PMM by wizkycho

[m668004]

@all

What do you think about this? 4 diskmagnets were used. The 2 outer magnets are connected by an rotating axis. The 2 inner magnets were connected to move freely in horizontal direction. When the axis is rotating, one of the inner magnets get repelled, the other attracted, so the work required to repell will compensated by the attraction of the other side, so the total amount of work to rotate the 2 outer magnets is very small, maybe smaller then the work done by the inner pushed and pulled magnets.

M.

[wizkycho]

It's not meaningful to do the certain things and this scheme is described in Museum unworkable devices. And besides I tried many schemes, so this one is substantially clear to me.

But THIS scheme works a little differently:
http://kalinin-engine.com/index.html

Sorry I haven't seen this blasphemous "museum". What it says ? can You send a link to it.
Or would be much appropriate to say in Your own words and facts WHY it won't work.

BTW: complexity of proposed design exceeds practicality.

[m668004]

@wizkycho

Here is the link, but I think, your device operates in an other mode, so it's not the same like in the museum. I think yours will work.

http://www.lhup.edu/~dsimanek/museum/unwork.htm

M.

[wizkycho]

@all

What do you think about this? 4 diskmagnets were used. The 2 outer magnets are connected by an rotating axis. The 2 inner magnets were connected to move freely in horizontal direction. When the axis is rotating, one of the inner magnets get repelled, the other attracted, so the work required to repell will compensated by the attraction of the other side, so the total amount of work to rotate the 2 outer magnets is very small.

M.

very nice try but:

magnetfieldstrenght= magnetstrenght/distance^2
small distance rise means large field strenght weakening

let magnet on right is in attract mode to piston
let magnet on left is in repulsion mode to piston
     therefore attraction magnet is much CLOSER to piston then repel magnet is
     therefore ATTRACTION force is STRONGER than repel force. (cause attractor magnet is closer)
     therefore a lot of force must be applied to unstick from attraction wich prevails in this setup.

         Design made like this won't work ! Am I right ?

[m668004]

@wizkycho

Thank you for your answer. The two inner magnets (piston) can move freely and easily. So when for example the left magnet gets in repulsion mode, the piston can move easily away and has not to wait until the full repulsion is arrived. Perhaps this makes a small but importent differences.

M.