Patent # 390,721 Dynamo Electric Machine

[jbignes5]

After further thinking bout the wires connecting the 1/4 coils, I am thinking I should statically shield them so they are completely isolated from the under windings and without the leakage that unshielded wires will allow. This will be done by making an electrical tape sheath with aluminum foil strips in between to shield the inner wire after it is wrapped around the wire. I'll see if I can make one up soon to explain that better with pictures.

Tesla talks about the static shielding he used in light bulbs he was designing for the high frequency high voltage applications. He noticed that each side of the metals surface reflected the bombardments better and kept the discharges or impulses he was attempting to reflect. This created a reflector to keep the impulses contained and concentrated like a pressurized hose. Where the voltage field was exposed without shielding it flowed out in the environment and also attracts high volumes of charges.

The patent for the shielding is here: http://www.teslauniverse.com/nikola-tesla-patents-514,167-electrical-conductor

An example of the design was used in his lectures on high frequency and high voltage days.

You can read the design here: http://www.tfcbooks.com/tesla/1892-02-03.htm

Starting at figure 18 it talks about Tesla using and aluminum stem over the glass with the button wire stem. To keep the gas from interacting with the glass stem through induction of the central excitation wire. It toughened the the support so he could push the bulb into the areas needed for illumination of a solid button of material via the electric field he could create from his improved oscillator transformer.

Although this has little to do with my design it shows some of the actions you can get from a field that contracts and expands longitudinally. Tesla could shake the gas so violently that it would illuminate before the button would. After what he called a bombardment the button would illuminate through a physical hammering from the excited gas and then hitting the button repeatedly.

The action of the longitudinal electric field has huge ability to generate real current if the copper windings are properly designed. We need to think in terms of in and out motion of the field radiating away from the surface of the wires with a twist laterally. Everything that is cut by this line will excite and pulse a current through it. If the object is segmented it will push the materials internal charges one way through its segmented mass. The intense voltage lines cut the matter at a diagonal and pull current through the segments. But this is borrowed current. The shift needs a balance time to re-gauge, this gives the mass a chance to retain balance and not degrade.

Picture coming:


Figure 18, of the above mentioned link to his lecture, shows the idea of the coil setup for the field cores I am building. It couples two principals. The magnetic which revolves around the iron ring and the electric that organizes the space around each field coil. This field has two directions to it. One going outwards and will be reflected by the aluminum case and the inward going field. This field is very interesting. As it gets tighter the electric value rises in the excitation field. The compression from all the lines being squeezed into the center is so great that anything inside the center is Put into super excitation. This excitation will be in thin lines radiating towards the center shaft and will cut many many wires of thicker copper coils. The rotor coils will be very heavy and will create a very strong magnetic field that will connect to the outer field coils. As the rotor turns it will drag the heavy magnetic field around each coil and generate huge amounts of electric field this will in turn generate more current and cause the unit to speed up. The only way to limit this machine will be to use a control mechanism Tesla designed himself.

Patent #

*To be finished at a later time*

[jbignes5]

Since I can to edit the last post anymore I must fix a typo. In the last paragraph I refer to diagram 18 but it is diagram 17 I wanted to refer to.

I am gonna take a little break and rest up my back. As well as experimenting on this stuff I also,have a real life. Walking is becoming painful now and I usually spend days in bed after what I consider a moderate walk usually. I wanted to start something that might benefit me in the long run. Mobility will be key to my survival. I am working on a platform that will make negotiating stairs and inclines a bother of the past.

I think we can induce A heavy movement of current in matter via the electric field only and sustain that movement with a real current pressure ie DC in segmented matter. The bifilar coil is that converter and it can be used for super charging electro magnetics or focusing it into a stronger response for the magnetic field.

This new system uses mostly Tesla Technology. Most of the inventions Tesla made was for this weird electrical response to excitation fields. When he first discovered the field it was a broadband impulse wave. The wave is longitudinal meaning it starts at the central point and radiates out from there. The wave itself is made mostly of pure voltage and the wake can be massive behind that wave. Wakes are mostly seen in the reactionary portion of the wave. It only manifests when matter is there to experience the intensification of that space at that time. This field has limitless capabilities based on the integrations it has with matter. Even small fields will have the ability to generate huge currents if desired.

Shape and geometry have huge roles in the design of such a system. We need to keep in mind every aspect that Tesla has taught us. Through voltage Tesla brought the fire of the GODS to our control. The power we need is merely at our fingertips.

I also need to start conducting investigations of our own bio electric field. If we have a field then it should be able to be modulated and stimulated. This could start the personal electric shield. Intensified through an amp or field intensifier. The field is already there why not try to see if we can manipulate that field into something useful.

[jbignes5]

I would like to enter some discussion on the importance of the bifilar design. I think Tesla knew more about this type of energy of impulses to know that if you take away the time a coil needs to energize fully that one can create Walls of force motivating matter into great amounts of current flow. In the explosive discharge of a capacitor over a spark gap we find this wall like event in the abruptness of the short circuit. Huge amounts of current can be gated into a bifilar coil and create massive magnetic waves, the results in this process would be massive displacement current in the matter exposed to these waves. The bifilar coil improves this result by efficiently converting Both swings of the field and resultant field response into a one way buildup of acceleration. If we raise the capacitance of the bifilar coil would it not act like a capacitor in a resonant oscillating system?


My idea of the prime mover will be built with Bifilar pancake coil field coils. They will be paralleled together to make one huge pole for the pair of poles. Bifilar will be carried out in the opposite pole by using a counter turn method. So the poles will. Also be bifilar and massively paralleled. The resistance of each pole will be reduced in half for every parallel coil I use. This should allow the soft iron I plan on using for the prime mover field coils to fully saturate and allow a sort of boost mode to the process. Once the bifilar magnets go beyond the saturation point of the soft iron core they will push into a super saturated mode where any successive energy gets directly applied to the already intense field.


Controlling the process can be accomplished via inductive coupling. This will put a restriction to how fast the current gets consumed since the pole bifilar magnets will have ultra low resistance because of parallel bifilar connections. This kind of a magnet will be set and forget type of operation. You will be able to. Charge the bifilar pole magnets like charging a capacitor. I would suggest highly that one encapsulates the field coils in oil since most of the action will be converting the intense electric field into a magnetic component there will need to be a way to control the build up of the static portion of this field and the associated break down as well.


Remember that each pole pair will be fired with an impulse of high energetic value. Since the poles are paralleled they will have very little resistance to resist the impulses. Both the self induction and resistance are lowered and the capacitance is way higher then traditional coils in this situation. If we understand that the coil in the bifilar coil runs appositely to another, the attraction of neg to positive is increased. The attraction goes to accelerate any waveform traveling down the opposing wires. This goes to increase the voltage potential in a very different manner then the traditional solenoid coil. It is loosely similar to the lodge coil people call a Tesla coil. But the main difference is that there is no lag in the formation of the fields. This includes the magnetic field. I associate the increase to proper geometry of the assembly of the bifilar pancake coil.


If we take this a step further and alternate the stacks into one unit we could create another capacitance between each pole pairs. One side of the pancake stacks could be considered the positive plate and the other side the negative of the capacitor.


P Left pancake............N
P...........right pancake N
P Left pancake............N
P...........right pancake N


This might be a way to experiment with this type of coil system. The bifilar bifilar pole situation should bring enough conduction of the fields to get a gain with although I have not tested this hypothesis. Yet.

[jbignes5]

In the break I got bored and wound up an entire half of the field core.


Here is two more pictures of an assembled half core.

you can see from the second picture that I decided to go over the existing winds with the trailer from the other coil. You could say these are the ends of the coils. This design should keep the mess of the wires confined to the half joins of the core. How each pulse runs through the coil should be determined by the connection there.

I am kicking the idea around about a bifilar rotor. Meaning each wind is opposite the other but connected all the same. Just like a bifilar but looped. This will make a special bifilar induction coil on the inner rotor coil,and the first half of the pulse is allowed to build up in the rotor then unshorted to get maximum current just after the peek of the swing.

I'm not sure what will happen but the discharge of the inner coil should be explosive and help in the turning,of the rotor as well as the rotor discharges into the load transformer..

The transformer action should be pretty intense. There will be the transform from the high voltage into high current in the rotor coils which should create a massive magnetic field. This field will lock to the field cores magnetic movement and drag a heavy magnetic field though the windings of the field coils hopefully generating more high voltage and increasing the value of current in the rotor coil. The loop will be created and sustained inside,of the field,windings and,rotor coil assembly. This feed back loop has to be controlled and control mechanisms will be employed to separate the extra current from the self sustaining current of the system.

I am assuming the system will need to be ran at a very high voltage on one end(exciter) and,fed to the field coils with a magnetic spark gap. This will allow the high voltage to peek and collect in a special capacitor for discharge into the field coils. The control mechanism is the magnetic spark gap. A general timing will be set by the gaps setting and then modified via the position and distance between the two magnets. This will change the character of the discharge to a lot of very sharp discharges. Each impulse will separate into a higher density of impulses just from the magnetic integration across the spark gap.

The higher the density of these impulses the more you get in return. Somehow the magnetic field cutting cross the spark gap changes the character of that spark or impulse. If there is a structure to the electrical interaction across the gap then having a cross wind of magnetic lines only implies that something is being organized in the process. I'm of the opinion that it sharpens the wave front of the long impulse into a finer line of smaller yet equal in strength impulses. Same intensity because it was just clarified by the magnetic cross field. So instead of having one massive wakes it now has a billion separations in the line. When this hits the other side of the electrode it is like a hammer of infinite strikes. If we shield the later half of the spark gap wires we should be able to contain the intensity around the wire of these billion micro slams of the matter of the wire after the spark gap and feed it to a coil that will take advantage of the inertia of all the mater leading up to the load transformer. Once we have that much energy then transformation gets easy with very fluid like movement of the fields at play. We need to design fluid flow methods to even the motors we design with this method Tesla provided. He even gave us an improved electromagnet to further help us in our designs. Once we see the true nature of this field we will be able to design anything we desire.

Lets start opening this technology up and researching it till we get it right.

[jbignes5]

I am now of the opinion that I need to rewind the core I laced up earlier. A bifilar wind will be needed for The field coils. This is to increase the capacity of the field and the coils. The system then becomes a lop sided washing machine like effect. The bifilar coils will offer no other resistance then the wire itself. I really think I need plastic bobbins so that I can blast into these coils without them breaking down easily. I am thinking of designing an oil capability to these coil/capacitors. In fact I think they tend to accelerate the charges blasting the first coil and then a much harsher blast comes out the other end of the bifilar design. I am gonna go with paralleled flat pancake coils that are stacked and run parallel to increase the capacity of each field coil. I am assuming the build up of a very intense fields around these coils when in operation. The aluminum case will form a shield to reflect all emissions internally and out the core of the rotor.


Think of the real mechanical pump Tesla devised and it seems energy works in much the same way. Tesla's pancake bifilar coil is the electrical version of the same exact concept. The more pancakes you have in parallel the better this technology works. With my 1 inch field cores I think it will have some benefit to some degree. It will limit itself via the idea of eddy currents.


Maybe Tesla figured out what caused the adhesion of water or fluids to his pump. The adhesion also works with energy like Tesla discovered. So it is a fluid and adheres to electrical surfaces. When you include an exit for this energy it acts like a vacuum pump and sucks this liquid in faster through adhesion and generating from this increase is really not that hard. Kinda the same process Tesla used in Niagra Falls.