Magnet Configuration for Working Motor
I have, I think, discovered something quite interesting and possibly significant. Howard Johnson in the early 80's patented a permanent magnet motor. He created straight line devices to demonstrate the principle and reportedly created a working model. The working model was supposedly stolen. Regardless, the motor was never produced, and there are no reports of it being replicated.
A man named Mike Brady claims to have a magnet only motor and claims to produce an electric generating device that requires no fuel or electricity. He applied for a patent, but it was not granted. He claims that they produce and lease a 20 kilowatt unit and now a 100 kilowatt and 300 kilowatt unit. The larger models reportedly are a combination of electrical and magnetic power, but entirely self operating requiring no external input.
On many of the alternative energy sites there are discussions that all seem to conclude that the device is a fraud. Brady has not provided proof or details of how the device works which is understandable given that it is not patented.
This is a video reportedly showing the device in operation. http://www.youtube.com/watch?v=PFGiWiXMHn0
If true, this will change the world. However, I believe Brady is deceptive about how the device works to protect the device, and doesn't share the true operating principle to prevent duplication. He claims the device works by the repulsion of similar poles and magnetic shielding. All the replications I have been able to research use repulsion and don't work. It is well known that placing permanent magnets in repulsion causes them to demagnetize. The configuration I show below should not demagnetize. It does work in a straight line configuration.
The Howard Johnson magnet motor worked on a combination of attraction and repulsion, and staging three series of magnets using shielding on a rotor so that two provided propulsion when one cogged. My device does the same thing. I made a simple two board device that uses this principle to propel an upper board across a series of magnets in a lower board. It propels the upper board completely off the lower magnets without any pullback as would be experienced in a SMOT. I do not believe there is any limitation to how long this will continue to propel the board. One would just need to extend the bottom magnets.
http://www.youtube.com/watch?v=txYnzn1tGnA&feature=related This video details the spacing in an animation that shows the spacing of magnets on the three disks. Imagine the upper magnets having poles on the sides instead of the end and you will see how my device works. The ends of the upper magnets are split half north pole, half south pole. Thus one magnet repels, one attracts and one cogs. The interaction of the combined attraction and repulsion is sufficient to overcome the cogging.
The device I created is just two pieces of deck board using 1/2 by 1 inch neodymium magnets. It will propel itself for as long as you extend the lower magnets. There is no pullback at the end like there is with a SMOT. I took end pole magnets on the bottom board at a roughly a thirty three degree angle and placed a second board above them with side pole magnets at the same angle with a stagger in the layout equal to one magnet width for each row.
The device is three magnets wide in rows roughly one inch apart. The magnet ends' vertical width at a 33 degree angle are roughly .42 inches wide when viewed straight down from above So I spaced the magnets' holes adjacent edges .84 inches apart. I used a pencil for wheels. It took all of 25 minutes to make with a hand drill and a couple of pieces of weathered deck board.
I'll try to create a diagram for you of what I did:
The diagram below shows the face of board 1, magnets with north and south poles on the ends signified by the pole that shows on top, north. The holes were drilled with a thirty three degree angle to the left as the diagram is presented. I've used nn to signify one magnet so that the side poles could be presented comparably in the second diagram. The distance between magnet holes left to right (edge to edge - not center to center) is .84 inches (2 magnet widths):
Bottom Board: Poles on ends of magnets
Top of bottom board - not to scale
Board is roughly 16 by 7 inches
.84 inches
________________V_______________________
| nn nn nn nn nn |
| nn nn nn nn nn |
| nn nn nn nn nn |
^
nn - Represents one magnet
15 magnets total
Side of bottom board - not to scale
Board is roughly 1 inch thick
______________________________________ ,
| nn nn nn nn /nn/ |
| nn nn nn nn /nn/ |
| ss ss ss ss /ss/ |
| ss ss ss ss /ss/ |
^
Represents one magnet - Side view
Does not show perspective-
magnets beyond first row not shown
The second "upper" board was drilled as shown below using the same 33 degree angle to the left, and roughly 1 inch spacing between the rows, and .84 inch spacing between magnets in each row. However this board was drilled with each row offset one magnet width farther forward than the one next to it. What you are seeing is the top view of the layout. The diagram on the right shows that the holes are drilled at a 33 degree angle to the left. I put magnet shielding under these magnets on the end of the magnet. To insure scientific integrity I secured it with duct tape. With side poled magnets the end is the side and can be shielded. The poles are on the sides not the ends.
Top Board: Poles on sides of magnets
Top of top board - not to scale
Board is roughly 10 by 7 inches
___________________________________
| ns ns |
| ns ns |
| ns ns |
^
ns - Represents one magnet
6 magnets total
Side of top board - not to scale
Board is roughly 1 inch thick -
________________________________________
| ns ns ns ns ns /ns/ |
| ns ns ns ns ns /ns/ |
| ns ns ns ns ns /ns/ |
| ns ns ns ns ns /ns/ |
^
Represents one magnet - Side view
shows all six magnets due to offset
Finished Device Configuration:
.| / / | >>>Top Board - Direction of propulsion>>>>>>
O < Pencil .
I / / / / / __ | Bottom board - stator
If I am right, the fact that this will run indefinitely in one direction is very significant. Whether it can be looped is still an open question. But work is defined as the ability to move a weight, over distance. My device is doing work. I am doing work with magnets with this design, which has been claimed to be impossible.
Let's see we could make a children's toy, a train that moves on its own. Perhaps it would even go around a corner. If not that then a drag strip with little cars, no curves necessary. Perhaps even a motor.
But the point is the configuration I have enumerated here will allow one to access work using magnets. I perceive this magnet configuration can be placed in a circular configuration like the Parendev and propel an inner rotor.
Copyright 2008
James T. Hitt

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