Ok, I'll see about getting the 10 year old girl to
help us....<g>....she built hers from this diagram
with no problems.....
I undoubtedly made some errors in the earlier
descriptions because it has been pieced out one file
at a time as it was provide...so that recharging the
battery business is completely erroneous...but it does
seem to use a high intensity, short duration spike to
drive it and as you pointed out, consume very little
power...so it appears to be highly efficient.
In that respect it is very similar to the EV Gray
motor though is uses high voltage (3000 vdc) spikes.
Just to clarify, it is John Bedini who is providing
all this so he deserves full credit if it works as
claimed, I'm just the reporter..<g>...
Let's see if we can break it down;
wheel diameter 2.5" (roller skate wheel)
4 bar magnets 5/8" X 5/8" North face
bearing for roller - 1/4" shaft OD 5/8"
custom dual coil on same bobbin of 1" diameter
450 turns of #26 gauge wire
800 turns of #23 gauge wire
Note, he says it must be wound in a bifilar fashion so
that the magnetic field cancels.
_______________________
_______________________>
Bifilar is where current (and magnetic flux
lines)flows down one wire, then flips to move down the
opposite wire so that the opposing magnetic flux lines
cancel each other....ergo, scalar...or Hooper's
motional field...a pure electric field...
As I see it, when the rotating magnet passes the thin
wire coil, it induces a current that triggers the
transistor to send a high current spike from the 9
volt battery through the thick wire. That means it is
self-triggering...a kind of poor man's hall effect
switch...<g>..
So it acts like a flip-flop...the passing of the
magnet switches the transistor to generate the
repulsive discharge to push the magnet away.
The generator coil can be just about any wire that
will induce the current to drive the load, in this
case, the led.
Note all these coils have metal bobbins/shafts to
increase the magnetic flux (iron core over air core).
I certainly plan to build this or get one of my great
nieces or nephews to do it..<g>..they range from about
2 to 10 years old.
--- Juan de la Cruz Barrios <jdelac@sinectis.com.ar>
wrote:
> Hi Jerry !,
>
> Thanks for posting this info. From that I got a few
> doubt:
> The instructions to build the motor coil are very
> clear, the same with the rest of the motor, but not
> mention of the gen coil, the type of magnets nor
> what is the nucleus of the both coils.
> Can you or John clear it?
> So I or others guys can duplicate the toy without
> change anything. And you say what one of the
> windings are recharging the batery...sorry but
> I can't see where it's in the diagram... The
> secondary wound (thin) only are triggering the
> primary coil via transistor in the right time to me.
> The long lasting of the battery is because the low
> consumption of the motor and the supposedly lowering
> of the current becouse the load in the gen coil.
>
> Greetings, Juan.
=====
=================================
Please respond to jdecker@keelynet.com
as I am writing from my work email of
jwdatwork@yahoo.com.........thanks!
=================================
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