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

[marathonman]

Dieter thanks;

i was drooling over these cores. the first and second links are great but the third is way to small. i bookmarked the links and i thank you very much. yes you are right the first link was expensive and i will wait for better deal and bookmarked his store but then again you get what you paid for. Awesome Cores thanks.

[shadow119g]

Dieter, Cadman and Hanon:

The bottom web site on ebay appears to be the best bet until next winter!

http://www.walmart.com/ip/Pelonis-Fan-Forced-Heater-with-Thermostat/21804031 This is where I bought mine, unfortunately they are out of stock and I paid almost double the price.

This sounds about right on ebay:
http://www.ebay.com/itm/Pelonis-Heater-Fan-Forced-white-HF0020T-Thermostat-safety-auto-shutoff-/111312785410

Sometime around last September after my first message on "re-inventing the wheel," I started looking items to build the device. I bought the heater thinking
that is would have a resistance heating element in it. I got lucky and it did.
The first picture shows the front housing and brand name of the heater.
The second picture shows the data plate.
Hanon: The third picture shows where I cut the metal strip that joins the two coils.
I know this sounds a little strange, but I cut this strip the day before you
suggested using the two coils separately for two wave forms. I cut it in an
attempt to increase the ohms of the total coil by adding resistor.
Cadman: Fourth picture: This is an aluminum plate I made to mount my new commutator. I haven't drilled the holes for mounting it to the rest of the device yet. If you would like one, I made two, I could mail you one. It uses two set screws to hold the commutator.

Shadow

[shadow119g]

Another possible advantage to using a heater is that you could put the
heater back together running the commutator wires out of a hole in
the plastic case then using the fan to cool the resistor while in use. I
have found that my resistive coil does not get hot so I  haven't done
this yet. Of course, that could have something to do with my low
output on my device. I hope building the new commutator will solve
some of my problems.

Shadow

[hanon]

Hi all,

I have been thinking about the possibility that Figuera´s 1908 patent have electromagnets placed with like poles facing each other.

All electric generators are based on the principle that magentic lines must cut the wires of the induced circuit.

When the electromagnets are placed with like poles facing each other, electric induction is achieved while the magnetic lines, during their swinging back and forth derived from the 2 opposite electric signals, cut the wires of the induced.

I have attached two different sketchs with possible configurations for this implementation. One is a simple configuration, while the second sketch has a closed magnetic circuit to keep the induced field inside.

[dieter]

Hanon


I tried both, but like poles gave pretty much no output, because the polarity of the induced never chanches, and the total amplitude varies not much. You can test this easily by swapping the contacts.


I know of 3 ways to achieve induction, by moving the magnet, by rotating the magnet (including polarity flip, maybe the most effective) or by fluxpath-linking/unlinking. Field lines must cut the wire as you said, but there also needs to be maximum change in time.


Your second drawing confuses me. Why would the fwd mmf jump from the outer core to the inner one? BTW., looks like a reverse BTT. If the induced were wrapped around both cores.


Nice drawing tho.