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

[RandyFL]

19 May 14 / 18:31:00
Hello All
I'm not a Lover of government ( Local or national ) but I am admirer of pure free enterprise ( not cronyism )...
I am glad I had the house project before finishing the circuit or I would have regular laminates from a transformer company.
Any ideas of a transformer company that would custom make these soft iron transformer cores.... ( I just want to get the project over - so I can experiment and move onto other Projects :-)

Best of Luck
RandyFL
PS I will share costs if you are interested...

[AVENGERS]

  I put the five 9vlt batts together and measured the volts, came to 37vlts, hooked it up, and got nothing, none on the secondary in the center and none on the inputs from either side of the resistors. The batt reading was 7vlts then I turned the variable resister the other way and the batt voltage comes up to 16vlts. I remove the contacts at the batts and measure 37volts.
Did something wrong somewhere. But before I epoxied all three electromagnets together they were or are strong electromagnets separate. I have to keep tinkering. I tried to stay as close to Figueras drawing and the anonymous contributor on PJK ebook as possible. I did handle the components without an anti static hook up. Any comments, thoughts, suggestions are always appreciated.

[NRamaswami]

Avengers:

Just do a simple thing. Either mark all three cores CW or CCW and you will have the secondary working.

If you have a CW primary and CCW primary, the secondary in between should be a square. Either the square must be made up of CW-CCW-CW-CCW or CCW-CCW-CW-CW for the secondary to work. In that case the square must be an electromagnet and the the central core must go straight between the two primaries. I do not have skills in painting or drawing  but just imagine a pole of iron into which you insert the square. Then the secondary will work. The pole of iron should be insulated iron core.

Greater the number of secondaries, higher is the voltage.

Higher the voltage, higher is the amperage. We have repeated this so many times I can confidently tell you that higher the voltage higher is the amperage in this multiple primaries arrangment.

When the voltage exceeds 500 volts you start getting more output than input.

The input should have a reasonable voltage and amperage. I tested it with 220 volts and from 7 amp onwards to the input we start getting reasonable output in the secondaries and higher than the input wattage when the output voltage exceeds 500 volts. The iron appears to have no sound at all at higher voltages.

Again the magnetism at higher voltages appear to be lower than at lower voltage and higher amperages. Possibly there is a voltage:Amperage ratio that needs to be exceeded for this to be accomplished but I'm not competent to say any thing on this point. Just an experimental observation that this happens.

Why and how we get higher output higher voltages? I do not know.

Why you do not get more output at lesser voltages, again I do not know.

Voltages mentioned above are on loads. Not unloaded voltages.

You do not need any circuits. Just connect to the mains and you get these results.

Upto this point the above can be easily verified. How did Figuera make the device a self sustaining device. That is not clear yet to me.

[RandyFL]

20 May 14 /  24:38:01
NRamaswami :
Are the cores that you designed in the same configuration as the Fiquera? same number? And did you use the semiconductors ( that Patrick contributed ) or a machine Like the original design ( like Woopy used ) to get your results. If you have posted these before...sorry for the redundancy.
Lastly...let me see if I understand this. You're stating when you reach a certain voltage and amperage then the over unity starts...

All the Best
RandyFL

[RandyFL]

20 May 14 / 01:16:01

Hello All:
From Wiki...

Magnetic core
A magnetic core is a piece of magnetic material with a high permeability used to confine and guide magnetic fields in electrical, electromechanical and magnetic devices such as electromagnets, transformers, electric motors, generators, inductors, magnetic recording heads, and magnetic assemblies. It is made of ferromagnetic metal such as iron, or ferrimagnetic compounds such as ferrites. The high permeability, relative to the surrounding air, causes the magnetic field lines to be concentrated in the core material. The magnetic field is often created by a coil of wire around the core that carries a current. The presence of the core can increase the magnetic field of a coil by a factor of several thousand over what it would be without the core.

further down it states...
Soft iron
"Soft" (annealed) iron is used in magnetic assemblies, electromagnets and in some electric motors; and it can create a concentrated field that is as much as 50,000 times more intense than an air core.[2]

Iron is desirable to make magnetic cores, as it can withstand high levels of magnetic field without saturating (up to 2.16 teslas at ambient temperature.[3])

It is also used because, unlike "hard" iron, it does not remain magnetised when the field is removed, which is often important in applications where the magnetic field is required to be repeatedly switched.

Unfortunately, due to the electrical conductivity of the metal, at AC frequencies a bulk block or rod of soft iron can often suffer from large eddy currents circulating within it that waste energy and cause undesirable heating of the iron.

All the Best
RandyFL