Week 11 - Final project
OBJECTIVE-
THIS IS OUR FINAL PROJECT FOR THE FIRST MODULE SO AS PER OF MY KNOWLEDGE I AM SUBMITTING OF THIS PROJECT. HERE I HAVE GIVEN CLASS A SURFACE OF THESE 4 BODIES FIRST IS DOOR ARM REST SECOND IS LOWER MAP POCKET THIRD IS UPPER MAP POCKET FOURTH IS BOTTLE HOLDER SO I AM GOING TO THE ON THESE BODIES NOW.
1 - DOOR ARM REST-
IMPROVED A SURFACE-
FIRSTLY I WILL IMPROVE THE A SURFACE
B SURFACE-
I WILL TAKE THE FIRSTLY OFFSET FROM IMPROVED A SURFACE AND THEN WORK ON IT FILL THE OPEN SURFACE BY USE THE MULTISECTION SURFACE AND WITH THE JOIN COMMAND.
C SURFACE-
HERE I WILL USE THE A SURFACE TAKE A BOUNDRY AND THEN USE THE SWEEP COMMAND SO HERE C SURFACE WILL COMPLETE
JOIN A+C -
AFTER COMPLETE THE C SURFACE WE WILL JOIN THE A SURFACE AND C SURFACE SO NOW WE HAVE JOIN A + C SURFACE
EXTENSION OF B SURFACE-
AFTER COMPLETE THE A SURFACE AND C SURFACE WE WILL EXTRAPOLATE THE WHOLE B SURFACE
FINAL TRIM-
AFTER COMPLETE THE JOIN A + C SURFACE AND B SURFACE WE WILL TRIM WITH THIS TWO BODIES
CLOSE SURFACE-
AFTER THE TRIM WE HAVE GOT THE CLOSE SURFACE SO IT IS COMPLETE FOR THE CREATION OF ENGINEERING FEACTURES.
2- LOWER MAP POCKET -
IMPROVED A SURFACE-
FIRSTLY I WILL IMPROVE THE A SURFACE
B SURFACE-
I WILL TAKE THE FIRSTLY OFFSET FROM IMPROVED A SURFACE AND THEN WORK ON IT FILL THE OPEN SURFACE BY USE THE MULTISECTION SURFACE AND WITH THE JOIN COMMAND.
C SURFACE-
HERE I WILL USE THE A SURFACE TAKE A BOUNDRY AND THEN USE THE SWEEP COMMAND SO HERE C SURFACE WILL COMPLETE
JOIN A+C -
AFTER COMPLETE THE C SURFACE WE WILL JOIN THE A SURFACE AND C SURFACE SO NOW WE HAVE JOIN A + C SURFACE
EXTENSION OF B SURFACE-
AFTER COMPLETE THE A SURFACE AND C SURFACE WE WILL EXTRAPOLATE THE WHOLE B SURFACE
FINAL TRIM-
AFTER COMPLETE THE JOIN A + C SURFACE AND B SURFACE WE WILL TRIM WITH THIS TWO BODIES
CLOSE SURFACE-
AFTER THE TRIM WE HAVE GOT THE CLOSE SURFACE SO IT IS COMPLETE FOR THE CREATION OF ENGINEERING FEACTURES.
3- UPPER MAP POCKET -
IMPROVED A SURFACE-
FIRSTLY I WILL IMPROVE THE A SURFACE
B SURFACE-
I WILL TAKE THE FIRSTLY OFFSET FROM IMPROVED A SURFACE AND THEN WORK ON IT FILL THE OPEN SURFACE BY USE THE MULTISECTION SURFACE AND WITH THE JOIN COMMAND.
C SURFACE-
HERE I WILL USE THE A SURFACE TAKE A BOUNDRY AND THEN USE THE SWEEP COMMAND SO HERE C SURFACE WILL COMPLETE
JOIN A+C -
AFTER COMPLETE THE C SURFACE WE WILL JOIN THE A SURFACE AND C SURFACE SO NOW WE HAVE JOIN A + C SURFACE
EXTENSION OF B SURFACE-
AFTER COMPLETE THE A SURFACE AND C SURFACE WE WILL EXTRAPOLATE THE WHOLE B SURFACE
FINAL TRIM-
AFTER COMPLETE THE JOIN A + C SURFACE AND B SURFACE WE WILL TRIM WITH THIS TWO BODIES
CLOSE SURFACE-
AFTER THE TRIM WE HAVE GOT THE CLOSE SURFACE SO IT IS COMPLETE FOR THE CREATION OF ENGINEERING FEACTURES.
4- BOTTLE HOLDER -
IMPROVED A SURFACE-
FIRSTLY I WILL IMPROVE THE A SURFACE
B SURFACE-
I WILL TAKE THE FIRSTLY OFFSET FROM IMPROVED A SURFACE AND THEN WORK ON IT FILL THE OPEN SURFACE BY USE THE MULTISECTION SURFACE AND WITH THE JOIN COMMAND.
C SURFACE-
HERE I WILL USE THE A SURFACE TAKE A BOUNDRY AND THEN USE THE SWEEP COMMAND SO HERE C SURFACE WILL COMPLETE
JOIN A+C -
AFTER COMPLETE THE C SURFACE WE WILL JOIN THE A SURFACE AND C SURFACE SO NOW WE HAVE JOIN A + C SURFACE
EXTENSION OF B SURFACE-
AFTER COMPLETE THE A SURFACE AND C SURFACE WE WILL EXTRAPOLATE THE WHOLE B SURFACE
FINAL TRIM-
AFTER COMPLETE THE JOIN A + C SURFACE AND B SURFACE WE WILL TRIM WITH THIS TWO BODIES
CLOSE SURFACE-
AFTER THE TRIM WE HAVE GOT THE CLOSE SURFACE SO IT IS COMPLETE FOR THE CREATION OF ENGINEERING FEACTURES.
WE HAVE GOT ALL 4 CLOSE SURFACES NOW I WILL GIVE THE FIXED CONSTRAINED FOR JOIN THE ALL 4 BODY THIS IS NOT MOVEABLE TO ANYWHERE NOW I WILL CREATE THE ALL ENGINEERING FEACTURES IN THE WHOLE 4 BODY
1 - HEAT STAKES -
HEAT STAKING ALSO KNOWN AS THERMOPLASTIC STAKING IS THE PROCESS OF JOINING TWO DISSIMILAR MATERIALS TOGETHER . IN HEAT STAKING WE USE LOCAL HEATING AND COOLING TO RAISE THE TEMPERATURE OF PLASTIC COMPONENTS AND ALLOW PLASTIC REFORMING TO BE CARRIED OUT. THIS REFORMING CAN BE USED IN A WIDE VARIETY OF APPLICATION.
SO HERE WE USED THE 8 HEAT STAKES FOR ALL BODIES WITH THE HELP OF MASTER SECTION AND THEN USE PART BODY DESIGN SO HEAT STAKES COMPLETED.
2 - 4 WAY LOCATORS -
A ROUND LOCATING PIN LOCATED CONCENTRICALLY IN A HOLE IS A COMMON APPLICATION OF A 4 - WAY PIN AND HELPS TO FURTHER SECURE THE PIECE 4 WAY LOCATORS : 4 WAY MEAN YOU PREVENT MOVEMENT AT AXES (+X, -X ND + Y ,- Y ) ON THE PLANE GENERALLY YOU HAVE CYLINDRICAL PIN ON THE FIXTURE AND CIRCULAR HOLE AT WORKPIECE PART.
SO HERE WE USED THE 4 LOCATORS FOR JOINING PURPOSE WITH THE HELP OF PART BODY DESIGN ALSO GIVE THE DRAFT AND FILLET SO LOCATORS COMPLETED.
3- DOG HOUSE -
DOG HOUSE IS AN ENGINEERING FEACTURES USED IN PLASTIC TRIM DESGN DOG HOUSES ARE USED AS SUPPORTING FEACTURE SOMETIMES OTHER ENGINEERING FEACTURES LIKE SNAPS LOCATORS ETC ARE MOUNDED ON THEM TO INCREASES THEIR STRENGTH.
SO HERE WE USED THE 2 DOG HOUSES AND USED THE DRAFT ANALYSIS SO IT IS FINE SO DOG HOUSE COMPLETED
4 - PUSH PIN -
PUSH PIN ONLY FOR USE IN THE DOG HOUSE FOR INCREASE THE HEIGHT OF DOG HOUSE SO I AM ALSO USE THE PUSH PIN IN OUR PROJEST.
5- FLANGES -
A FLANGE IS A PROTRUDD RIDGE LIP OR RIM EITHER EXTERNAL OR INTERNAL THAT SERVES TO INCREASE STRENGTH FOR EASY ATTACHEMENT TRANSFER OF CONTACT FORCE WITH ANOTHER OBJECT OR FOR STABILIZING AND GUIDING THE MOVEMENTS OF A MACHINE OR IT IS PARTS FLANGES ARE OFTEN ATTACHED USING BOLTS IN THE PATTERN OF A BOLT CIRCLE.
HERE WE ARE USING THE 12 FLANGES FOR EACH MEANS 8 HEAT STAKES AND 4 LOCATORS FOR EACH I AM CREATING THE FLANGES AFTER CREATION OF FLANGES OUR PROJECT COMPLETED.
NOW BEFORE THE SUBMIT I WILL CHECK ALL THE DIMENSSION AND ALSO DRAFT ANALYSIS SO MNOW EVERYTHING IS FINEFROM MY SIDE NOW I AM SUBMITTING THE PROJECT THANK YOU.
SOME VIEW PICTURES OF OUR PROJECT:
