When the tank charges up you can draw off power as the prior spark gap keep fast charging the tank. The spark gap is wideband transmitter. The tank is a thinband receiver. The spark gap energy goes 2 ways. The resonant freq keeps the tank charged and the non resonant is passed on. This is when the tank is used as a serial device not signal to ground position or parallel to the rest of the circuit.
As far as lightning goes, SM shows the key to the whole operation is a stun gun type operation, same color sparks. Big visual key here. That means frequency band.
The large sm17 coil drives big usable loads. The smaller tpus only drive 1 light bulb. I believe the smaller units used smaller or neon spark gaps. The sm17 unit had to have a spark gap in it. It procudes showers of huge sparks. I believe he put that spark gap inside the black box to hide it. It would fit.
@wattsup,
In your designs and analysis of the bigger unit check out the sizing of the box. And since the larger unit had so little windings he needs very large caps. The distance between the upper and lower loops gives the correct capactive distance in addition to the 2 upright caps inside the ring. This Gap is the same storage that Marco Rodin's has in his coil. Nobody ever addressed the heights of SM units and how integral the measure is to operation. He fires an electrostatic charge(wideband) into those odd tanks and they resonate. This storage also presents itself as a bias, a charged field, an evelope to pinch, a meduim for the cannon ball to fire through(the Stun).

I asked 2 simple questions:

In regards to the Ozone patent and associated circuit:

1) When the cap discharges through the primary coil (M), are the coils for the motor (D and F) are also connected to the power supply?

If so, this switches the HV from the capacitor (L) over the low voltage from the power supply.

2) What does this do?

Spare me the regurgitated misconceptions of other people's work.

hi gobaga

i think what you want to hear  here is that it discharge the power supply am i right?

when cap discharge of course cap is also discharge right and battery also discharge that means they share to the discharging moment BUT! IF YOU HAVE MANY COILS OF INDUCTORS WITH COLLECTORS THEN INSTEAD OF DISCHARGING, IT OVER CHARGES THE BATTERY ACTUALLY. 

SATISFIED?     

Maybe capacitor discharge recharge coil with high self-induction.With higher frequencies I may even think that most part of energy going out from DC source does not return back to DC source second terminal but is stored in coil of high self-induction and kicked forth to the discharge circuit.
So it might be that short-circuit of DC source is happening only at startup.

I would do that in such way : make resonant circuit of peculiar advantage of accumulation of power, connect antenna to it forming antenna as a series of coils (or coils in series) make them as transformers when secondary are in parallel,connect the proper capacity ball to the end to make it still 1/4 wavelength to get to passive zone at antenna.

Tito ?

Thanks Tito.

I was looking for a very specific answer.  Yes is charges the supply, but I wanted to see if you know "why" it charges the supply.

Don't give details.

The self induce energy tries to re-separate the balance atom, in that sence it charge by trickle ok. 

I think this post only blongs in this thread.

It is the last thing I received from Otto:

http://www.overunity.com/index.php?action=downloads;sa=view;down=457

I was wondering why would you people try to replicate a project of a gay conman that has no clue about science, and even more important, why are you so obsessed with a device that is known to overheat after 20 minutes ?

He is not a con man.  It lasted much longer than 20 minutes.  The over heating problem has been solved, and I know how.  The science is real.

Have a good day,

Bruce

So many threads, it's hard to follow the progression. This thread just dies. Do you have a thread on your successful TPU Bruce?

Thank you.