ENERGY AMPLIFICATION

[Magluvin]

Wind the secondary coil on top of the first Primary and put another Primary on top of that Secondary coil. I think you already know pretty much how to connect the Primaries. Let me know what results you got with the simple advice i give. Let put it like a peanut butter on two slice of sandwich.

Hey Stupify

Is this something that should have a core(toroid, ecore, etc), or doesnt matter?  Pulsed or just ac to primary.

Thanks for helping. These are things I have not heard of yet and would like to try, the right way if possible.

Mags

[lancaIV]

Hello Gyula,only the examination protocol with the measured values from the
portuguese INPI office would be a help !


But not the rotor arrangement is the priority : it is the magnetic force source

                                   

      http://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=2&ND=3&adjacent=true&locale=en_EP&FT=D&date=19850314&CC=DE&NR=3330899A1&KC=A1   

Diese besteht darin, dass ein elektromagnetisches Feld um einen beliebig gebogenen drahtförmigen Leiter und ein Strömungsfeld um einen beliebig geformten Wirbel faden durch das gleiche Gesetz beschrieben werden, das Biot-Savartsche Gesetz. Die Grössen "Zuwachs an magnetischer Feldstärke" und "Geschwindigkeitszunahme" entsprechen daher einander. Da sich magnetische Feldstärke dadurch konzentrieren lässt, indem man einen stromdurchflossenen Leiter zu einer Spule aufwickelt, kann man auch in der Strömungstechnik eine Geschwindigkeitszunahme erzielen, indem man einen Wirbelfaden zu einer Spule aufwickelt. Ordnet man mehrere sich gleichsinnig drehende Wibel so an, dass ihre Achsen auf einem Kreis liegen, werden sie sich infolge der gegenseitigen Induktion um den Mittelpunkt des Kreises drehen. Die Induktion wächst dabei mit der Zahl der Wirbel.Die Aufspulgeschwindigkeit steigt und die Wibelfäden nähern sich der Form von dicht an dic-ht liegenden Ringwirbeln. Das Geschwindigkeitsfeld, das diese Ringwirbel in ihrem Inneren induzieren, bildet den erstrebten Konzentrationseffekt.

automatic translation:

Therefore, the object is to create an efficient arrangement for enlarging the velocity of a gas or liquid stream that requires little effort for greater security.

The object is achieved according to the invention by the measures stated in the claims.

The invention is based on the realization that there is an analogy between electrical engineering and fluid mechanics.

This is the fact that an electromagnetic field at a desired conductor, and a curved wire-like flow field to an arbitrarily shaped vortex filament can be described by the same law, the Biot-Savart law.

The variables "increase in magnetic field strength" and "speed increase" correspond to one another.

Since magnetic field strength can be concentrated by by a current-carrying conductor wound into a coil, one can achieve a speed increase in the current art, by winding into a coil a vortex filament.

If one assigns a plurality of co-rotating weevil so that their axes lie on a circle, it will rotate as a result of mutual induction to the center of the circle.

The induction grows while the number of vertebrae.

The winding speed increases and the Wibelfäden approach the form of lying close to dic-ht ring vortices.

The velocity field, which induce these ring vortices in the interior, forms the aspired concentration effect.




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           dielectric + Ampére-(Biot-Savart)-law  introduced in W=1/2mv²


           The search has been to find the accelerator/velocity-increaser  !
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                   condenser~capacitor~thermopile~thermoelement:

Thermocouple coil arrangement, has thermal unit arranged about ferromagnetic core to produce strong magnetic field, and condenser connected during disconnection of thermo stream fed-coil and switched in series to absorb coil steam Inventor:GOERES HANS DIETER WILHELM [DE]Applicant:GOERES HANS DIETERWILHELM [DE]

[0001] Vorausgeschickt seien Querverweise auf: [/font]Wietz und Erfurth: Hilfsbuch für Elektropraktiker, Bd.II, Starkstromtechnik, Leipzig 1953,>Seite 32, Selbstinduktion bei Wechselstrom (Auch ein von null auf hundert beim Einschalten wachsender Gleichstrom ist im ersten Moment ein sich ändernder Strom)<;>Seite 39, Induktiver Blindwiderstand<; >Seite 41, Kapazitiver Blindwiderstand<:>Seite 44: ... eilt ein kapazitiver Strom der Spannung um 90 deg. voraus, hat also genau die entgegengesetzte Wirkung wie der induktive Strom von Motorwicklungen. Man kann daher durch Parallelschalten von Kondensatoren genügender Grösse zu Motoren deren schlechten cos(phi) ganz oder grossenteils kompensieren...<>Seite 237 ... kann ungünstiger Leistungsfaktor durch Parallelschalten eines Kondensators zum Motor auf cos(phi) = 0,8 oder mehr gebracht werden.<und Querverweis auf:Bibliografisches Institut Mannheim: Wie funktioniert das?, Mannheim 1963, Seite 34 f.,>Thermoelement:Lötet man zwei Drähte aus Metall oder Metallegierungen (z.B. Kupfer und Konstantan oder Kupfer und Eisen) zusammen (Fig. [image - see original document], S. 35) und hält eine Lötstelle auf konstanter Temperatur, während man die andere Lötstelle erwärmt, so entsteht zwischen den beiden Stellen eine thermoelektrische Spannung, die um so grösser ist, je grösser die Temperaturdifferenz an den Lötstellen ist. Diese Anordnung nennt man ein Thermoelement. Die entstandene Spannung kann an einem Voltmeter abgelesen werden. (Fig. [image - see original document], S. 35) Nach Eichung des Instrumentes kann ein Thermoelement zur Messung der Temperatur verwendet werden. Die Eichung geschieht dadurch, dass man die Höhe der Spannung bei einer bekannten Temperaturdifferenz feststellt. Da die Spannung an einem Thermoelement nur wenige Millivolt beträgt, schaltet man mehrere Elemente hintereinander (Fig. [image - see original document], S. 35). So entsteht eine Thermosäule (Lötstellen abwechselnd warm und kalt).<und Querverweis auf Bergmann - Schaefer: Lehrbuch der Experimentalphsysik, Bd.II, Elektrizitätslehre, Berlin 1956, S. 159, mit Fig. [image - see original document],>"Versuch zum Nachweis grosser Thermoströme."Obwohl ein einzelnes Thermoelement nur eine sehr kleine Thermospannung liefert, kann man mit seiner Hilfe doch verhältnismässig starke Ströme erzeugen, wenn man den Widerstand des ganzen Kreises nur klein genug macht. Biegt man z.B. einen 10 mm starken Kupferdraht A (Fig. [image - see original document]) zu einer Schleife und schliesst sie durch zwei kurze eingelötete Konstantanstücke B, so fliesst in diesem Kreis ein Strom von etwa 40 Ampere, wenn durch Eintauchen des rechtwinklig umgebogenen Drahtendes in ein Glas mit Eiswasser die eine Löstelle auf etwa 0 deg. abkühlt und gleichzeitig die andere Lötstelle auf etwa 100 deg. erhitzt, indem man das freie andere Ende des Kupferdrahtes in eine Bunsenflamme bringt. Es entsteht dann eine Thermospannungvon etwa 4,2 mal 10 hoch minus 3 <= 42 Zehntausendstel> Volt. Da der Widerstand des ganzen Kreises, der in der Hauptsache durch die beiden Konstantanstücke bestimmt wird, in der Grössenordnungvon 10 hoch minus 4 <= 1 Zehntausendstel> Ohm liegt, erhält man einen Thermostrom von 42 Ampere, der sich durch seine magnetische Wirkung nachweisen lässt. Zu diesem Zweck legt man die Kupferschleife zwischen zwei mit entsprechenden Rillen versehene gut aufeinander passende Eisenstücke C1 und C2, die dann durch das magnetische Feld der einen Stromwindung (s. hierzu S. 174) so fest zusammengehalten werden, dass man an C2 ein Gewicht von mehreren Kilopond anhängen kann.<


automatic translation:


[0001] Having said that cross-references are to:

Wietz and Erfurth: electric auxiliary book for practitioners, Vol.II, power engineering, Leipzig, 1953,

> Page 32, self-inductance in alternating current (A from zero to a hundred when you turn increasing direct current is at first a varying current) <;

> Page 39 Inductive reactance <,> page 41, Capacitive reactance <:

> Page 44: ... rushes a capacitive current of the voltage by 90 deg. advance, so it has exactly the opposite effect to the inductive current of the motor windings.

One can therefore by parallel connection of capacitors of sufficient size to motors whose bad cos (phi) in whole or in part compensate for large ...

<

> Page 237 ... unfavorable power factor can be accommodated by connecting a capacitor to the motor cos (phi) = 0.8 or more.

<

and cross-reference to:

Bibliographic Institut Mannheim: How does it, Mannheim 1963, 34 f,?

> Thermocouple:

Soldered to two wires of metal or metal alloys (eg

As copper and constantan or copper and iron) together (Fig. [image - see original document], p 35) and holds a solder joint at a constant temperature, while the other is heated soldering is produced between the two points a thermoelectric voltage , which is greater, the greater is the temperature difference in the solder joints.

This arrangement is called a thermocouple.

The resulting voltage can be read on a voltmeter.

(Fig. [image - see original document], p 35) After calibration of the instrument, a thermocouple can be used to measure the temperature.

The calibration is done in that you realize the magnitude of the voltage at a known temperature difference.

Since the voltage of a thermocouple is only a few millivolts, one behind the other on several elements (Fig. [image - see original document], p 35).

As a thermopile (alternating hot and cold solder joints) forms.

<

and cross-reference to Bergmann - Schaefer: textbook Experimentalphsysik, Vol.II, electricity, Berlin, 1956, pp. 159, with FIG [image - see original document],

> "Test for the detection of large thermal currents."

Although a single thermocouple provides only a very small thermal voltage, but you can create with the help of its relatively strong currents, if one makes the resistance of the whole circle just small enough.

Turn for

Example, a 10 mm thick copper wire A (Fig. [image - see original document]) for a loop and it closes with two short soldered Konstantanstücke B, then flows in this circuit a current of about 40 amps if by immersing the right angle bent wire end into a glass with ice triggers a cubit to about 0 deg. cooling, while the other soldered to about 100 deg. heated by bringing the free other end of the copper wire in a bunsen flame.

It then creates a thermal voltage

high of about 4.2 times 10 minus 3 <= 42 ten-thousandths> volts.

Since the resistance of the whole circuit, which is determined mainly by the two Konstantanstücke, in the order

of 10 to the minus 4 <= 1 ten-thousandth> ohms, you get a thermal current of 42 amps, which can be detected by its magnetic effect.

For this purpose you put the copper loop between two corresponding grooves provided well-coordinated matching pieces of iron C1 and C2, then the magnetic field of a Stromwindung (cf. p 174) are so firmly held together that one of C2, a weight of can attach multiple kilopond.

<

[0002] It can be using mainly use the high current of the thermocouples, which can lead to strong magnet design the following machine

[stupify12]

Okay The key to this device have been always told by some boy name Tito to us boldly. But people here don't get the point of his hints and clues. If you look back Tito has always answered you directly to the point, but I think you people really don't understand what Tesla means on the word Tito use. Tito told you many times that hes primary is Bifilar=Tesla Bifilar Pancake. 

Tesla Bifilar Pancake means CAPACITY not normal Inductor when in Natural Resonant Frequency/Harmonic Vibration. Capacity because of the Opposing Magnetic Field due the Parallel Wound Bifilar Series Connected Primary= Two Coils as a one Primary. Tesla has always use Bifilar on his Induction Motors and Converters/Transformer-The Electro Dynamic Induction Machine.Tesla use TWO Bifilar Primaries on his Electro Dynamic Induction Machine.That is why Don Smith told us to study the Induction Motor of Nikola Tesla to understand how did Tesla attain the Self Powered Tank Circuit.

On Tesla Motor he use 4 wound coils,group in two sets that means Tesla always use TWO PRIMARIES. The purpose of the TWO PRIMARIES is to destroyed the effect of LENZ LAW. It is powered with Two Phase Alternating Current, so when the first primary collapse inducing the secondary coil with a waveform IN Phase to the Second Primary Wave form and vice versa. I think you already know how to achieve high frequency Alternating Current using a DC supply.How did Tesla alternately discharge two Condenser to Power two Bifilar Primary.?

Tesla always told us that Hes Bifilar Pancake Coil is an Energy Amplifying Coils. You should look at the Tesla Bifilar Pancake as a Capacitor when in Resonance the two coils wound adjacent neutralize/cancel its magnetic field thus resulting to CAPACITY, now the Inductor Tesla Bifilar Pancake Coil function as Capacity.

As for the "dont kill the dipole" dipole means inside the Condenser. Don't kill means capacitor and coils(Primary) will be put in a Make and Break switching. That means Capacitor is part of the Generating and Charging Circuit. When you wanted to discharge the Capacitor to the Primary you only connect it to the other terminal of the primary using the Rotary Interrupter you can achieve this by Make and Break. For the speed just stay on 15,000 to 35,000cps.

I think I already answer you everything in so called Free Energy Device. First you must understand the Electro Dynamic Induction Machine=Lenzless Converter/Transformer of Nikola Tesla. Tesla combine the rapid alternating current impulse supply to the Electro Dynamic Induction Machine Two Phase Alternating Current Supply. You have now created a Lenzless Tesla Coil.

Barbosa and Leal Device is the so called Electro Dynamic Induction Machine. As well as the TPU, Clemente Figuera, Stanley Meyer VIC. So people this is a world wide announcement please create and understand the 4 Wound Coil Induction Motor of Nikola Tesla. Tesla called this Egg of Columbus or Rotating Magnetic Field=Tesla Cyclotron=Electro Dynamic Induction Machine.

Hey Stupify

Is this something that should have a core(toroid, ecore, etc), or doesnt matter?  Pulsed or just ac to primary.

Thanks for helping. These are things I have not heard of yet and would like to try, the right way if possible.

Mags

[Magluvin]

Thanks Stupify

I had speculated that idea a while back but was not sure, and hadnt gotten to it yet. Was on other projects at the time.

So, does it have to be a 'pancake'? Would seem odd to use cakes in a motor. 

So, when I bifi, used as a primary and in resonance, does not get affected by loading the secondary?

Also, does it have to be a sandwich, 2 primaries and sec in the middle layer, or can it be a single bifi primary and just a single secondary?

Thanks again.

Mags

[lancaIV]

Here a converter(flow stream amplifyer) as comercial product -with the virtualized rotor/ventilator :
http://www.dyson.de/ventilatoren.aspx


                                    elektrokinetics
                                    coreless air-coil
                                       (windhose)


       work (W=1/2mv²) velocity/speed in-/de-crease process
                                                               ac-/de-celerator

Sincerely
              CdL