Magnetic Power Generator Step by Step
Magnetic Generator
I’ll try to explain to you the very principle of “fingers”, so that it became clear even a schoolboy. Now includes our heads at full steam and present. Off the magnetic lines of the central powerful magnet uniformly (evenly) distributed on both shoulders of the magnetic wires. Naturally, that off, we can not shake him from power, so we will play on the process variables – increasing and decreasing the magnetic flux through the coil, thereby extracting electricity.
Includes one of the small coils in one arm of the magnetic wires (core). The field of this coil will oppose the field of the magnet in the shoulder. Conditions on the abstract value expended / received power, to simplify the “visualization” process. So, suppose that we spend on the maintenance of the field in a small coil of 5 watts. Accordingly, this power expended – the magnetic flux in the shoulder reduced to such a degree that will lead to power a large coil located on the same shoulder, too, in the amount of 5 watts (such as in a transformer). But! We are not just to counter the magnetic forces, and forces the magnetic lines of the magnet redistribute (in fact they may not destroy or disperse) and go into the second shoulder of the magnetic wires on the path of least resistance. What happens? – And what shoulder and the second magnetic flux change at exactly the same amount to bring the second large coil power 5 W! Not bad – not you think? And, I draw your attention that this second part of the work done magnet itself, and not expended by the administering power in a small coil. Spend 5 W, and get 5 +5 = 10 W!
How to Build a Home Made Magnetic Power Generator for Home for Under $100 – Free Home Electricity
After all, we do not have a passive transformer, a system with a permanent magnet. And we, if you have not forgotten, we play on the transition process (actually, for the appearance of induction). We take – and just switch off the little control coil. Magnetic lines of the magnet again redeployed and evenly divided between the first and second side magnetic wires. Spent 0 (exactly zero) watts of power, and received 5 +5 = 10 W! This, of course, with two large coils. Total add up: the cost of a full cycle of 5 watts, received power 10 +10 = 20 W … Everything – you can change diapers.
Naturally, those who closely involved in electrical engineering, to know that when transforming the energy are dissipated around 20 .. 30% of capacity. However, in this scheme is not fatal. To enhance the amplitude of the “swing” of the magnetic field in the magnetic wire Thomas Bearden uses to model two small coils placed on opposite shoulders of the magnetic wire. Also draw your attention that Bearden uses in the role of the secondary windings LONG coil and the role of the primary – are small. Why? And all for the same reason – that we have not just a transformer, a system with a permanent magnet, the power with which we, in fact, taken away. Do not you understand?
Explained. The number of magnetic lines of changes in shoulder magnetic wires is guaranteed? Of course, yes. We’re spending power to support the transition process? Naturally. But not in a forceful scenario, when all our power is expended on the change of magnetic flux “at a good level for the maintenance of large induction coils. But merely to redistribute the magnetic lines. In other words, we have swings, which are very easy to swing. And accordingly, the potential function is vested in the magnet itself, i.e. In other words, we care a straw – large or small coil suspended in the form of a secondary winding. Since it is the magnet it supports some level of induction interactions on any number of turns of the secondary winding. It is very good correlation expended / received energy. Naturally, in our favor.
Possibilities and limitations: It is clear that because of the nature of the induction received power as a direct consequence we have the condition. The greater frequency “swing” of the magnetic field, the more power generated. For these purposes, applies high-frequency master oscillator, which switches the small coil. But. It is absolutely clear that we can not indefinitely raise the ceiling of the frequency characteristics of the process. This is due to the magnetic material of the wire. With its performance and, foremost, with the shape and size of hysteresis. Please note that Bearden uses special material for the manufacture of magnetic wires, which will then separately noted in another article devoted to a repetition of this unit comrade Naudinym (which, incidentally, does not mean that the application of more “bad” materials – the model is not working).
And lastly. Naturally, the model generator can not only have two arm magnetic wires and, consequently, the form of P-machines. You can do a variety of complicated structures of different geometry and with different number of elementary magnetic wires. With notes in his patent, Tom Burden.
Summary
An electromagnetic generator without moving parts consist of a permanent magnet and a magnetic core, forming the first and second magnetic paths and reels. The first input coil and the first output coil is located in the first magnetic path, while the second input coil and a second output coil is located in the second magnetic path. The input coils are of variable pulse providing suggestive pulse current in the output coils. The current through each input coil, reduces the magnetic flux magnet, around the magnetic track, which carries the input coil. The magnetic core is a package of annular plates with permanent magnets and spacers between the plates. Output coils are located around these struts. The input coils are located around the part of the plate and trigger pulses that induce current in the output coils.
Inventors: Patrick, Stephen L. (2511 Woodview Dr. SE., Huntsville, AL 35801); Bearden, Thomas E. (2211 Cove Rd., Huntsville, AL 35801); Hayes, James C. (16026 Deaton Dr. SE., Huntsville, AL 35803); Moore, Kenneth D. (1704 Montdale Rd., Huntsville, FL 35801); Kenny, James L. (925 Tascosa Dr., Huntsville, AL 35802).
Field of invention
This invention relates to a magnetic generator creates electricity with no moving parts, and, moreover, is capable of when it works, to produce energy without an external source.
Description of such devices
There are many patents magnetic generators, each of which is composed of permanent magnets, whose magnetic tracks form a magnetic flux, which changes with different methods can generate a current in the coils. These devices operate in accordance with the law of Faraday, who says that the electric current occurs in the conductor when the magnetic field, even if the magnetic field is stationary.
The method of changing the magnetic flux between the opposite poles of a permanent magnet (PM) is known as the “transport stream” as described in the release of “sb” July 26, 1963. The principle uses a powerful magnetic force at one end of the magnet and very weak in another. This effect can be caused by mechanically driven, or electrically by passing a current through one or more of the control winding around the plate 14. ????????? ????? ????????? ????? ??????? : U.S. Pat. 3,165,723, 3,228,013, 3,316,514.
Another principle of the magnetic generator is described in the patent US Pat. No. 3,368,141 which is used in combination with HS transformer, which has 1 and 2, winding around the core, and where the magnetic stripes of magnets pass in the core, and when the alternating current induces a changing magnetic flux in the core is the magnetic flux PM changed automatically. In this case, the magnetic flux increases. Such a device can be used to improve the power factor is usually occurring in AC circuits.
Another patent describes a magnetic generator in which current from one or more output windings creates a propulsion force. Example U.S. Pat. No. 4,006,401 describes the electro magnetic generator consisting of PM and the core, in which the magnetic flux from the magnet current in the core is rapidly changing direction through the switch and creates alternating current in the winding core. The device includes a PM with a 2-I by different chains of magnetic flux paths between the North and South poles of a magnet. Each chain contains 2 tracks switching means for alternately opening and closing circuit paths, generating alternating current in the windings of the core. Each changeover means includes a switching magnetic circuit having a coil through which current flows, creating a magnetic flux. Energy for the supply of these coils is taken from the outside.
Another U.S. patent Pat. No. 4,077,001 describes a magnetic generator (or constant current DC converter) consisting of a PM who has separated pole and elongated magnetic field between the poles. Core with variable magnetic resistance is placed in the box to change the magnetic field lines. Output conductor is located in a field in tight dependence with a magnet and positioned so as to cross the sliding magnetic field and induced voltage in a conductor. Magnetic flux is switched between variable paths through the switching coils wound around the core parts and a pair of transistors. To drive uses an adjustable frequency oscillator. Energy to power also comes from outside.
In the patent U.S. Pat. No. 4,904,926 describes another magnetic generator using a movable magnetic field. The device consists of an electric coil, which creates a magnetic conductive zone with a base at each end, two pole magnets, the poles are connected to the base magnetically conductive zone and three-pole magnet oriented in the first pole of a bipolar electromagnet and one of the poles which is located near the area and carried out in the magnetic attraction according to the first pole of one of the two electromagnets. There is also a coil for reversing the polarity of the electric magnets. These funds reversal by cyclic changes in electrical polarity. Magnets create an attraction between the first electric poles. magnets and the nearest pole of third magnet and lead to the effect of erasing a magnetic carried zone and thus induce the flow of electrons through the output winding, i.e. generates a current in the output winding.
U.S. Patent Pat. No. 5,221,892 describes a magnetic generator is a transformer of magnetic flux compression in a magnetic envelope formed by direct current. The essence lies in the replacement of the spatial flow of inductive elements of electric current initiation.
In the patent U.S. Pat. No. 5,011,821 uses superconductor elements create movement of magnetic flux in accordance with the law Messner. The device includes a bundle of conductors located in a magnetic field. Field vibrates through conductors. Vibration carried a pair of thin plates of superconducting material.
None of the above patents do not use part of the generated electric power to the drive mechanism of reversing that change the direction of the magnetic flux. Therefore, as in conventional generator, these devices require a steady input of energy. The most frequent use of magnetic generator voltage is switched across the coil, creating magnetic fields in the coils, which are used to override the magnetic field of permanent magnets. Thus, a decent proportion of energy must be attached to the generator, which reduces its effectiveness.
Development of new materials, described by Robert Ohandliem, such as nano-crystallin magnetic alloys, allows for rapid switching of magnetic flux. These alloys are composed of crystal grains (crystallites), each of which has at least the size of one nanometer. Nano-kristallyne materials are made by heat treatment of amorphous alloys with copper, niobium and tantalum carbides. Size crystallin – 2-40 nm. In other words, each Crystalline – independent homogeneous particle. Magnetic materials, as an alloy of cobalt, niobium, Harrow have near zero magnetostriction and a strong magnetization. Similar properties in an alloy of iron, Harrow , silicone, niobium, copper.
Review of the invention
Firstly, the generator does not require an external power source during operation. Secondly, the direction of the magnetic flux changes without overriding the magnetic field. Third, the current generation is carried out without moving parts.
The process itself change the direction of the magnetic flux is used to change the magnetic flux permanent magnet and is carried by a control circuit that uses a low level of energy. A separate power source, such as battery, only used to start the generator. The device consists of a permanent magnet, core, first and second input coils, first and second output windings, a switch circuit. Two-pole magnet. The core has a first magnetic path, around which are wound first input and output coils, and a second magnetic path, around which wound a second input and output coils. The switching circuit acts through the alternating first and second input coils. The current through the first input coil causes the magnetic field opposite to the magnetic flux of the magnet in the first magnetic track. The current through the second input coil causes the magnetic field opposite to the magnetic flux of the magnet the second magnetic track.
In another performance of this invention is an electromagnetic generator consists of several magnets and coils. And the core consists of a pair of separated plates, each of which has a central opening and spacers between the plates. The magnets are located between the plates and oriented in one direction. Each input coil is wound around part of the plate between the spacer and the magnet. Output coil wound around each strut. The switching circuit directs current alternately through the first and second input coils. The current through each input coil in the first series of input coils, which creates an increase in magnetic flux in each strut of the first series of struts and a decrease in magnetic flux in each strut of the second series bars. The current through each input coil of the second series of input coils causes a decrease in magnetic flux in each strut of the first series of struts and an increase in magnetic flux in each strut of the second series struts.
In the present invention the materials used for cores – nano crystalline alloy, laminated, such as cobalt-niobium alloy, for PM – rare earth elements such as samarium-cobalt. This description is given as an example, because options for materials and the interaction of parts can be diverse.
Statements.
1. EMG consists of PM, the core comprising the first and second magnetic paths between the poles of the PM, the first input coil around the first part of the magnetic path, the second input coil around the part of the second magnetic path, the first output coil around the first part of the magnetic path forming a first electrical output and the second output of the second coil around the magnetic path, forming a second electrical outlet, a switch circuit, the alternating current transmission through the first and second input coil and forming a magnetic field opposite field PM.
2. EMG consists of PM, the core comprising the first and second magnetic paths between the poles of the PM, the first input coil around the first part of the magnetic path, the second input coil around the part of the second magnetic path, the first output coil around the first part of the magnetic path forming a first electrical output and the second the output of the second coil around the magnetic path forming a second electrical outlet, a switch circuit, the transmission current alternately through the first and second input coil and forming a magnetic field opposite field, the PM, creating an additional magnetic field having a first pole at the end of the first input coil.
3. EMG consists of PM, the core comprising the first and second magnetic paths between the poles of the PM, the first input coil around the first part of the magnetic path, the second input coil around the part of the second magnetic path, the first output coil around the first part of the magnetic path forming a first electrical output and the second the output of the second coil around the magnetic path forming a second electrical outlet, a switch circuit, the transmission current alternately through the first and second input coil and forming a magnetic field opposite field, the PM, creating an additional magnetic field having a second pole at the ends of the second input coil.
4. EMG consists of PM, the core comprising the first and second magnetic paths between the poles of the PM, the first input coil around the first part of the magnetic path, the second input coil around the part of the second magnetic path, the first output coil around the first part of the magnetic path forming a first electrical output and the second the output of the second coil around the magnetic path forming a second electrical outlet, a switch circuit, the transmission current alternately through the first and second input coil and forming a magnetic field opposite the field where the PM and the induced part of the electric power providing a switch circuit.
5. EMG, as stated in paragraph 4, has a switching circuit having a power from an external source for start and subsequently fed through the first weekend of the coil.
6. EMG, as stated in paragraph 2, has a core made of nano crystalline magnetic alloy.
7. In the EMG, as stated in claim 6, nano crystalline alloy – cobalt-niobium alloy harrows.
8. In the EMG, as stated in claim 6, nano crystalline alloy – an alloy of iron-based.
9. In the EMG, as stated in paragraph 2, change the density of magnetic flux through the core is carried out without moving the core in a magnetic srede.10. In the EMG, as stated in Clause 2, switching circuit carries a pulsating current through the first and second input coils with a frequency of 11.5 miles of sec.
11. In the EMG, as stated in Clause 2, PM is made of material including rare metals.
12. In the EMG, as stated in paragraph 11, the main component of PM PM – samarium and cobalt.
13. In the EMG, as stated in paragraph 11, the main components of PM PM – iron, neodium and harrows.
14. In the EMG consists of: a core consisting of a pair of separated plates, each of which has a central hole and a few spacers placed between the separated plates; several DMs between pairs of plates and separated by spacers that create a magnetic field in one direction, several first and second input coils, wound around a part of the plate, the output coil wound around each strut to provide electrical output, a switch circuit that controls current alternately through the first and second input coils, which leads to an increase (decrease) in the magnetic flux through each of the first group of the spacer spacers and a decrease (increase) magnetic flux through each of the second group of the spacer bars.
15. In the EMG, as stated in paragraph 14, each input coil is wound around part of the magnetic path core.
16. EMG, as stated in paragraph 14, a switching circuit having a power from an external source to start and continue the energy induced output coils.
17. In the EMG, as stated in paragraph 14, the core is made of nano crystalline magnetic alloy.
18. In the EMG, as stated in Clause 2, induced in the first part of the input circuit of electricity used to power a switch circuit.
19. EMG, as stated in paragraph 4, has a switching circuit having a power from an external source for start and subsequently fed through the first weekend of the coil.
20. In the EMG, as stated in paragraph 3, of the induced electricity used to power a switch circuit.
21. EMG, as stated in paragraph 4, has a switching circuit having a power from an external source for start and subsequently fed through the first weekend of the coil.
22. In the EMG, as stated in paragraph 3, has a core made of nano crystalline magnetic alloy.
23. In the EMG, as stated in claim 6, nano crystalline alloy – cobalt-niobium alloy harrows.
24. In the EMG, as stated in A.22, nano crystalline alloy – an alloy of iron-based.
25. In the EMG, as stated in paragraph 3, changing the magnetic flux density through the core is carried out without moving the core in a magnetic medium.
26. In the EMG, as stated in Clause 3, switching circuit carries a pulsating current through the first and second input coils with a frequency of 11.5 miles of sec.
27. In the EMG, as stated in Clause 3, HS is made of rare-earth metal.
28. In the EMG, as stated in claim 27, PM of samarium and cobalt.
29. In the EMG, as stated in claim 27, PM alloy of iron, niobium and harrow.
