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

[shadow119g]

Thanks again Dieter, Marathonman, Hanon and certainly Cadman!


Doug1,

Thank you for the encouragement! Even though I neglected to
figure out how to my device self sustaining, I have the solution.
I have done the math and decided that "all" I have to do to make
my device a 120 volt AC self-runner" is to add "only" 71 more
three transformer units. This may take me a little time. I took
about two months to build a transformer winding machine
and finish the four transformer units. Since I now have the
winding machine, please wait awhile before you give me any
moor encouragement.

Shadow

[shadow119g]

Shadow,

Very smart design in the resistor. I guess you have to use two resistors in parallel, one for each row of electromagnets, N and S, in order to achieve two sinusoidal waves, one in each row. Am I right?

If you use two parallel resistors you could better test with a sawteeth shape instead of the sinusoidal shape. With a sawteeth pattern in each row you are always keeping the same total current in the system  (I_north + I_south = constant)

Although in the patent is only drawn one resistor, I tend to think that Figuera maybe used 2 resistors in parallel in order to have a simetrical wave along one whole revolution of the commutator. Remenber that in the patent is written: "the resistor system is sketched in a simple way  to make easier its understanding"

Regards

Hanon:

First of all thank you for all the work you have done. We certainly would not be where we are without your translations and research.
I only have one resistor as there is a connection between the two circular heater coils. The total ohms of the two connected coils is 42. If I disconnected the two coils they would each be about 21 ohms. 

I don't know how much total resistance is needed for the device to work properly. But I used both coils to provide the 42 ohms.

Maybe your idea of using two resistors, providing two waves is the way to
success?

If anyone is interested in more information on the little heater or "resistor," let me know.

Shadow

[marathonman]

Dieter;

"Wouldn't it be sufficent to use a low remanence material for the Y core only? And to prevent Hysteresis, does it make a difftence wheter steel or iron is used?? I'd rather try laminates, or ferrite, or sendust or otherwise iron sawdust casting".

Yes you are correct on your assumption as the y core is the only core switching polarity and should be of good quality iron.the best material i have found for this is 4 Mill High Z GOES from www.ArnoldRolledProducts.com.  the primaries do not change polarity and it doesn't matter if there is a residual magnetism left in core.  using the later in your sentence would allow you to use rather high frequencies.  this is why i built my timing boards the way i did to experiment with higher frequencies up to 1.5 to 2 MHZ.... All low power CMOS IC's ......so basically i can go from 50HZ to 2MHZ with a cap change and two resistor adjustments (that's it). not a bad board if i say so myself.

[dieter]

Shadow


Shure I am interested. 21 Ohm sounds just right. For the resistors, I've seen an idea that goes like: several resistors in series, each side of the series is connected to one primary coil. The commutator brush delivers the current to a certain tap of the series, so depending on the position of the brush, the left side gets more current and the right one lesser, or vice versa. This needs to be in 2 half circles of resistors, whereof one is the flipped version of the other.


Also make shure the number of turns in the secondary is high enough so you get a higher voltage. Did you already test the current?


I want to show you all two Images, one is my Figuera/Heins/Jensen test setup, the other one a Heins bitorroid, that I made quickly. It is a good example for how bad materials lead to extremly bad performence. With this BTT, that was run in series with a 150 Watt lamp at the 230V 50 hz Grid, the output was unbelievable 0 volt, 0 ampere  .


Bad core and bad wire. One thing you don't have to try.
(Actually I tried it to see if it's possible to use everydays materials... it does absolutely NOT.)


Where the other device with the ferrite core and sec. wire from a MOT performs fine.




EDIT : Marathonman, 50 Hz to 2 MHz sounds great! Plenty room for sweet spots in there. Speaking of cores, I must insist:
www.ebay.com/itm/6-x4-CORE-Metglass-nanocrystalline-tape-for-MEG-generator-power-transformers-/321362215573?pt=LH_DefaultDomain_0&hash=item4ad2ae4295



Tho I must say I've seen cheaper ones. At ebay, sometimes you have to dig for a while until the better offers pop up.


see also
www.gaotune.com/c-core2.htm
a chinese manufactor, may send samples for free!
And some cheaper offers:
www.ebay.com/itm/C-Core-Output-Transformer-Materials-Hitachi-C-Core-Amorphous-Metglas-MC-Stepup-/331110263471?_trksid=p2054897.l5658

[dieter]

Marathonman,


see my EDIT note in my prev. posting.