AC relay - shaded pole ...Re: [EVGRAY] Capacitive coupling of energy.

Body

Magnetic poles of AC relay core:

The image is taken from here: https://www.google.ch/patents/US20090315653 https://www.google.ch/patents/US20090315653

Magnetic flux paths:

This image is taken from here: http://www.gurevich-publications.com/books/electric_relays.html http://www.gurevich-publications.com/books/electric_relays.html
Flux path 2 is reflected as reactive power. As the ring is a coil it stores the magnetic field until given back to the source (or dissipated as heat). This makes the reflected field in opposite direction to flux 2 and curling around to superimpose on flux 1. I.e. the generated flux of the ring points up through the ring and curls around it from top to bottom. This opposing direction is known as Lenz's law.

DC relays have an air gap (plastic) in the magnetic field path to enable them to demagnetize when the current is removed. If no air gap the relay may risk to not open after disrupting the current because of magnetic remanence (this effect is aka Ed Leedskalnin's perpetual motion hanger).

Regards
Ole
 

---In [email protected], <arkresearch@...> wrote :

 also look at a dc relay and an ac relay the AC one got a shorted turn to prevent ac from vibrating the solenoid plate .. by creating a rotary 2 pole field
influence on it! 

(H)  
 

---In [email protected], <onielsen@...> wrote :

 Hi Mick,

Try a shorted good conductor: https://wiki2.org/en/Shaded-pole_motor https://wiki2.org/en/Shaded-pole_motor. It makes a mirrored copy of the magnetic field which cancels out the original magnetic field.

Regards
Ole 

---In [email protected], <mkjekyll@...> wrote :

 So what is a good way to create said shadowing in an element or to prevent it?

 
 On 12/30/2017 9:53 AM, arkresearch@... mailto:arkresearch@... [EVGRAY] wrote:

   Any magnetic shadow within an element will create motion during an inductive effect ..
 
 (H) 

 
 
 ---In [email protected] mailto:[email protected], <mkjekyll@...> mailto:mkjekyll@... wrote :
 
 Sven,
 I don't think you have components that would allow for higher impedance on the resonance coil.  I don't understand that claim concerning the high impedance other than if one looks at it from the standpoint of antenna engineering and RF.  Suppose what he is trying to say is the RV is translating EM to RF and during the translation is where the extra energy is harvested.    My own intuition says it is harvested on the vacuum side, the sucking side, as a part of the phase transform function or as you said when field collapses and is allowed to be useful rather than quenched or fought against.
 It is interesting many switching supplies use a HF flyback pulse to fill capacitors.  Hector said any of these supplies can run over unity with slight modification. 

 It would be a good exercise to build the TV using vacuum tube electronics in the switching areas being damaged.  Tubes are high impedance but with a lower capacitance than FET's  they also do not allow for anything to block other primordial energies. 

 I had a presentation from the 80's from the Tesla society and I forget the presenter.  Anyhow he took some old tube shortwaves into a mine or cave, somewhere underground along with solid state.  The tube equipment could hear the Russian woodpecker and some other things while the SS was just noise.  He claimed tubes could detect and amplify the scalar field.   

 You did not answer why you think the transformer jumped sideways, due to what?

 
 On 12/30/2017 7:10 AM, 'Sven Friedrich' s.friedrich@... mailto:s.friedrich@... [EVGRAY] wrote:

   Hello Mick,
 
 that's all right, it works fine too. The resonance causes the saturation of the transformer and one hears it clearly how transformer works in resonance. Extraction is the problem.
 Hector always writes that you have to adjust the load, however he likes to do it. As I see it or understand it, there is a pros and cons for the resonance. I think that you can recharge your batteries so that they are permanently destroyed as he wrote it.
 The diode plug is the solution I think because we only work with capacitor charges.
 
 I always wonder when Hector writes that radiant energy is always or most effectively seen in high impedance.
 
 High impedance is for me the AC resistance in reactances.
 
 Does that mean for me on the transverter applied that the inductance should be as high as possible in the resonance coil?!?
 
 I can connect the windings so that I come well over 1000V but for the power is small and the capacity is small.
 
 In my Magnetic Voltage Constant, the inductance of the resonance coil is almost 1 Henry and the reactive voltage is well over 1000V. The resonant capacitors are connected in series to withstand the voltage.
 
 The problem with high voltages are always the components that have to endure, such as insulation, capacitors, switches, etc.
 
 regards
 
 Sven   Gesendet: Freitag, 29. Dezember 2017 um 19:11 Uhr
 Von: "Mick mkjekyll@... mailto:mkjekyll@... [EVGRAY]" <[email protected]> mailto:[email protected]
 An: [email protected] mailto:[email protected]
 Betreff: Re: AW: Re: AW: Re: AW: Re: Aw: Re: Re: AW: Re: AW: Re: Re: [EVGRAY] Capacitive coupling of energy.
    
 Sven,
 Why do you think the tranny jumped to the side?
 Was this magnetostriction or something else like lorentz force?
 A properly setup transverter is likely creating a  hyperbolic torsional field during collapse. 
 When creating the self sustained self amplified spinning vortex coupling to the earth magnetic spin is when crazy shit can happen.
 Picture the similar spin of an RV's fields inside the transformer.
   On 12/29/2017 11:47 AM, s.friedrich@... mailto:s.friedrich@... [EVGRAY] wrote:
   So with adjustable impedance (Variac) in series from the powered Variac I could bring the BLDC in motion with the asynchronous motor and also reduce the power consumption to a minimum. The manual readings indicated a very low energy intake. The input power at the digital socket meter showed very high values. Very funny, I probably would not have fed any energy into the net. laughing.
 
 You can not do everything and experiment all around.
 One should already fixate on a topic in this big topic.
 
 So I praised the transverter, it's so nice and easy to bring it into resonance, the 50-60Hz technique allows you to use simple thyristors to discharge the diode plug capacitors.
 
 Sometimes I think it's the impulse that comes from the diode plug, which releases the free energy in the subsequent transformer first.
 
 The way I understood it all is the key. By bringing a transformer into saturation with a strong short energetic pulse and by collapsing the magnetic field, additional energy is drawn in from the environment into the collapsing field.
 
 This impulse has to hit the transformer like a hammer blow. I've already connected a 40 kg transformer with a SCR to a 5000 uF, the whole transformer has jumped to the side, unfortunately the SCR has not survived that, even though it should withstand more than 2500 A for μseconds.
 
 Of course, the impulse should be as small as possible so that just the saturation is reached, a stronger impulse would be just waste.
 
 Request for improvement of my understanding of the matter.
 
 regards
 
 Sven