How to model a Control lever shaft using Inventor 2014?


If you are really interested in modeling with Inventor (2014), try to apply every step with respect to their order and watch how you reach the model.
You can watch the live modeling of this part with Inventor 2021 by using this link: https://youtu.be/gOkTy_oJdH0
Enjoy!
Step 1:
1. New sketch: a slopped line centered on Center point (length 100, slopped at 7 degrees 21’ from the projected X Axis; two points (P1 and P2) at 29.6 and 51 are added on the slopped line
Step 2:
2. Three new work planes: [P1] and [P2] normal to X Axis through points P1 and P2, and [P3] normal to slopped line through Center point; select the line first and the point second
Step 3:
3. After taking visibility of [P1] and [P2] and the first sketch, a new sketch on [P3]
Step 4:
4. Extrude the new profile between [P1] and [P2] (selected from browser)
Step 5:
5. The result of extruding
Step 6:
6. New work plane: to create [P4] select successively 1 and 2, in order
Step 7:
7. New sketch on [P4]: Circle with Radius=50 at 60 from Center point on the same vertical
Step 8:
8. Extrude the circle symmetrically on 31, option Cut
Step 9:
9. Fillet Radius 2 on the indicated edges
Step 10:
10. New sketch on [P4]: two semicircles at 3 with two tangent lines - superior and inferior - with prescription: the inferior tangent is centered on Center point
Step 11:
11. Extrude the closed profile symmetrically on 31-1.88-1.88 (as an expression)
Step 12:
12. Fillet Radius 2 on the indicated edges
Step 13:
13. New sketch on XZ Plane: the axis (centerline) is coincident with Center point
Step 14:
14. Revolve the closed profile using the Intersect option!
Step 15:
15. The middle body finished
Step 16:
16. Revolve the closed profile in a new sketch created in plan P3: the midpoints on the same vertical with Center point
Step 17:
17. The result of revolving with Cut option
Step 18:
18. Revolve the ends of part with Join option using two closed profiles in a new sketch
Step 19:
19. The result of revolving the two closed profiles
Step 20:
20. Fillet four edges with different radii
Step 21:
21. Thread the right end using the specification ISO Metric profile / M22x3
Step 22:
22. Chamfer five edges with different values
Step 23:
23. Hole on the right end of part using concentric option to obtain a countersunk hole at 60° (Ø6)
Step 24:
24. Hole on the left end of part using concentric option to obtain a countersunk hole at 60° (Ø3)
Step 25:
25. Preparing for creating a sketch in two steps: 1. Click on face, 2. Select „Create Sketch” icon
Step 26:
26. The sketch contains a pseudo triangle at 60° with a filleted peak of 0.3 at 13.5 from Center point
Step 27:
27. Extrude the „triangle” on a distance of 28, using opton Cut
Step 28:
28. Start creating a sketch in two steps: 1. Click on face, 2. Select „Create Sketch” icon
Step 29:
29. The sketch contains the projected „triangle” and a centerline (as Axis) at 53 from Center point
Step 30:
30. Revolve the „triangle” around the Axis using the option Cut
Step 31:
31. Apply Circular Pattern to the last two features around the part axis for 35 times
Step 32:
32. Create an work axis using the Axis tool followed by a procedure in 4 steps, starting with right-click on empty graphic space
Step 33:
33. Create an work point by clicking successively on a face (1) and the axis (2)
Step 34:
34. Create Hole with the option On point by selecting the point and the axis, in this order
Step 35:
35. Final part
Excelente!
Excelente Tutorial, Felicitaciones Profesor!
Do you have the 2D mechanical drawing with dimensions. I would like to start modeling with this drawing in hand...
Thank you Professor for all the time and effort that you put into making these tutorials and the depth of detail. Kept me busy for a while.
Thank you Professor. It is great tutorial.
Grazie Pirro Peti!
I hope you already know that a lot of projects from GrabCAD are modeled in detail in my tutorials.
See https://www.youtube.com/playlist?list=PLQ2GcD37ZxR8GvLNcFd1jXeb9ZLM_9bgb
To watch all my over 200 tutorials, download the file GENERAL INDEX TABLE.xls from https://www.fastgrup.ro/tutorials
Prof. Constantin STANCESCU, Romania
See https://youtu.be/gOkTy_oJdH0
Very nice tutorial!