SPIRAL MAGNET MOTOR IDEA??

[X00013]

Besides the obvious problems of a magnet motor, in my experience you will have problems with using large neos within a cd sized space at 90 degrees, a large wheel must be used and/or use a steel round piece in the middle. I use at least 10 to 1 rule for nb 45.  So if your magnet is 1 inch long, it needs to be atleast 10 inches from center of rotation, twice that would be better.  Large magnets in such a close space at 90 degrees will severly brake ( slow down ) the system. Good Luck

[magnetman12003]

Hi Guys,

Thanks for all your input. I am open for all good ideas and advice. I am still getting parts together to construct this device.

From what I see the less magnets used the better chances it might work. Thats in keeping it very simple like was seen in the U tube movie clip where the inventer shows a simple magnetic spiral device turning by hand pumping a single magnet in the repel mode.

Shown below is another idea but in this case  two cylinder magnets are used .  The force is Repel in keeping away from a magnetic lock that might occur if attraction forces are used.

I would equalize balances of each disk gear by lead weights placed on opposite sides of either magnet shown.

In addition I would have BOTH geared disks turning only "one way" using no backlash clutch bearings on both axles.

Remember the right side or "POWER" disk has a heavy flywheel secured on its axle.

The left counterclockwise or "FOLLOWER" disk is gear tooth positioned to force the "POWER" disk to turn clockwise which it easily does.  Remember the "POWER" disk can only move clockwise. No counterclockwise backlash because of its shaft one way clutch. The "FOLLOWER" disk can only move counterclockwise and can not backlash clockwise.

The end result with each geared disk revolution the power disk should be repelled clockwise for an instant and then keep spinning faster and faster with each revolution  ??   

Analogy:  Its like jumping onto a tramboline. With each jump kick you go higher and higher - but in this case the flywheel turns faster and faster with a repel force pushoff or kick given during each revolution.  ?

I dont see where magnetic braking would present a problem  ??

Open for comments on this HALF BAKED idea.

Tom

[brian334]

What makes it spin?

[sushimoto]

What makes it spin?

... and what has it to do with the "Spiral Magnet Motor"

[magnetman12003]

The spiral magnet motor device was made with two magnets. One on one disk and many spiraled magnets on the other disk acting as one magnet.

The inventor hand pumped a single magnet on the simple device to get it to spin.

I am letting the flywheel power pump this device aided by a pushed pulsed repel force every revolution just like the hand pumping on the spiral device.

Granted I dont show any spiraled magnets on the power disk but the end results should be the same.

Tom.