherethecoordinationofbodymotionisessential.

WearabletechdesignslikethisortheHotPantsItalkedaboutyesterday,seematfirstsuitableonlyfornovelapplicationsbuthistorytellsusthatonceanewtechnologyemerges,thecreativityofpeoplefindquicklywaystoadoptsuchgroundbreakingworkfortheeverydaylife.

Thinkaboutposturerelatedproblemswhichrepresentarapidlygrowinghealthissuearoundtheglobe.IntegratingMotiveProandsimilartechnologiesintogarmentsforpeopleworkinginriskprofessions,risktoinsurethespineduetobadsittinghabits（yesmanyofusareinthatarea）orliftingweightsalldaywouldgreatlybenefit.

Thecurrentdesignofmanywearabletechfunctionslikethismightnotbepracticalorstylishenoughtoadoptonawiderscalebuttaketherecentmobile-phoneevolutionthatstartedoutasabrickmorphingoverafewyearstoanitemofdesire,carriedaroundlikeajewel.

From

案例4：

AdidasAdipowerheatsupTeamGBattheOlympicsinLondon

RestartingmybloggingactivityafteralongbreakwiththelatestwearabletechnologynewscomingfromtheOlympicgamesinLondon.

AdidasdesignedfortheOlympiccyclistteamGBHotpants.No–notthetypeofhotpantsthathavebeenthefashionrageinthe70s.

TheAdipowerhotpants,actuallytracksuitbottoms,helptokeepwarmthecyclist’slegmusclestopreventinjury.Everyfitnessenthusiastwillwellknowthedangerofcoldmuscleswhenheadingoffforarunorrace.

AdipowerHotPantsaredesignedtokeepthemusclesatoptimaltemperatureafterthewarmuptraininguntilthemomentthecyclisthitstheracetrack.

TheheatingpowerisprovidedtheFibretronic’sHEATwear™FIRfabric,alightweight,breathable,100%fabricsystemwhichisintegratedintotheAdipowerHotPantsfortargetedbodywarming.

Wehaveseenthepastfewwinterseasonsoutdoorapparelbrandsintegratingtextileheatinginjackets,bootsandgloves.Usingtextileheatingforsummersportsapparelisnewtomebutmakesperfectlysense–especiallyforhighperformanceathleteswhereafractionofasecondseparateswinnersandlosers.

AdidascollaboratedwiththeBritishCyclingteam,theLoughboroughUniversityandFibretronictocreatethewearabletechnologyhighlightofthe2012Olympicgames.

From

案例5：

TactilevisualizationwiththeTouchGlove

TheTouchGlovecreatedbyAllySeeleyisnotonlyacooleTextiledesignconcept,itdoesaddressararebutoccurringproblemeffectingunfortunatepeoplewholoosetheirtactilefeel.

Feelingwiththefingersisaessentialpartofourlife.Mostofthetimewearenotevenawarehowmuchwerelyonourtactilesensingcapability.Wetouchmanythingsweseetoaidandconfirmourvisualimpressionofanobject.

Fireaccidentscanleadtoaprolonged,temporaryorevenpermanentlossofthetactilefeelsense.Damagednervesresponsiblefortactilefeelisanothercauseforloosingthisvitalsense.

Allyreplacesthelossoftactilefeelinfingerswithasmartglove,givingavisualfeedbackofthesurfacestouchedwiththeTouchGlove.Atextilepressuresensorisintegratedintheindexfingerwhichpicksupthesoftness/hardnessandstructureofthesurface.ThedifferencesinpressureonthesensoristranslatedintodifferentlightpatternemittedbytheLEDsembeddedatthewristoftheglove.

IfyouareinterestedinbuildingyourownTouchGloveyoucaneitherclickovertoAlly’sInstructablesortaketheopportunityandmeetAllyinpersonattheupcomingeTextileLoungeattheMakerFaireBayArea2012whereAllyishostingonethetheeTextileWorkshopsusingherTouchGloveasexamplehowtogetstartedwitheTextileCrafting.

From

案例6：

Communicationglovefordeaf-blindpersons

Wehaveseenanumberofwearabletechenhancedglovessupportingthecommunicationbetweendeafpersonsandpersonswhodonotunderstandwellthesignlanguage.Suchglovescontainsensorswhichdetectgesturesandtranslatethissignalsintospeech.

ResearchersTomBieling,UlrikeGollnerandGescheJoostattheDesignResearchLabinBerlin,Germany,addedanewdimensiontocommunicationglovescapabletocommunicatewithdeaf-blindpersons.

ThegloveisnamedafterthetactilesignlanguageLorm,the‘MobileLormGlove‘.Lormisacommunicationformwithdeaf-blindpersons.Itissimilartothesignlanguageusedtocommunicatewithdeafpeoplewiththeadditionthatablindpersonreceivesthemessagecreatedwithfingersignsonthebackofhisorherhand.Lormisalsocalled‘hands-onsigning’.

TheMobileLormGloveisfittedwithtextilepressuresensorslocatedinthepalmofthegloveenablingthedeaf-blindpersontocomposeamessageintohisorherhand.ThismessageisthentransmittedtoahandhelddeviceviaBluetooth–couldbeasmartphonerunninganApp–andforwardedtotheotherdeaf-blindperson.

ThereceivingmessageisthenconvertedintotactilefeedbackpatterngeneratedbysmallvibrationmotorslocatedatthebackofthegloveAbrilliantconcept,basedontheLormcommunicationmethodfordeaf-blindpeopleandtransfersitintoourtechnologicallifestyle.Inthesamewayastheperson-to-personcommunicationworkstheMobileLormGlovewouldbecapabletoenabledeaf-blindpeoplereceivingemailsorreadeBooks.ThetextofemailsoreBooksrunsoveraconversio