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

[marathonman]

No thank you ! i don't see the need to argue with a closed minded status quo person that has no desire to achieve just ridicule.
if you take two north opposing electromagnets and take one down and the other up in unison to mimic the magnetic rotation of the original dynamo...ie  north and south poles of a Generator, you will achieve a very strong steady electric field to be collected by the secondary. if you have done the proper research you would know this is true but i guess you choose to bump the gums instead. so be it as i don't care i just report what i find and know.
some knowledge is beyond the comprehension or capacity of others so one has to move on regardless.

[marathonman]

I made a mistake, on the Graph above i inadvertently placed the induced in the wrong direction. this graph is the proper direction of induced. SORRY!

[jegz]

what of the counter emf? is it necessary to have the induced wound in a manner to avoid this or the presence f counter emf is of no consequence in this design?

[marathonman]

With my first set of small cores i observed no counter emf at all. there was no influence from the secondary currant draw on the primaries almost like they were invisible. it's almost as if the two primary fields dominate the counter emf of the secondary.

the Patent is confusing at first because it says that any change will cause emf, while this is true in a regular generator not Figuera's device.  then it says an it must be in orderly fashion. as i have found out that the later is the fact. a complete orderly cycling of the primaries in complete unison. if the pressure between the primaries falls to low the induction falls also. there is no reason to take the primaries all the was down to zero....why ? it takes to long for the field to build up and induction will suffer. by using DC there is no phase BS to tend with and keeping the primaries up in strength only taking the receding electromagnet down far enough for the increasing electromagnet to push it out of the secondary then back up again all while maintaining pressure between the two primaries. when it is shoved out of the secondary the the power stored in the field is transferred to part G to be stored magnetically for future use. every half turn the declining electromagnet feeds part G and the only power losses it has is through heat and wire losses which is replaced easily from its second secondary, thus being perpetual after the initial start up.

[jegz]

and how do we design part G to be such that the magnetic field never hits zero? and what are the implications of the signal that will be on the output end?