That's... actually pretty damn neat. May we have the stl files for it? Edit: My bad, I just noticed this isn't 3d printed. Still, it's a neat mechanism.
What is the connection witg Leonardo da Vinci? Did they have ball bearings in his time? If so what material are they made from, and how were they made?
Create 2 paralel ridges so that the ball rests on the smaller outer circumference instead of the large center circumference. This way the ball will have to make more rotations for the same distance. That slows the ball down
No. It works like a horizontal clock pendulum, very efficient but the handle needs to be placed upwards in an elevated position in order for it to make the ball roll down again.
Not really, no. It is driven by the weight of the arm that is lifted at the beginning of the video. The arm drops a bit for each cycle, and when it reaches the bottom the mechanism stops.
That's... actually pretty damn neat. May we have the stl files for it?
Edit: My bad, I just noticed this isn't 3d printed. Still, it's a neat mechanism.
Thank you very much!
😱😱😱😱 fantástic
Cute😊
Wonderful and Excellent Your video and your Equipment, Tool's, Thanks to you Sir Ji,
The mind of that man is staggering.
Really nice, will try to build it
How'd it go?
Cool
What is the connection witg Leonardo da Vinci? Did they have ball bearings in his time? If so what material are they made from, and how were they made?
cannon balls?
they had ball shaped objects.
Neat mechanism but obviously a bit lame without you including the sounds of the mechanisms for us to hear them
How do you modify the timing of the mechanism without changing the length of the ball's path?
I don't see a way to do that. Replace the part with the furrow for another with different lenght, maybe?
If you change the angle of slope, it'll run at a different speed.
Create 2 paralel ridges so that the ball rests on the smaller outer circumference instead of the large center circumference. This way the ball will have to make more rotations for the same distance. That slows the ball down
You don't
by changing the weight on the ball perhaps
Could the ball and path be used for a perpetual motion machine?
No. It works like a horizontal clock pendulum, very efficient but the handle needs to be placed upwards in an elevated position in order for it to make the ball roll down again.
Stl?
Timer unlimited
Perpetual machine... Genius
Well , until the timer reaches the end .
Nếu ta làm bộ đếm thời gian không dừng lại => động cơ vĩnh cửu .
Not really, no. It is driven by the weight of the arm that is lifted at the beginning of the video. The arm drops a bit for each cycle, and when it reaches the bottom the mechanism stops.
@@gioithe6899 the weight in the timer powers the seesaw. Without it it cannot move
Where is the battery
1:10
Только не смейтесь, где купить 🤣
Made in china bro... Maybe 😮