We develop the major principles of emerging overunity EM power systems as open systems far from . But back to our basic longitudinal EM wave, for further development. If we now Mind operations are totally electromagnetic, but consist of advocating charges as perpetual motion machines on a. Basic Principles of Construction For Over Unity Electro Motors and Generators. New theories about Basic Principles of Over Unity Electromagnetic Machines. Book: Basic Principles of Over Unity Electromagnetic Machines. .pdf???? Down link is an early paper of Mr. Jovan Marjanovic. The book.
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of Over Unity. Electromagnetic Machines Jovan Marjanovic – Basic Principles of Construction for Over Unity Electro Motors and Generators. 2. INTRODUCTION. In this work over-unity machines with the usage of magnetic fields only will .pdf.  Official site of Veljko Milkovic tvnovellas.info There is no anomalous energy gain in such machines. principle involves setting up a magnetic field in a pole gap as the ferromagnetic core excited by a magnetizing winding, subject to the . tvnovellas.info along with a copy of that book in PDF format.] title `The Principles of Electromagnetism'. basic principles of overunity electromagnetic machines pdf tvnovellas.info DOWNLOAD THIS PDF FILE NOW!.
In this case, I mean the many videos dedicated to free energy, overunity devices, perpetual motion machines, or anything else that violates the laws of thermodynamics by trying to get out more energy than is put in. The human race has been reaching for impossible dreams of perpetual motion and free energy for just about all of recorded history. Somewhere in the video or description will be a link to a website with more information. Eventually that will lead you to a place where the scammer attempts to part you and your hard-earned money. Keshe go here.
New Book. Magnet Secrets. Lindemann Video. Great new video from Peter Lindemann Navigation. Statistic Support Search Help F. Tutur Dr. Meyl ou-theory Fl. Sweet solarenergynews TV magnet-motor-news. Products WaterMotor kit. Users online. Google Search. Author Topic: Merg Sr. Member Posts: For all those who has read this new book or will read it, here is the place for the discussion.
The text below is from veljkomilkovic. Learn basic ideas of making new ultra efficient electric motors and generators! Johann W.
Goethe said that the biggest secrets were the open ones. You look at them but you do not see them. The same is true with the electromagnetic field. It is known fact that after switching off an electromagnet, its magnetic energy will be returned back to the circuit, usually as a spark.
This work, minus heat losses inside the circuit, is free energy or over unity energy. The goal of this book is to unlock the secrets of over unity and to teach people what is over unity and how it works. The reader will learn basic ideas of making new ultra efficient electric motors and generators and how to improve existing patents which use permanent magnets. More information http: Free Energy searching for free energy and discussing free energy.
Highly Recommended! Here is the first feedback from a person who read this book.
Spain I ordered a few days ago, impeccable and fast delivery from Serbia. Although I do not think too much about unity, this book deserves to be covered. Interesting facts, ideas in search of free energy.. Pierre, Spain Source: Here is another impression from a reader: You are not overloaded with too complicated and useless equations.
Yes, it gives some maths but only just very mathsNot too much maths but enough. Obviously the author knows what he is talking about. The English is simple and clear. These 4 chapters have put in order and clarified some of my intuitions. In my opinion: It will avoid pathetic trials and errors. I have just ordered a second copy for a gift. Sponsored links: New reader's review: That an author with his academic credentials would even bother to consider the subject, much less write a book about it, is highly contrarian!
That he very well covers the problems that have to be solved with what evidence is acceptable is commendable. The examples of attempts to solve the problems, though not all-inclusive of course, demonstrates more than just academic treatment. I do make one exception though.
One of the examples cited is of one Daniel Quale machine. In communication with him to furnish acceptable physical proof of his claims, he was not only not cooperative, but down right hostile and belligerant for being asked to do so. Not very credible nor professional in my view. There are a few language translation errors that do not take anything away from understanding the content.
A book treasure! Quote from: Merg on January 09, , Strong research material , September 24, By Georgios V. USA I was looking for some validation on my own experiments. The book gave me allot of materiel in one place to use for supporting evidence on a patent of my own. I did not know how far many people had come and how close my research was to many others. Soon I will be a contributor to this book and will be combining several principles into one new practice and thanks to the book itself it will be easier to show prior art and prior principles and their sources.
Like many inventors we all stand on the shoulders of giants and we add to their original genius. Keep up the good work! You have no idea what a resource this is to simple garage inventors. Serbia This is a very good book for people who believe that the laws of classical physics are outdated and who wish to experience a different point of view. The basic assumption is that readers should have a sound knowledge of electrical engineering if they wish to understand and accept that which is written in the book.
At the end of the book, in order to remove the last remaining skepticism in readers, a grade school example of one simple over unity motor should have been presented.
People usually believe in what they see. Neo-X Sr. It seems interesting.. Where can i read this book for free? USA Mr. It increased my understanding why overunity is possible to demonstrate with tabletop models. I built two devices listed in the appendix. Now I grasp why my Bedini motor behaves the way it does. I hope the author will offer a second edition with lots of photos of working machines. I would like to contribute to it!
Is it this http: Neo-X on March 01, , Master student , August 01, By Aart M. Sweden A great book with very easy to understand examples.
I wish we would have got this in our education. A must for every engineer who has an "open mind". Neal England, GB A very interesting book, it really gave me some new angles on looking at this fascinating subject, I will be reading it again, and will probably alter my thinking on some projects. P J Neal. England source: SMF 2.
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Gary claimed that with small input power his machine could generate significantly greater power on the output. Below is a picture of neutral line for a horseshoe magnet. Picture 3 3 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators Gary had used the neutral line and made a machine he called a motor which is actually generator.
It had an iron plate with wire coiled around it. The iron with coil was then separated from the horseshoe magnet by paper. If the iron was vibrated around neutral line it would change its polarity and that change would induce alternated electromotive force in the wire. The iron would oscillate continuously because change of its poles would alternatively attract and repulse it towards the magnet. Canadian Patent , July 16, , Wesley W. Gary Picture 4 He also used springs below the plate and the weight of the plate itself to control oscillations of the plate.
The next way to cause unbalance of the magnetic force is to magnetize the iron core attracted to the magnet just enough to cancel attraction of the magnet towards the iron core. The idea is illustrated in pictures shown below. Picture 5 Picture 6 4 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators In picture 5, a permanent magnet is attached with a firm grip to the non energized metal core of the electromagnet.
In picture 6, there was applied just enough current to release the magnetic grip and permanent magnet falls away. The basic idea is to use minimal current, just enough to create a small opposing magnetic field. Using a strong current to oppose a permanent magnet would be useful to do once, but if it was necessary to do it many times than pulsing current would behave similar to alternating current and would create heat losses in the electromagnet due to hysteresis and whirling Eddy currents.
Robert Adams, from New Zealand, designed and built an electric motor using this principle. He used permanent magnets on the rotor and electromagnets for the stator. The north poles of the rotor were attracted to the iron cores of the stator.
It was driving force of the motor. With special logic he pulsed the electromagnets just enough to stop the attraction, once the pole of the magnet came in the middle of the core of electromagnet. This way, the magnet would pass the core of the electromagnet by inertia.
Once the magnet was a safe distance from the electromagnet and closer to the next electromagnet which was turned off the current would be stopped and the magnet would continue to move, attracted by iron core of next electromagnet.
In order to have it he also used coils of electromagnets to pickup electricity generated by approaching magnets before turning on electromagnets to create opposing force. After turning off any electromagnet its magnetic energy would be released back in the circuit, usually as a spark. This is called Back Electromotive Force. Adams also collected it and sent it to a battery for charging.
When three steel balls in the vicinity are attracted to a permanent magnet and then as impact occurs steel to steel, one or more of the steel balls will repel and one will remain attracted to the magnet. Bill constructed a generator which included the logic of both Gary Wesley and Robert Adams yet was still unique, see picture below. Picture 8 His generator had an odd number of electromagnets and an even number of permanent magnets.
His magnets in the rotor were positioned off center in relation to the stator coils. His magnets were positioned with alternate polarity N, S, N, S. On the first setup, the iron plate will stop any influence from the right magnet to the coil and the left magnet will induce a South magnetic pole in the coil close to it.
The opposite North magnetic pole will automatically appear on the other side of the coil close to the shield. On the second setup, the shield has been moved to the left and right magnet will induce a South magnetic pole in the coil close to it. A North magnetic pole will be automatically induced on the opposite side, again closest to the shield. Picture 9 6 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators The conclusion is that magnetic poles of the coil have been changed by moving the magnetic shield from the right to the left.
This alternate change of the magnetic poles will induce an electric voltage in the coil. So, here we have dynamic induction of electromotive force without moving either magnet or the coil. The next important thing to know is the behavior of the metal plate passing close to the magnet.
The velocity of the metal increases as it nears the magnet, and decreases as it leaves, but both in equal amounts. So from frame 1 to frame 3, no energy is lost.
You can prove this to yourself by tying a piece of metal to a string, taping a button magnet to a table, and letting the metal swing back and forth above the magnet. Picture 10 Unfortunately, the description above is not quite true. Picture 11 7 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators Between the two poles of an electromagnet a copper plate was hung and allowed to swing after being raised to some initial angle.
Swinging was lengthy if no current was present in the electromagnet but stopped fast if the current was turned on.
The magnetic force has a direction opposite to the movement of the pendulum plate. Foucault experimented by cutting some slots in the plate as shown in Picture The reason is because the slots in case b cut the path of induced curling currents.
The logic from picture 12 b is used in laminated voltage transformers or in the core of electro machines. To reduce Eddy currents means to reduce heating loses and drag on the rotor. This increase of electric resistance will not deteriorate the magnetic conductivity of the soft iron. The conclusion is, that for a magnetic shield, the same materials should be used as for transformers and cores of electric motors or generators. It would also be beneficial, if possible, to make shields of laminated slices like in picture 12 b.
This would open a path for the construction of an over unity machine. Soft iron 5 would oscillate by alternative attraction of magnets 1 and 3 that is controlled by magnetic shields 27 and 29 and with some help of the springs. Soft iron would turn a wheel 13 and produce useful work. Below, in figure 3 and figure 4, is a second alternative of his motor. When the magnetic shield 57 is between two opposing magnets they will come close to the shield, pushed by the springs. When the shield is moved out as in Fig.
Magnets will perform useful work by turning wheels connected to them by rods. Left part is electromagnet for excitation. It could also be a permanent magnet. The right side contains a coil which will convert the fluctuation of magnetic flux into an electric voltage. This generator is very simple and usage of the rotating magnetic shield is very obvious.
However, note that rotation of the shield would alternatively allow flux to flow and stop it. Here we have pulsed flux and the result is that right coil will generate pulsed direct current. To generate alternating current a more complex setup should be created as shown below in picture Picture 14 It can easy be seen in the above picture, that magnetic shields are turning around its axis and perpendicular to the lines of magnetic force.
There are two shield bars perpendicular to each other.
The left one is colored in red and the right one in blue. Magnetic flux will flow through the air gap from the North pole of the right magnet towards upper part of the coil then downwards and close the loop in the South pole of the right magnet.
Once the motor turn shields 90 degrees, the flux will flow from the bottom of left magnet upwards through the coil and back to the south pole of the left magnet. It is obvious that the flow of the flux will change up and down alternatively every time the motor turns the shields 90 degrees. This will induce an alternative voltage. Bauer, can be found a table with test results for the above version of a Brown generator.
They also discovered that a capacitor shunted across the terminals of one of the coils D. Apparently the resistive torque on the shaft decreases with an increase in rpm. Note that it is better to drive a magnetic shield as fast as possible. The importance of the speed will be discussed in the next section. It can be seen that main magnet 21 can close its flux only through magnetic shield 16 which has 4 small magnets 17 and rotate around its axis.
These small magnets will not oppose, but increase magnetic flux of main magnets. The change of the flux will cause induction in set of coils 22 and This induction is rectified by electronics and sent to energize the battery. Pictured below is a closed circuit with an electrical current I flowing through it and with lower part of it in the shape of a stick with length L immersed in the field of magnetic induction with magnitude B.
Picture 17 Intensity of the force F is proportional to the magnitude of current I, length of the conductor L and magnitude of magnetic induction B. The change of the flux can be static due to change of the intensity of the magnetic induction or dynamic due to movement or deformation of the closed contour in the field of magnetic induction. Below is given an example of dynamic induction of electromotive force e which is the voltage caused by movement of the permanent magnet.
That way, induced current causes drag against any change in its environment, therefore the original flux will have to invest work in order to maintain itself.
That is the way mechanical energy is converted into electricity in an electric generator.
Below is a picture of a school example of a linear generator of direct current. Picture 19 13 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators The generator consists of two parallel conducting tracks at a distance L, over which is sliding a conducting bar, under the influence of mechanical force G, with velocity v. Tracks and bar are in a homogeneous magnetic field of induction B, which is perpendicular to the plane of the tracks and bar.
On the other side is resistor R which is there to consume electric energy and to close the current circuit. If the number of turns N or the surface S are increased the length of the wire will be also increased. Each generator is designed for a maximum power which can be delivered to the consumers.
Consumer can always adjust the voltage by an electric transformer. If the output current I of the generator is high than according to formula 1 or 2 magnetic force F which causes drag of the generator will also be high and more mechanic force G must be applied to operate generator.
This means that it is not good to allow high current in the generator. However, if the current I was diminished then, in order to deliver the same power, according to the formula 6 the voltage e must be proportionaly increased.
Because in formula 1 for magnetic force exist magnetic induction B and also the length of wire L, increasing magnitude of the voltage by increasing any of these two values would do no good.
Magnetic force the drag would be also increased. This way, the generator can still deliver the same output power but with less drag. The less drag means less input mechanical force G for the same output power.
However, the problem is that high speed of rotation 14 Jovan Marjanovic — Basic Principles of Construction for Over Unity Electro Motors and Generators means that circumference of the rotor will pass longer path. Because energy equals to the product of a force and the path it passed, it also means that input force G will pass longer distance and total energy invested will be the same. This means that this way we can not create over unity behaviour, but only smaller force applied in unit of time.
There are two ways of enhancement magnetic flux by this method. One is puling of the flux from the permanent magnet and other is pushing the flux from the permanent magnet in the desired direction and then merging it with flux from an electromagnet. Puling method is described by Charles Flynn in his long US patent 6,, Picture 20 The above picture shows the magnetic circuit when electromagnets are not active. The flux from permanent magnet is then divided and flows in two directions, to the left and to the right.
When the left control coils are turned on with the direction of the current that generate flux in the same direction as flux from the electromagnet, then all the flux from the magnet will go to the left and combine with flux from electromagnet, see picture 21 below.
This will enhance the flux on left side by one half of the flux from the permanent magnet. Electric voltage will be taken from the left output coil. The reason why all the flux from the permanent magnet must go to one side only is because flux from electromagnet can not be closed through the body of a hard permanent magnet, but must go around.
It will meet the original half of the flux from permanent magnet and push it in direction towards its coil.