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

[marathonman]

I am assuming everyone knows i am working on the Figuera 1908 patent. even though the part G inductor/regulator/controller rotates,  the Generating part is stationary in opposing fashion. i really think Figuera in his infinite Genius and wisdom knew that his patent would eventually run out and people would find it and build it. so i really believe he gave this device to the world to help humanity. his prototype device he took to the patent office even with defects put out over 550 volts and stated that it powered a 20 HP motor. the 20 HP motor alone requires 15 Kw to power plus he powered his lights in his house and the street lights outside his house. this device had to put out darn near 20 Kw even being small in size. back then you had to have a working device to get a patent and also it was certified by the Barcelona Patent office to actually work.

his 1902 patents which consisted of 4 patents were sold to the bankers for a rather large sum of money to pay back his financial backer Buforn and to finish his grand daddy of them all his 1908 device. the subsequent patent after 1908 were legally nul and void as they were a direct infringement on the 1908 patent and i am quite surprises they were issued to Buforn in the first place.

in the 1908 patent it talks about part G as having some resistance yet NEVER mentions resistors explicitly and states in the patent for the understanding of the function in it's elementary form. so being in it's elementary form just for the understanding of the device is just that, for the understanding and function and is in NO WAY a resistor or a resistor array.

Quote;  "to pass through a rotating brush which, in its rotation movement, is placed in communication with the commutator bars or contacts of a ring distributor or cylinder whose contacts are in communication with a resistance whose value varies  from a maximum to a minimum and vice versa, according with the commutator bars of the cylinder which operates, and for that reason the resistance is connected to the electromagnets N by one of its side, and the electromagnets S at the other side."

and

" a switch and comprising a brush or rotary switch, which makes contact successively on the series of fixed contacts and get a continuous variation of the current flowing through the coils of the inducer electromagnets."

think about this for a second, he is giving you clues as to the way part G is built. since having thick commutator bars embedded into a cylinder then connecting them with thin wires would be total insanity as the thin wires would burn up immediately. but there is more, or contacts of a ring distributor or cylinder,  a ring distributor or cylinder would imply an iron cylinder of some sort.

whose contact are in communication with a resistance whose value varies from a maximum to a minimum and vise versa. this tells me that the contacts are actually the winding's on the cylinder that has some resistance but is not a resistor of any kind and the value varies from a maximum to a minimum as the brush rotates making contact with more than one winding at a time.

The brush as it rotates around the cylinder making contacts with the winding's magnetically linking or unlinking to the system that increases or decreases the size of the inductance with the movement of the brush. if there are no resistors then it has to be controlled by magnetic resistance in which it has to be a dynamic inductor that varies the currant as the brush rotates magnetically linking and unlinking causing an orderly rise and fall of currant. (varying the self inductance dynamically as the brush rotates)

this would also allow part G to split the feed into two by having north opposing fields at the brush keeping them totally separate but remain in complete unison as the currant rise and fall in an orderly fashion.

it would also allow each half to act independent one storing into the magnetic field and the other releasing some of it's magnetic field to offset the rising side of the inducers and part G.

there is no way in hell a resistor can do this as all it would be for in this case is waste power and heat up your house. on the other hand an inductor will not only change the currant level but store and release energy at the right time to counter act any potential drop that may occur in the process of storing the potential in a magnetic field in the rising side part G and the primaries. as the reducing side of part G is releasing potential into the system so is the reducing primary. both magnetic potential when reduced will release that reduced potential into the system off setting the rising side of part G and the rising primary potential drop.

PART G IS A DYNAMIC INDUCTOR and is in NO WAY a resistor of any kind.



Marathonman

[marathonman]

Part G;

   The illusive part G that has so many confused to no end. as i was on two free energy site before this one and all i heard from people every single day was that i was crazy thinking part G was not resistors, even to this very day.

SIMPLY PUT, BECAUSE HE DIDN'T USE A RESISTOR ARRAY in the first place.

like my previous posts the patent specifically says " in it's elementary form for the understanding of the function" why in the world can't people get past this very factual statement as the picture is just that a picture for the UNDERSTANDING OF THE FUNCTION.  if Figuera had used resistors the device would be so wasteful that it would never be able to be self sustaining if it had to replace the massive losses from heat in which it would of heated his house to an unbearable temperature. i personally think the picture was purposely drawn and  worded to confuse beyond belief as most of the public CAN NOT GET PAST THE PICTURE.

while i was on this other sites i was trying to convey the fact that the core not only was not a resistor but was an inductor that rotated on a closed core. Figuera in his utter genius would have never used heat death resistors in his device if he wanted to use the most efficient way he could to control his device. not only that it was passed to me many years ago that the device was a continuous winding. well a person wound the device then stated that it can not work with a continuous wind and i was publicly labeled as wrong and a fraud. well i finally found out the the person in question only used 20 to 40 winds on part G and this is not nearly enough to get the proper currant reduction as i so found out through my research. if the person would have doubled his winding count the device would have worked just fine and not be almost a dead short. his core was to shallow also as the graph i posted on parameters to control inductance.

think about this for a while. if part G splits the feed into two, forward biases the rising side like a magamp controlling saturation, attenuates the currant on a dynamic basis and stores and releases magnetic potential to offset the rising side of part G and the primaries all while remaining cool then how in the world can someone think a resistor could be used here. it in fact can NEVER be used in this device. the amount of power wasted would be unbelievable compared to an inductor that would be in the range of around 97% to 99% efficient. the only losses ocurred would be a few percent in the worst case scenario.

an inductor is not just a passive device,  it can be used as an active device in a dynamic state of continual rotation. the present day usage of an inductor says that currant changes control the amount of magnetic field opposition (self inductance ie..Lenz Law, reverse EMF)  to the original currant flow and thus eventually evens out to a steady state as does the magnetic field.  the magnetic field is in a steady state until the currant rises or falls then self inductance will raise it's head again.

while this is fine and dandy what they don't say that if the condition or parameters of the circuit changes as in the adding or subtracting of core material and the winding count that the self inductance, reverse EMF to the original currant flow can be changes also on a dynamic basis giving a way to control currant in an orderly rise and fall of currant.

by utilizing a positive brush on a closed core system,  the self inductance (reverse EMF)  of the windings can be amplified fron the iron to control currant flow as the brush rotates increasing or decreasing the size of the inductor as this is directly correlates to the amount of self inductance, reverse EMF to the original currant flow.

welcome to Figuera  part G Dynamic Inductor 101.  resistors 101 has been cancelled indefinitely due to fire damage.



Marathonman

[marathonman]

Another thing i think people are having a hard time understanding is if part G becomes the power supply when the original supply is removed then how can the current not be reversed in the primaries.

Simple, the currant travels in the same direction at all times.

if you read up on how a an inductor works you will then realize that when the twin part G inductors on either side of the brush are fed DC currant then reduced, the magnetic field releases that potential which travels in the same direction in which it was receiving the currant in the first place. what it does is try to maintain the currant direction in the closed system thus the rising side of part G and primaries are fed from the reducing primaries plus the reducing side of part G to offset the potential drop of the rising side. the currant is never reversed only attenuated from the reverse EMF of the twin inductors. the original currant flow is always in the same direction,

an inductor's self inductance resists the flow of electrons not the direction of the flow itself.

as you can see from the pic's below that the currant direction does not change whether the Inductor is storing or releasing potential. each half of part G's brush acting independent either storing into the magnetic field or releasing from the magnetic field. the increasing side is storing into the magnetic field to feed the reducing side the next half rotation and the reducing side is feeding the rising side only to reverse it's operation the next half cycle.

each time the source of potential is released it acts as a short term battery feeding the system. so if you have two sources of potential back to back, the reducing primaries and the reducing side of part G,  it will act just like two batteries in series offsetting the potential drop to the rising side just like a boost converter.


Marathonman

[marathonman]

Another thing i would like to bring up is even though the picture in the patent is in it's elementary form for the understanding Figuera did give a few subtle clues as to what the part G device really was.

in the pic below you will see what i mean and judge for your self. the first pic is an Inductor it has been used since the days of Pixii in France as the symbol for either a coil of wire or an inductor.

the second pic is the symbol used for a resistor since the days of Pixii in France and has NEVER changed.

the bottom pic is the elusive part G's so called resistance according to the patent of having some resistance. just look closely at those wavy lines. my oh my how does it look just exactly like the symbol of the Inductor used since darn near Pixii in France.

Simple clues so highly overlooked, can you say INDUCTOR,  imagine that !

Marathonman

[marathonman]

In this graph Below you can see with the North >< North fields at the positive brush are what keeps the inductor sides separate from the currant flow from set N and set S. as the brush rotates adding or subtracting winding's and core on that side of the brush that causes the magnetic fields opposing the original currant flow to rise and fall in an orderly linear fashion from the self inductance being raised and lowered.

on the opposite side of the core from the N><N brush is the perfect place to introduce the secondary output.   if the secondary in being introduced here which will be negative in sign it will be opposing South><South fields at the brush since part G is wound CCW. what this will do is add to the cores magnetic fields if they are are in need of more potential from the losses occurred in it's function. this will allow part G to become the sole power supply once the starting supply is removed.

since a commutator is rotating with the brushes it can be used to always keep the secondary polarity in the opposite half of the core as to not interfere with the positive brush. so this means that the negative sides and the positive sides will always be opposite from one another.

i know this might sound a little confusing but if you study the graph, the rotation of the fields and the interaction of the currant you will begin to realize what i am trying to convey to everyone. the twin inductors will allow the currant to be absorbed into the magnetic field and not be a dead short as you might be thinking. as the negative secondary brush rotates towards the input from the primaries the potential will be at zero as we are infusing AC through the commutator in a DC fashion. this will allow the peak of the AC wave to be exactly in the middle of the two primary inputs fading to zero as it approaches them. thus infusing potential every half rotation.

Marathonman