Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[bajac]

Cadman,


Please, review the attached revised sketches. Instead of changing the coils, I changed the pitched of the permanent magnets. This way requires a lower RPM to generate a higher frequency voltage. Thanks again.


Regards,
Bajac

[bajac]

Cadman,


I was still not satisfied with the pitch of the coils. If you notice, the previous pitch of the coils does not look like it quite match the pitch of the permanent magnets. Yet, I made another revision. Please, let me know if the attached sketches show a better design than the previous. I apologize for the number of revisions, but designing is an interactive process within a team - the forum members. There are so many details that it is almost impossible for a single person to get it right.


Thanks,
Bajac

[Cadman]

Bajac,

Better, but the inducing action from each magnet pole is about the same as before, and this is due to the way the coil is wound,  judging by the drawing. The drawing below is how the coils should be staggered and overlapped, so the distance between 2 sides of one turn are the same for all turns. I exaggerated the space between the turns for clarity. See how this is different and affects the induction during rotation? Your pole and coil pitch is OK at 30 degrees.

If you are interested, there is a winding method I can show you later that provides overlapped turns and makes it easier to wind coils with the same number of turns, total wire length, coil depth, and resistance for each coil. It would also allow the coils to encompass almost the entire radial surface path over your magnet poles.

Cheers

[ALVARO_CS]

I made a similar design time ago, and it showed a lot of braking (Lenz)
Revised it today, with 10 magnet (5 up and 5 down) for 4 coils, and got lesser draw but still very strong.
It makes me think that this is not any way different of known induction and its rules.
If the power needed to turn the rotors, has to be increased because of Lenz law, no way to get an excess of power out.
I am the first to be disappointed believe it !!! 

cheers

[bajac]

Cadman,
Thank you very much for your help! I really appreciate it.


Alvaro,
Could you post some pictures of the device you tested? Especially some photos showing the configurations of the induced coils and magnets, the testing equipment, etc. That is the reason why we still are reinventing the wheel because we keep the data and results of the experimentation for ourselves. Even when the experiment does fail, it is very important to publish the results because it is one configuration to be avoided and save limited resources.




Thanks,
Bajac