2:45 looks like the gear-like structure clips the cylinder when it moves. If the groove was wider adjacent the tooth on the spinning cylinder, it would allow the "gear" to turn without jamming on the cylinder. Please accept my apology if I am mistaken.
1:13 that's a really cool mechanism, but it's one of the few that I can't think of a practical application for it, or even how it would be motorized effectively!
This is not Fusion 360; I used SolidWorks and Autodesk Inventor for this project. Both allow for creating complex interactions between components. Thanks for your interest!
manca il mio progetto fatto con un sistema di leve (6) con qualcosa che non posso dire dove ottengo la rotazione 1 a1 e con maggiore potenza l attrezzo lo potete vedere su youtube scrivendo moltiplicatore di potenza dove con un motore di 1.5kw che fa 1400 giri che li riduco a 40 che sono uguali in uscita dove collego un generatore che mi da 13kw dove posso collegare altri attrezzi e fare una centrale elettrica a costo zero
Muy técnico y de gran utilidad Movimiento Mecánico 😊 Gracias
Well this is great! very interesting for me, who is a student of mechanical engineering. Congratulations!
Thank you! I'm glad you found it interesting, and I appreciate your support as a mechanical engineering student!
2:45 looks like the gear-like structure clips the cylinder when it moves. If the groove was wider adjacent the tooth on the spinning cylinder, it would allow the "gear" to turn without jamming on the cylinder.
Please accept my apology if I am mistaken.
Its mind boggling that ppl actually thought of this and make models of it
1:22 how is the axel of the small wheel staying in place if the big wheel it's attached to is rotating?
It can be mounted on an external axle through the other side.
@@BURK1_B055 Got it. Thanks
1:13 that's a really cool mechanism, but it's one of the few that I can't think of a practical application for it, or even how it would be motorized effectively!
Riiged wheel
Is this Fusion 360? I know there’s a way to rig up components to interact with each other, I just don’t remember it being this complex.
This is not Fusion 360; I used SolidWorks and Autodesk Inventor for this project. Both allow for creating complex interactions between components. Thanks for your interest!
Do you have the models availalbe to 3D print them?
3:07 Can you teach me how to joint motion in that mechanism?
With what application?
3:00 what is this mechanism called?
Barrel cam mechanism.
manca il mio progetto fatto con un sistema di leve (6) con qualcosa che non posso dire dove ottengo la rotazione 1 a1 e con maggiore potenza l attrezzo lo potete vedere su youtube scrivendo moltiplicatore di potenza dove con un motore di 1.5kw che fa 1400 giri che li riduco a 40 che sono uguali in uscita dove collego un generatore che mi da 13kw dove posso collegare altri attrezzi e fare una centrale elettrica a costo zero
Thank you
You're welcome! I'm glad you liked it. Don't forget to check out my channel for more content!
Can you give the name of them ,please❤❤
Of course.
1- Almond Right-Angle Drive (Almond Coupling)
2- 507movements.com/mm_398.html
3- Transport Mechanism
4- Jansen’Linkage (Walking mechanism)
5- Mangle-wheel and pinion (507movements.com/mm_036.html)
6- 507movements.com/mm_216.html
7---------------------
8- Ornithopter Flapping Mechanism
9- 507movements.com/mm_123.html
10- 507movements.com/mm_027.html
11- The single tooth intermitten mechanism
12- Barrel Cam Mechanism
13- Double scotch yoke mechanism
14- 507movements.com/mm_118.html
15- Oblique crank-rocker mechanism
16- Scotch yoke mechanism
Could You Share how to make this modeling ?
Thanks for your interest. I will share it, but I don't plan on sharing it anytime soon.
If I had to guess, I think he’s using a CAD program called SolidWorks
@@pacobing8631 what i want to know how to make it, well i know the cad.
sono meccanismi particolari che vengono usati per singoli esigenze
Thanks! Yes, mechanisms are designed to meet specific needs.
“555 👍” ❤
3:23 reminds me of something
Yo, calm down bro, Mr 𝓯𝓻𝓮𝓪𝓴𝔂
🤣