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

[marathonman]

So the basic concept of the FIguera device is this.

two primaries facing each other being opposing north face electromagnet one increasing one decreasing. the decreasing electromagnet will catch the back side of the spin as it is retreating causing the E Field to be in the same direction as the increasing electromagnet. either electromagnet is only taken down 1/3 to 1/2 just enough to clear the secondary the back again to the other side as it is increased. in this process the secondary being between them connected to a load, currant will begin to flow producing an opposing field to the currant flow so what we end up having is similar to that of a squirrel cage motor. the primaries cause the initial induction in the secondary but as the currant starts to flow in the secondary and load it created a second field opposite to the first ie... lenz law. is it this field that is shoved from side to side in the secondary from the primaries. what we end up having is  N>N<N with the secondary field in between and is easily moved from side to side with very little effort.  moving the weightless, massless field which is much easier than a massive hunk of iron in regular generators.



as the currant flows through part G we have a set of conditions that control the currant flow. since we have a brush rotating around the cylinder the amount of winding's change as the brush is rotated thus we are changing the amount of winding's magnetically linking to the circuit thus changing the opposing magnetic field that opposes the original currant flow through the circuit. since currant is flowing in two direction we have a north north opposing fields at the positive brush that keeps both sides of the inductor separate allowing complete unison as the brush rotates.



as the brush rotates to one side the reducing side magnetic field is reducing releasing energy back into the system and at that same time as the low primary is shoved out of the secondary into it's own core a high pressure is built up in that core and is shoved into part G feeding the high primary. this sequence of events happen every half rotation of the brush thus we have an orderly rise and fall of currant through the primaries.



you could say that part G is a duel dynamic inductor that is basically a pressure regulator regulating the currant flow through the primaries with two independent sides that act like short term batteries charging and discharging every half rotation all while varying the currant.

the larger the magnetic field the more drag on the original flow of currant. in the regular teaching of an inductor they only teach you that a change in currant causes more or less opposition to currant flow. what they never say is the reverse is also true by changing the conditions of the circuit ie.. winding's and core length (magnetically linking) you can also control the currant flow and this you will never find in ANY University around the world.



Marathonman

[marathonman]

The picture posted is by a member known as electrocute on Hyiq dot org. what he did was take a stack of button hole magnets and put them in opposition on a brass rod then dropped them through the PVC tube with a coil attached to an Oscilloscope. his first drop was with one magnet set and recorded 4 volts. he then put the opposing stack on the rod and did another drop with not so good results so he moved the magnet stacks closer then dropped again. what he then attained was double the voltage of the single stack hitting 8 volts. this test and the one i have performed as in my video prove the validity of the Figuera device hands down with NO denying the facts.

The experiments performed by myself and electrocute can be performed by anyone who reads this thread. in the case of the magnets or electromagnets opposing fields the field lines are compressed at the collision point doubling the field lines present. when dropped through the coil the first magnet through the coil will act as it is being reduced and the second magnet will act as it is being increased doubling the output of the E field thus the voltage from the coil or secondary. the first magnet's electric field is reversed to match that of the second magnet giving the appearance of the first magnet reducing and the second increasing. this will cause the E fields to be in complete coherency.

in the Figuera device the electromagnets are doing the exact same thing except the primary electromagnets are raised and lowered in complete unison from part G. the reducing electromagnet's are reduced to just clear the secondary the increased to full potential as the other primary electromagnet is reduced thus the field intensity of the electromagnets remain very high.

the opposing fields in part G will cause the inductors to remain completely separate but in complete unison all while raising and lowering the currant supplied to the primary electromagnets.

all the said action of the magnets and the Figuera electromagnets are in complete compliance with Faraday's Laws of induction and CAN NOT be denied.

Marathonman

[marathonman]

Inductance is a property of an electrical conductor which opposes a change in current. It does that by storing and releasing energy from a magnetic field surrounding the conductor when current flows, according to Faraday's law of induction. When current rises, energy (as magnetic flux) is stored in the field, reducing the current and causing a drop in potential (i.e, a voltage) across the conductor; when current falls, energy is released from the field supplying current and causing a rise in potential across the conductor.

These effects are derived from two fundamental observations of physics: a steady current creates a steady magnetic field described by Oersted's law and a time-varying magnetic field induces an electromotive force (EMF) in nearby conductors, which is described by Faraday's law of induction.  According to Lenz's law a changing electric current through a circuit that contains inductance induces a proportional voltage, which opposes the change in current (self-inductance).

A current  flowing through a conductor generates a magnetic field around the conductor, which is described by Ampere's circuital law. The total magnetic flux through a circuit  is equal to the product of the magnetic field and the area of the surface spanning the current path. If the current varies, the magnetic flux through the circuit changes. By Faraday's law of induction, any change in flux through a circuit induces an electromotive force (EMF) or voltage  v in the circuit, proportional to the rate of change of flux.  thus the surface area in the circuit path in Figuera part G changes dynamically as the brush rotates varying the currant on both sides of the brush since the north opposing fields keep them separate they will act as two independent inductors but in complete unison.

The negative sign in the equation indicates that the induced voltage is in a direction which opposes the change in current that created it; this is called Lenz's law. The potential is therefore called a back EMF. If the current is increasing, the voltage is positive at the end of the conductor through which the current enters and negative at the end through which it leaves, tending to reduce the current. If the current is decreasing, the voltage is positive at the end through which the current leaves the conductor, tending to maintain the current. Self-inductance, usually just called inductance,  is the ratio between the induced voltage and the rate of change of the current. in the Figuera part G we actually have no pole reversal as the opposing magnetic field keeps them separate but the process is still taking place as currant in an inductor when releasing will always travel in the original direction to maintain currant flow.

So therefore inductance is also proportional to how much energy is stored in the magnetic field for a given current. This energy is stored as long as the current remains constant. If the current decreases, the magnetic field will decrease, inducing a voltage in the conductor in the opposite direction, negative at the end through which current enters and positive at the end through which it leaves. This will return stored magnetic energy to the external circuit in which can be considered as a short term battery feeding the system each half rotation of the brush.

a variable Y (Currant) is said to increase or decrease linearly with another variable X (Magnetic Field)  if every increase or decrease of a fixed amount in X (Windings and Core Material)  results in another fixed increase or decrease in Y. In terms of a graph, the relationship is a straight line of currant increase or decease.

If y tends to increase linearly as x decreases, the variables are linearly correlated.  If y tends to decrease linearly as x increases, the variables are linearly correlated also.

When an inductor operates in continuous mode, as in the Figuera device, the current through the inductor never falls to zero just like the primaries. a certain amount of field is always present as reducing this magnetic field to zero will take to long to build up thus induction in the primaries would loose coherency reducing the output to the rising electromagnet. since the whole objective is an orderly rise and fall of a specific amount of currant the inductor is only reduced to get the reducing electromagnet to clear the secondary then increase as the other side is reduced.

Inductance, L is actually a measure of an inductors "resistance" to the change of the current flowing through the circuit and the larger is its value in Henries, the lower will be the rate of current flow. thus in the Figuera part G we have a constant rise and fall of magnetic resistance which correlates to a steady rise and fall of currant flow in the primaries.

Marathonman

[marathonman]

Confusion, Confusion and more Confusion.

It seams there is some confusion about the patent wording. in the patent it says when one electromagnet is full the other is empty. while this is all fine and dandy in reality it can not happen and here is why.

if the whole objective is to get the highest possible inductance to the secondary from the primaries then why would someone reduce a primary so low that induction is lost. by reducing a primary to zero the pressure is lost between the primaries thus inductance is substantially reduce to just the rising electromagnet. if in the process of reducing the electromagnet to just clear the secondary then back up again to peak potential you will retain 80 to 90% of the magnetic field that is being used to induce the secondary in which will require much less currant to bring the electromagnet back to full potential.

if in the process of reduction the electromagnet is reduced passed half way or to zero the time it takes to bring the magnetic field to full potential is far grater than the time it takes to just reduce it to 80 to 90 %. this is the main reason why AC can not be used as induction is lost from the speed of the rising electromagnet being to slow since it has to overcome the resistance of the wire plus the flipping of the magnetic domains . since the whole objective is induction to the secondary why would you reduce it to zero when you don't have to thus keeping the fields at maximum potential equates to the highest output possible. even in the process of reducing and increasing the electromagnet very little you will still get induction as per Faraday and Maxwell equations but since the electromagnetic fields are at their maximum so will be the induction. thus the output of the Figuera device will be many orders of magnitude higher than that of a standard generator.

since complete unison of the primaries is required in the Figuera device he came up with a solution to not only keep the primaries in unison but to also reuse the power running through it. part G the controller regulator is an inductor being like a cross between a magamp and a variac. when the brush rotates around the core each side of the brush will act as independent inductors adding or subtracting winding's that are magnetically linking to the circuit. as the individual magnetic fields rise and fall, currant will be reduced or increased from the magnetic field opposition. bemf from this field reduces currant flow so as more winding's are added to the circuit more currant reduction takes place thus the reverse is happening on the other side of the brush as less winding's equate to less opposition to currant flow.

in the process of reducing the primaries being pushed out of the secondaries, a EMF is produced and fed into part G thus combining with the reducing inductor EMF will cause an amplification to the rising electromagnet. since the the rising side of the inductor is storing a magnetic field for the next half cycle of reduction there will be a drop in potential across the inductor thus the two previous mentioned sources of potential will cause an increased potential to the rising electromagnet offsetting the drop.

since the part G controls the currant why would anyone wind the primaries to have resistance high enough to control currant when that is the job of part G. by winding the electromagnets specifically as electromagnets will allow them to achieve their intended goal to produce a magnetic field. the added bonus of winding them this way is the response time of the electromagnets are increased substantially from lower resistance and self inductance allowing them to respond to the rise and fall of currant in a timely manor.



Marathonman

[marathonman]

Since a Magnetic Field intensity Changing in Time is a requirement for Electromagnetic Induction according to Faraday's Laws of induction no matter how small we have the Figuera device doing just that, two independent electromagnets decreasing and increasing just enough to clear the secondary both opposing but the E fields acting as one field. these bucking field are the exact thing Chris at Hyiq dot org is working on except the fact that Chris is completely reducing a primary and in the Figuera device we are not.

thus the change in the field no matter how small according to Faraday will produce induction and since we are using two electromagnets in unison we end up with square of the two output.

Figuera had the device working in his house and supposably it was fairly small yet put out a fantastic amount of power near 20 kilowatts and violates not one of Faraday laws of induction.

Marathonman