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Magnets or not, a 1:1 ratio will not increase torque.

maybe we need more information.

There are 2 gears

One with a half moon

And one with a full moon

The one with a half moon has a magnet

When the full moon moves the half moon

Half way the magnet makes the half moon complete the turn and the full moon keeps moving it which means the half moon did a full turn when the full moon did a half turn

When the full moon completes one full turn

The half moon does 2 turns

Making a 1 to 1 ratio increase torque if a 2:1 is added to the gear with a magnet

I mean to say the driven gear moves 2 times when the driver moves once

And.if you put a 2:1 on the driven gear it's torque will go up and it will be moving 1:1 with the driver making the magnet gear have more torque

I can send magnets to you if you like

hello jane jane,

an explanation or illustration in this link:

https://www.tec-science.com/category/mechanical-power-transmission/basics/

Greeting Thorsten

The torque that the magnet supplies was stored during the period that the half moon shaped gear was engaged. The magnet didn't provide any additional torque. It just released the stored torque.

Another way to look at it is it takes torque to separate the magnets away from each other while the half moon gear is engaged. As the magnets then attract back together that torque is released.

There is absolutely no free energy and no additional torque being generated.

In fact, the movement of the magnets likely generates eddy currents in surrounding materials which robs energy from the system. Which means it transfers torque less efficiently than just two gears. Your idea will likely produce less torque than just two plain gears meshing together.

Regardless of any possible ratio change:

All energy output from this gear system is equal to, if not less than, the energy input.

With that said, if the total energy remains the same and there is a ratio that produces more turns on the output than was input, then the torque must be less on the output. Total energy (HP or kW) is proportional to RPM x torque. If the RPM increases, then torque will decrease.

There is a problem if you use magnet you cant creat same power when the tooth is translation a force and power so you should do somthing to replace the power and the force .

Even the great planet earth (magnet) requires constant energy in...

I think this video is related. He demonstrates the phase of the magnetic fields. Thus demonstrating the need for additional input, timed like a small push and a swing. https://youtu.be/Uo4adDYy-hE