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Description
From:
Richard
To: sterlingda@greaterthings.c*
Sent: Saturday, June 19, 2004 1:10 AM
Subject: Statistical Working Magnetic
Repeller Motor
"Magnetic Repeller Motor"
A device first conceived in 1985, but not fully developed until 2004. This
concept is the only magnetically working {Q. I
thought you told me you have not yet gotten it to work?}
motor that can currently be built to work but must use space age materials to do
so.
Imagine first, looking down at a 8x8x5" block of
aluminum with a 4.75 inch hole machined to a depth of 2.5 inches.
At 0, 90, 180, 270 degrees on the outer perimeter there
is a neodymium grade 35 magnet at each location. {Q.
What are the dimensions of the neo mag? What is the orientation of
polarity?}
Secondly, there are shields that block out magnetic field that are on linear
non-ferrous bearings that slide horizontally backwards at each of these 4
magnets. The shields are YBCO polycrystalline superconductors encased in a
carbon fiber cylinder at liquid nitrogen temperatures. {Q.
What are the dimensions of the casings? What is the orientation of
polarity?} The repelling problem between the
superconductors and magnets is less than 1/4 of an ounce at .55 inches.
Continuing, there is a rotating arm in the center of this hole that crosses the
entire diameter of the 4.75 inch machined hole. This arm also has neodymium
grade 35 magnets located on each end. {Q. What
are the dimensions of the neo mag? What is the orientation of polarity?}
"Theory of Operation"
At prototype size:
Set in motion with hand. {Q. Once you get it
turning, it keeps turning? does it accelerate? to destruction, with no load?}
The arm will harness the potential energy of these magnets and transfer it to
kinetic energy, which is usable and real energy.
There will be 4 "kicks" per revolution. Each "kick", if you
will, will produce between 1 to 1.5 inch lbs. of energy. Multiply that by 4
kicks and you see how much energy this will produce.
REMEMBER, each revolution will only be between 15 to 38% efficient {Q.
meaning? are you talking input?}, so really you
have a net gain of about 20 ounces of usable energy per revolution, which is
quite good considering this could run between 200 to 1000 rpm's.
Also, the rotating kinetic energy arm has timing pins which actuate a opposite
sets of pivot arms to open shields at exact time. [...na...]
Thanks,
Richard Timko
Index created by SDA
June 23, 2004
Last updated June 23, 2004
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