51 creo parametric creo parametric 2 - lamit and...

CreoParametric&CreoParametric2.0

Projects

WatchtheProjectLectureVideobeforeyoustart

AngleBlockCompleteafterLesson4

FigureAngleBlock1AngleBlock AngleBlock ThislessonprojectisasimpleblockthatrequiresmanyofthesamecommandsastheClamp.Usingthedefaultdatumscreatethepart.SketchtheprotrusionondatumFRONT.SketchthecutondatumRIGHTandalignittotheuppersurface/planeoftheprotrusion.

FigureAngleBlock2Dimensions

FigureAngleBlock3ProtrusionSketchDimensions

FigureAngleBlock4Sketch

FigureAngleBlock5CutDrawingDimensions FigureAngleBlock6CutSketchDimensions

T‐BlockandECOCompleteafterLesson5

FigureT‐Block1T‐Block FigureT‐Block2T‐BlockECO

T‐Block This lessonproject isasimpleblockthat iscreatedwithcommandssimilar to those for theBASE_ANGLE.Sketch the protrusion on datum FRONT. After the T‐Block ismodeled, youwill be prompted to edit andredefineanumberoffeaturesfromanECO(T‐BLOCK_ECO)

FigureT‐Block3Dimensions FigureT‐Block4RightSideView

FigureT‐Block5FrontView FigureT‐Block6PictorialView

UseEditDefinition andEdit to complete theECOafter you save it to another name.TheT‐shaped slot issymmetricalandislocatedatthecenterofthepart.WhencompletingtheECO,becarefulnottoassumethatthisconditionstillapplies. ChangethecuttotheconfigurationshowninFigureT‐Block8‐11 Changetheheightandthedepthofthepartto4.00. ChangetheT‐slottothatshowninFigureT‐Block8‐11 FigureT‐Block7ECO

FigureT‐Block8ECO

FigureT‐Block8ModifiedDimensions

FigureT‐Block9ECODimensions

FigureT‐Block10PictorialView

FigureT‐Block11CutDimensions

GuideBracketCompleteafterLesson6

FigureGuideBracket1GuideBracket FigureGuideBracket2Bottom

GuideBracket

TheGuideBracket is amachinedpart that requires commands similar to theBreaker. Simple roundsandstraightandsketchedholesarepartoftheexercise.AtthisstageinyourunderstandingofCreoorPro/E,youshouldbeable toanalyzethepartandplanthestepsand featuresrequiredtomodel it.Youmustuse thesamedimensionsanddimensioningscheme,butthechoiceandquantityofdatumplanesandthesequenceofmodelingfeaturescanbedifferent.

FigureGuideBracket3Drawing

FigureGuideBracket4Drawing,TopView

FigureGuideBracket5Drawing,FrontView

FigureGuideBracket6GuideBracketDrawing,RightSideView

FigureGuideBracket7GuideBracketCounterboreHoles

AngleFrameCompleteafterLesson7

FigureAngleFrame1AngleFrame AngleFrame TheAngleFrameisamachinedpartthatrequirestheuseofavarietyofdatumplanesandalayeringscheme.Youwillalsoaddarelationtocontrolthedepthofthelargecountersinkholeatthepart’scenter.Analyzethepartandplanthestepsandfeaturesrequiredtomodelit.Settheunitsandthematerial(aluminum6061)forthepart.SetthedatumsasBasic,andrenametoA,B,C,andsoon.

FigureAngleFrame2Drawing

FigureAngleFrame31stFeature FigureAngleFrame42ndFeature FigureAngleFrame53rdand4th (Createseparately)

Set the datumswith the appropriate geometric tolerance names: A, B, C, and so on. Create two sectionsthroughtheAngleFrametobeusedlaterinaDrawingLesson.Forthesections,usedatumplanesBandE,which pass vertically through the center of the part. Name the cross sections A (SECTION A‐A) and B(SECTIONB‐B).

FigureAngleFrame6Steps FigureAngleFrame7Dimensions

End is one protrusion

63FigureAngleFrame9WebSketch

FigureAngleFrame9Datums.DatumEisthroughtheaxisofthefirstprotrusion,andatanangletoDatumB.

FigureAngleFrame10SetthedatumplanesandchangetheirnamestoA,B,C.

64Modifythethicknessofthebossfrom2.00to2.50.Notethattheholedoesnotgothroughthepart.Modifythebossbacktotheoriginaldesigndimensionof2.00.Addarelationtosaythatthedepthoftheholeshouldbeequaltothethicknessoftheboss.

Yourd#symbolswillprobablybedifferentfromtheonesshownhere.Changethethicknessoftheboss(originalprotrusion)toseethattheholestillgoesthroughthepart.Nomatterwhatthebossthicknessdimensionchangesto,theholewillalwaysgocompletelythroughit.Thisrelationcontrolsthedesignintentofthehole.

FigureAngleFrame11AddingaRelationtoControltheHoleDepthBossprotrusionhasaheightof2.00andhasasymboldimensionofd6.Relationsareusedtocontrolfeaturesandpreservethedesignintentofthepart.CreatethesectionsrequiredtodescribethepartwhileyouareinPartModesothattheywillbeavailableforusewhenyouaredetailingthepartinDrawingMode.

FigureAngleFrame12X‐SectionsThroughDatums

ConvexCompressionSpringCompleteAfterLesson16

FigureConvexCompressionSpring1 ConvexCompressionSpringThis lesson project is a ConvexCompression Spring. This project uses commands similar to those for theHelical Compression Spring. Analyze the part and plan the steps and features required to model it. Thespringismadeofspringsteel.Add3DNotesdescribingthespring.

FigureConvexCompressionSpring2DetailDrawing(groundends)

FigureConvexCompressionSpring3GroundEnds

FigureConvexCompressionSpring4FrontandLeftSideViews

FigureConvexCompressionSpring5TopView

FigureConvexCompressionSpring6DETAILA,andShadedViews

The ECO does not alter the ConvexCompressionSpring you just created. TheECO requests thatadifferentextensionspringbedesignedwithhookendsinsteadofgroundends. The same size anddimensionsrequiredintheConvexCompressionSpringaretobeusedinthenewspring.

Save the Convex Compression Spring under a new name‐‐ CONVEX_COM_SPR_GRND_ENDS. Rename theactive part to something likeCON_EXT_SPR_HOOK_ENDS. Delete the ground ends, and designmachinehooks forbothendsof thenewspring.Refer toyourMachinery’sHandbookoryourengineeringgraphicstextforacceptabledesignoptionsanddimensionsforthehookends.Create3DNotestodescribethespring.

Creo Parametric Projects

FigureConvexCompressionSpring7ECOforNewConvexExtensionSpring

Design a convex extension spring with machine hook ends.

Use the same dimensions as those for the Convex Compression Spring

Design the hook ends using your own dimensions.

Pitch to be .125

CellularPhoneBottomCompleteafterLesson17

FigureCellularPhone1CellularPhoneBottom FigureCellularPhone2DatumFeatures

CellularPhoneBottom TheCellularPhoneBottomrequirescommandssimilartothoseusedintheEnclosure.Analyzethepartandplan the steps and features required tomodel it. Plan the feature creation sequence and theparent‐childrelationshipsforthepart.Thicknessis.040onitssidesand.500onitsinsidebottom.

FigureCellularPhone3BottomDrawing

FigureCellularPhone4DimensionsforFirstProtrusion

FigureCellularPhone5BottomDrawing,TopView

FigureCellularPhone6BottomDrawing,FrontView FigureCellularPhone7DETAILD

FigureCellularPhone8Drawing,BottomView FigureCellularPhone9DETAILE

FigureCellularPhone10SECTIONA‐A

FigureCellularPhone11SECTIONB‐B FigureCellularPhone12DETAILC

CellularPhoneTopCompleteafterLesson18

FigureCellPhone1CellularPhoneTop

Creo Parametric Projects CellPhoneTop

TheCellPhoneTopisoneoftwomajorcomponentsforacellularphone.ThepartismadeofthesameplasticastheCellularPhoneBottom.Iftimepermits,trytoassemblethetwopieces(youmayneedtomodifythesepartstoattainaproperfit).Analyzethepartandplanthestepsandfeaturesrequiredtomodelit.

FigureCellPhone2TopShowingDatumPlanes FigureCellPhone3DatumA

FigureCellPhone4DetailDrawing

FigureCellPhone5FrontView FigureCellPhone6Section

FigureCellPhone7RightSideView FigureCellPhone8Section

FigureCellPhone9BottomView

FigureCellPhone10SECTIONC‐C FigureCellPhone11Diameter

FigureCellPhone14SECTIONA‐A FigureCellPhone15Boss

FigureCellPhone14SECTIONB‐B FigureCellPhone15Grill

FigureCellPhone16DETAILA FigureCellPhone17DraftAngle

FigureCellPhone18Opening

FigureCellPhone19Opening

CoverPlateCompleteafterLesson18

FigureCoverPlate1CoverPlate FigureCoverPlate2Bottom

CoverPlate TheCoverPlateisacast‐ironpart.Thesweepwillhaveaclosedtrajectorywithinnerfacesincluded.Analyzethepartandplanthestepsandfeaturesrequiredtomodelit.Establishthefeaturecreationsequenceandtheparent‐childrelationshipsforthepart.Addroundsonallnon‐machinededges.

FigureCoverPlate3DetailDrawing,SheetOne

FigureCoverPlate4Drawing,TopView

Figure Cover Plate 5 Sheet Two, Bottom View FigureCoverPlate6SECTIOND‐D

FigureCoverPlate7SECTIONA‐A

Creo Parametric Projects FigureCoverPlate8SECTION

FigureCoverPlate9SECTIOND‐D

FigureCoverPlate10(a)CoverPlateSweepSectionSketch(Usea“closedsection”)

FigureCoverPlate10(b)CoverPlateSweepSectionSketch

FigureCoverPlate11Section

FigureCoverPlate12DETAILA

FigureCoverPlate13SECTIONC‐C FigureCoverPlate14Dimensions

FigureCoverPlate15Close‐upofTopLeft

FigureCoverPlate16Close‐upofTopRight

FigureCoverPlate17SECTIONB‐B

FigureCoverPlate18RoundedLeg

FigureCoverPlate19Legs FigureCoverPlate20RectangularLeg

AdvancedProjectFaucet

FigureBathroomFaucet1BathroomFaucet

FigureBathroomFaucet2BottomBathroomFaucet

Thisisanadvancedlessonproject.Becauseyouhavecreatedovertwentyparts,youshouldbeabletousethat knowledge to model the Swept Blend required to create the Bathroom Faucet. Some instructionsaccompanythislessonproject,butyouwillberequiredtoresearchdocumentation(HELP)andlearnaboutSplines and Swept Blends. After themodel is complete, create a number of sections that can be used inDrawingmodewhenyouaredetailingtheFaucet.

FigureBathroomFaucet3DetailDrawing

FigureBathroomFaucet4FrontView

FigureBathroomFaucet5InternalView

FigureBathroomFaucet6RightSideView

FigureBathroomFaucet7Boss

FigureBathroomFaucet8DETAILB

FigureBathroomFaucet9Draft

FigureBathroomFaucet10SECTIONA‐A

FigureBathroomFaucet11SweepSections FigureBathroomFaucet12SectionedSpout

FigureBathroomFaucet13TopView

FigureBathroomFaucet14EndSection

FigureBathroomFaucet15DETAILC

FigureBathroomFaucet16SECTIONC‐C

FigureBathroomFaucet17InternalViewofSpout

FigureBathroomFaucet18BottomView

FigureBathroomFaucet20PreviewedDraft FigureBathroomFaucet19FirstProtrusion

FigureBathroomFaucet21DETAILD

FigureBathroomFaucet22BathroomFaucetDrawing,SpoutSection

FigureBathroomFaucet23SecondBlendSection

FigureBathroomFaucet24SectionedEnd

FigureBathroomFaucet25ThirdBlendSection

FigureBathroomFaucet26ThirdSection

FigureBathroomFaucet27FourthBlendSection

FigureBathroomFaucet28FourthSection

FigureBathroomFaucet29SweptProtrusion

FigureBathroomFaucet30Shell

FigureBathroomFaucet31FifthBlendSection

FigureBathroomFaucet32End

Width of first blend section is 1.20

FigureBathroomFaucet33Sections

FigureBathroomFaucet34FirstThreeBlendSectionLocations

FigureBathroomFaucet35SECTIONA‐A

FigureBathroomFaucet36VIEWA

FigureBathroomFaucet37SECTIONE‐E

FigureBathroomFaucet38PictorialofSECTIONE‐E

FigureBathroomFaucet39SECTIONF‐F

FigureBathroomFaucet40SECTIONG‐G

FigureBathroomFaucet41BathroomFaucetDrawing,FirstSection

Length of first blend

section is 1.75

FigureBathroomFaucet42TrajectoryDimensions

FigureBathroomFaucet43FirstSection:Pictorial

FigureBathroomFaucet44FirstSectionDimensions

FigureBathroomFaucet45FirstSection:1.75X1.20X.75XR1.00

FigureBathroomFaucet46SecondSection:1.380

FigureBathroomFaucet47SecondSection:Pictorial forthesecondsection,alignthearccentertothecoloredcrosshairs(startingpoint)

FigureBathroomFaucet48ThirdSection:1.00X.375XR.850

FigureBathroomFaucet49ThirdSection:Pictorial

FigureBathroomFaucet50FourthSection:.625X.312XR.625

FigureBathroomFaucet51FourthSection

FigureBathroomFaucet52FourthSection:Pictorial

FigureBathroomFaucet53FifthSection:.500X.25XR.75

FigureBathroomFaucet54FifthSection:Pictorial

FigureBathroomFaucet55CompletedSweptBlend

AdvancedProjectArm

AdvancedProjectBracket

AdvancedProjectCover

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