V Gate Magnetic Config

[Dave45]

Search youtube for v gate there are alot more devices that use the gate than just this vid, the problem is no torque as a motor but I wonder what it would do as a gen.
You dismiss this out of hand when there are countless experiments that show the effect, makes me wonder.
Its the principle that needs to be investigated and built into an electromagnetic system, ie: how the fields are interacting to cause the ramp.
Study the A vector field, a magnetic field has another field that is very seldom mentioned that is electric in nature.

[Dave45]

http://www.falstad.com/vector3dm/
Go to this link after the java window opens select solenoid then in the next box select field lines.
The rotating field you see is the A vector field this field is electric in nature, it is the field that transfere's energy from one coil to another in a transformer.

[Jdneilson]

Hi, Ive been working on a design for the last 5 years now, its based on vgates and doesn't involve a mechanical arm to lift the bar magnet, instead i manipulate the magnetic field internally on a rotating shaft, the vgates are set around the bar magnets in a stationary casing. 3 vgates per cylinder, 12 cylinders in total. 36 bar magnets on the central shaft, 33 magnets on the ramp compared to 3 at the sticking point.  by manipulation the bar magnets as they pass the sticking point you can reduce the power of the bar magnet, allowing it to coast on to the next gate with help of the other 11 cylinders already running the gate!!!!

I seriously believe this design will work.

[Jdneilson]

I am based in the UK, any help towards building a prototype would be greatly appreciated.  I have decided to replace the cylinder magnets with block magnets to make a more linear track, a bit like train tracks, i feel this will give a smoother operation.

Thanks, Mr J D Neilson
Keighley, West Yorks, UK

[TinselKoala]

What makes you believe it will work? Every single stage in the mechanism represents a small loss. When you add them all up... where do you expect the losses to be made up and overcome? In other words, where is the place in the system where the "free energy" comes in to do its work?

If your outer housing is conductive metal, the inner moving magnets will induce eddy currents in this housing, which are a further loss mechanism.

Since the "V-gate" mechanism you are starting with as inspiration doesn't work, except in "faked" videos, why do you expect your design to work? For anyone to try to construct a prototype for you, one would hope that some theoretical justification for doing so would be provided. I don't see it.