Apparatus for generating autogenic energy?

[sm0ky2]

im not sure what you actually "see" with FEMM, but "repulsion" should be seen as a compression of the flux lines, where they lose symetry and bend inwards towards both magnets.

[ken_nyus]

I worked through some more of FEMM, and I have put together a simulation that shows the rotating and sliding magnets interacting.

Anyone know an easy way to turn a bunch of BMP files into an animated GIF? or even better a movie file?

[hansvonlieven]

G'day Ken and all.

Write to me at hans@keelytech.com and I will send you a programme that will do it for you. You can take a series of bitmaps and turn them into an animated gif. A bit of learning but nothing special. Alternatively send me the bitmaps and I will do it for you.

Hans von Lieven

[ken_nyus]

Converted some bmps to gifs.

Here are some images from the simulation. I tried to match the geometry and proportions of the patent. (My build is slighty different)

The magnets in the model are Neo 40's

The sliding magnet is 1/8" x 1/2".
The rotating magnet is 1/8" x 1".

The stroke length of the sliding magnet is 2".

The rotating magnet is offset 3/16" from the center of rotation by the square attached to it's bottom, the center of the square is the center of rotation.

The rotating magnet is also offset 10 degrees from the invisible crank that links the rotating magnet to the sliding magnet. 10 degrees was suggested as a value by the patent. This you can see in the images below. In the first image below the sliding magnet is at it's lowest point, and the rotating magnet is 10 degrees off the 0 degree point immediately below the sliding magnet.

The view is side-on of the apparatus.

I am uploading (I hope) the views discussed in the patent.

[ken_nyus]

Anyone know how I would go about creating a torque graph from this simulation?

It would be great if I could create a tourque graph of the torque applied to the center of rotation as the magnet rotates.

If I could understand how to come to a solution of the torque for a given position, in a script I could gather this information as the script moves the members of the model through a full cycle.

Then I could decide if the device should theoretically work or not, for a given configuration.