core lock

Dave, of three battery fame, has always touted an opposing magnet on the opposite side of the rotor to neutralize core lock. I could never get this to work in the many time I tried!
 

 However the question came up again on another forum and I did a wee red- neck experiment today...
 

 https://youtu.be/zPM-MfXWRjw https://youtu.be/zPM-MfXWRjw

 

 So there you go... it can work
 

 Ron

"Dave, of three battery fame, has always touted an opposing magnet on the opposite side of the rotor to neutralize core lock. I could never get this to work in the many time I tried!
 

 However the question came up again on another forum and I did a wee red- neck experiment today...
 

 https://youtu.be/zPM-MfXWRjw https://youtu.be/zPM-MfXWRjw

 

 So there you go... it can work
 

 Ron"
 -----------------------------------------------------------------------------------------------------------
 

 Looks like this may have to do with the cone edge off the ends of the magnets. Many people have charted the spin field off the top of magnets. There was one experiment I did with this and noted when I had the angle right between two neos, I could cause a voltage to appear across a solid thick copper ground bar, which is a dead short.
 

 I pulsed the center bar using a very tiny weak MHz frequency, and was able to modulate the field between the two magnets at angular skew. When the copper bar vibrated up, I could feel it, and then a standing 800 mv appeared across the copper bar.
 

 http://www.resonantfractals.org/Magnetism/Experiment8.htm http://www.resonantfractals.org/Magnetism/Experiment8.htm

 

 Dave L

Ron I think that most don't see the free poles locking too. The fields
reach out and lock the Wesley neutral zone used horse shoe mags so both
were removed from the set up if one side is still free to influence things
it will .now days we don't use them much but  two neos and a soft iron bent
into a horse shoe will work and if you drop some iron filings at the
connected neo to iron points you can soak up the residual fields . its
always made me wounded why bedini only used one side of a two sided
condition .both could be put to work .

On Sunday, October 27, 2019, [email protected] [EVGRAY] <
[email protected]> wrote:

>
>
> Dave, of three battery fame, has always touted an opposing magnet on the
> opposite side of the rotor to neutralize core lock. I could never get this
> to work in the many time I tried!
>
>
> However the question came up again on another forum and I did a wee red-
> neck experiment today...
>
>
> https://youtu.be/zPM-MfXWRjw
>
>
> So there you go... it can work
>
>
> Ron
>
> 
>

this has been the elusive key to many a project!

If you can imagine for a moment..

a mag in the middle of a configuration of 2 rows of magnets that does not
stop. "IE, circle"
look at these young mens project but then again imagine it looping.
The fundamental problem has always been the initial opposing forces of both
mag fields then the middle -loc  then the repelling,
so if the mags were angled such that they are basically repelling all the
time
you have something. the trick is to get past the initial opposition phase,
which you already have if already inside the arrangement or 2 rows

https://youtu.be/Vo2-Qb3fUYs

comments please.

Mark


On Mon, Oct 28, 2019 at 8:02 PM [email protected] [EVGRAY] <
[email protected]> wrote:

>
>
> Dave, of three battery fame, has always touted an opposing magnet on the
> opposite side of the rotor to neutralize core lock. I could never get this
> to work in the many time I tried!
>
>
> However the question came up again on another forum and I did a wee red-
> neck experiment today...
>
>
> https://youtu.be/zPM-MfXWRjw
>
>
> So there you go... it can work
>
>
> Ron
>
> 
>

Over on Rex's site there's a patent for motors with this off set of lock up
.he said the japs all ready have commercial motors in the public area using
only  half of the normal power per horse power .

On Monday, October 28, 2019, [email protected] [EVGRAY] <
[email protected]> wrote:

>
>
> "Dave, of three battery fame, has always touted an opposing magnet on the
> opposite side of the rotor to neutralize core lock. I could never get this
> to work in the many time I tried!
>
>
> However the question came up again on another forum and I did a wee red-
> neck experiment today...
>
>
> https://youtu.be/zPM-MfXWRjw
>
>
> So there you go... it can work
>
>
> Ron"
>
> ------------------------------------------------------------
> -----------------------------------------------
>
>
> Looks like this may have to do with the cone edge off the ends of the
> magnets. Many people have charted the spin field off the top of magnets.
> There was one experiment I did with this and noted when I had the angle
> right between two neos, I could cause a voltage to appear across a solid
> thick copper ground bar, which is a dead short.
>
>
> I pulsed the center bar using a very tiny weak MHz frequency, and was able
> to modulate the field between the two magnets at angular skew. When the
> copper bar vibrated up, I could feel it, and then a standing 800 mv
> appeared across the copper bar.
>
>
> http://www.resonantfractals.org/Magnetism/Experiment8.htm
>
>
> Dave L
>
> 
>

Hi Ron
Nice quick and simple experiment!
 it does seem to work witb magnet edges  doing the repulsion at 180 drgrees to the core and magnet locking up.
I wonder if finite adjustmemt to magnet-edges positioning could at specific rpms neutralize lenz law braking if the core was an air coil or a core witb coil around it and the coils are induced by sweeping magnet in generator mode to create power and tbe resultant lenz law braking.
Kone

I think the mans demo. hit my amazing nerve. 
just going through a dead space?
    On Tuesday, October 29, 2019, 5:40:18 PM CDT, Mark Burke [email protected] [EVGRAY] <[email protected]> wrote:  
 
     

this has been the elusive key to many a project!

If you can imagine for a moment..

a mag in the middle of a configuration of 2 rows of magnets that does not stop. "IE, circle" 
look at these young mens project but then again imagine it looping. 
The fundamental problem has always been the initial opposing forces of both mag fields then the middle -loc  then the repelling, 
so if the mags were angled such that they are basically repelling all the time 
you have something. the trick is to get past the initial opposition phase, which you already have if already inside the arrangement or 2 rows

https://youtu.be/Vo2-Qb3fUYs

comments please.
Mark


On Mon, Oct 28, 2019 at 8:02 PM [email protected] [EVGRAY] <[email protected]> wrote:

     


Dave, of three battery fame, has always touted an opposing magnet on the opposite side of the rotor to neutralize core lock. I could never get this to work in the many time I tried!




However the question came up again on another forum and I did a wee red- neck experiment today...




https://youtu.be/zPM-MfXWRjw





So there you go... it can work




Ron


   
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Ron thinks for the video it just may be able to be incorporated in to a
standard DC motor with improvements just a add on to the shalt !

On Tuesday, October 29, 2019, James Glinski <[email protected]> wrote:

> Over on Rex's site there's a patent for motors with this off set of lock
> up .he said the japs all ready have commercial motors in the public area
> using only  half of the normal power per horse power .
>
> On Monday, October 28, 2019, [email protected] [EVGRAY] <
> [email protected]> wrote:
>
>>
>>
>> "Dave, of three battery fame, has always touted an opposing magnet on the
>> opposite side of the rotor to neutralize core lock. I could never get this
>> to work in the many time I tried!
>>
>>
>> However the question came up again on another forum and I did a wee red-
>> neck experiment today...
>>
>>
>> https://youtu.be/zPM-MfXWRjw
>>
>>
>> So there you go... it can work
>>
>>
>> Ron"
>>
>> ------------------------------------------------------------
>> -----------------------------------------------
>>
>>
>> Looks like this may have to do with the cone edge off the ends of the
>> magnets. Many people have charted the spin field off the top of magnets.
>> There was one experiment I did with this and noted when I had the angle
>> right between two neos, I could cause a voltage to appear across a solid
>> thick copper ground bar, which is a dead short.
>>
>>
>> I pulsed the center bar using a very tiny weak MHz frequency, and was
>> able to modulate the field between the two magnets at angular skew. When
>> the copper bar vibrated up, I could feel it, and then a standing 800 mv
>> appeared across the copper bar.
>>
>>
>> http://www.resonantfractals.org/Magnetism/Experiment8.htm
>>
>>
>> Dave L
>>
>> 
>>
>