EL IEVE free energy magnetic mill

[Light]

Where did you get 50 degrees or 5 degrees?? It's just a rough sketch on post #101, not a drawing.
Put on first 3 magnets, say, 20x5mm, on 100mm circle and U will have all needed angles; install 30x2mm magnets on 150mm circle and U got different angles, and so on.

The point here - what sizes on WORKING (video) model, that's all...Untill than it's all free guesses, where rite sizes might be found by practice only...

[Jdo300]

Hi!

It seems that somebody does not want this technology to work.
I wrote to the email that was in one of the posted photos and one good guy named Jose Manuel Rodriguez
answered my request very fast, sending me back the schematic to replicate the machine.
I want to share it with you. I think that the guy is truthful.

Jesus

Hi,

I drew that CAD drawing while talking to Juan about the "simplest" version of his motor that we could all make. I never intended for him to release it on the forum yet as I am still trying to verify that I have the angles of the ring magnets correct. But for those of you wondering about the dimensions, yes they are in inches, not centimeters! (again, I didn't mark them because it was just a quick sketch to Juan to clarify some confusion I was having). Also, the magnets for that particular model are ceramic, not Neo magnets.

I would recommend that everyone hang on just a bit as I really want to finish hashing out the angle details with him. My general gut feeling is that he wants the magnets overlapped half-wa as shown in my drawings but I'm still not certain about the angle, as you can still pick many angles that will give you the same half-overlap on the faces. He also mentioned that the magnets should have a very small gap between adjacent magnets on the ring of 1 mm which seems to imply that they are practically touching each other just as shown. But I want to prove this to be certain.

As you can see from some of my previous CAD drawings, the language barrier can be a real challenge in communicating the technical details but as others have mentioned, Juan is very willing to help anyone who wants to make an honest effort to replicate this. Dan and I are still working closely with him so we will post results as we get them.

God Bless,
Jason O

[Jdo300]

Possibly someone can spot what I've done wrong in this template for a layout.

Using the dimensions given there seems to be a collision with the magnets.

thanks  - Duane

Hi Duane,

Remember to pay attention to the aspect ratio of your magnets' diameter to their thickness. Juan made it very clear that the magnets in the video were close to the same dimensions as pennies, roughly 0.75" in diameter and 1/16" thick about. So to get the angles right, you have to use relatively thin magnets, otherwise you'll have to increase the angle to compensate for the extra thickness.

You want something that looks kinda sorta like this (rough example)

(Yeah I know the pennies in the upper right corner are not aligned right. but this is just a visual aid).

God Bless,
Jason O

[nievesoliveras]

Hi!

@light - Where did you get 50 degrees or 5 degrees??
On post #111 there is an explanation based on the drawing on post #101
Again. If you substract 40 degrees from 90 degrees the result is 50 degrees. So the rotor magnet goes at 45 degrees from the horizontal line and the ring magnet goes at 50 degrees from the horizontal line.
The five degrees come from the fact that 50 degrees minus 45 degrees is 5 degrees. Hence the difference betueen the rotor face and the ring magnet is 5 degrees.

I hope you understood!

@jason
That is the right way to go!  And if you can measure exactly the amount of material needed under the magnet in order to get its 90 degrees and make a template in a plain 1/4 plywood and cut it. Then you have the right position of the ring magnets without having to adhere the magnets to try.

Jesus
Again I am not the inventor. I just understood the drawing sent to me.

[mdmiller]

@Jason

Hi Duane,

Remember to pay attention to the aspect ratio of your magnets' diameter to their thickness. Juan made it very clear that the magnets in the video were close to the same dimensions as pennies, roughly 0.75" in diameter and 1/16" thick about. So to get the angles right, you have to use relatively thin magnets, otherwise you'll have to increase the angle to compensate for the extra thickness.

You want something that looks kinda sorta like this (rough example) ....

Thank you for your work coordinating this mission.  When I saw what looked like a construction drawing, I started creating a template to rush out to my workshop, then ran into the dimensional conflicts.  Although communicating with Juan is complex, he seems sincere to me and I b-el-ieve this is worth the pursuit.
To your health and success - Duane