RMEP

[wizkycho]

Hi All !

again same principle, again knowone ever tried
http://jnaudin.free.fr/html/mep1.htm

but this time setup that is easily build

sorry for maybe too big picture !

only magnet at the botom needs to be rotated creating (very weak,very strong) oscilations of mag field.

rotating magnet is easily rotated (allmost only friction)  cause in every position it is in Sigma same field.

magnets don't run out (like poles are not directly confronted)

light grennish is permeable material

Wiz
Perihelion Labs

[wizkycho]

!
well I could think of one reason why it wouldn't work... then again it might.

is this too silly idea to comment ?

any comment is appriciated,  because thing is very simple to build and should it work.

...lonely in space... ?

Wiz

[gyulasun]

Hello Igor,

The question is if the flux change you receive at the ends of the permeable materials is able to cause enough 'juice'  for keeping up the rotation of the lower diagonally magnetized magnet? 

No theory could it foretell for 100% sure, if it is overunity or not,  only a practical test.

I wonder what reason occured to you on why it might not work as ou?  Lenz law in case of placing coils at the ends?

Gyula

[wizkycho]

linear output assembly for simplicity and to clarify how the device should work

...maybe static perameable plates needs to be longer to avoid direct attracation of slider and center magnet(s).


question:

when slider (permeable cube) sticks to one side, would it cause necessity for higher energy input in coils to cause rotating magnet
change poles (rotate for 180%) ?

...my oppinion is - at first it looks like so, but when rotating magnet starts to rotate it closes its flux on itself and doesn't interact with slider or very slightly. Could work.

what do you think ?

wiz

[gyulasun]

Hi,

Once you create the changing poles in your electromagnet, why do you need the rotary permanent magnet?
I do not think it is neccessary. 
If you form the electromagnets surface area to match the half circle (or whatever) surface of the permeable material, you will receive changing flux in the same way at its ends.  (In this case the upper nonmoveable magnet should be replaced by a horseshoe type magnet.)
You could still combine somehow the electromagnet with a (non-rotating) permanent magnet to increase its strength (like in polar electromagnets or in parallel path technology)...

I think if you can create the situation shown in your Naudin link before ( http://jnaudin.free.fr/html/mep1.htm ) with your changing pole electromagnets, then there may be a chance...

On your question: yes, the slider' mass and airgaps between the sliding surfaces can reflect back at the electromagnet's input power need...  maybe possible to compensate a little with springs?

Gyula