ENERGY AMPLIFICATION

[handrajaya@gmail.com]

Dear tim energy

From which city are you ?


Regards


Putu

[tim energy]

PUTU ... just remember ... ' mad lion ' city ... strudell food ... are you get it ?
it's very interesting ... after years of collecting the clue .. you must happiest person in you home and universe ... like Tito ...

[handrajaya@gmail.com]

Dear tim energy,

Sorry I don't get your clue :-(
Maybe need several years to get it like Tito's :-)

Regards

[Grumage]

Dear Erfinder.

Whilst busy with other projects your reference to Tesla's " Ozone patent " has been coming and going through my mind.

I remembered the other day of a SS circuit I had tinkered with, rather badly.....

Would the attached circuit diagram be a close cousin ?

Kind regards, Graham.

[Cadman]

Erfinder,

My attempt to describe the operational sequence of the ozone generator.

DC source, positive A, negative B. Switch H is closed.

At startup, positive A charges a high self-inductance, F+D, through switch H, also equalizing the charge on cap L through primary M at the same time. While switch H is closed the motor is receiving a current from AB and rotates.

Motor rotates x degrees and switch H opens.
The motor is disconnected from source at A, not B.
Inductance F+D sends a high voltage discharge through primary M into cap L.
At this instant is the discharge oscillatory between F+D and cap L?
A emf output is produced at secondary N.
Current also continues onward to source B from F+D during the discharge.

Motor rotates x degrees by momentum and switch H closes.
The motor reconnects to current source A and F+D recharge.
The cap L is shorted through switch H and primary M and a high frequency oscillatory discharge occurs between L & M.
For each oscillation a higher voltage emf is produced at secondary N. That emf is high frequency AC and is the beginning of the working circuit.

My thoughts:

The high frequency emf from N charges a larger cap in the working circuit that can be discharged into a step-down transformer to produce a lower frequency higher current emf for use.

The relationship of inductance, capacity, and resistance sets the frequency of L & M and also the frequency of the working circuit.

It looks as if the HV oscillating discharge between L & M would also charge the source through A.

It seems to be a very efficient set up. The pulse motor does work on it's own and the inductive discharge from the field coils that is normally wasted can be used to produce a high voltage with high current.

Sounds simple enough. What am I missing? Am I way off base here?

Regards