Muller Dynamo

[polkin poka]

@all

i think the key is the hall effect sensor....

just read the selfrunning_free_energy_device_muller_motor_generator_romerouk_version1_1-1.pdf and see the photos     

[polkin poka]

also here http://www.msextra.com/doc/ms1extra/MS_Extra_Ignition_Hardware_Manual.htm  i found some info....

@

[nul-points]

hi all

Romero reported that originally he used both drive coils in repulsion mode, but then he changed to attraction mode because it gave him better torque

looking carefully at the still shots of Romero's device it appears that he only changed ONE drive coil to attraction mode and left the OTHER drive coil in repulsion mode

the sequence, looking from above, is 1st drive coil in repulsion mode, then 1st Hall sensor, then 4 gen coils, then 2nd Hall sensor, then 2nd drive coil in attraction mode

you can still see the hole in the top stator plate where the 2nd Hall sensor used to be and it is AFTER the 2nd drive coil (exactly like the 1st Hall sensor is AFTER the 1st drive coil)

originally both sensors would have been able to use the small mags on the rotor rim, because the relative position of each sensor was the same to its connected drive coil -AFTER TDC

but when Romero changed the 2nd drive to attraction he needed the sensor to fire BEFORE TDC, so he moved the 2nd sensor over the top of the rotor mag path, BEFORE the 2nd coil


so - this COULD mean that the two drive coils were firing either simultaneously, or at least very close in time

need to check on something like bourne's precess-O-meter!


hope this helps the folks going the pulse motor route!
np


http://docsfreelunch.blogspot.com

[chrisC]

hi all

Romero reported that originally he used both drive coils in repulsion mode, but then he changed to attraction mode because it gave him better torque

looking carefully at the still shots of Romero's device it appears that he only changed ONE drive coil to attraction mode and left the OTHER drive coil in repulsion mode

the sequence, looking from above, is 1st drive coil in repulsion mode, then 1st Hall sensor, then 4 gen coils, then 2nd Hall sensor, then 2nd drive coil in attraction mode

you can still see the hole in the top stator plate where the 2nd Hall sensor used to be and it is AFTER the 2nd drive coil (exactly like the 1st Hall sensor is AFTER the 1st drive coil)

originally both sensors would have been able to use the small mags on the rotor rim, because the relative position of each sensor was the same to its connected drive coil -AFTER TDC

but when Romero changed the 2nd drive to attraction he needed the sensor to fire BEFORE TDC, so he moved the 2nd sensor over the top of the rotor mag path, BEFORE the 2nd coil


so - this COULD mean that the two drive coils were firing either simultaneously, or at least very close in time

need to check on something like bourne's precess-O-meter!


hope this helps the folks going the pulse motor route!
np


http://docsfreelunch.blogspot.com

@nul-points

I disagree. I'm pretty sure somewhere at the beginning of these posts, R clearly stated that the gen. coils do NOT fire together, one is on, other is off. No?

cheers
chrisC

[woopy]

Hi all

I have redo all my device more precisely , but no chance to get better results as earlier.

But today i review fo the 3 or for time the complete video of Romero, with my minds in mode "out of the box"

And here what i have seen in the video.

Romero in fact seems to use one of the driving circuit to not only drive the driving coils, but also TO SHORT ALL THE GENERATIVE COILS TOGETHER.

So he sayd that he is not shorting the driving coils (he will do it later), but what he did not say, is that he shorts all the other coils (petit futé ce Romero)

So see on the pix 1 the red arrow shows the wiring.

I tried it on my device and here is a scope shot ( probes are at the end of the FWBR rails) , with a load on the gen coils. See the strong spike.

Until now i have to find the sweet spot and what i can say is that the noise of the device is completely different.

Please rewatch the video to confirm what i have seen (the pix is in the video "selfrunning" at the beginning.

So  now i see where to search

hope this helps

Good luck at all

Laurent