Work from 2 magnets > 19% output 2

[Floor]

Hi Lumen

Here is some relevant info.

First, working with RO  at  32 deg. off from parallel  cuts done  the
distance traveled  by SL, before SL is beyond significant influence from RO.

This was done because   MY TD unit has limited SL range of travel.
In order to arrive at a distance where in...  SL is "free" from RO,  but also
RO is "free" from SL  I needed to keep RO to no more than Around 30
degrees from parallel.   

In  other words...  in order to find the distance at which at which RO can be
FREELY rotated to parallel,  would have been a greater distance than
then the length of the sliding rails used in my version of a TD unit.   

All this gives us information about the interactions, but again is a kind of back
wards approaching of the interactions.  Still, it gives us perspectives we might
not immediately have noticed other wise.

Notching the SL matters....  IF one is looking at / running  the TD unit Back wards !
notching the SL matters..... but is not necessary at all, if one is operating the TD
with RO as input and SL as out put.


         Good questions
               floor

[Floor]

CORRECTION

QUOTE  "In  other words...  in order to find the distance at which at which RO can be
FREELY rotated to parallel, " END QUOTE

RATHER

in other words.... in order to find the distance of SL from RO...
at which RO can be  FREELY rotated to parallel is not possible on my unit. 

Up to around 30 degrees is the the most parallel one can go before RO resistance to
rotation becomes significant.  SL simple will not travel far enough (on my TD unit).

[Floor]

I think I have found a compatable theory for the energy source.

             Phlogiston !

                         smile
                               floor

[lumen]

I just finished doing some calculations on new results from my latest test rig so here are some results without all the detail but the idea.

Using magnets that are 1/8 x 1.00 x 2.00  there was a gain of 13.5%

Though this sounds like a good amount of extra work but it is actually a force of .155 grams (5.47 oz) over a distance of 20.32 mm (.800 inch)

The maximum force on the structure at the worst point is about 3.63 Kg between the magnets.
So any device that could run on those magnets would have to operate with a few ounces of force but also be strong enough to withstand forces over 8 lbs.

Just a thought on the expectations of friction and design.

This new setup is a bit more universal so I'm thinking to move on to floor's arrangement and see what happens there.

[Floor]

Thanks for the update Lumen.

                 regards
                          floor