HOG01 Hartmann Orthogonal Generator

[Bessler007]

Why should the energy used to toggle the first magnet (that is magnetically coupled to the second magnet) induce more power into the second coil than what was pulsed in the first coil?

What am I missing here?

[f_dyne]

http://utenti.lycos.it/fischerconsulting/testatpu.html

[Bessler007]

Hello f_dyne,

I'm still not getting it.

What is the advantage of having an electrical impulse in Coil(one) convert to mechanical energy moving Magnet(one) then transfering that mechanical energy to Magnet(two) with a magnetic coupling converting back to electrical energy in Coil(two)?

Is there a gain in the conversion from electrical to mechanical then back to electrical energy?  If so what is the means this happens?

Are you saying this is an example of TPU or MEG or in some way is taping into the ether?  I just don't see the mechanism for this.

[hartiberlin]

As the 2 coils are 90 degrees to each other,
you have not the normal transformer effect ,
where drawing more output power
also has to put in more input power.
Also you will propbably have a mechanical phase shift
due to the toggling of the permanent magnets,
so you can decouple input energy to output energy.

Then the output energy only depends how big you make
the magnets and coils.
If you let the input energy stay constant you can get more energy
out, when you scale up the coils and magnets.


In my view there will be one point, where the output energy
will be bigger than the input energy, when the sizes are scaled
up big enough.
Regards, Stefan.

[hartiberlin]

Just 2 aircore coils,
where the 2 permanent magnets
can shake up and down and around inside.

It could be even better when the output coil
is periodically shorted out each few milliseconds and then the BackEMF is
applied to the output load.
This way  the drag onto the output permanent magnet can be reduced.