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FDP - shielding magnets with magnets

guest@go-here.nl gaby de wilde — Thu, 13 Mar 2008 10:56:05 (GMT 0)

Hey hello,

Nice drawings. Yes, it looks exactly like my idea.

The differences:

Your design uses 2 repulsive fields. Mine uses an attractive and a repulsive field.

My main idea was to draw the attracting flux out of the gate.

By forcing the magnet into position the way you illustrated you will have to disconnect (break?) the flux between the gate magnets by wedging the 3rd in between.

In contrast, in it's current "implementation" my design takes a lot of work to remove the attracting magnet from the gate again.

The way I see it neither design shows a clear free energy situation but they are workable ideas that might fit with something we didn't bump into jet.

Thanks for dropping a line. It's scary silent here sometimes. lol

Forum: MAGNETIC SHIELDING
Topic: RE: Shielding magnets with magnets
Replies: 2
Author: gaby de wilde
Subject: FDP - shielding magnets with magnets
Post time: Thu, 13 Mar 2008 10:56:05 (GMT 0)

guest@go-here.nl Anonymous — Mon, 10 Mar 2008 22:46:17 (GMT 0)

This was my idea and design from about 6 or 7 years ago the proof is at this site http://www.fdp.nu/cf/default.asp

Forum: MAGNETIC SHIELDING
Topic: RE: Shielding magnets with magnets
Replies: 2
Author: Anonymous
Subject:
Post time: Mon, 10 Mar 2008 22:46:17 (GMT 0)

self propelled shielding

guest@go-here.nl gaby de wilde — Tue, 16 Oct 2007 05:19:47 (GMT 0)

If the stator is rotating at the right speed the shielding will move towards it having opposite rotational direction relative to the rotating stator. It has to approach slowly to generate maximum magnetic force, the stator will go faster and the shielding will accelerate in opposite direction. Until (of course) the shielding is as close to the stator magnet as it can get. Then it will (obviously) slow down again. And the shielding will come to a full stop.

Now the funny thing is that the stator is moving away from the shield while the shield trying to reverse it's direction. This means the shielding can now escape the magnetic field. Sure, it will practically come to a standstill again, but it did however bridge a distance before doing so. Both the rotating shield and the rotating stator bridge an additional distance as a result of the interaction. It's not much but this is exactly the seed power we need to continuously lead out a shielding and un-shielding effect, such effect may present a decrease in efficiency but we do have this room for slight losses with this reverse-logic'd testatica like super~low number of rotations-per-minute approach, we should probably talk of revolutions per minute. As long as not all is lost the machine will just rejuvenate it self in such configuration

Forum: MAGNETIC SHIELDING
Topic: self propelled shielding
Replies: 0
Author: gaby de wilde
Subject: self propelled shielding
Post time: Tue, 16 Oct 2007 05:19:47 (GMT 0)

shielding magnets - magnetic-shield.com

guest@go-here.nl gaby de wilde — Mon, 27 Aug 2007 12:11:28 (GMT 0)

Quote:

How can I shield one magnet so it doesn't interact with another that is close by?
All commercially available magnetic shielding materials are ferromagnetic. This means they are attracted by a magnet just like iron or steel. Ferromagnetic materials are necessary because shields work by pulling the magnetic field towards them and away from what needs to be shielded. The magnetic field will actually become concentrated within the shield itself, but the field will still exist.

If two magnets are close enough together to attract each other and a ferromagnetic material is placed between them both magnets are now attracted to the shield. The net effect is that both magnets are still being attracted in the same direction prior to the shield being put in place.

Now turn one of the magnets around so they are repelling each other and then place ferromagnetic material between them. Again the magnets are attracted to the shield and will stick to it. With a thick enough piece of material the poles may actually be directed facing each other. With a thinner piece the magnets will be offset from each other, but will still stick to the shield.
http://www.magnetic-shield.com/faq/index.html

Forum: MAGNETIC SHIELDING
Topic: shielding magnets - magnetic-shield.com
Replies: 0
Author: gaby de wilde
Subject: shielding magnets - magnetic-shield.com
Post time: Mon, 27 Aug 2007 12:11:28 (GMT 0)

fdp: The Dual Piston Device

guest@go-here.nl gaby de wilde — Sun, 19 Aug 2007 18:44:57 (GMT 0)

Quote:

The white line in between the 2 pistons (cilinder magnet with the same pole pointing to each other) is a thin sheet of mu-metal. When the sheet is inserted, the pistons are attracted to the center. After removing the sheet, the pistons are repelling.
http://www.fdp.nu/dualpistondevice/default.asp

Forum: MAGNETIC SHIELDING
Topic: fdp: The Dual Piston Device
Replies: 0
Author: gaby de wilde
Subject: fdp: The Dual Piston Device
Post time: Sun, 19 Aug 2007 18:44:57 (GMT 0)

paper: SHIELDED PERMANENTMAGNETIC PISTONENGINE

guest@go-here.nl gaby de wilde — Sun, 19 Aug 2007 18:43:03 (GMT 0)

Quote:

SHIELDED PERMANENTMAGNETIC PISTONENGINE
ABSTRACT
Design of piston engine utilising shielded repulsive permanent magnetic fields.
http://magnetmotor.go-here.nl/magnetic-shielding/text/shielded-permanentmagnetic-pistonengine/

Forum: MAGNETIC SHIELDING
Topic: paper: SHIELDED PERMANENTMAGNETIC PISTONENGINE
Replies: 0
Author: gaby de wilde
Subject: paper: SHIELDED PERMANENTMAGNETIC PISTONENGINE
Post time: Sun, 19 Aug 2007 18:43:03 (GMT 0)

paper: FLUX SHIELDING

guest@go-here.nl gaby de wilde — Sun, 19 Aug 2007 18:42:12 (GMT 0)

Quote:

FLUX SHIELDING
ABSTRACT
Shielding magnetic fields for the creation of real physical perpetual motion apparatus.
http://magnetmotor.go-here.nl/magnetic-shielding/text/flux-shielding/

Forum: MAGNETIC SHIELDING
Topic: paper: FLUX SHIELDING
Replies: 0
Author: gaby de wilde
Subject: paper: FLUX SHIELDING
Post time: Sun, 19 Aug 2007 18:42:12 (GMT 0)

United Nuclear - Aerogel

guest@go-here.nl gaby de wilde — Sun, 19 Aug 2007 18:39:06 (GMT 0)

Quote:

What is Aerogel?

Aerogel is made from Silicon Dioxide, the same material as ordinary Glass,
only 1,000 times less dense.

Aerogel (also called 'frozen smoke' because of its hazy blue appearance), is a truly remarkable material.
It is the lightest and lowest-density solid known to exist, and holds an unbelievable 15 entries in the Guinness Book of World Records, including best insulator and lowest density solid.
Aerogel is composed of 99.8% air and is chemically similar to ordinary glass.

Being the world's lightest known solid, it weighs only three times that of air.

When handled, Aerogel feels like a very light, hard foam. Being chemically similar to glass, it also happens to shatter like glass, yet is incredibly strong structurally, and can support thousands of times its own weight. Theoretically, a block weighing less than a pound could support a weight of half a ton.
Due to its microstructure, Aerogel is a powerful desiccant, rapidly absorbing any moisture in your fingertips when held. This usually leaves some dry spots on the skin that disappear in a short time.
Aerogel's true strength is its incredible insulating properties. It negates just about any kind of
energy transfer - thermal, electrical or acoustic.
A one-inch thick Aerogel window has the same insulation value as 15 panes of glass and trapped air - which means a conventional window would have to be ten-inches thick to equal a one-inch thick Aerogel window.

Aerogel's density is just 3 milligrams per cubic centimeter.
Its melting point is 2,200 degrees F (1,200 degrees C).
http://www.unitednuclear.com/aerogel.htm

Forum: MAGNETIC SHIELDING
Topic: United Nuclear - Aerogel
Replies: 0
Author: gaby de wilde
Subject: United Nuclear - Aerogel
Post time: Sun, 19 Aug 2007 18:39:06 (GMT 0)

the believe machine - Augsburger Kunstlabor 2005

guest@go-here.nl gaby de wilde — Wed, 08 Aug 2007 16:24:21 (GMT 0)

A magnetmotor shielded utilising the repulsive force of permanent magnets as displayed in 2005 at the Augsburger Kunstlabor. On the web the device is known as the believe machine.

I'm sending an email to LAB30, maybe they have the contact details of the inventor.

http://www.lab30.de

Here is a reproduction, I think he is using attraction rather then repulsion. I also send him a message...

Forum: MAGNETIC SHIELDING
Topic: the believe machine - Augsburger Kunstlabor 2005
Replies: 0
Author: gaby de wilde
Subject: the believe machine - Augsburger Kunstlabor 2005
Post time: Wed, 08 Aug 2007 16:24:21 (GMT 0)

Shielding magnets with magnets

guest@go-here.nl gaby de wilde — Tue, 07 Aug 2007 21:57:45 (GMT 0)

This image represents 2 magnets attracting and some work is extracted. The vortexi represent the magneto-interactions.

In this image a third magnet is introduced. The golden arrow represents downwards pulling resultant onto this bar magnets. It's only allowed to move horizontally at this stage.

In this image part of the attraction is used to move the bar magnet into the repelling field of the small magnet. One would assume this field primary pushes things away in all directions but there is an interaction going with the medium magnet at the bottom. So, the repulsion is primarily towards the other magnet.

This image tries to illustrate the situation after the repulsion, attraction and their interaction have been extracted.

The medium and the small magnet can no longer interact, the top magnet may now be repelled for additional work.

Forum: MAGNETIC SHIELDING
Topic: Shielding magnets with magnets
Replies: 2
Author: gaby de wilde
Subject: Shielding magnets with magnets
Post time: Tue, 07 Aug 2007 21:57:45 (GMT 0)