163 lines
8.7 KiB
Plaintext
163 lines
8.7 KiB
Plaintext
______________________________________________________________________________
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| File Name : TOMIBILD.ASC | Online Date : 02/04/95 |
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| Contributed by : Jerry Decker | Dir Category : ENERGY |
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| From : KeelyNet BBS | DataLine : (214) 324-3501 |
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| KeelyNet * PO BOX 870716 * Mesquite, Texas * USA * 75187 |
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| A FREE Alternative Sciences BBS sponsored by Vanguard Sciences |
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The following file contains construction details for the device described in
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the original file TMIDEVIC. It was built from a dream back in 1978 by Stewart
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Harris of Las Vegas. The principle has now been demonstrated by several
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KeelyNet Associates, all of whom are very excited with the prospects.
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Needless to say, everyone agrees that a circular version would allow tapping
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of energy from the magnetic drive.
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The TMIDEVIC file was sent to KeelyNet by Glenda Stocks and first proven by
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Norman Comparini. Norm called me and said his model worked. I then built
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one and it too worked. From that point, several e-mail exchanges got others
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involved and now it is taking off bigtime.
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This past year, John Searle spoke at both the ISNE (International Society for
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New Energy out of Fort Collins) and ITS (International Tesla Society out of
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Colorado Springs). He made reference to his circular track demonstration
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which could be demonstrated on a desktop.
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As I understand this circular track, it consisted of hills and valleys on
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which was placed a 'roller magnet'. The roller magnet would then begin to
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circulate around the track under its own power, gaining speed with each
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revolution. This is the basis of Searl's SEG (Space Energy Generator) and his
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flying disk. Many KeelyNetters who have duplicated the initial Harris linear
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magnetic drive also have seen the correlation with the Searl circular track.
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The TMIDEVIC file was a general description, this file TOMIBILD (for Theory of
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Magnetic Instability) will provide complete details to test it yourself.
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------------------------------------------------------------------------------
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Stewart Harris had a dream back in 1978 which showed him how to make a
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magnetic track that would power itself. He built it the next day using
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cardboard, scotch tape and off-the-shelf disc magnets from Radio Shack. It
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worked just as he saw it in the dream.
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Attempts to patent it were unsuccessful, causing Stewart to put it away since
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1978. Within the past couple of years, Stewart decided to put it out on the
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networks and see what came of it. The concept was mercilessly flamed
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(insulted and made fun of) on the InterNet. This was from people who did not
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try to comprehend what was claimed or to duplicate the device. Stewart was
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very disappointed in the reactions.
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Back in early January 1995, the TMIDEVIC file was sent to KeelyNet. It was
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constructed by several KeelyNet experimenters and found to WORK just as
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described. The inventor has been notified of our successes and is very much
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enthused by such positive feedback.
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The device is quite simple and has numerous possible configurations. It is
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based on an anomalous effect relating to the instability of joined magnets.
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There is a thrust from the magnetic fields causing the moveable roller to push
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up and over a ramp. Gravity then causes the roller to move down the decline.
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It is believed the device can be configured in a circular, see-saw or zig-zag
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track to run on its own power. By the time you read this, it will hopefully
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be in production as a novelty toy and probably have been arranged to rotate a
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shaft for power transfer from the magnetic repulsion.
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By all means, do not let this stop you from experimenting with it. The cost
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will range anywhere from $10 to $30 for the magnets. We here at KeelyNet want
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everyone to be aware of this, please experiment with it and share your
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findings with others.
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This is a MAJOR DISCOVERY that anyone can build from off the shelf Radio Shack
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magnets.
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To construct your own TOMI (Theory Of Magnetic Instability) device;
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1) For the ONE ramp test
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Buy 30 circular magnets (with the hole in the middle) from Radio
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Shack, these cost $1.69 for 5 magnets, so the magnets will cost
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about $10.00
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For the TWO ramp test
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Buy 50 circular magnets (with the hole in the middle) from Radio
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Shack, about $17.00
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2) Take some stiff cardboard and make two hills (each hill consists of an
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incline and a decline, experiment with the angle, about 30 degrees)
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3) Make three rolls (or five rolls if you are using 2 ramps) of 10
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magnets each (connect the magnets to form 10 magnet stacks, kind of
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like a roll of Lifesavers
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4) Tape these magnets together with scotch tape
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5) The ones for the side of the ramps are called RUNNERS, one other 10
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magnet roll is used as the ROLLER that moves up the incline between
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the RUNNERS
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4) On each ramp (incline), you attach one roll of magnets running up each
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side, so that's two magnet rolls per incline and NONE on the decline
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5) The RUNNER magnets on the sides should arranged to be of opposite
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polarity, that is, North at the top on one side, South at the top on
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the opposite side
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6) The ROLLER should be placed at the base of the ramp with its poles
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facing like poles on the RUNNERS, since LIKE magnetic poles REPEL,
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this will provide the repulsion you require to make the ROLLER move up
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the incline between the RUNNERS.
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For the Harris device, the 'over the hump' necessary for any perpetual motion
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device is provided by the downward push of gravity on the roller as it moves
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down the decline. The inertia of the moving roller must be sufficient to get
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it past the attractive end of the guide magnets and over the apex of the
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incline/decline. This is something you will have to provide for in other
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configurations if you want to make it 'perpetual'.
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One other tip, the more magnets you stack together, the weaker will be the
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overall force. A common idea is to create a circle of connected magnets that
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will provide a continuous acceleration. It sounds good, but in fact will not
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work, so don't go out and buy $100s of bucks worth of magnets. Try it
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yourself by stacking 20 or so magnets together and see how the field weakens.
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The following diagrams show how simple it is to reproduce, experiment with it,
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have fun and we would all appreciate being informed of any improvements you
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might make.
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------------------------------------------------------------------------------
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RUNNER starts here
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\|/
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| ----------------> direction of moveable magnetic ROLLER
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| /\ /\
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| / \ / \
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| / \ / \
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/ \/ \
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|-------------------------------
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| magnetic
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| <--------- ROLLER ends up here
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|____________________________________|
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------------------------------------------------------------------------------
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_________
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Top view S |_|_|_|_|_| N <----------moveable ROLLER magnet
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direction S |<--track-->| N
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of ROLLER ____________|____________
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| | ___| | |___ |
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| | |___| (start) |___| |
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| | |___| |___| | RUNNERS
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| | |___| incline |___| <--------roll of magnets, positioned at
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| | |___| |___| | the same angle as the slope of
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| | |___| |___| | the incline
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\|/ | |___| |___| |
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| |___|____________|___| |
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| N | | S |
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| | decline | |<-------no magnets here, but not as much
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| S | | N | space between the rolls as shown
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| ___|____________|___ |
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| |___| |___| |
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| |___| |___| |
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| |___| incline |___| |
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| |___| |___| |
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| |___| |___| |
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| |___| |___| |
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| |___|____________|___| |
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| N | decline | S |
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| |____________| |
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| (finish) |<-------ROLLER winds up here
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|________________________|
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