Work from 2 magnets > 19% output 2

[Floor]

@umen

Yes there are definitely similarities.

I don't know what to say, except that I have done
my measurement sets repeatedly now, and with increasing
care, and in smaller increments.  The results are still hard for
me to believe. even though seeing is believing.

I don't think the guys in the video are idiots.
I think they know exactly what they have.

My design is the easier of the two to replicate !

I know what I been measuring and it is no trick, illusion
nor error.  I no longer have any doubts about it.  It's O.U..

Also, the device I have built is more complex than it has to be. 
This was in order that I can do a variety of tests.
Others could replicate in a similar but simpler test device design.

I may have verification by others using my device, in a couple of weeks
any way.  I have been in discussion with two separate individuals (both highly qualified)
who may use my device to  run the measurements for their selves.

This remains to be seen however, as no dates have been set.

           best wishes
                    floor
                                     

[Low-Q]

The files below are some explanation of domain flipping in magnets,
and at the beginning of the twist drive's slideing(SL) return / reset stroke.

What torque readings do you have between the two crossing magnets?


Vidar

[Floor]

@Vidar

Quote from Vidar
"What torque readings do you have between the two crossing magnets?"  End quote

Sorry to have taken so long to reply, been very busy, and will
still be for another day or so.

The only measurements for torque on the ROtating magnet are those
in the RO graph.  Torque goes from a min. to a max  "and is different /"changes with each increment
of rotation and / or increment of change in distance by the SLideing magnet" .

The only torque quage I currently have access to is badly out of calibrration.

[Low-Q]

@Vidar

Quote from Vidar
"What torque readings do you have between the two crossing magnets?"  End quote

Sorry to have taken so long to reply, been very busy, and will
still be for another day or so.

The only measurements for torque on the ROtating magnet are those
in the RO graph.  Torque goes from a min. to a max  "and is different /"changes with each increment
of rotation and / or increment of change in distance by the SLideing magnet" .

The only torque quage I currently have access to is badly out of calibrration.

OK. I was just worried about any possible counter torque that will prevent things to work correctly.
I hope you make this device work, and whish you good luck :-)
Keep us posted.


Vidar

[Floor]

Below are an excerpt and a quote from Millers  "magnetic drive apparatus" patent. US 8,487,484 B1

"An apparently unrecognized requirement is the need to periodically relax the the drive components in order to facilitate continuous reciprocating movement."
..........................................................................
NEXT

I now have my first independent  confirmation of work in... to... work out ratios in the  new TD unit.

That person spent about 12 hours total over a three day period.  He used his own  weights, scales, measuring
devices.  He did complete sets of measurements (of RO and SL interactions),

Checked several tolerances within the TD device, using a wiggler and or dial indicator.

RO shaft end play was hand forced to 0.010 inch.

all pulleys within the assembly (for eccentricity) were found to be no more than to 0.010 eccentric

Photo graphed all of his measurements

Found NO discrepancies between his own measurements of input (SL) to output (RO) and my last posted measurements.

He is the first person to notice / comment that the TD is UNDER UNITY as opposed to either AT UNITY or OVER UNITY (at least as presented in the back wards manner In which I have proceeded).  Ive been waiting for some one to make that observation.

          floor