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Author Topic: Magnet force shield  (Read 90125 times)

Floor

  • Guest
Re: Magnet force shield
« Reply #120 on: April 06, 2017, 07:16:13 PM »
@ all readers

A demonstration of a method wherein.... conservative magnet interaction sets give rise to Over Unity....
Through magnetic force shielding.


Please see the attached video below.

http://www.dailymotion.com/video/x5hgqia_yetanothers-counterpart_tech

    Keep on it guys.     
     thanks and regards
       floor

dieter

  • Hero Member
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  • Posts: 938
Re: Magnet force shield
« Reply #121 on: April 07, 2017, 03:57:45 AM »
Thanks. I get an error about in the middle of the vid, may be my browser.


That's the thing with replications. Sometimes variations accidently become improvement, although usually not, but still.

Floor

  • Guest
Re: Magnet force shield
« Reply #122 on: April 09, 2017, 07:49:14 AM »
@Dieter

That video is not exactly somey kind of great revalation any way.
It doesn't pan out, as I see it.

Two systems with Three magnets each is too complicated, for me
to grasp with out first doing some diagrams.

Please see the attached PDF file below "MagnetForceShield 3x.pdf"

Looks to me like... my linking of two systems still ends up giving no net gain.

 regards
    floor

dieter

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  • Posts: 938
Re: Magnet force shield
« Reply #123 on: April 22, 2017, 02:36:19 PM »
Floor, thanks for the pdf.


Cinsidering the thousands of PM experiments that were done in the past century in order to tap PMs, it is certainly not to be expected to be easy.


But the more we know about PMs, the likelier it gets that we're gonna find that little hidden passtrough.


If there is one at all. Which I believe. See, attaching a PM to a piece of iron gives netgain of zero, considering gain in attraction and loss at removal, right?


Then where in the world comes the energy from, that aligns the magnetic domains in the iron? This is work done, on a molecular scope. Twice, when aligning and when relaxing. I have nwver heard of any explanation where that energy comes from.


And that's just one example.


However, we must not allow us to feel obliged to work on this 24/7. The joy of research is to research when we are in the mood for it. It's not a duty.


kr

DeerSpotter

  • Newbie
  • *
  • Posts: 4
Re: Magnet force shield
« Reply #124 on: April 28, 2017, 06:00:29 PM »
Updates on this? Anybody want to share any new discoveries on this topic?

Floor

  • Guest
Re: Magnet force shield
« Reply #125 on: May 02, 2017, 03:43:56 PM »
@DeerSpotter

Some of these shielding methods worked, but  I did not find that any of
them resulted in over unity... neither do I now find any reasons why they
should have.

If you are a builder / do replications ?  you might consider
a replication of the experiment @

http://overunity.com/14311/work-from-2-magnets-19-output-2/msg388336/#msg388336

                   floor

Low-Q

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  • Posts: 2847
Re: Magnet force shield
« Reply #126 on: May 06, 2017, 09:58:46 PM »
Too bad it didn't worked out for you Floor. I honestly think the topic in the linked thread will lead to nothing but equilibrium too. There is allways something we don't consider that nature already knows.
However, I don't think you will give up chasing OU. Looking forward to see your future projects, even if I am a sceptic.


Vidar

Floor

  • Guest
Re: Magnet force shield
« Reply #127 on: March 01, 2018, 11:11:38 PM »
Please find the following 2 attachments ......
"Magnet force shield 4.png    and    Magnet force shield 5.png"

Use the force neutralizing principles, illustrated by my drawings (in the previous parts of this topic),
in combination with a mechanical linkage (as described in the drawings attached below).

      These designs and devices are given into the public domain.

                        best wishes
                                  floor

norman6538

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  • Posts: 587
Re: Magnet force shield
« Reply #128 on: March 02, 2018, 01:36:53 AM »
If I understand what you are doing correctly you are balancing springs and
magnets and what I have found in many cases is all is good till you take power
out and then the balance is disturbed and a price has to be paid to return to
that balance.

Butch Lafonte did a lot with balanced setups that nulled the sticky spot but
he never did any measurements. I have done measurements and they have
OU but not enough.

It easy to get a magnet to do free work but then the mechanism has to be
reset so it can repeat that work and that require work. If that work is
less than the work out then you can get OU. But I have achieved OU but not
enough to do the switching to repeat a cycle. Its been my experience that it
takes 200%-300% extra to achieve that switching/reset process.

Best of Luck,
I really want to see permanent magnets do work.

Norman

Floor

  • Guest
Re: Magnet force shield
« Reply #129 on: March 02, 2018, 04:46:33 PM »
Thanks Norman

With a force of attraction between the center magnet and ONE of the outer magnets....
                                     while at the same time...
There is an equal repelling force between the inner magnet and the OTHER outer magnet...

The mechanical linkage illustrated..... will cause these two forces to total to zero force, in the vectors of
toward or away from the center magnet.   The attraction by one of the magnets is equal to the repulsion
by the other magnet, (to the center magnet).

Both of these forces (THE ASTTRACTING ONE AND THE REPELLING ONE) change at the same rate,
as they change in distance from the center magnet (also each at the same rate).

The springs are there to close the gaps, between the two outer magnets and the inner magnet,
when the attracting and repelling forces are equal, because the shield magnet is in place.

Without the shield magnet, the outer magnets repel each other.

also ......below is a corrected drawing of  #5.png

                   best wishes
                            floor

norman6538

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  • Posts: 587
Re: Magnet force shield
« Reply #130 on: March 02, 2018, 08:50:02 PM »
Thanks Floor, Its always good to hear from you. Nice drawing too. I have always gotten stuck
by a. the closer stronger and further weaker magnet characteristic. and b. when you take work out then the apparatus reset has a price which is close to the work out. and c. repel cannot be used because there is no repel without first a push which you have to pay for.

What torques me is all the fake stuff out there. I have boxes of stuff that I made that failed to deliver what we need.

How do you envision using this?

Norman

Floor

  • Guest
Re: Magnet force shield
« Reply #131 on: March 03, 2018, 01:36:32 AM »
@ Norman

This particular version of magnet force shielding .....
( force cancellation along specific vectors, through the balancing of attractions with repulsion)

Is not as effective as some of the other arrangements I have presented.   This arrangement is finicky.
It has a sticky spot (in removal of the shield magnet).  But it appears to me at this point, that this spot is
adjustable in both magnitude and direction.  Also, I think the sticky spot may be of an acceptably small
magnitude !  in terms of OU ?   

My test rig jigs, need to be set up with very precise right angles, but need also be adjustable along certain
vectors and distances.

The use ?   .... self runner of course.

         floor

Floor

  • Guest
Re: Magnet force shield
« Reply #132 on: March 07, 2018, 04:36:35 PM »
Here are a couple of new drawings.  Same principles, some variations.

These designs, mechanisms, devices, methods, drawings
are given into the public domain.

Please find the attached files
magnet force shield 6.png
magnet force shield 7.png

     floor

norman6538

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  • Posts: 587
Re: Magnet force shield
« Reply #133 on: March 07, 2018, 07:52:22 PM »
Looks great Floor but when I look at the drawing  I'm afraid there is a got you. Remember closer stronger and further weaker - I think there will be little work available from the repel because of the distance..... But don't take my opinion. You have to measure the
work in and work out to really know.....



Norman

sm0ky2

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Re: Magnet force shield
« Reply #134 on: March 07, 2018, 10:17:18 PM »
There are certain angles where the force can be perpendicular to the
the direction of motion
there is an increase of friction on the sliding mechanism
depending on how you handle the issue
 (torque in some situations)


you have to dance around the permeability of the shield
and a plane between the two fields to find it
but the force is not against the direction of the moving shield
it’s between the two magnets