Overunity Device using Magnets in the 1920's ?

[Charlie_V]

Have you actually ever tried to get a piece of metal in the exact neutral point of a magnet, let alone 4?  It is an almost, next to impossible feat.  I've tried many many times.  The best I did was using 18-8 Stainless Steel screws as positioners and "tuned" a piece of iron into the center.  This was still not perfect but pretty close.

If you have any tricks that can get around this let me know.

Thanks,
Charlie

[dfddjr]

Actually I have been researching early radio for what is missing in todays world of tech advances.  Most of us have got into a rut on trying what is already out there and everybody else is doing.  What happened to designing something that is not someone else's work?

[ramset]

The possibility that some one else's very good work was put on a shelf waiting like a treasure Chet

[Prophmaji]

I don't know if anyone has said it..but what about the good old gated coil inductive collapse method of production?

Ie, create the potential/polarization/electron-alignment point, and then allow the alignment to collapse before it conducts, like the other 'over unity' devices? One could even tune this sucker by ear. and then use the mechanically created energy to crank a crystal or motor system, and thus create energy on the inductive collapse?-without using any.

[Prophmaji]

A magnet assisted 'non self demagnetizing' choke-coil-'dc reactor' design.

  D.C. reactor
10/13/1998
Document Type and Number:
United States Patent 5821844
Link to this page:
http://www.freepatentsonline.com/5821844.html
Abstract:
A D.C. reactor has a core structure having two opposed cores separated by a magnetic gap, to form a closed magnetic circuit. A coil is wound on one or both of the cores. A pair of permanent magnets for biasing are disposed on the core structure. The bias flux generated by the permanent magnets and the flux generated by the coil to flow in opposite directions. Bypass means for causing the bias flux generated by the permanent magnets to bypass the magnetic gap are provided. In an embodiment the core structure comprises an E-shape core and an I-shaped core, the magnetic gap is defined between a center leg of the E-shaped core and the I-shaped core, the coil is wound on the center leg of the E-shaped core, and each permanent magnet is shaped as a rectangle and disposed on both side surfaces of the center leg of the E-shaped core. The permanent magnet is a sheet-like permanent magnet magnetized so that in a longitudinal direction and a thickness direction two poles are formed and a neutral line of this permanent magnet is brought into conformity with the center line of the magnetic gap and is disposed on adjacent outer side surfaces of the I-shaped core. Since the flux generated by the D.C. reactor does not pass inside the permanent magnets, an eddy current loss decreases, and even when a large current abruptly flows through the coil, the permanent magnet is not demagnetized.