My Levitators and Bearings ( and other ) Designs/inventions

[Nink]

Your drawings are nice, but until you have a working prototype to demonstrate, they are just fanciful and clever drawings, and Earnshaw's Theorem still holds.

You have misinterpreted what you are seeing in those toy train videos, by the way.

So get to work! Buy some magnets and construct a working prototype or two according to your drawings, and let's see how they perform.

I agree your drawings are interesting but you have to build it to understand why they won't work. Most people on here spend hundreds of hours building things that don't work and every time they do they learn something.    I have a huge stack of magnets on my desk I have collected over the years and I am continuously trying different configurations and to date I have never managed to get free magnet levitation (unless of course I spin one or use diamagnetic materials)

Just pick your most simplest design you have and go to ebay or amazon etc spend $10 on some magnets and build it.

[forumblog]

( This is guest1289 , this is my other account ,  because of other things I'm doing )

Yes, of course you're right, building something is the only way to try and detect any potential in a design.
But I won't be able to build anything, for reasons I won't waste time typing.
(  different people saying that,  doesn't make it any simpler )

(  and if hypothetically I did, and I would probably fail,  but that does not mean someone else could not get a design working later on )

Anyone could try and see if any of my designs could work.

(  maybe you could look at  magnet-motor-1,  magnet-motor-2,  and the versions of magnet-motor-3   that I have posted very recently on   http://overunity.com/15774/permanent-magnet-motor/165/#.Vr-up7QrJH0 ,   you could design all sorts of variants of   magnet-motor-2  and  magnet-motor-3,  which are based on the same principle. 
    of course, no  magnet-motor  can function,  I just like designs which make you wonder specifically why they won't function etc  )

All-Permanent-Magnet-Full-Levitation   is a completely different subject,  and I think some designs could function .

Keep in mind,    ideas  like a  very large-flat-magnetic-surface   floating above one of the  arrays-of-tiny-spaced-magnets  that I have posted( or in the document posted containing my designs ),  or,  over a halbach-array .
  Or,  even ideas like 1 halbach array,  floating above another halbach array ,  etc, etc.
   ( I'm assume that I have not invented any new type of  array-design,  maybe I  should check,  and they are probably too similar to halbach-arrays to be new )

   You can have arrays where the tiny-magnets are spaced apart,  or,  not spaced apart.
   Arrays make it a lot easier to achieve levitation.
   (  I did see an electric-motor on a site,  which uses a halbach array to levitate the rotating component inside the array circle,  without power,  but I'm not sure if it also levitates along the axis of the axle.  )

    I will see if I can find the webpage, I think it may have been a free-energy related site

[guest1289]

   I had forgotten to  post the methods by which  "All-Permanent-Magnet-Complete Levitation"  should be able to be achieved,   successfully,   by using only the most commonly available shapes and sizes of magnets,  they are in the diagram below showing 3 methods(  3 METHODS.JPG ).
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   And also below,  is the diagram of a  magnet-motor  I included in something I filed at the patent-registry in the middle of 2015 .
   This  magnet-motor  uses  2 flat-toroidal-magnets on top of each other,  but with space in between,  and in between is  a rotating component which is shaped  like an aircraft-wing in order to gain lift in that particular magnetic-field,  which should result in propulsion.
( and,  a triangle-shape is also mentioned as an alternative to the aircraft-wing-shape  )

   Two diagrams of that  magnet-motor  design are below .
   (  that document was all very poorly hand-drawn )

   And also,  after the pictures,  I have  attached a  Word-Document  containing the description of that  magnet-motor  from mid-2015
   

[guest1289]

While I have been posting on the thread below
http://overunity.com/16448/modified-electrophorus-precharged-variable-capacitor/msg476636/#new
I'm thinking of modifications to the design( designs ) posted on the thread,  and I'm posting it here first so as not to fill up the other thread with   'my lots of text without offering significant contributions to the development'  in that thread.

Basically, the designs in the thread above eliminates the requirement for the ground-plate( electret )  and the top-metal-plate to touch each other in order to cause  charge-separation ,  it is done by adding circuitry to the electrophorus.

My idea is to eliminate the need for the  top-metal-plate  to be moved up and down,  since it is probably not necessary,  and can just be done through the circuitry .

However, since I won't be able to design my own circuit at the moment,  my idea is to wire the  electrophorus all up to one of those slide-switches  like the ones in clock-radios  which you slide-along to select the different functions  am/fm/sleep/set,  so one switch like that,  can have 5-functions.
    However,  my idea is to make this sliding switch out of a free-rolling-toy-train( a good-quality one ) rolling along a good-quality toy-train-track,  and as the train-wheels pass over different parts of the track they close-circuits and open-circuits.
       Although,  I would prefer to actually use my  permanent-magnet-levitation  methods to actually use a  fully-levitating( or almost fully-levitating if makes it easier) toy-train instead,  in order  to greatly reduce friction,  however then the circuits would have to be opened or closed with  contactless-magnetic-flip-flop-switches ( or with brushes if it makes it easier ) .

[guest1289]

guest1289

My idea is to eliminate the need for the  top-metal-plate  to be moved up and down,  since it is probably not necessary,  and can just be done through the circuitry .

And that could be done by replacing the ground-plate( electret ) with an earthed-wire( or a ground-plate connected to an earth-wire ) and then opening and closing the connection to the earth