Re: An interesting approach

[FlyingPossumNetwork]

Did this ever end up working for you? I recently ordered 100 magnets and this looks like a promising design. I can think of no reason why this would not work.

[chrisofnottingham]

"An interesting approach"

Yes, another interesting approach, a motor that makes a quarter turn and then stops.

[unix001]

this will not work because if you have magnets going all the way around the circles/cogs then there will also be an equal force in the opposite direction

[transfusablepng]

Free Energy is real but the coverup is strong, if you are interested in a REAL free energy machine then just search for the LT MAGNET MOTOR in the youtube video search , it is probably the ONLY working magnet motor out there. Join the free energy revolution!!

[rkyeun]

Magnetic shielding does not block field force lines. Magnetic field lines cannot be broken, only bent. The repulsion is indeed greater at the top. When the magnets are near the bottom, the field lines have a larger distance to travel because they go around the shielding. The machine will stop with the magnets on the outside bottom and unwilling to approach again towards the middle.

[Seldom2033]

dfdretegsfdaw

[gazzaka]

at present my cogs are about 25 mm or an inch in diameter, but , it doesn't matter really, I originally intended to make the first one using cd's... use whatever scale you like ;)

[magneticveil]

how big are your gears? or "cogs"

I am currently replicating the Larry Lawrence Jr magnet motor.. but I believe your design will have more torque.

[gazzaka]

I am sure it will work too, I have ordered some magnets, disk type, outer ring is north , inner hole south

All that is needed is a small influence on one side

[magneticveil]

I would bet money that this idea will work..

you could use a small gauge steel rod for the magnetic shielding ..the magnets would be attracted to the steel rod and as they reach there closest point the attraction and repulsion will be the same effectively canceling each other out..and once that threshold is past they will repel each other...and round and round theyll go!...

[rkyeun]

I'll take that bet.

[frankensteinmoneymac]

@magneticveil its been a year since U wrote this comment....how much money did U lose???

[gazzaka]

you don't agree that there are materials that hinder magnetic fields? ;-)

[gazzaka]

The only mention of blocking , comes from you, I have not said blocking is important ;) why the obsession with this word? At most I think I said 'AFFECTING".... lol

[gazzaka]

Ok, and I again I tell you...you are wrong, and deep down you know it...

A few years from now, what I am saying will be "nothing special" and what you are saying will be, the "old hat" disbelievers ;)

Hagd

[gazzaka]

The shield only has to hinder the magnetic field in the slightest way, for it to work. There are many materials that affect and repel and attract magnetic fields. I didn't say lead would "block" a magnetic field ;-)

Also the shielding can go beyond the point it is shown in the diagram.

Years ago, speakers were employed in tv sets , with shields, so the magnets did not affect the CRT tube.

I have two cogs ready to test this idea, but no magnets as yet :-(

[knowledgemonger]

The shields on CRTs were made from a magnetic material. They conducted the flux around the CRT rather than trying to block it.

You could fill the whole space that is not supposed to block the field with magnetic material. This way by contrast, the air would appear to block the field.

The idea of this "motor" doesn't work for sound physics reasons. A good rule is "if you think you have found a free lunch odds are you are wrong".

I suggest you try looking elsewhere for ideas.

[gazzaka]

Any material will change the magnetc field, the better this works, the better will be the result...I have considered a lead shield , or better still a compacted lead shield

[knowledgemonger]

Lead doesn't block magnetic fields at all.

The machine will not produce any energy even if you could find a magnetic shield material. Imagine that the white area is really a perfect magnetic shield. The magnets that are just past the point where the shield is will produce a backwards torque on the system. The lines of force from those magnets will go around the end of the shield.

[macrumpton]

I don't know of any material which is a magnetic shield, do you?

[erikxmusic]

its hard to read but you're saying that the white area is magnetic shielding, and of course without it ..it would obviously reach equilibrium...

this design is stupidly simple...

but I have to say if the magnetic shielding is applied correctly I believe it will work..good job

[r123062b]

No. Its not going to work. It will achieve equilibrium.

[ChrisThePrick]

So build it and lets see it work