ProE-AssemblyModeling

ProE-AssemblyModeling - #   D " T #  #  1...

Info iconThis preview shows page 1. Sign up to view the full content.

View Full Document Right Arrow Icon
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: #   D " T #  #  1 ™ "  "  "   ҆   = ‰   " = #   "=  #  D  "D   # g    #   "     D 6   " D 6#  #   T    T"    # # T"     D      ƒ #    > > > " > (feature) (object) : (component) : 1. . . , , . , , , . . - >  c b  b b b b b}# b b b b} b  b  b b  b b p b b"cb ƒ b b" b  bn bnD b 5  A  ; ( :6   > > D  b b b b b}# b # b b b} b b " b  b b  b  b b # bb #b ƒ b " b b "c ># 1.  ASSEMBLY MODELING  - - - (model) : . 1 CAD "  , CADAL ƒ  . ,  U  g" D  "    T gg   ,  2.    - k j b   D b q b b b b b b b  b  b " b b  b # b bk§­±²µj  b # b kjb bb bo bo bo k ‘j b k¯«´j b   bb b "b" b= bo  b bo bƒ b b  €bo # b  b b #b cb bb b bo b bo    ƒ  "# " = D æ   " D  D   " 6 T ‰ " 6 #  ƒ Pro/ENGINEER . . . , (sub-assembly) (Assembly Constraints) (plane), 2. Pro/ENGINEER (main window) (surface), 3 2 (axis), COMPONENT (point) ASSEMBLY MODELING CAD "  , CADAL 2   bb ‘bo bb bo bo bo ASSEMBLY MODELING , , , , COMPONENT PLACEMENT . . 3. (placement constraint command) : MATE : 4. MATE "  3 CAD  .    ‰ Ä              ¿D  U ‰"  "   -  -      Ä Ä   T  U   . . , CADAL ASSEMBLY MODELING MATE OFFSET : . . 5. MATE OFFSET ALIGN : . Align . 6. ALIGN ALIGN OFFSET : . . 7. ALIGN OFFSET "  4 CAD , CADAL š š    =      D  "   U   =   "   ‰"  -    D  U  ‰  U  ASSEMBLY MODELING ORIENT : 8. ORIENT INSERT : 9. INSERT – Mate, Mate Offset, Align, Align Offset, Orient, Insert , . COMPONENT PLACEMENT , , (status message) . "  5 CAD     "    ‰   g " D  . " =  ‰ U  -   #   Ä    -   "   . 2 . , CADAL ASSEMBLY MODELING , . . MODIFY    #  # D"  "   " g"  # Î € €    "    "    €        "   Mod Dim MODIFY Mod Assem (single part) . , Mod Part , (delete), (suppress), (reorder), . (reroute), (pattern) Info, Quit =  TD ¿     g"   "=     "   T"   "=   , COMPONENT . Select By Table . Add Constrnt, Del Constrnt Redo Constrnt Mate Offset . , Show Ref, Reroute, Scheme, Delete, Delete All, Suspend, Suspend All, Freeze, CHILD . , INFO : . (mass property) . (clearance) (interference) , "  6 CAD , CADAL ÿ   #    . Redefine ,  €     D D   ~    g Î  °     =       D Î     " = = 3.  € = , . Mate ASSEMBLY MODELING 10. STEP 1) (bracket), (bushing) (snap ring) (top level assembly) . , INFO Global Interference (interference) . GLOBAL SETUP Info, Measure, Clear/Intf, Global Intf, Done/Return . . Info Measure Clear/Intf Global Intf Done/Return MAIN INFO MEASURE Clear/Intf GLOBAL SETUP "  7 CAD , CADAL Î " € g Î €     #  "   -  # gT" D  ­ . 4. ASSEMBLY MODELING STEP 2) (Top level assembly) (base sub-assembly) . . , 11. STEP 3) View, Cosmetic, Explode (exploded view) . (exploded value) View Cosmetic Explode Explode State Redefine Done Position Entity/Edge,Translate Pick < Pick & Move MAIN MAIN VIEW COSM VIEW ASSEMBLY EXPLD STATE SEL STATE MOD EXPLODE MTNPREF GET SELECT > "  8 CAD "T    #   " " -   , ,  , CADAL ASSEMBLY MODELING STEP 4) Info, BOM (bill of material) Info BOM <q> STEP 5) L-bracket . MAIN INFO 25 45 Modify Regenerate, Automatic L-bracket . (Full associativity) Modify Mod Part < Pick L-Bracket > Value Pick < Pick L-Bracket > < Pick 25.00 > < 45 > Regenerate Done ASSEMBLY ASSEM MODE MODIFY GET SELECT MODIFY PART BASE 12 . 12. BASE 9 CAD , CADAL     "   a    T Ù   = - "  .   ASSEMBLY MODELING , STEP 1) MODE Assembly Assembly Create < BASE > STEP 2) Component, Assemble [BRACKET] . Component Assemble < BRACKET > : ASSEMBLY COMPONENT , . <?> STEP 3) Assemble [BUSHING] . COMPONENT PLACEMENT COMPONENT . Assemble < BUSHING > COMPONENT (picking) 13 . 13. BRACKET BUSHING 10 CAD , CADAL   T €  ¿   "         #   g  g T"    " T"  i 1 T"   ÿ       -   g : [BASE] . MODE ENTERASSY . ASSEMBLY MODELING STEP 4) PLACE Insert . BUSHING BRACKET (slot) . Component . Component Placement . INSERT . , 0.000 . . Component . BUSHING BRACKET STEP 5) Mate BUSHING BRACKET . . Component Placement constraind and can be placed” Placemnt . COMP PLAC . COMP PLAC Show Placemnt BUSHING (orientation) BUSHING Query Sel <Pick BRACKET Accept Show Placemnt STEP 6) BUSHING Constrnt D- (slot) , COMP PLAC , PLACE Orient BUSHING , D- . "  11 CAD   #   " "    "  T"   "# #  ‘ " Mate Pick < Pick BUSHING PLACE GET SELECT > GET SELECT > CONFIRM COMP PLAC #    ‘   g" "   "   Î g  #      Insert Pick < Pick < Pick PLACE GET SELECT > > "   D      T" "  . “componet is fully Show . . Add , CADAL  Ä   " D T ‰  "    "   g g T      U    Ä D= "  g #   T"     "   : ASSEMBLY MODELING STEP 7) COMP PLAC . Show Placement Done bushing Repaint STEP 8) Assemble [RING] 14 .  T"  ­  # " Î o  "     " " T"    "       T"   ¿  "    "   # T"     "  UT      ­  " # " = D g "  ­     "  ( (normal) ). D(bracket) . (normal) (face) . Make Datum D(Through) . Query Sel Accept . (Through) . DATUM PLANE Done . (bushing) , Red . . Show Placemnt Done View Repaint COMP PLAC COMP PLAC MAIN MAIN VIEW : (picking) . Assemble COMPONENT "  12 CAD , CADAL #   T  T"   "   Ä  # : Through Query Sel < Pick DAccept Done Red  Add Contrnt Orient < Pick BUSHING Make Datum COMP PLAC PLACE > SEL/MAKE DAT DATUM PLANE GET SELECT > CONFIRM DATUM PLANE DTM ORIENT   " T"     ASSEMBLY MODELING < RING > 14. BASE RING STEP 9) Insert STEP 10) Mate .( STEP 11) Orient RING STEP 12) COMP PLAC . Show Placemnt COMP PLAC 13 Del Constrnt RedoConstrnt CAD , CADAL #  "   "   Orient <Pick RING <Pick BUSHING PLACE > >     #  Mate < Pick RING < Pick BASE PLACE > . # "   Insert < Pick RING < Pick BASE PLACE > >  # . ) "        T"  T"  " - > ASSEMBLY MODELING Show Placemnt STEP 13) Done . .(Quit Window) Done Dbms Save < BASE.asm > Quit Window , MAIN DBMS MAIN ( 10, 11 STEP 14) Mode,Assembly,Create [MACHINE] Mode Assembly Create < MACHINE > STEP 15) Component . . MAIN MODE ENTERASSY [BASE] . [SHAFT] 15 Component Assemble < BASE > Assemble < SHAFT > ASSEMBLY COMPONENT COMPONENT "  14 CAD T  T   T"   " Î ¼   g "   T"  T  COMP PLAC.  "   "   . ) . , CADAL ASSEMBLY MODELING 15. BASE SHAFT STEP 16) SHAFT BUSHING Insert . STEP 17) SHAFT Offset BUSHING . > < 60 > Done CRANK 16 COMP PLAC . . "  15 CAD "     Align Offset < Pick SHAFT < Pick BUSHING PLACE >      Insert < Pick SHAFT < Pick BASE PLACE > >  [60] Align , CADAL        T  ASSEMBLY MODELING 16. MACHINE CRANK STEP 18) CRANK Assemble . Assemble < CRANK > STEP 19) CRANK SHAFT Insert . COMPONENT STEP 20) CRANK SHAFT . Align PLACE < Pick CRANK > < Pick MACHINE SHAFT > STEP 21) CRANK SHAFT Orient . Orient PLACE < Pick CRANK > < Pick MACHINE SHAFT 16 >    "     Insert PLACE < Pick CRANK > < Pick MACHINE SHAFT  > Align CAD , CADAL      1   ‘   " "  ASSEMBLY MODELING Done COMP PLAC STEP 22) CRANK . Align PLACE < Pick GEAR > < Pick MACHINE SHAFT > Orient PLACE < Pick GEAR > < Pick MACHINE SHAFT Done "  17  Assemble COMPONENT < GEAR > Insert PLACE < Pick GEAR > < Pick MACHINE SHAFT " >            T" Ä : GEAR > CAD , CADAL ...
View Full Document

This note was uploaded on 04/16/2010 for the course ME master taught by Professor Mon during the Spring '09 term at Hanyang University.

Ask a homework question - tutors are online