Week 8 - Challenge 6 - Core & Cavity Design
FOR CREATING TOOLING AXIS
- FIRST WE SHOULD CONSIDER THE DUMMY TOOL AXIS ALONG THE TOOL OPEN AND CLOSE DIRECTION.
- THEN WE FIND THE ALL THREE SURFACE THAT ARE NOT PARALLEL ALONG THE AXIS WE CREATED BECAUSE PARALLEL FACE CREATE NO PROBLEM WHEN GIVEN DRAFT ANGLE
- FOR THE FIRST TWO NON PARALLEL SURFACE , WE SHOULD CREATE LINE ALONG ALL THE SURFACE DIRECTION.
- THEN USING THE BISECTING LINE METHOD SHOULD FIND THE FIRST TOOLING AXIS ALONG THE DUMMY AXIS DIRECTION BETWEEN THE TWO SELECTED SURFACE.
- THEN AGAIN CREATE LINE ALONG ALL THE ANOTHER SURFACE DIRECTION.FIND THE SECOND DUMMY AXIS
- THEN AGAIN USING THE BISECTING LINE METHOD SHOULD FIND THE TOOLING AXIS BETWEEN THE TWO DUMMY AXIS.
- SINCE , WE HAVE THREE NON PARALLEL SURFACE , AND IN DIFFERENT PLANE ,WE HAVE CREATE TWO DUMMY AXIS AND FIND THE MEAN TOOLING AXIS BETWEEN THEM
FOR DRAFT ANALYSIS
- FIRST THE NOMINAL DRAFT ANGLE IS 3 DEGREE
- THE DRAFT ANALYSIS IS DONE TO CHECK WHETHER THE SURFACE ALONG THE TOOLING AXIS ARE CORRECT DRAFTING ANGLE
- IT CAN CHECK WITH COLOR VARIENT SCALE, LIKE GREEN AND BLUE COLOR INDICATION.
- IT CAN ALSO SPECIFICALLY CHECKED ON THE SURFACE WE WANT BY RUNNING POINT METHOD WHICH IS AVAILABLE.