How do you turn off a tpu?

[zerotensor]

...
cw forms one vortex ccw forms the other.  cw +
ccw-.  cw centrifugal force ccw centripedal force.  Leedskins describes them as two types of magnetic currents.  Russell shows them as two different spirals.
...

@sparks:

One must always be careful when using the terms clockwise and counter-clockwise.  One is the same as the other when viewed from behind.  These terms (cw, ccw) are relative, and only make sense if the orientation of the observer with respect to the center of rotation is defined.  (of course, here you are mixing them together, so I guess the point is somewhat moot) -- Still, it really is confusing when people use these terms as if they are universal, without indicating the direction of the axis.  Even worse is when people say "turn it to the right"  (which part should go to the right?  my right or your right?)

[sparks]

  Thankyou zerotensor for your suggestion.  I feel there may be many here that recognize the blueprint I post below.  Please review the picture and see if you can identify the beginnings of a dna strand in the hydrogen atom.  It was the original build I believe.   Thankyou for your time reviewing my notes or listening to my bullshit.  I hope it brings some love. (I can't paint curves very well)  I'm a baby compared to the technology generation to inherit the Earth.    Spread the love brothers and sisters spread the love.  Even if you have to use a spark gap to become relavent to the potential energy field that surrounds all our beings.

[slayer007]

I thought he said in one of the videos I seen it wouldn't work upside down.

[sparks]

@slayer


    SM's tpu works like an aetheric refridgerator.  The mass of the Earth has alot more heat to offer than the gases in the atmosphere.  When he flips it over it's like opening the door to a little refridgerator inside a freezer.  Energy starts going the other way.


    Glad to have you on board child !!! 

[wattsup]

@sparks

I suspect the first tpus, since they will not have a variable drive primary end, this means they will always drive at the same rate. I would guess that you will be able to drive the tpu with no load or with a load rated above the max output of the device. But when you put a load considerably smaller then the output, this will create a backlog on the primary side of the system and it will stop on its own. Of course, this is applicable only if there is no other power source, or if the initial power source is used just to start the device, then removed.

Also, we now know there is a fuse on the circuit board of the FTPU. Looks like a slow blow.