Free Solid State/mechanical energy

[samebarbosi]

I think we are running away from simplicity again.
All that comes to my mind is Ed Leedskalnin's graphic representation of magnetic currents: one flowing in one direction, the other in the opposite direction, both screw like.
It resembles with that vortex in vortex movement Erfinder was describing. Why was he talking about this again? I start to lose memory... This also means this information is not part of me yet.

Leedskalnin... Erfinder... opposite direction, both screw like... vortex in vortex...

[samebarbosi]

Gentlemen,

I tried to conclude what we got so far and guess what I found?
I found we got distracted again. We got momentum but I think we didn't score.

First, based on the figure bellow, we can notice primary doesn't have a ground. So the differential input, as presented, IS alternating around to a "Neutral" point. The essential characteristic is the shape: pulse, not sine wave. In this case we have two collapses per cycle, not just one.

The collapse of fields with polarities shown in black will give the polarities of BEMF:
1. Red front --> Red Polarity of BEMF
2. Blue front -- > Blue polarity of BEMF

Those will induce alternatively High Potentials in coils F, etc. Where is that pressure and suction again? How fields flow? How many they are?

[allcanadian]

WoW!
I just found a website called vortexscience, this is awesome stuff.
Here is the link we are looking for, it is magnetism and electrostatic in the same instance, pulsing a magnetic field-rotating magnetic fields...
Damn you samebarbosi, now Im on a whole new course, I'll have to start over.
I like this explanation on the web site, it puts everthing in context, I hope they add more to it soon.
Thanx for keeping me on track

[samebarbosi]

I think Erfinder pointed to Vortex Science website.

I've been thinking about when we can graduate to next level. So I think the answer depends on making our own the message behind each quote. What can we conclude from each statement.

1.
Let A B represent the poles of an alternating current motor, of which C is the armature wound with coils D, closed upon themselves, as is now the general practice in motors of this kind.

[Edit]
- Presenting the setup
- Current is alternating, not necessarily sine wave
- coils D, closed upon themselves: I don't know what to get from here more than they are in a loop.


2.
The poles A, which alternate with poles B, are wound with coils of ordinary or coarse wire E in such direction as to make them alternate north and south polarity, as indicated in the diagram by the characters N S.

3.
Over these coils or in other inductive relation to the same are wound long fine-wire coils F F and in the same direction throughout as the coils E.  These coils are secondaries, in which currents of very high potential are induced.

4.
I prefer to connect all the coils E in one series and all the secondaries F in another.

5.
On the intermediate poles B are wound fine-wire energizing-coils G, which are connected in series with one another and also with the series of secondary coils F, the direction of winding being such that a current-impulse induced from the primary coils E imparts the same magnetism to the poles B as that produced in poles A by the primary impulse.  This condition is indicated by the characters N' S'.


[Edit]
- Step up transformer/Tesla coils {3} with secondaries F connected in series, to cumulate the charge to high potentials {4}. ................... loosing freakin' focus.



6.
In the circuit formed by the two sets of coils F and G is introduced a condenser H;  otherwise the said circuit is closed upon itself while the free ends of the circuit of the coils E are connected to a source of alternating current.

7.
As the condenser capacity which is needed in particular motor of this kind is dependent upon the rate of alternation or the potential, or both, its size or cost, as before explained may be brought within economical limits for use with the ordinary circuit currents if the potential of the secondary circuit in the motor be sufficiently high.  By giving to the condenser the proper values any desired difference of phase between primary and secondary energizing-circuits may be obtained.


Seven questions with [minimum] seven answers. I think was kind from Erfinder to let us know at least when we can see the light of the end of the tunnel leading to the next stage.

I have to review them myself and see where we got answers and what remains uncovered.

Reassessment time!

[Edit]: Work in progress. If / while you still remember, please let me know and I'll add to the summary. Thanks.

[nat1971a]

Hi All,

Erfinder appears to be highlighting that the dielectric material as being the conductor of electrostatic charge in the secondary windings...anyway thats the way I read into it.

"Well the capacitor stores electrostatic charge as a stress potential in it's dielectric material, and the secondary windings radiate electrostatic charge!  Hmmmm.....interesting"

Cheers

N.