"NEW
TECHNOLOGY"
How is a "No" Laminate - cool running motor of Value?
In
Current motor designs, low magnetic strength ceramic magnets must be used
due to their high curie point and some even require a cooling fan. With my
system - the absolute highest strength Neodymium (NIB) magnets will produce
10 times the torque from the same power used by low efficiency motors of the
past and the cool running coils insure that the curie point will never be
reached, providing a safe environment for low curie point magnetic
materials and an airtight motor housing whereby no fan is required - due to
internal electromagnetic cooling. However, the use of laminate steel
in combination with NIB magnets can be counter productive, my
"NO" Laminate design solves this and many other problems. NOW -
More powerful motors can be constructed that will make better use of
available power. This New Technology, Pulsed Electric Motor operates
on a series of intermittent pulses using a patented Zero Spark Suppression
Commutator which allows the electromagnetic drive coil to either run cool or
operate at sub-ambient temperatures. Finally - electromagnetic heating is no
longer a problem. Heat that was once factored as mechanical loss has
now been converted to direct electromechanical power and increased motor
efficiency. My No Laminate design allows for light weight stators which will
only increase efficiency.
(Pre-approved,
prospective licensees can bring their EE's for a private proof of principle
demonstration)
In
a simple test a common photoflash assembly (330 VDC, similar to my system
voltage) was connected to a small electromagnetic coil to test the reaction
of several magnets to a pulsed electromagnetic field. The small capacitor
was charged to capacity each time and discharged into the coil of copper
wire - these are the results
(Weights
are approximate)
Reaction to magnetic pulse
Test
1
5
gram ceramic button magnet : Jumped 1/8
inch
5
gram neodymium button magnet : Jumped 7 inches (56 X the reactive
force)
9
gram neodymium disk magnet : Jumped 12 inches( 96 x
the reactive force)
With
the 9 gram NIB being 1.8 times the weight of the ceramic magnet, the
adjusted reactive force is now 172.8 times stronger than the ceramic used.
(12"
/ 1/8 = 96, x 1.8 = 172.8)
Test
2
50
gram block ceramic magnet : Jumped 1/16
inch
50
gram block neodymium magnet : Jumped 4 inches (64X the reactive force)
{
The question is, why are Neodymium magnets "NOT" used in ALL
current technology electric motors - because when a specific temperature is
reached (the curie point) the magnetic material looses most of its magnetic
field }
Ceramic
magnets (however of high curie point) show almost ZERO reactive force
compared to Neodymium magnets within the same electromagnetic field - and
within my patent is provided a means for "system negative
entropy", the superior Neodymium magnetic material can NOW be safely
utilized to produce more mechanical power from very the same power used by
old ceramic products with zero losses due to hysteresis or inductive
heating.
When
50 - 100 + MGOe Magnets become available, my patent can make use of them
even if the curie point is well under 200 degrees F.
The
basic operating voltage of the above pictured prototype is 350VDC,
having a full speed - no load draw of .06 amps. Due to the
patented commutator design - applied voltage is strictly limited to pulses
and even when a load is applied, the current rises only slightly.
This
patent teaches that negative system entropy is possible, however as the
explanation cannot currently be found in Electrical Engineering -
other areas of science must be explored and the key answers may be located
within Particle Physics and Plasma Science.
This
device bridges the gap between electric motor function and High Energy
Plasma Physics, whereby a completely "New Technology" is made
ready for exploration.
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