Tutorial Inventor - 284 Kinematics with Sketches - SOLUTION

[@gsdtdeaux7]

Playback speed 1.5X. Thank you for the video 🙏

[@atit820]

Spectacular Professor. Great work

[@prof-stancescu]

Thank you! Cheers!

[@Wolf-fs6xj]

Wonderful very good exercise, very interesting thank you😊

[@prof-stancescu]

Glad you enjoyed it!

[@ignaciofloresbustos2137]

Hello, thank you very much for your video! I have a question. Can I give a trajectory that is not circular to the crank? if so, how can I do it?

[@prof-stancescu]

Now I am in a vacancy in Italy. I’ll answer you when I’ll be back at home.

[@ignaciofloresbustos2137]

@@prof-stancescu ok, thank you

[@ignaciofloresbustos2137]

@@prof-stancescu Hello! Can you answer my question please?

[@ignaciofloresbustos2137]

@@prof-stancescu i need your help

[@akshay.kumar.k]

Sir, is it possible to do with 3D sketches as well? 2D and 3D combined?

[@prof-stancescu]

Good idea - I’ll try, thank you my friend!

[@emanuelqoku6080]

Hello, your videos are very good, i have a question if you can show the constrains in the last two exmples( Watt-Mechanisms). Thank you.

[@prof-stancescu]

All examples use 3x4=12 constraints well known in any sketch. Here I used the Coincident constraint either point on point or point on line.

[@Acheslav]

Hello, you are the best again. But let me remind you of my question in this video. Tutorial Inventor - 148 iCopy. "Let's say a semicircular chair and you need to make racks that go from the bottom to the top of the backrest. All radii are different and the upper part is tilted. I tried it, but it didn't work out. Will you succeed?" The question is very relevant! If it is not possible to do this, then say so. And we will do everything with our hands.

[@prof-stancescu]

I am sure that you can use iCopy to make your chair model. In the tutorial 148 you have all the procedure. At the minute 18:26 you obtain lines, then all the lines are substituted with metal frames. Note that the frames have identical section, and you want to be cylindrical with different radius. To do this you have to define EACH rack one by one, assuming different radii but the length as the line generated with iCopy. Then you have to create the proper ends for each rack in contact with the rails. Good luck! Thanks for appreciation of my work!

[@Acheslav]

@@prof-stancescu Yes, you're right. I can use iCopy. But here's another question. I have misinformed you. There is a chair, a bottom and an upper arc. The upper arc is at an angle of 5 degrees to the bottom. So we need to make a rack to distribute it later. I immediately have a problem in choosing the working plane for the further array.

[@Acheslav]

@@prof-stancescu Who else can help in this matter besides you. I think there are no such specialists on KZbin.

[@hosseinrahmani_eng]

🙏🙏👌

[@prof-stancescu]

Go ahead - learn more!