Apparatus for generating autogenic energy?

[ken_nyus]

Thanks to some help here I have been able to run a number of simulations in FEMM.

If I am doing this right, here is a configuration that seems to give a net gain in torque over a full cycle.

Forget all the previous simulations, they would run better backwards.

[ken_nyus]

I also posted a video version of this information on youtube:

http://www.youtube.com/watch?v=kxnARiXUwVA

I hope I am interpreting all this right, I was losing hope and interest, but now after running many simulations I think I see the factors that help to make this work, and that create the conditions mentioned in the patent.

When I model very closely to my build, I also see why it would not work.

I have to rethink the whole build, to get the close spacings and strength required to take advantage of the power spot.

My main problem right now is coming up with a strong enough, low friction enough, and non-magnetic sliding bearing. There are full ceramic or low-magnetic linear bearings out there, but the companies I talked to only custom build them, and the prices start in the 1000's.

[hansvonlieven]

G'day Ken,

Have a look at this, hope this helps.

http://student.ccbcmd.edu/%7Enorman/pendulumtonoon.mpg

Hans von Lieven

[ken_nyus]

here is the FEMM file and the LUA file if anyone wants to play with this:

[ken_nyus]

G'day Ken,

Have a look at this, hope this helps.

http://student.ccbcmd.edu/%7Enorman/pendulumtonoon.mpg

Hans von Lieven

Hi Hans,

I took a look, I'm not sure what I should learn from that?

If it is about bearings, I think my rotary bearings are ok, and I have many choices there.

It is the sliding linear bearings that I have trouble finding or building.