A lot of these gears are used in some way or another. Try and disassemble a cars hvac system or door locks or anything. You”ll find all kinds of weird gears and mechanics
How would you mechanically regulate the speed of a spring loaded gear for example in a puzzle box where you want it to open a lid in a slow steady motion?
I think a lot of mathematicians and engineers have been curious about the potential behind shapes of constant width (barring the circle). One idea I've thought of would be a rotory cam with followers on opposite sides, that could then produce two moving objects that are always the same distance apart without having to be connected
Ah, I see we've ascended to the car parts division! A differential, a rotary engine, and a planetary gear set from an automatic transmission (in a previous video).
This would be a great school project. “Ok class, for your project I want you to recreate a machine from the Mechanical Principles series and show it off.”
It would also be amazing to make up a practical use for one of these and make some sort of robot with certain purpose, but using only mechanics and a few motors.
Aren’t gears fascinating? They can be round, square, triangular, eccentric, lateral, multiplexed, obtuse, angular, spiral, phased or virtually any shape one can think of!
Yo, can anyone give me a link to a good paper or program that generates/explains profiles for non-circular gears, I've got a few projects where they'd be perfect!
@@Jack-tx6ei I use fusion all the time, but I'm not very well versed in how gears actually work outside of the basics, hence I'd like to see how non circular gears function, their efficiency, tooth strength required and possible manufacturing methods etc. (My go to will be 3d printing for prototypes but metal parts are almost always better)
Oval shaped gears are used in some rarer flow and volume meters The oval shape creates alternating seal in the pipe and rate which the oval gears spin can be used to calculate volume and flowspeed when some other variables are known.
@2:45 Interesting how the Trinagle with a Circle in it when moved in a Circular way will Form two Circles. I believe this Relates to Ouija practice because the two cicles will Form a Connecting Vesica Pisces. This could also Relate to the Occult 1 Eye Symbol and why Dr. Strange forms a Tringle with his Fingers before doing a Circular Motion to Summon Magick. This also utilizes the Isochronous Curve/Pyramid Shape to Achieve this.
I swear the funky gears have a generalised formula for any differentiable periodic function of conversion ratio in terms of rotation, and they're just showing them individually to pad out the list.
Looks like sone cad program, my school uses autodesk inventor and the style kinda looks similar to this, but i never used any other programs yet so idk if they all look similar or something
Somebody tell me more about the gears made out of N-Ellipses? what is the relationship between their focal points? how are they defined? everything else makes sense to me, but I don't even know where to start. I'm so lost, I need help, someone show me a paper on creating gears out of N-Ellipses of different sizes (1:35, 0:53, 1:56)
İki tane burgu yapıp kanat arasına bir parça koyup raya bağlayın,ve iki burguyuda dişli ile bağlayın ray aynı yönde olur,zıt yönde olur,benden size Ukrayna firması oldunuz için bir destek.iyi günler.
Go to a scrapyard and tear apart some stuff from cars like door lock mechanisms or hvac systems. A lot of these gears shown in the video are useless and there are way better solutions but still…….
