--- In minatowheel@yahoogroups.com, "Tetragramatonah" <g0d31337@...> wrote:
>
> Wanted to run this new idea I got for a prototype. I'm going to try an
explain my hypothisis first and then I'll post the crappy photoshop drawing I
made to help give a cheap visual of what I'm talking about.
>
> The three main forces I will be combining here are 1. Magnetism (repulsion) 2.
Gravity and 3. Buoyancy
>
> Hypothisis: We can achieve unity and possibly over unity by using strong Neo
Magnets in a repullsion setup where the internal rotor has a dynamic float held
within it's core allowing 2 cylindrical magnets spaced by a foam core to free
float inside the rotor(a float like a pool float noodle foam) The magnets will
be permanently fixed to the float with north facing out (out meaning the north
polarity is at both ends of the main rotor cylinder) and floats freely inside
the rotors internal cylinder (water being the buffer between the float and the
tube encasing it, but not enough space around the float that would allow the
float to move in any direction except up and down the tube vertically). The
main rotor would have an axel on the outside of it at the middle of the cylinder
(not passing through the center of the main rotor cylinder). Around the outside
of the main rotor cylinder place permanent magnets in a static 180 degree path
arrangement with all north polarity facing inward towards the main cylinder
rotor similar to the original minato outer magnet ring (the slight spiral). The
sticky spot that we see in the typical rotor setup we have used in the minato
setups we're attemted to make in the past have almost all found fault with the
"sticky spot" where the outer magnet spiral gaps and the internal rotor gets
bounced on the closeset magnet after the gap... The design I'm proposing does
two things to remove this stick spot. 1. the main rotor must be mounted
vertically and the spin following the same allowing gravity to come into play.
2. The force of the floating mechanism inside the main cylinder rotor forces
the internal magnets to NOT make a full 360 degree circle rotation, after the
main cylinder passes the 180 degree mark of the horizon the internal float with
attatched magnets will dynamicly move toward the upper most end of the internal
cylinder bypassing the sticky spot alltogether. Restarting the repulsion cycle
to force the rotor to spin another 180 degrees.
>
> In the end this would most likely never reach a smooth spin allowing us to
create a high RPM rotor as the path of the internal float and magnets never
really make a full, smooth circular path. But, if we were to use large tubes,
large magnets and take into account the entire weight of the main cylinder used
for the rotor we may be able to produce large amounts of tourque at low RPM
giving us what we need to draw out some power.
>
> Posting my cheap photoshop diagram of the above mumbo jumbo... Let me know
what you guys think. Oh an if this shit does work, it is yours, I don't give a
damn who makes money or gets credit for the idea. If this thing works great if
not I'll scrap the idea an see what else I can come up with, I want another way
to generate power simple as that.
>
>
> ~PJ
> pj_keener@...
>
g0d31337 posted a file new idea.jpg
Where is this JPEG located? So I can lookm at it please?