flux laminator

[gaby de wilde]

3 POINT INTERACTION
ABSTRACT
Unleash complimentary reactions utilizing the subtraction of contradicting actions.
http://magnetmotor.go-here.nl/text/3-point-interaction/

Attached image:
the top magnet inducts a field into the strips of steel, those are pushed and pulled as a result thereof (see paper).

[ken_nyus]

Gaby,

On your page with the explanation, at first you are talking about "body1", "body 2", "body 3". but then you switch to this language...

"...On the side of our to be secondary magnet ..."

You lose me there when you start using the words "secondary magnet", "primary magnet".

Can you relate this back to "body 1" etc.?

[gaby de wilde]

On your page with the explanation, at first you are talking about "body1", "body 2", "body 3". but then you switch to this language...

"...On the side of our to be secondary magnet ..."

You lose me there when you start using the words "secondary magnet", "primary magnet".

Can you relate this back to "body 1" etc.?

It says "On the side of our to be secondary magnet one already finds 2 poles." meaning the secondary magnet is playing a double role as body 2 and 3. I didn't know which way would be better to explain, ended up using both not explaining it at all. haha

In the drawing above a field is inducted into the steel stator strips by the rotor magnet at the top. The rotor magnet in the center then pulls and pushes against the magnetised strip.

From what I tested so far the center magnet's push and pull combined express more force onto the rotor as the top magnet needs to move over the next strip.

It's a magnetic communicator!

:-)

[gaby de wilde]

common kids? I figure there are only 2 things going on (for anyone to debunk.)

1) the rotating communicator magnet is suffering incredible eddy drag from moving from one strip to the next strip.

2) the magnetised stator strip is not push/pulling the core rotor magnet.

Which one will it be?

What I think happens:

The strip on the domain-wall of the core magnet is not subjected to either pole. But the 3rd pole (at the top) is inducting it's field in it. This field accelerates the strip away from the domain wall with more force as the rotating stator magnet expresses onto it, the stator doesn't care and just inducts it's field in the very next strip etc.

I still have not decently tested my hypothesis but it seems to work.

Where is the flaw?

[brnbrade]

Hi gaby

Which software you used to draw?

tks