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

[marathonman]

I have so mush to do on my one day off but i did manage to get some work done on my new Primary bobbins and my new part G.
I have posted editorials on bobbin making that make very strong bobbins to wind on that can be made square by the way.
as for the pic of my party G here is a pic of the half round i glued to the edge to ease the winding procedure. no more square corners making a nice smooth bend. this is of course 1 half of the C core i will be using for part G winding's, the other half is to just to close the core.
Regards,
Marathonman

[seaad]

MM
With each half C-core you only have one try if you glues the wires direct to the core. You can't hardly change the wire size afterwards. Or do you have a plan B?
The big day comes closer when you can liberate the world.

Regards Arne

[marathonman]

All simulations say my C core is spot on. previous test say the core is spot on with no balancing issues.
Part of plan B is i have an adjustable brush holder to adjust the window of current rise and fall.
"The big day comes closer when you can liberate the world"
That has been my plan all along.
regards,
Marathonman

[marathonman]

The cloth i use for the bobbins is Eco-Fi brand made from recycled plastic bottles them hit with Fiberglass resin that makes it rock hard. the cloth is 23 cents per 9 x 12 sheet so you can't beat the price.
here is the sanded edge of my new part G ready to wind and the bobbins almost ready to sand and paint.
Regards,
Marathonman

[marathonman]

In part G we have what we call a storing energy phase and decaying energy phase that are happening at the same time. in the storing phase the winding count on the Inductor is getting smaller as the brush rotates thus the current is getting stronger. even though the area of the magnetic field is shrinking in width it is getting stronger projecting outward and storing energy in the form of a magnetic field only to be released in the decaying phase. when it is in the storing phase there will be a voltage potential drop across the inductor as it is storing into the magnetic field.

in the other half of part G we have the decaying energy phase that is increasing in Inductance with the winding count increasing thus reducing the current flow and releasing that reduced potential of stored energy from the previous stored stage into the system. when it releases this potential it will cause a potential increase in the system that is used to off set the potential drop of the storing phase side of part G. even though the current has been reduced the magnetic flux to current ratio has increased considerably causing the current to be reduced thus releasing that part of the stored potential onto the system.

at the same time part G is in either the decaying phase or the storing phase so is the primary electromagnets. when their magnetic fields are reduced they to will release that reduced potential into the system combined with part G's reduced potential to off set the energy storing phase potential drop.

so as the brush rotates each side of the system will alternate between a storing phase and decaying phase that causes the primary electromagnets to either increase or decrease in current at the same time causing the electric fields created to be in the same direction thus positive and additive.

as the brush rotates each side of the Inductor remaining completely separated by the north north opposing magnetic fields either increasing or decreasing current to the primaries in unison will cause the opposing fields of the primaries to sweep across the secondary.  after polarization from the primaries and current begins to flow a secondary field is formed in the secondaries known as the Lenz Law that opposes the original polarization. it is this reactive field that the primaries in their sweeping action pushes from side to side across the electric field formed by the primary electromagnets. in doing so this give the secondaries the appearance or the illusion of motion to the electric field thus inducing EMF.

it is just the relative sweeping motion of the primaries that induces motion into the secondaries with the reactive field in between them. if there is no reactive field there will be no movement of the secondaries thus no output will occur.
the secondary loop back is used to replace the losses occurred and to give the increasing primary electromagnet an added boost to maintain the pressure between the electromagnets when the other electromagnet is reduced to get the sweeping action across the secondary.

Figuera was a sheer genius of a man using Inductance to control current flow and building a stationary generator.

Regards,

Marathonman