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

[Doug1]

Spinning a magnet or anything ells is in the background section of the patent not in the discription of operation for the device being patented. It is his way to explain how generators or dynos work and why, to set up in the text of the discription what makes his different.
In the discription it states:

The voltage from the total current of the current dynamos is the sum of partial

induced currents born in each one of the turns of the induced. Therefore it

matters little to these induced currents if they were obtained by the turning of

the induced, or by the variation of the magnetic flux that runs through them;

but in the first case, a greater source of mechanical work than obtained

electricity is required, and in the second case, the force necessary to achieve

the variation of flux is so insignificant that it can be derived without any

inconvenience, from the one supplied by the machine."[/font][/size][/font][/size]

[forest]

I know Doug, but "spinning" took my attention because it resemble the way I look at magnetic field. I don't know why picture in Figuera patent seems to differs from description, however...

[bajac]

The way I see it is that Figuera is still referring to the prior arts in the description part of the patent. The prior art being the existing technology of the day, which consisted in generating electricity by using rotating generators. In his patents, Figuera clearly states that his generator does not require moving parts. The small motor shown in the 1908 patent was used to generate the two (90-degree shifted) voltages. It should be noted that the way the these voltages are generated is not part of the inventive concept. It is just an embodiment showing a way for implementing the inventive concept.
Bajac

[hanon]

TRANSLATION OF KEY PARTS OF BUFORN PATENT No. 57955 (1914) (text extracted from pages 12,13 and 14)


By using a magnetic field, consisting of two series of electromagnets N and S, a resistor and a circumference of contacts isolated from each other .....

...

Note that only the contacts located in the Northerm semicircle are in communication with half of the end sides of each resistor, and the contacts in the South semicircunference are not in communication with the resistor, but respectively with the contacts in the semicircle communicated with half of the end sides of each resistor, and inasmuch as the current moves on the the magnetic field and returns from it  by the input and output sides of the resistor, and as this field is composed of two series of electromagnets N and S , therefore, and as result of the operation of the device when the electromagnets N are full of current, the electromagnets S are empty, and as the current flowing through them is reducing or increasing in intensity according it passes by more or less turns of the resistor, and therefore, in continuous variation;  since we have done a continuous and organized variation we have achieved a constant change in the current which crosses the magnetic field formed by the electromagnets N and S and whose current, after completing their task  in the difrerent electromagnets, returns to the source where it was taken.

...

We have already achieved to produce the continuous and organized change of the intensity of the current which crosses the magnetic field.

....

The way to collect this current is so easy that it almost seems excused to explain it, because we will just have to interposed between each pair of electromagnets N and S, which we call inducers,  another electromagnet, which we call induced, properly placed so that either both opposite sides of its core will be into hollows in the corresponding inducers and in contact with their respective cores, or either, being close the induced and inducer and in contact by their poles, but in no case it has to be any communication between the induced wire and the inducer wire.

....

Another advantage is that around the core of the induced electromagnets we can put another small size induced electromagnet with equal or greater core length than the large induced one. In these second group of induced an electric current will be produced , as in the first group of induced, and this produced current will be sufficient for the consumption in the continuous excitation of the machine, being completely free all the other current produced by the first induced electromagnets in order to use it in all purposes you want.


http://www.rexresearch.com/figuera/buforn47706.jpg


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Original spanish text:

Valiéndose de un campo magnético, compuesto de dos series de electroimanes N y S, de una resistencia y de una circunferencia de contactos aislados uno de otro .....

...

Hay que tener presente que unicamente están en comunicación las delgas de la semicincunferencia Norte con la mitad de los extremos de las partes de la resistencia y las de la semicircunferencia Sur no se comunican con la resistencia, sino respectivamente con las delgas de la semicircunferencia comunicadas con la mitad de los extremos de las espiras de la resistencia y además como quiera que la corriente pasa al campo magnético y vuelve del mismo por los extremos de entrada y salida de la resistencia y como este campo está constituido por dos series de electroimanes N y S, resulta que en virtud de lo expuesto y del funcionamiento del aparato, cuando los electroimanes N están llenos de corriente , los S, están vacíos y como la corriente que los atraviesa va aminorando o aumentando en intensidad según pase por mas o menos espiras de la resistencia, y por tanto en variación continua y puesto que esa función hemos logrado hacerla continua y ordenada habremos conseguido el cambio constante de la intensidad de la corriente que atraviesa el campo magnético formado por los electroimanes N y S y cuya corriente una vez cumplida su misión en los diferentes electroimanes vuelve al origen de  donde se ha tomado.

...

Hemos conseguido ya producir el cambio continuo y ordenado de la intensidad de la corriente que atraviesa el campo magnético.

....

El modo de recoger esta corriente es tan facil que hasta parece excusado explicarlo; pues no tendremos más que intercalar entre cada par de electroimanes N y S, que llamaremos inductores, otro electroimán, que denominaremos inducido, de tal modo debidamente colocado que, o bien los extremos de su núcleo entre en el seno de los correspondientes inductores y en contacto con sus respectivos núcleos o bien aproximados inducido e inductor y en contacto por los polos, pero sin que en ningún caso haya comunicación alguna entre el devanado inducido y el devanado inductor.

....

Además se puede aprovechar tambien el seno  de los núcleos de los electroimanes inducidos en los que se puede colocar otro electroimán inducido de reducidas dimensiones y con igual o mayor longitud que el núcleo del inducido grande. En estos segundos inducidos, se producirá corriente eléctrica e industrial al mismo tiempo que en los primeros; y la corriente así producida podrá ser suficiente para el gasto de excitación continua de la máquina, quedando completamente libre toda la otra corriente producida por los primeros inducidos para dedicarla a toda clase de fines que se desee.

http://www.rexresearch.com/figuera/buforn47706.jpg

[Kator01]

Hello hanon,

I do not know what´s wrong but I do not see any graphics at rexresearch since a few months. This might be some failure at some of the german servers. If I specifically open a graphic or pic ( show graphic ) I get the following URL:

http://rexresearch.com/badbotnopage.htm

I looks like rexresearch regards my visit as beeing a bad robot and blocking it. Viewing the text is not affected.

anybody here who has the same experience ?

Regards

Kator01