Oscillating Reed Switch Pulse Motor.

[Sputins]

[Allen Burgess]

Ignore list.

Permanent Ignore List:

1.-Matthew Jones

2.-Turion

3.-Citfta

4.-OrionLightShip

[Allen Burgess]

Protective housing.

The spinner design now contains close to thirty or more magnets and two levitators, but so far, nothing's spinning outside the "protective housing". The rotor's not pushing the additional encumbrance of an axle like Matthew Jones's (Half Fast) retrograde version. The scam artist produced a "Big Nurse Quack Test".

A 3D printed rotor "Skeleton" can safely keep all the magnets securely harnessed. The levitators work fine through plastic and can be kept outside the housing. The rotor is very versatile and can be diametric or monopole of any number of poles desired of either polarity.

This "Levitating" bismuth axle rotor can compare to anything the "Jet Propulsion Laboratory" or "Sandia Labs" has designed and operating.

A visual manually operated "Laser" leveling system would be easy to add, along with a Laser tachometer. A very safe, stable high speed frictionless levitating rotor, with a safety housing easy to evacuate of air. Two additional axial polarized ring disk magnets can cap the ends of the rotor to cleanly separate the rotor from the bismuth bushing side walls.

The crowning aspect of this system it's ability to compensate for "Quantum rotor weight gain" at near-sonic velocities. We can simply raise the rotor with the twin levitator positioner buttons untill the "Laser dot" vanishes positioned over the top of the rotor. A small clear plexi-glass window can be added for this and another for the laser tach. This design turned into an advanced project, but the design is at the "Highest state of the art" and within reach of the average builder's budget. "Sputin" figured this entire approach out at the beginning; All I did was do some shopping, so here's a hearty thanks to "Sputin", the originator of the idea!

[Allen Burgess]

Radial magnets.

Here's pictures of radial magnets: These could couple with the Halbach arrays and bismuth axle:

Look at this levitator for $28 just for fun; Imagine 2 of these with the radial magnets spinning a rotor sideways:

https://www.youtube.com/watch?v=yrvMiTpoyYc

This one comes in kit form, below $48.; You can see how the levitator positions the floating magnet. "Push buttons are included to adjust the vertical position of the levitating magnet". Two of these coupled with the radial rings and bismuth axle would be alot of fun to play with:

https://www.youtube.com/watch?v=7o4TdX3o098

[Allen Burgess]

levitators.

Radial ring magnets on the outside of the two end mounted Halbach arrays would project two consistent monopoles outward. Two infra red activated levitator coils, one over each radial ring would help compensate for quantum weight gain and allow the "Reed Switch Oscillator Power Coil" to press down from over head, while pressing back against it to sustain maximum levitation level. These two levitator coils can run from the same circuit.

[Allen Burgess]

Halbach array

This Halbach array focuses all of the combined strength of the 12 tiny 10 mm block magnets to the center: This one has a 3D printed form. The Halbach array ID can be any diameter; Imagine a bismuth axle as thick as the center hole in this array:

https://www.youtube.com/watch?v=Z4PYTD8B4wA

Another video with a circular Halbach array magnetic field image through a magnet viewer:

https://www.youtube.com/watch?v=qv-9IAj_YnI

A 3D printed rotor holder could hold 24 Halbach array magnets, half on each end and the center fitted for two powerful block magnets to revolve around a thick bismuth axle. This type of rotor may "Free Wheel" indefinitely inside a vacuum chamber. The bismuth assembly can easily mold with side bushings to fit snugly inside a clear protective PVC housing, and the chamber could evacuate with a hand held squeegee ball.

[Allen Burgess]

bismuth casting.

Yeah, I think casting would be the simplest way to go and making a wooden mold would be easy enough. I have the gear to do the melting as I've made silver crystals and casting of silver ingots... Melting bismuth is fairly easy with its low melting point.

Obtaining a premium casting result would be the trial and error part. It's all do-able though. Cheaper to do it that way too.

Going slightly further, one could cast the whole casing for the spining magnet assembly out of the same metal.

@Sputins,

This approach would be a major break through that would spread like a healthy yeast culture among pulse motor builders if successful. A lower concave shelf casting of bismuth under the spinner might help levitate the over head tube magnet if the axle alone was too weak to float it.

[Sputins]

@Sputins,

This guy melts bismuth in a small "Blacksmithing Ladle" with a propane torch and casts ingots in a wood mold. It should melt and pour easily into a hard wood hole drilled to the desired dimension with a common drill bit.

https://www.youtube.com/watch?v=XVm6NiVIgRY

Yeah, I think casting would be the simplest way to go and making a wooden mold would be easy enough. I have the gear to do the melting as I've made silver crystals and casting of silver ingots... Melting bismuth is fairly easy with its low melting point.

Obtaining a premium casting result would be the trial and error part. It's all do-able though. Cheaper to do it that way too.

Going slightly further, one could cast the whole casing for the spining magnet assembly out of the same metal.

[Matthew Jones]

@Matthew Jones,

Just get off my thread you retard!

See their ya go. I am encouraging him to work on this and the best you can do is name call. Why can't you see fit to just not say anything. Just move forward. I'll tell ya why, you have a personality disorder that doesn't allow you too. It doesn't let you settle on the fact that you really don't even understand what your doing here. It makes you too proud to admit maybe you are wrong about every one else being the problem. Its called Neurotic personality disorder. You should seek psychological help and get medication that alters your personality.

It is not normal to be your own worst enemy. You really need help I hope you get it.

And no I will not stay off your thread. I built your motor and if you would start acting like real person instead of this inflated ego you burden everyone else with I would show my findings. They are worth knowing about. You stumbled on something really neat that could make a difference. Its to bad you have to let your personality disorder get in the way. Just apologize to Cifta, and GotoLuc then finally Me and I'll show you flat out why this little thing of yours is so neat. Or I can just keep posting about your personality disorder and why you fit it so well.

Matt

[Allen Burgess]

bismuth casting.

@Sputins,

This guy melts bismuth in a small "Blacksmithing Ladle" with a propane torch and casts ingots in a wood mold. It should melt and pour easily into a hard wood hole drilled to the desired dimension with a common drill bit.

https://www.youtube.com/watch?v=XVm6NiVIgRY

[Allen Burgess]

bismuth axle.

@Sputins,

Your bismuth axle idea is fantastic. The material comes in up to 8" in diameter from ZLX Tech. Imagine a long steel sleeve 8 1/4" in diameter with 8 or 16 long powerful neo block magnets attached to it, and a copper collar around them! This concept has to work at some point.

[Allen Burgess]

bismuth axle.

Well the 99.9% pure Bismuth rod keeps breaking off in the lathe, damn it. It is very brittle. So it might be better to cast it and then fine tune it with fine grit, wet and dry paper. Or perhaps alloy the Bi it to make it suitable for proper machining. So I'll to go back to that at a later stage.

I did think I could have a go at making this little device, with the bearings at first to get something working and then go back to the floating magnet ideas. I already have the magnets that should work and I bought a couple of the reed switches the other day.

@Sputins,

Rather then machine the bismuth, take a steel sleeve, that is slightly larger then the diameter of the bismuth rod you're working with and attach powerfull rectangular neo block magnets N, S, on either side, that are polarized side to side, then slip a copper collar over them like Skycollection does. There's three ways to polarize a block magnet: End to end, flat side to flat side, and side to side. Add two additional magnets if it fails to float for a total of four!

[Allen Burgess]

Quack.

The 2nd most problem here is you can't prove that will work, bismuth that is you keep your stuff in a storage bin. The first problem is you are a sick neurotic personality disorder and you need help. You need lithium and much re-education on how to interact with people. This won't be let go. You need help.

@Matthew Jones,

Just get off my thread you retard!

[Sputins]

Bi breaks off in lathe

Well the 99.9% pure Bismuth rod keeps breaking off in the lathe, damn it. It is very brittle. So it might be better to cast it and then fine tune it with fine grit, wet and dry paper. Or perhaps alloy the Bi it to make it suitable for proper machining. So I'll to go back to that at a later stage.

I did think I could have a go at making this little device, with the bearings at first to get something working and then go back to the floating magnet ideas. I already have the magnets that should work and I bought a couple of the reed switches the other day.

[Matthew Jones]

Bismuth won't work as a magnetic bearing. Your better using a standard B field magnetic bearing with a small point for support. What allen with a little "a" has built exploits a small event that is worth looking at. Its an Asymmetric imbalance between what it takes to motor the diametric magnet and what is produced from the magnet generating. Simple. It produces a situation in which you put the power in to start and you no longer need to add energy. Its very simple to understand once you see it. But its small in allens with a little "a" motor. It can be exploited and enhanced. How far is still up in the air.
You can on the other hand ditch the B field magnet setup for some $40 Zerconiam bearings, but they don't do as well.

@Sputins I hope you bother to take a look. Its worth it.

Matt