"This video is published with the explicit permission of the patent holder." Why did you need their permission? Also, what motivates O.T. Vinta's AMAZING work when creating your website and all these very beautiful videos?
the circumference of the small pin is pi*d = 3.14*20 = 62.8 the length of the big gear is approx. 304.04 it's a 9:1 ratio, 62.8 * 9 = 565.2 > 304.04 that means there's sliding friction?
VĂ SALUT CU RESPECT. O INTREBARE VĂ ROG. CARE MODEL DE TRANSMISIE, LA CARE UNA DIN CELE DOUĂ PIESE, DACĂ E ÎN CĂDERE LIBERĂ, VA PUNE IN MISCARE CONTINUĂ , PIESA PE CARE CADE ? MULTUMESC FOARTE MULT.
"This video is published with the explicit permission of the patent holder."
Why did you need their permission? Also, what motivates O.T. Vinta's AMAZING work when creating your website and all these very beautiful videos?
the circumference of the small pin is pi*d = 3.14*20 = 62.8
the length of the big gear is approx. 304.04
it's a 9:1 ratio, 62.8 * 9 = 565.2 > 304.04
that means there's sliding friction?
There is no slippage. The pinion is eccentric, and therefore the ratio of reference lengths may not equal the gear ratio.
Some say Blender isn't good at CAD modelling.
This video proves otherwise.
amazing!!
im making a solidworks version :")
FINISHED SOLIDWORKS VERSION? :)
Waiting for Solidworks version
Designing isn't the problem, manufacturing is. Make a gear hob for it and it'll be everywhere in 3 years.
Thanks
VĂ SALUT CU RESPECT.
O INTREBARE VĂ ROG.
CARE MODEL DE TRANSMISIE,
LA CARE UNA DIN CELE DOUĂ PIESE, DACĂ E ÎN CĂDERE LIBERĂ,
VA PUNE IN MISCARE CONTINUĂ , PIESA PE CARE CADE ?
MULTUMESC FOARTE MULT.
How to calc ratio in calculator?
what,s the max input speed and also max output torque?
Quick someone make an eccentric cycloid planetary gear system! I'm too CAD. challenged 😞
I made one
@@TonyRios can i ask you for model?
just use cycloidal drive at that point
Please help to do this in blender 2.9
Not interested in 3.0?
cool
제니