Quantum Energy Generator (QEG) Open Sourced (by HopeGirl)

[TinselKoala]

 

[MileHigh]

More working in the lab researching free energy light bulb devices....

[memoryman]

MH, I could not find James on Linkedin. He has shown a great lack of basic understanding of electricity, and at best was a low level technician.

[Farmhand]

Well, I'm not really arguing with you.... but.....

The first image below shows the size of the original hole (on the left) and shows the 1/4-20 plug tap going into the RH hole that has been drilled out to #8 (my #7 drill is missing in action somewhere).
The second image shows the lamination thickness compared to the thread pitch.
The third image shows the slight burr on the top lamination, which is easily removed with, e.g., a light touch with a countersink or spotface or even a few strokes with a file. Lower lams don't show any distortion.
I was able to tighten and remove a 1/4-20 bolt into that hole without further distortion. I would not hesitate doing the same thing on a QEG rotor (except I might use a different thread diameter/pitch) especially since the bolts will be loaded only in shear and barely at all even there.

(I have a little bit of experience with machine tools, field repairs and just generally trying stuff out to see if it will work or not)

Well the logical solution is to make the rotor itself become "round" even though the laminated "magnetic" section is a "bar" of sorts, I would be considering molding the rotor into a strong resin so that the resin covers the sides for a 1/2 inch or so to maintain some structural strength, alternatively some sections could be machined from a strong laminate like carbon fiber then bolted and bonded into the open sections to displace the air and make the rotor round to the air.

the sections to displace the air could be made so one half is on/or part of each half of the shroud, then when the two halves are bolted together over the rotor it would be impossible for it to come off, I would use "Loctite" on the threads and a bonding agent to back up the bolts and prevent any vibration between parts.

Placement of the bolts and matching weights should keep the rotor in balance. If it is balanced that is, any good rotor should be finely balanced, this can be done painstakingly by hand or done by pros with machines.

Cheers

[MileHigh]

Perhaps one more "lie detector" test that the people that are more familiar with the mechanical assembly issues would agree with:

In one of James' QEG assembly videos, I think it's the shroud assembly video, he states that the clearance between the rotor ends and the "posts" (or "poles") is 10 thousandths of an inch - 0.010".

I don't buy that at all.  0.010" is a little bit less than the thickness of three sheets of paper.  I saw the rotor moving a bit in his clip and I think it was lined up with the posts at the time.  By observing the rotor movement, I guesstimate that the separation between the rotor and the posts is about 0.040" minimum.

0.040" or greater sounds more reasonable.  I just don't think you could actually build the QEG to such a tight tolerance with such a small air gap.

This is just gut feel.  If I am correct, then what is the point of lying like that in a clip?  Why?  It all relates back to the credibility of the whole proposition.

MileHigh