rexresearch.com
Nilson BARBOSA /
Cleriston LEAL
Earth Energy Generator
Earth Energy Generator
http://energiauniversal.eco.br
Evoluções Energia
Rua: Hermes da Fonseca nº 60
Bairro: Centro
CEP: 65.900-600
Cidade: Imperatriz - Ma
Fone Fixo: (99) 3528-4787 – 4644 – 3904
Fone Móvel: (99) 8116-5566
Earth Energy
Earth Energy is electromagnetic energy that can be instantly obtained to perform work through an electromagnetic field connected to earth by means of attraction and repulsion of particles of opposite poles infinitely together.
Access to this new energy source can occur through the ground grid to transfer passing through the attraction and repulsion of subatomic particles to the captors of electrons.
Our Products
GENERATOR CAPTURE EARTH ELECTRONS
Equipment electromagnetic generator that captures electrons Earth
It is an electromagnetic device that depending on how the connection to be connected to the grounding grid becomes free to move and capture particles energy to perform work instantly via electromagnetism. The sensor requires only a small initial force energy continually being supplied by an external power source , which can be provided by the local power utility . With this small amount of electricity consumed the sensor generates a large electromotive power . Depending on your constructive manner , the sensor can generate a power thousands of times greater than the energy that was consumed to perform the work performed and generated by the sensor , this energy that returns to the generating source ( Earth) . Use : Industrial , Commercial , Residential .
SELF-POWERED SYSTEM FOR ELECTRICITY GENERATION
Electromagnetic equipment that generates electrical energy in a closed loop between themselves .
It is a mobile or landline that instantly captures electrons through the compo electromagnetism, requiring only a small initial force energy, for a few seconds. Thus is reached closing the loop using the electromagnetic force present in the universe .
The system comprises rectifier ( AC / DC converter ), battery bank , inverter ( DC / AC ), and the captors of electrons in the headspace or electron captors land
Being a compact and mobile system that can be designed to provide electricity to low, medium or high power at any voltage and frequency.
Inventor: BARBOSA NILSON // CLERISTON DE MORAES LEA
Applicant: EVOLUCOES EN LTDA
The present invention relates to electric energy generation equipment comprising a basic circuit formed by a rectifier (10), for example, an AC/DC converter connected in series to an inverter (12), for example, a DC/AC converter, and a bank of batteries (13) connected in series between the rectifier (10) and the inverter (12). An electron capturing element (14), which can be either a free space electron capturing element or, alternatively, an earth electron capturing element, is connected in series to the basic circuit formed by the rectifier (10), the inverter (12) and the battery assembly (13). The bank of batteries (13) powers the basic circuit because it is connected to the system. Consequently, the inverter (12) converts direct current into alternating current and supplies this current to the electron capturing element (14). After receiving the electric current from the inverter (12), the electron capturing element (14) starts capturing electrons from the alternating current and powering the rectifier (10), which converts the alternating current into a direct current in order to recharge the bank of batteries (13) and power the inverter (12) which powers the electron capturing element, closing the feedback loop, and also providing electric energy for consumption by external loads.
Technical Field
The present invention relates to an apparatus for generating electricity, in particular a self powered equipment for generating electricity.
Description of the Prior Art
There are countless designs of mechanisms for the generation of electricity based on electromagnetism, but they are all fundamentally related to the use of electromechanical devices and magnets, which, by its technical limitations to generating capacity and ecological implications, unfeasible the use of scale economic projects hitherto known.
Objectives of the Invention
The present invention aims to contribute to the generation of sustainable energy , proposing a device capable of producing abundant electricity from a tiny power consumption , initially provided by accumulator ( battery bank ) , and later by the device itself, that generates electricity for consumption and external loads for self-feeding.
The above objective and other objectives are achieved by the present invention by a device that includes a basic circuit of a typical system for uninterrupted power supply , known as the UPS device formed by a rectifier ( AC DC converter ) connected to a inverter device (inverter DC / AC ) and connected to them , accumulators energy devices ( battery bank ), having attached this basic circuit one electron captor of free space ( defined in application Brazilian patent No. BR1020120008378 equipment, 13.01.2012 ) or , alternatively, a sensor of electrons from the earth (set in application Brazilian patent No. BR1020120008386 equipment, 13.01.2012 ) , which receive electrical power to the inverter device (inverter DC / AC ) , will generate electricity and feed the rectifier device (inverter AC / DC) , which will feed the inverter device (inverter DC / AC ) , which will keep feeding the captor of electrons , ending the cycle of self-feeding , and also providing electricity for consumption of external loads.
The self-powered system for generating electricity from the present invention can be fixed or mobile . It is fixed when using electron scavengers of the earth , connected to ground grid . He is mobile when using electron captors free space that capture electrons through their isolated nuclei.
The self-powered system for generating electricity from the present invention can have a number of constructive arrangements - but all within the same inventive concept - since there are a variety of combinations made ??with the basic components ( rectifier , inverter and batteries ) , the systems uninterrupted power supply, known as UPS, which may be used in constructing the apparatus of the present invention. Constructive modes include single phase , two phase or three phase models of any power and voltage .
Brief Description of the Drawings
The present invention will be hereinafter described with the aid of drawings, but they are not absolutely limiting, which can be seen further details and advantages of the present invention.
The figures show:
Figure 1 - shows a basic circuit of the self-powered system for generating electricity from the present invention;
Figure 2 - shows a first embodiment of constructive self-powered system for generating electricity from the present invention;
Figure 3 - shows a second embodiment of constructive self-powered system for generating electricity from the invention of the present invention;
Figure 4 - shows a third embodiment of constructive self-powered system for generating electricity from the present invention;
Figure 5 - shows a fourth embodiment of constructive self-powered system for generating electricity from the present invention;
Figure 6 - shows a fifth embodiment of constructive self-powered system for generating electricity from the present invention.
Detailed Description of the Invention
There are different ways of closing the self-feeding cycle depending on the structure of the electrical circuit. Such constructive arrangements are shown in Figures 2 to 6, where the main structure of the circuit, which is an open and closed circuit generating electricity instantly is maintained.
As shown in Figure 1, the self-powered system for generating electricity comprises a basic circuit consisting of a rectifier (AC DC converter) 10 which is connected in series with an inverter (inverter DC / AC) 12 3 a battery bank that is connected in series between the rectifier 10 and the inverter 12. A sensor of 14 electrons - which could be a sensor of electrons of the free space (defined in application Brazilian Patent No. BR1020120008378 equipment, 13.01.2012) or, alternatively, a sensor of electrons from the earth (equipment set out in patent No Brazilian BR1020120008386 of 13.01.2012) - is connected in series to the basic circuit formed by the rectifier 10, the inverter 12 and battery pack 13.
Be connected to the system, the battery bank 13 provides power to the basic circuit. Consequently, the inverter 12 converts direct current into alternating current and provides such current to the sensor of electrons 1. The captor of electrons 14, after receiving electrical current from the inverter 12, passes to capture electrons into alternating current and feed the rectifier 10 which converts alternating current to direct current to recharge the battery bank 13 and feed the inverter 12, which will keep feeding the captor of electrons, ending the cycle of self-feeding, and also providing electricity for consumption of external loads.
This particular mode, the rectifier 10 and the inverter 12, which initially received electrical current from the battery bank 13, started to use the current generated by electron sensor itself. Thus, the power supply from the battery bank 13 is switched to the power supply from the captor of 14 electrons, ie, the sensor of 14 passes electrons to provide power feeding the system itself, and providing, in output port 18, electricity consumption for external loads.
As can be seen in Figure 2 , another embodiment of the self-powered system for generating electricity comprises a device that includes a basic circuit of a typical system power supply uninterrupted power , known as UPS consists of a battery charger ( AC DC converter ) 21 connected to a drive device (inverter DC / AC ) 23 and connected to them , accumulators energy devices ( battery bank ) 22 - with this basic circuit plus other devices and connected to a sensor of electrons from space 27 free (defined in Brazilian patent application No. BR1020120008378 equipment, 13.01.2012 ) or, alternatively, a sensor of electrons from the ground 27 ( as defined in Australian patent application No. BR1020120008386 equipment, 13.01.2012 ) , comprising thus, the battery charger ( AC DC converter ) 21 is connected in series to the battery bank 22 connected in series with the inverter 23 , which is connected in series with the key phase transfer at the connection point 24.1 , which is connected at the connection point 24.1 the point 24.3 the binding key itself phase transfer 24 , connected in series to the sensor of electrons 27 electrons , in parallel with the battery charger (inverter AC / DC) 21 , and this is in parallel to surge suppressor 25 to disarm the connection points 24.1 and 24.3 of the phase transfer switch 24 and connect the connecting points 24.3 and 24.2 , and the connection point 24.2 is connected in series with the filter 26, which is in series with the surge suppressor 25 , which is in parallel to the battery charger (inverter AC / DC) 21 , the battery bank 22 , the inverter 23 and the point of attachment 24.1 , which are in series with the transfer switch phase 24 , which is in series with the connection point 24.3 and the sensor of electrons 27 electrons , which is in series with the phase output 28 .
In an alternative constructive manner, for use in emergency situations, in which the system ceases to be self-powered, the system may comprise a power input of an external source of electricity at the point of interconnection 29 to power surge suppressor 25, which provides power to feed exit point 28, to feed external loads.
The battery bank 22 releases energy to the inverter 23 and inverter 23 converts the DC current into alternating current, which shall feed the transfer switch 24. The transfer switch (24) is connected to the filter 26 and the captor of electrons 27.
After being fed, the sensor 27 is electron capture electrons into alternating current and feed the battery charger (inverter AC / DC) 21, the filter 26 which is connected to the surge suppressor 25 which is connected to the transfer switch 24, which feeds the sensor 27, which feeds the battery charger (AC DC converter) 21, which is feeding the batteries and switching occurs by the transfer switch 24 when the surge suppressor 25 is powered disarms the transfer switch 24 cutting off the supply of power from the batteries to the inlet of the electric current sensor of 27 electrons.
When the electron sensor 27 is turned off, the transfer switch 24 back to baseline (24.1 and 24.3 point connected to the system to function as self-feeding.
The electron sensor 27 provides power to the transfer switch 24 without interruption of power because the transfer switch 24 has been switched by the surge suppressor 25 that provides power to feed the system itself, ie, closing the cycle of self-feeding and providing energy to the point of exit 28, which feeds the external loads.
As shown in Figure 3 , another embodiment of the self-powered system for generating electricity comprises a device that includes a basic circuit of a typical system power supply uninterrupted power , known as UPS , consisting of a battery charger ( AC / DC converter ) 31 connected to a drive device (inverter DC / AC ) 35 , and connected to them power devices accumulator ( battery bank ) 32 , and this basic circuit together with other devices and connected to an electron sensor space 37 free ( equipment as defined in Brazilian patent application No. BR1020120008378 of 13.01.2012, or , alternatively, a sensor of electrons from the ground 37 ( as defined in Australian patent application No. BR1020120008386 equipment, 13.01.2012 ) comprising , as a bank of batteries 32 connected in series with the DC / DC converter 33 , which is connected in series with the switch 34 in the phase transfer connection point 34.1 which is connected in series to the connection point of 34.3 , which is in series with the inverter 35 , which is connected in series with the sensor of 37 electrons , and 38 three-phase output , which is in parallel with the battery charger (inverter AC / DC) 31 , the rectifier 36 is in parallel to the battery charger ( AC / DC) converter 31 , and in series with the phase transfer switch 34, 34.2 at the connection point , which is in series with the connection point of 34.3 , and in parallel with the connection point 34.1 ; switching point 34.3 is in series with the DC / AC inverter 35 , which is connected in series with the sensor of 37 electrons , which is in parallel to the battery charger (inverter AC / DC) 31 , the battery bank 32 , the standby inverter DC / CC 33 and the point of attachment to 34.1.
n an alternative constructive manner, for use in emergency situations, in which the system ceases to be self-powered, the system may comprise a power input of an external source of electricity at the point of interconnection 39, connected to the rectifier 36, which provide electrical power to three-phase transfer switch 34, the inverter DC / AC 35, which is supplying electricity at exit 38, which is also the power point of the external load.
The battery bank provides power to 32 DC / DC converter 33, to feed the transfer switch 34.
At this time, the transfer switch 34 does not switch, because it receives direct current of 34.1 and 34.2 points and simultaneously transfers the electrical current to the point that feeds the 34.3 DC / AC inverter 35, which when fed, transforms the dc to alternating, and provides alternating current to the sensor of 37 electrons.
The rectifier 36 provides the transfer switch 34 and the power transfer switch 34 receives power from the batteries and the inverter 33 which feeds the DC / AC inverter 35. At this time, the DC / AC inverter 35 goes to feed the sensor of 37 electrons, leaving the supply of energy from the batteries to the power supply by the captor, who shall provide power feeding the system itself.
Thus , the sensor 37 starts to capture electrons in alternating current and starts to feed the battery charger (inverter AC / DC) 31 . The battery charger (inverter AC / DC) 31 continues to supply power to the drive ( 33 ) , continuing the flow of energy
As can be seen in Figure 4 , another embodiment of the self-powered system for generating electricity equipment that comprises a basic circuit of a typical system power uninterrupted power , known as UPS , consisting of a battery charger ( AC / DC converter ) (A ) connected to a drive device (inverter DC / AC ) 42 and attached to them , devices accumulator of energy ( battery bank ) 41 , and this basic circuit together with other devices and connected to an electron captor of free space 44 (defined in Brazilian patent application No. BR1020120008378 equipment, 13.01.2012 ) or, alternatively, a sensor of electrons land 44 (defined in the application equipment Brazilian patent No. BR1020120008386 of 13.01.2012 ) thus, a battery charger comprising (A) connected to a battery bank 41, which is connected in series with inverter 42 at point (B) which is in series with the point ( C ) of the inverter 42, which is in series with the electron sensor 44, which is in series with the phase transfer switch 43 through the connection point of the three-phase load output 45 , the phase transfer switch 43 is in series with the inverter 42, which is connected in series to (AC / DC converter) at (A ) the battery bank 41 .
In an alternative constructive manner , for use in emergency situations , in which the system ceases to be self-powered , the system may comprise a power input of an external source of electricity at the point of interconnection 46 , and providing power at the output 45, which is also the feed point of the external loads.
The battery bank 41 provides power to the inverter 42 which converts the direct current into alternating current and feeds the sensor of 44 electrons .
The transfer switch closes when the batteries need recharging .
The sensor 44 captures electrons with alternating current , which feeds the transfer switch 43 in one of his points of departure load receiving alternating current , which becomes the input power . The transfer switch 43 feeds the inverter 42 and inverter 42 supplies the batteries , charging them and closing the cycle of self-feeding and providing energy at exit 45 , which is in series with the power input , which is also the power point external loads.
As can be seen in Figure 5 , another embodiment of the self-powered system for generating electricity comprises a device that includes a basic circuit of a typical system power uninterrupted power , known as UPS , consisting of a battery charger ( AC drive / CC ) 51 connected to a drive device (inverter DC / AC ) 53 and attached to them , devices accumulator of energy ( battery bank ) 52 , and this basic circuit together with other devices and connected to an electron captor the free space 56 (defined in Brazilian patent application No. BR1020120008378 equipment, 13.01.2012 ) or, alternatively, a sensor of electrons land 56 (defined in the application equipment Brazilian patent No. BR1020120008386 of 13.01.2012 ) thus comprising a battery charger 51 which is connected in series with a battery bank 52, which is connected in series with the inverter 53, which is connected in series with the transformer 55 at its point C, which is in series with its point (B ) which is in series with the electron sensor 56, which is in series with the battery charger 51, which is connected to the outlet of load 58, with the entry point 59, which is in series with the key 54 -phase transfer in point 54.1 , which is closed to the connection point 54.3 , which is in series with paragraph ( a) of the transformer 55 which comes out in paragraph ( B ), points ( a) , and 54.3 as well as the parallel 54.1 points and 54.2 , are all parallel to the battery charger 51 , the battery bank 52 , the inverter 53 and the point ( C ) of the transformer 55.
In an alternative constructive manner, for use in emergency situations, in which the system ceases to be self-powered, the system may comprise a power input of an external source of electricity at the point of interconnection 59, this connected to key transfer 54 that provides power output at 58, which is the point of supply of external loads.
The battery bank 52 that supplies power to the inverter 53 which converts the direct current into alternating current, feeding point (C) of the transformer, which comes out in paragraph (B) and paragraph (A) of the transformer.
Paragraph (B) of the transformer feeds the sensor that captures electrons 56 electrons in alternating current and feeds the battery charger 51 which feeds the battery bank 52.
The battery charger 51 is connected in parallel with the transfer switch 54 via connection points 54.1 and 54.3, feeding point (A) of the transformer, which leaves at point B. Paragraph (A) of the transformer and the transfer switch points 54.3 and 54.1 are in parallel to the battery charger 51, ??52 batteries, and the inverter 53 and the point (C) of the transformer 55.
The transfer switch 54, with the absence of electric current had always been linked in section 54.2 and 54.3, when the transfer switch 54 is supplied with electric current always occurred switching point 54.2 disconnecting and connecting with connection point that is 54.1 closed with the connection point 54.3.
The battery bank 52 only provides power to the inverter 53 when the transfer switch 54 is connected to the point 54.2 the point 54.3 , ie when the transfer switch 54 does not fed . The inverter 53 , to receive electrical current from the batteries 52 , converts the direct current into alternating , passing through the transformer 55 point ( C ) to point ( B ) , feeding the sensor of 56 electrons , capturing , generating an alternating electrical current that leaves the point of exit load 58 with the entry point 59 . The entry point 59 is in series with the battery charger 51 , ??and the entry point 59 which provides electrical current to transfer switch 54 which switches to the point 54.1 the point 54.3 , with this switching out the power supply assembly batteries for the power supply of the electron sensor 56, which goes to supply power feeding system itself , closing the cycle of self-feeding , which provides power at the output 58, which is the feeding point of the external loads.
As can be seen in Figure 6 , another embodiment of constructive self-powered system for generating electricity comprises a device that includes a basic circuit of a typical system power uninterrupted power , known as UPS , formed by a rectifier device ( AC drive / CC ) 61 connected to a drive device (inverter DC / AC ) 63 and attached to them , devices accumulator of energy ( battery bank 62 , and this basic circuit together with other devices and connected to a sensor of electrons from 64 space (defined in Brazilian patent application No. BR1020120008378 equipment, 13.01.2012 ) or, alternatively, a sensor of electrons from the ground 64 ( as defined in Australian patent application No. BR1020120008386 equipment, 13.01.2012 ) comprising thus, a delta converter ( AC / DC) 61, which is connected in series to a battery bank 62, which is connected in series with the inverter ( DC / AC ) 63 , which is in series with the electron sensor 64 which is connected in series with the delta converter (AC / DC ) 61 which , of alternating ( AC ) is in series with the alternating part (CA ) of the inverter 63 through a connection point 65 which is in parallel with part (DC ) delta converter 61 , with the battery bank 62 and the continuous part ( CC ) of the inverter 63 .
In an alternative constructive manner , for use in emergency situations , in which the system ceases to be self-powered , the system may comprise a power input of an external electric power in the interconnection point 66 connected to delta converter 61 , which providing power on output 67, which is the feeding point loads .
The battery bank 62 provides power to the inverter 63 which converts the direct current into alternating current , powering the sensor of 64 electrons . The sensor 64 starts to capture electrons in alternating current , feeding the delta converter 61 via an exit point load 67 .
The alternating part of the three-phase delta converter 61 is fed with AC side of the inverter 63 through the connection point 65 , which is connected in parallel to part of the ongoing delta DC converter 61 , which feeds the battery bank 62 and the continuous part the inverter 63, closing the cycle of self-feeding and supplying power at output 67, which is the feeding point loads .
Examples of preferred embodiments having been described, it should be understood that the scope of the invention covers other possible form of construction equipment using the electron sensors connected to a basic circuit of a typical system for uninterrupted power supply, known as UPS, comprising a rectifier device (inverter AC / DC) 10, connected to an inverter (inverter DC / AC) 12 device, attached to them, accumulators energy devices (battery bank).
WO2013104042
ELECTROMECHANICAL EQUIPMENT OF ELECTRON CAPTURE FROM THE FOR ELECTRICITY GENERATION "
ELECTROMECHANICAL EQUIPMENT OF ELECTRON CAPTURE FROM THE FOR ELECTRICITY GENERATION "
Technical Field
The present invention relates to an electromagnetic equipment for power generation and alternatively for thermal power generation . More specifically a device capable of producing electrical energy and abundant thermal energy from a tiny power consumption.
When the magnet is removed from the loop , the induced current in the loop has a counter to the direction shown in Figure 1 , thus generating a magnetic field whose south pole is facing the north pole of the magnet. The two poles attract each other , i.e., the field generated by the induced current opposes the movement away from the magnet. This behavior , in this current generators and energy known as engine braking , it is highly undesirable to raise the resistance and thereby increase the energy loss.
When two electromagnetic coils are placed facing each other, as in figure 2 , there is no power in any of them. At the moment when a power switch of one of the closed coil If, in the corresponding coil current surge , causing an induced current in the second coil . When you close the switch , the corresponding coil current goes from zero to a certain maximum value , thereafter remains constant .
Thus , when the current is changing , the magnetic field generated by it , whose north pole facing the second coil is also changing and so is the magnetic flux of this field through the second coil. Then comes a current induced in the second coil whose sense is such that the magnetic field it generates tends to decrease the flow mentioned, i.e., it has a north pole confronting north pole of the first field coil.
When the power switch is open , the current in the first coil will given its maximum value to zero , the corresponding field decreases . The flux of this magnetic field in the second coil also decreases , so that the induced current now has an opposite direction. This direction is such that the field which generates induced current is added to that , that is , has a south pole faced the north pole of that field.
Thus , there is a realization of the principle of conservation of energy, expressed in Lenz's Law , in which any induced current has an effect that opposes the cause that produced it.
Assuming that the induced current acts to favor the change of the magnetic flux that produced the magnetic field of the coil would have a south pole confronting north pole of the magnet approaches, causing the magnet to be attracted towards the coil.
If the magnet was then released, would suffer an acceleration toward the coil , increasing the intensity of the induced current to thereby generate a growing field. This field , in turn , attract the magnet with
increasing force, and so on, with a continuing increase in kinetic energy of the magnet.
If it was drawn power magnet - coil system at the same rate at which the kinetic energy of the magnet increases , there would be an endless supply of energy. So it would be a motor - perpetual, which would violate the principle of conservation of energy.
Therefore , we can conclude that current generators feature a large energy loss in electricity generation.
Objects of the Invention
The present invention aims to contribute to the generation of sustainable energy , proposing an electromagnetic machine capable of producing abundant electricity from a negligible power consumption .
The goal above and other objectives are achieved by the present invention by a device comprising at least one electromagnetic field generator device - without a nucleus or with at least one core - powered
by a power source - without a core or at least one core - having their centers or their extension , preferably their coils or sets of coils , wrapped by at least one common conductive member in a closed circuit in itself polarized voltage is connected to the induction least one conductive interconnection element , which is connected to a grounding grid , causing these interconnections , as new technical effect , the appearance of an electric current that keeps circling the conductive element in self-enclosed circuit for powering external loads.
The device object of the present invention operates as follows : the electromagnetic field generating device to be powered by a power source , produces an electromagnetic field that induces an electric current in the conductor element in self-enclosed circuit , creating an interaction one between the magnetic poles of the equipment and the magnetic poles of the earth , turning into a - through electromagnetic attraction and repulsion - an endless supply of electrons from the earth to the conductive element in self-enclosed circuit, which is connected to a ground grid through the conductive interconnection element.
Attracted electrons are added to the current circulating in this closed loop conductive element itself, where electricity is available for powering loads of high power, although the device object of the present invention is supplied with a small power.
Thus, advantageously, the device object of the present invention discloses a sensor of electrons from the earth to generate electricity.
Advantageously, the present electromagnetic equipment to generate electricity or thermal energy generation provides access to this new source of energy through a magnetic field .
Advantageously, the interconnections of the components of the electron captor object of the present invention cause, as new technical effect, the appearance of an electric current that keeps circling with or without voltage on conductor element in a closed circuit in itself , even without a load consumer connected to it, while the sensor is connected.
Advantageously, the proposed sensor can also be used for thermal power generation, depending on the way you intend to use the effect of the flow of electrical current produced in this electromagnetic equipment .
For the generation of thermal energy proportional to the power of the sensor values through the movement of electrons in the conductive element in self-enclosed circuit, the resistance should be increased by increasing the amount of turns that the conductive element in a closed circuit in itself gives around the cores, or any extension of them, preferably the coils or sets of coils of the electromagnetic field generating device, and is made of a thermal insulation protection of circuit components, according to the temperature to be reached . The thermal energy generated by the sensor can be used in any application, from domestic to industrial.
This technology can also be used in various technical applications in electrical machines. By "electric machines", one should understand static electrical machines, transformers, reactors, rotating electrical machines, synchronous machines , dual power machines , synchronous rectifiers current cascade external pole machines , synchronous machines flow , current machines alternating or continuous current machines , electronic equipment and electrical resistances . The captors of electrons can be single-phase , two-phase or three-phase type , in low, medium or high voltage.
The uptake by induction does not impact the environment . The fact of using , as a force for uptake , only electricity , resulting in a negligible consumption in relation to the current generated and captured
by the sensor . The relationship between consumption and generation of electricity in the captor is at least 1 per 100, ie , for each 1Watt consumption of the sensor , obtains at least 100 Watts for powering external loads . The relationship , however, is not limited , it depends on the mounting position of the sensor and its objectives , the generation may be greater than 100 times the consumption .
Another advantage of the captor of electrons land proposed in the present invention is that the sensor can transport electrons from point " A" to "B " point without voltage drop in the conductor element in a closed circuit in itself - if it is polarized voltage regardless of the distance between the points depending on the quantity and power of the electromagnetic field generating devices in the same phase . It is also possible to transport electrons when the conductive element in a closed circuit itself is not polarized . Thus , the electric current is carried without strain , only through the magnetic field formed between the device (s) ( s ) generator (s ) of magnetic field .
In addition , because the electric current is around 7 by induction, independent of the voltage at the (s) link ( s) / coil (s) driver (s ) 4 of the sensor proposed by the present invention , it can be used as a current stabilizer at medium or high voltage single-phase , two-phase or three-phase power grids, low .
Although the present invention has been described with reference to preferred embodiment and practical applications thereof will be apparent to those skilled in the art that a variety of types, shapes , models , gender , modifications and changes can be made or used without departing from the scope of the invention which is intended to be defined by the appended claims.
It will be understood that each of the elements described above , or two or more together may also find a useful application in other types of equipment and effects that differ from the type described above.
ELECTROMAGNETIC DEVICE FOR CAPTURING FREE
SPACE ELECTRONS TO GENERATE ELECTRICITY
WO2013104041
[ PDF ]
WO2013104041
[ PDF ]
The invention relates to a device that comprises at least three sets (A, B, C, D) of at least one device for generating an electromagnetic field (3) and (4), powered by an electricity source - without a core or with at least one core - the cores thereof or any extension thereof, preferably the windings or sets of windings thereof, being surrounded by at least a single conductive element forming a polarized and energized closed-circuit with itself (5), said sets of electromagnetic-field generating devices (3) and (4) being linked together by the opposing poles thereof to encourage the interaction of the electromagnetic fields thereof, which are preferably allocated between two hollow metal half-spheres (1) so as to concentrate and enhance the electromagnetic fields thereof, these interconnections causing, as a novel technical effect, the emergence of an electrical current that circulates, with or without voltage, in the conductive element forming a closed-circuit with itself (5) - point of the connections of the external loads - even if no load is placed thereon.
Technical Field
The present invention relates to an electromagnetic equipment for power generation and alternatively for thermal power generation. More specifically a device capable of producing electrical energy and abundant thermal energy from a tiny power consumption.
Description of the Prior Art
According to Lenz's law, any induced current has a direction such that the magnetic field it generates opposes the change in magnetic flux that produced it. Mathematically, the Lenz's law is expressed by the negative sign (-) that appears in the formula for Faraday's Law, as follows.
The magnitude of the induced electromotive force (E) in a conductive loop is equal to the rate of change of magnetic flux (F ') with time:
d<PB
e =—— - dt Equation 1
As an example of application of Faraday's Law, we can calculate the electromotive force induced in a rectangular loop that moves in or out at a constant speed, in a region of uniform magnetic field. The flow of the magnetic field through the area bounded by the loop is given by:
ø = xLB Equation 2
and its variation over time is:
At
Equation 3
so
e = vLB Equation 4
e, if the loop has a resistance), the induced current is:
e vLB
R R Equation 5
A conductor traversed by a current immersed in a magnetic field is acted upon by a force given by:
F - IL x B Equation 6
Thus, the effect of the induced current in the loop, come the F *, F forces - and FM. The first two cancel each other and the third is canceled by an external force FEXT required to maintain the loop at constant speed.
As the force F must oppose the force ^ EXT, current (i) induced in the loop by the variation of the magnetic flux must have the meaning indicated in figure 1. This fact is a particular example of Lenz's Law.
Considering the experimental activities discussed with Faraday's law, when a magnet is approaching a turn, the induced current in the loop has a meaning as shown in Figure 2. This generates a magnetic field whose north pole is facing the north pole of the magnet. The two poles repel each other, ie, the field generated by the induced current opposes the approach movement of the magnet.
When the magnet is removed from the loop, the induced current in the loop has a counter to the direction shown in Figure 2, thus generating a magnetic field whose south pole is facing the north pole of the magnet. The two poles attract each other, ie, the field generated munity induced current opposes the movement away from the magnet. This behavior, in this current generators and energy known as engine braking, it is highly undesirable to raise the resistance and thereby increase the energy loss.
When two coils are placed facing each other, there is no power in any of them. At the moment when a power switch of one of the coils is closed, a corresponding current in the coil arises, generating an induced current in the second coil. When you close the switch, the corresponding coil current goes from zero to a certain maximum value, thereafter remains constant.
Thus, when the current is changing, the magnetic field generated by it, whose north pole facing the second coil is also changing and so is the magnetic flux of this field through the second coil. Then comes a current induced in the second coil whose sense is such that the magnetic field generates EFA tends to decrease the flow mentioned, ie, it has the north pole confronting north pole of the first field coil.
When the power switch is open, the current in the first coil will given its maximum value to zero, the corresponding field decreases. The flux of this magnetic field in the second coil also decreases, so that the induced current now has an opposite direction. This direction is such that the field which generates induced current is added to that, that is, has a south pole faced the north pole of that field.
Thus, there is a realization of the principle of conservation of energy, expressed in Lenz's Law, in which any induced current has an effect that opposes the cause that produced it.
Assuming that the induced current acts to favor the change of the magnetic flux that produced the magnetic field of the coil have a south pole confronting north pole of the magnet approaches, causing the magnet to be attracted towards the coil.
If the magnet was then released, would suffer an acceleration toward the coil, increasing the intensity of the induced current to thereby generate a growing field. This field, in turn, attract the magnet with increasing force, and so on, with a continuing increase in kinetic energy of the magnet.
If it was drawn power magnet-coil system at the same rate at which the kinetic energy of the magnet increases, there would be an endless supply of energy. So it would be a motor-perpetual, which would violate the principle of conservation of energy.
Therefore, we can conclude that current generators feature a large energy loss in electricity generation.
Objectives of the Invention
The present invention aims to contribute to the generation of sustainable energy, proposing an electromagnetic device able to produce abundant electricity from a negligible power consumption.
The goal above and other objectives are achieved by the present invention by a device comprising at least three sets of at least one electromagnetic field generator device - without a nucleus or at least a core - powered by a power source taking their nuclei or any extension of them , preferably their coils or sets of coils , surrounded by at least one conductive element even closed in itself , polarized voltage circuit , and these sets of electromagnetic field generating devices are arranged with its poles in conflict, to promote the interaction of its electromagnetic fields , and preferably allocated between two semi - hollow metal spheres , in order to concentrate and strengthen their electromagnetic fields - that cause these interconnections , as new technical effect , the emergence of an electric current that keeps circulating , with or without tension , the conductive element in a closed circuit itself - point of connection of external loads - even * without having a load of consumption linked to it .
The device object of the present invention operates as follows : . Sets of electromagnetic field generating devices to be powered by a power source , produces an electromagnetic field that induces an electric current in the conductor element in self-enclosed circuit , creating one interaction between their magnetic poles , going to be - through electromagnetic attraction and repulsion - an endless supply of electrons to the conductive element in self-enclosed circuit. Attracted electrons are added to this current flowing in the conductor element in self-enclosed circuit , where electricity is available to power external loads of high power , although the device object of the present invention is supplied with a small power . Thus , advantageously , the device object of the present invention discloses a scavenger of free space electrons to generate electricity.
Advantageously, the interconnections of the components of the electron captor object of the present invention cause, as new technical effect, the appearance of an electric current that keeps circling with or without voltage on conductor element in a closed circuit in itself, even without a load consumer connected to it, while the sensor is connected.
Advantageously, the present electromagnetic equipment to generate electricity or thermal energy generation provides access to this new source of energy through a magnetic field.
Advantageously, the proposed sensor can also be used for the generation of thermal energy depending on the form is to be used to effect of the flow of electrical current produced in this electromagnetic equipment.
This field generates an electric current flow, induced by electromagnetic coils, which appears in the links interconnecting the electromagnetic field generating devices with electromagnets, inductors or magnets. This chain operates in favor of the change of the magnetic flux produced by the magnetic field in the electron captor sense. Thus, it creates a north pole and a south pole, providing an endless supply of electric current without resistance interconnection links between the electromagnetic field generating devices. Thus, it generates electric current induced voltage with or without the links interconnecting the electromagnetic field generating devices, depending on the connection of the electrical circuit in the sensor.
The captor of electrons from space can generate alternating current (AC) or direct current (DC). The ratio of energy consumption of devices generating electromagnetic field of the sensor is
1 x 100, or the generation can be 00 times greater than the consumption when they have at least one link / coil driver (s) between the coils and the inductors or electromagnets. This relationship, however, is not limited, it depends on the mounting position of the sensor and its objectives.
Another advantage of the captor of electrons of the free space of the present invention is that, with the thermal insulation of the components of the electrical circuit, it is possible to produce average thermal energy of low or high temperatures, through the movement of electrons in the link (s) / turn (s) driver (s) between the coils and / or inductors and / or electromagnets. The temperature generated is directly related to the amount of turns that the link (s) / loop (s) driver (s) gives the coils.
The generation of thermal energy carried by the transducer can be used for boiling and evaporation of the liquids to be used in other types of power generation, replacing the use of coal and natural gas, for example.
Another advantage of the captor of electrons proposed in the present invention is that the sensor can transport electrons from point " A" to "B " point without voltage drop in the conductor link - if it is polarized - regardless of the distance between points depending on the amount of power and electromagnetic field generating devices . It is also possible to transport electrons when the link ( s ) / loop ( s ) driver (s ) of the electromagnetic field generating devices is not polarized . Thus , the electric current is carried without tension only by the magnetic field formed between the coils . This methodology can be used in various fields.
By having a simple constructive manner , the sensor of electrons is a simple , compact , low-cost equipment for power generation and can be used on all types of machines, equipment and objects of all kinds , segments , sectors or areas application requiring electrical power for its operation . The captor of electrons can be single phase, two phase or three phase and can be used in all segments of generating electric current in low, medium or high voltage power anywhere .
The present invention will be hereinafter described with the aid of drawings, but they are not absolutely limiting, which can be seen further details and advantages of the present invention , in an example implementation with four coil sets / inductor / electromagnets .
Brief Description of the Drawings
The figures show :
Figure 1 - a representation of Faraday's Law .
Figure 2 - a representation of Faraday's law where a magnet is approaching a turn.
Figure 3 - a top view of the metal hemisphere .
Figure 4 - a bottom view of the semi - sphere with the coils .
Figure 5 - a side view of the sensor of electrons from space .
Figure 6 - a bottom view of the sensor of electrons from space , with the coils and electromagnets
Figure 7 - a top view of the sensor of electrons from space , with the coils and electromagnets .
Figure 8 - is a perspective view of the link coil / loop conductor with the electromagnet or the inductor.
Figure 9 - a representation of the circuit diagram of the device showing the electromagnetic field effect.
Figure 10 - a representation of the electric circuit diagram of the connection of the inductor coils in sets ( A, B , C and D).
Figure 11 - a representation of the electromagnetic diagram of north and south poles of the sets of coils (A, B, C and D).
Figure 12 - a representation of the electrons being attracted and repelled the device .
Detailed Description of the Drawings
Figure 3 shows a top view of one of the two semi-hollow metallic spheres that is one of the scavenger of free space electrons proposed in the present invention. This half-sphere 1 is made preferably but not limitedly, of aluminum, having locking tabs.
Figure 4 shows a bottom view of one of the metal half-spheres 1. It is observed are four magnetic field generating devices, in this case four coils / inductor 3 arranged around the first hemisphere and fixed in a bracket 6 which is secured to the first semi-sphere by two locking tabs.
A side view of the sensor of electrons from the free space is shown in Figure 5. We can observe the two metal half-spheres 1 (forming an imperfect sphere and three coils fixed on three securing tabs and two inductors connected to three conductive elements 4 via a closed circuit itself, in this case bond (s) / loop (s) driver (s) 5. 6 gives support to support the entire sensor and its components.
Figures 6 and 7, respectively, show views of the upper and lower metal half-sphere 1, which accommodates four coils 3 fixed on the holder 6 (not shown) which is secured to the first semi-sphere by two locking tabs. It is still observed in Figure 6, the inductors 4 - or electromagnets interconnected to the respective coils 3 through link (s) / coil (s) driver (s) 5. Each coil 3 forms a conjunction with their respective inductive 4. In Figures 6 and 7 are observed in four of these sets A, B, C and D.
Involving the turns of the coil 3 , there is at least one common link ( s ) / loop ( s ) driver (s ) 5 - may have other shapes - making at least one turn around the turns of the coil 3 , preferably two turns if the goal is to generate electric power , and preferably four laps if the goal is the generation of thermal energy. Both this winding, as the number of laps around the turns of the coil 3 are directly related to the amount of current to be generated in ( s ) link ( s ) / loop ( s ) driver (s ) 5 . The link ( s) / coil (s) driver (s ) 5 may be formed by one or more conductor elements cross section dimensioned according to the desired power .
In clusters A, B , C and D , the coils 3 present their twisted loops for at least the same link ( s ) / loop ( s ) driver (s ) 5 , which should occur at least once around the loops of 3 reels . This winding is connected to the respective electromagnets 4 of each set A, B, C or D according to figures 6 and 7. It is noteworthy that inducers or electromagnets 4 can be any type of inductor, or even use other types of coils .
Figure 8 shows the connection of the coils of the link interconnecting conductors 5 in either set A, B , C and D formed by the inductor coil 3 and 4 . As shown in Figures 6 and 7 , the link (s) / coil (s) driver (s) 5 is closed between the coils 3 and 4 the respective inductors . So we have that to 5.1 in figure 8 must be connected together , as well as 5.2 points . Thus, the interconnection links 5 are sealed between the coils 3 and respective electromagnets 4 and inducers . Still observed the power conductors 7.1 , 7.2 , 7.1 where points should be connected to each other , as well as 7.2 points . To the coils 3 and 4 are respective inductors fed , feeding must be one of the power conductors 7.1, 7.2 with the stage while the other conductor 7.1, 7.2 should be fed neutral .
In the sensor of free space electrons proposed in the present invention , the coils 3 may be of any monophasic, biphasic or triphasic power . Furthermore, the coils 3 may be powered by any voltage value (V).
The power coil 3 can be provided from any source of electrical supply to the electromagnetic potential as a power grid . And the captor of electrons can be built with configuration for direct current or alternating current setup . Thus, if the power source is alternating electrical current - CA , the sensor provides alternating electrical current - CA . If the energy source is a continuous electrical current - DC , the sensor provides continuous electrical current - DC . The captor of electrons from the earth can be single phase, two phase or three phase , low, medium or high voltage.
Figure 9 shows a circuit diagram representation of the sensor with four sets A , B, C and D inductor coils 3 and 4 . Note the induction 9 around the nucleus of 3 sets of coils A, B , C and D. The effect of the interaction of electromagnetic fields 11 is shown . With the induction 9 , the flow of electrical current in 10 link ( s ) / loop ( s ) driver (s ) 5 occurs , attracting the free electrons through the electromagnetic field of the sensor . Then , the electrons join with the current generated by induction on link ( s ) / loop ( s ) driver (s ) 5 , circulating among the north-south magnetic poles , north and south .
By way of example, the coils 3 are formed by a single-phase core type column system with windings and insulating loop around the core, but the genus coils and any shape may also be used. The electron sensor proposed by the present invention can be constructed with another type of electromagnetic field generating device, as at least one electromagnetic coil or magnet or electromagnetic inductor of any kind and form, with any combination of them, and in unlimited quantities at each stage of electron captor.
The uptake occurs via an electromagnetic field that is formed by the closure of 3 reels with electromagnets or inducers 4 through link (s) / loop (s) driver (s) 5 among the eight elements.
This produces the closing movement of electrons from the coil assembly 3 (A) ( for simplicity , referred to as a coil 3a , attracted by proton coil assembly 3 (D) 3 -D coil , and electrons are repelled by the electromagnetic field the actual 3 - D coil. Such electrons of 3 - D coil protons are attracted by the coil 3b, and electrons are repelled by the coil itself (3b ) . Such electrons coil 3b are attracted by the protons coil 3 - C , and electrons are repelled by the electromagnetic field of the coil itself 3c. Similarly , electrons coil 3 - C protons are attracted by the coil 3a , and electrons are repelled by the electromagnetic field of the coil itself 3a. Such electrons coil 3a are attracted by the protons of the 3 - D coil , and electrons are repelled by the magnetic field of its own 3 -D coil. Similarly , the electrons in the 3 - D coil are attracted by proton coil 3b, and electrons are repelled by the electromagnetic field of the coil itself 3b.
These electrons coil 3b are attracted by the protons coil 3c, and electrons are repelled by the armature coil own 3-C, and then the electrons of the coil C-3 protons are attracted by the coil 3a, and electrons are repelled by the magnetic field of the coil itself 3a, which extends cycle while the coil sets a, B, C and D are being fed by a voltage. These endless attractions and repulsions generate an electric current in the link / coil driver 5.
In the sensor, the voltage is stable. Regardless of the amount of current generated - which can be very high - the voltage will be the same in the sensor circuit, because the current moves through the attraction and repulsion of the electrons, regardless of voltage.
Figure 10 shows a representation of the electric circuit diagram of the connection between the coils 4 and inducers 3 , clusters A, B , C and D. It is noted that the sets A , B, C and D are enclosed between the coils 3 and respective electromagnets 4 and inducers . The power conductors 7.1 , 7.2 , 7.1 where points of sets A , B , C and D must be connected between ' itself , as well as 7.2 points . To the coils 3 and 4 are respective inductors fed , feeding must be one of the power conductors 7.1, 7.2 with the stage while the other conductor 7.1, 7.2 should be fed neutral .
Sets A, B , C and D after being fed generate voltage electrical current through the attraction and repulsion of electrons in the link / coil conductor 5 , where there is at least one load output 8.1 , which should be connected joining the sets A and C, and at least one output load 8.2 , which should be connected joining the sets B and D. The output points 8.1 , 8.2 are the respective phases and neutral of power points 7.1 , 7.2 .
Thus, it constitutes one of the electron sensor phase space in which the phase and neutral are formed each by two pairs of sets of coils / inductors 3 and 4.
The coil assembly 3/4 the electromagnet can be replaced by a set coil 3/3 spool without damage to the sensor.
The sets A, B, C and D are inserted in a metal semi-hollow sphere 1 formed preferably - but not limited extent - aluminum. The semi-sphere 1, whose function is to focus and enhance their electromagnetic fields, simulating an electron cloud is fixed to the ground by a support 6 and has 2 mounting tabs, which are fixed coils 3.
Figure 11 shows the electromagnetic diagram of the north and south poles of the coils 3 and 4 inducers of sets A, B, C and D of the captor. The electromagnetic behavior described for Figure 9 is again demonstrated by the formation of the set of magnet with the north pole and south pole being attracted and repelled by the lines of force of the magnet starting from point "A" to "D" dot dot "A "to point" B ", the" B "point to point" C "point" C "to point" A ", and so on, while the electromagnetic field there.
The captor of free space provides the electrons, so that the electric current induced by the electromagnetic field circulate in favor of change of the magnetic flux that produced sense. Thus, the magnetic field creates a north pole and a south pole at each of the sets A, B, C and D, as shown in Figure 11.
By feeding the coils 3 of the sensor with a desired voltage, a magnetic field is generated in the coils 3, between the four sets A, B, C and D form a flow of electrons. This flow in order to offset electrical current - ordered motion of electrons - that flows in link (s) / loop (s) driver (s) 5 closed captor, thus generating the capture of electrons from the free space.
The electromagnetic field of the coil 3-A circulates in the direction north-south, the electromagnetic field of the coil 3-B circulates in the north-south direction, the electromagnetic field of the coil 3-C circulates in the direction north-south, and the electromagnetic field of the coil 3-D circulates in the direction north-south, as the figure 11. We emphasize that up SETS A, B, C and D can be formed by any major combination between coil, magnet and electromagnet.
What coil induces 3-A is the electromagnetic field north-south, which induces the coil 3-B, is the north-south field. The field that induces a 3-coil C is the field north-south. And the field that induces the coil 3-D is the north-south field. Assim, um is created electromagnetic field induced in the coils of conjunto and can have any major power, single phase, three phase or biphasic.
Figure 12 shows the electrons being attracted and repelled from the coil inductors 3 and 4. Being repelled and attracted by electromagnetic induction, the current movement is elétrica sem resistance.
The detector produces electromagnetic waves that Can I be used for various purposes, including those of transmission of any major signal frequencies for any major purpose.
The uptake is stemmed through these electromagnetic waves. You can get the same physical effect of uptake with the combination of other technologies, including electromechanical, electromagnetic, electro-electronic or by combining magnetized magnet or any other type material equipment.
The captor of electrons of the free space of the present invention is also a renewable source for the production of electrical current and a new way of generating energy through the capture effect, generating flows of electrons, generating ordered motion of electrons - electric current - as shown in Figures 9, 11 and 12. Electrons can move without tension in the link (s) / loop (s) driver (s) 5 and may alternatively be biased at any voltage.
The structure type of electric circuit - open and closed - makes possible the generation of electric current through the electromagnetic link (s) / loop (s) driver (s) 5 - where the current is generated and moves with or without strain. Thus, the present invention provides a new concept of power generation, as shown in Figures 9, 11 and 12.
Although the present invention has been described with reference to preferred embodiment and practical applications thereof will be apparent to those skilled in the art that a variety of types, shapes, designs, genres, modifications and changes can be made or used without departing from the scope of the invention which is intended to be defined by the appended claims.
It will be understood that each of the elements described above, or two or more together may also find a useful application in other types of equipment and effects that differ from the type described above
The present invention relates to an electric energy generation system comprising a frequency inverter (1) connected to an electric motor (2) in order to control the rotation of the motor; and an alternator (8) connected to the electric motor (2) by a metal shaft (4.1) that includes or forms at least one solid concentric structure (7) arranged between the electric motor (2) and the alternator (8), the mass of the shaft (4.1) and of the solid concentric structure (7) being proportional to the power of the motor (2).
Technical Field
The present invention relates to a system for generating electrical energy comprising an electric generator coupled to a power-controlled by a frequency inverter through a shaft that includes at least one or conforms concentric solid motor structure.
Description of the Prior Art
The conventional generators and alternators need at least a combustion engine coupled to its operation in rotation and torque to generate electricity. By way of example, the document PI9102642-3 describes a synchronous generator with autoexcitED injected engine copper or aluminum. Such generators are used coupled to a internal combustion engine having means which allow the generator to operate in the most appropriate range of rotation manner.
Currently, the known generators to generate electricity at a desired frequency generally behave at a set rotation, ie 1800 rpm 60 Hz, 1500 rpm 50 Hz These conventional generators and alternators have a high energy consumption at the time of departure and consumption energy considerably high.
Generators are facilities for the production of electricity, are alternative energy sources, and come in different shapes and types. The different types of generators include, for example, electric generators, portable wind generators, emergency generators and RV generators. Each type has a specific function and can be fed, for example, propane gas, gasoline, diesel and natural gas. All these forms of energy are used as initial force to fuel generators, contributing to global warming and attacking the environment.
A fully electric generator does not pollute. However, when using an electric motor, the motor power is above the power generator. Thus, the energy consumption to generate energy through alternator electric generator electric motor is greater than the power to be generated, because to produce the traction force would be necessary for the engine to consume more power than the generator generates.
Summary of the Invention
The present invention is a system for generating electrical energy comprising a three phase frequency inverter, a three-phase electric motor, alternator and a generator includes a shaft that conforms or at least a concentric solid structure arranged between the electric motor and generator. Such elements, appropriately arranged, allow the set to operate in rotation and proper operation of the electric motor, which drives the generator to power consumption savings for generation without considerable loss of power generated and output current traction force.
Objectives of the Invention
In view of the problems described, and in order to overcome them, we propose a system to generate electricity that is powered by electricity.
The cost of power generation is less than the cost of generating combustion, can generate benefits for medium and large consumers, reducing operating cost through energy savings.
Moreover, when it generates a large amount of electricity from the power consumption low, is contributing with the environment and reduces the cost of generation.
The cost of generation is reduced due to the replacement of the combustion engine with an electric motor. Thus, the energy consumption to be provided by the initial source that feeds the engine is electricity.
The objectives of the present invention are achieved through a system of generating electricity using a shaft that includes conform or at least a concentric structure with proper solid mass, which, when turning, due to the transfer of inertia of its mass in displacement rotation, generates kinetic energy by means of a centrifugal force, increasing the engine speed. Thus, the motor is replaced by the tensile force required to drive the generator shaft connected to a load.
The system for generating electrical energy comprises a frequency converter connected to an electric motor to control engine speed, and a generator alternator connected to the electric motor via a shaft that includes at least one or conforms concentric solid structure arranged between the altemador generator and electric motor, with the mass of the shaft that includes at least one or conforms concentric solid structure proportional to power the electric motor.
Proper rotation is defined as a generator voltage and frequency. To obtain the proper rotation frequency of an inverter is necessary for the low speed or high speed for the proper rotation of the generator motor.
Thus, the engine power can be up to four times smaller than the electric power generator. Thus, although the engine being below the generator, the consumption of electric energy consumed by the engine to generate drops considerably, ie, is consumed very little power and generates a lot of electricity.
Furthermore, the voltage and number of phases of the motor and the generator may be identical or different.
The power generation system of the present invention allows the use of an electric motor coupled by a shaft that includes either at least one concentric conforms solid structure to an electric generator alternator. The electric generator starts to generate electricity with low power consumption, since consumption of the motor becomes smaller, consuming less energy from the initial source to rotate the generator shaft.
The advantage of the electric motor generator alternator of the present invention in comparison to other existing alternators generators is the generation of electricity with low power consumption to perform work rotation of three-phase generator.
The system of power generation is easy to use, as it features a compact structure. The mounting base is light, since the motor is lightweight and does not use any type of liquid or gaseous fuel tank
The system for generation of electricity is silent because the electric motor and generator are, and also because the axis that includes at least one or conforms concentric solid structure does not produce noise, since it does not suffer intense friction.
The present invention will be described below, using drawings, but they are not absolutely limiting, which can be seen further details and advantages of the present invention..
Brief Description of the Drawings
Figure 1 - A schematic representation of the power generation system of the present invention.
Detailed Description of the Drawings
Figure 1 shows a system for generating electrical energy comprising a three-phase frequency inverter 1 connected to a three phase electric motor high speed (2) and a three-phase alternator generator 8.
The system further comprises a shaft conforms or 4.1 that includes at least one concentric solid structure 7 arranged between the engine 2 and the generator 8 to generate a force necessary to reduce the power consumption while maintaining, totally or partially, the traction force of the traction electrical alternators generators provided by the electric motor.
The concentric solid structure 7 can have a variety of shapes, such as square, rectangular, hexagonal, round, spherical, oval, and star and others.
In a preferred embodiment, the shaft conforms or comprising at least a concentric solid structure 7 as well as the very solid structure concentric 7 are constructed of resilient metal, the latter of which has a rounded shape of a wheel.
As can be seen in Figure 1, the system further comprises a metal shaft 4.1 connecting the generator motor 2 to 8 couplings 3.1 and 3.2 which are used to secure the second motor shaft 7 to the wheel axis and the wheel axis 7 axis of the generator 8 and a base for supporting and fixing the equipment (9).
the concentric structure 7 must be seven to nine times the mass of the shaft 4.1, more preferably eight times, even more preferably nine times. Thus, each horsepower - CV of the electric motor 2, the sum of the masses of the concentric axis 4.1 and solid structure 7 must be between 5 Kg and 15 Kg per unit horsepower electric motor (2) more preferably between 8 kg to 12 kg and most preferably 10 kg
Thus, for a motor 5 CV 2, the sum of the masses of concentric solid structure 7 and the metal shaft must be 4.1 to about 50 pounds. Whereas the mass of the metal shaft 4.1 is about 1 kg per CV, the mass of the solid structure 7 is concentric about 9 kg per CV.
The three-phase generator altemador 8 provides energy savings to be consumed in work to generate electricity and can be configured with the power of 10 KVA to 300 KVA single-phase, two-phase or three-phase type, and may be above or below these powers.
In a preferred embodiment, the system uses an electric motor 2 high-spin to work at low rpm. The inverter controls the rotation of the motor 2 rotation and to achieve the ideal frequency of the system which are determined in compliance rotation and frequency of generator 8, which can be 50 Hz or 60 Hz depending on the desired tension. Only when the system reaches the optimum tension is that energy is released for consumption by an electrical control connected at the output of the generator 8, that is, the command only releases energy when the generator 8 reach the rotation, frequency and voltage suitable for power loads, avoiding under-and overvoltage.
In fixing the shaft bearing 4.1 is used and bearing 6.1 and 6.2 5.1 and 5.2. Axis 4.1 weighs about 1 kg per hp / HP in relation to engine power, so there is a transfer of appropriate inertia.
In a preferred embodiment, the metal wheel 7 weighs about 9 kg per hp / HP in relation to power the electric motor so there is the transfer of appropriate inertia.
In the preferred embodiment, the electric motor can be direct current or alternating current and is controlled by frequency inverter 1, which reduces power consumption when the motor starts and controls the rotation of the generation (may be substituted for any other similar equipment with the power of 10 KVA to 300 KVA, single phase, two phase or three phase).
In a second preferred embodiment, the generator (8) has a power of 10 KVA to 300 KVA.
Examples of preferred embodiments having been described, it should be understood that the scope of the invention covers other possible variations, being limited solely by the terms of the appended claims, including therein the possible equivalents.
EQUIPMENT FOR CONDENSING ELECTRIC CURRENT
AND EQUIPMENT FOR TRANSMITTING ELECTRIC CURRENT THROUGH AIR
WO2013104039
[ PDF ]
WO2013104039
[ PDF ]
The present invention relates to electromagnetic equipment that comprises, concentrically arranged, a metallic disk, preferably a metallic disk (6), and at least one first magnetic or electromagnetic field generator (9.1) (magnet) attached to the shaft (4), near the disk (6), a second magnetic or electromagnetic field generator (9.2) (magnet) being located at the end of said shaft (4) and attached to a base (10), but not to the shaft (4), near the magnetic or electromagnetic field generator (9.1) (magnet) attached to the shaft (4), with the poles facing the poles of the latter. At least two electromagnetic field generators (12) and (14) are arranged next to the shaft (4) with part of the metallic disk (6) therebetween, the power source and the external loads (17) being connected to said devices, of which at least one is an inducer, and both of which are arranged near the magnetic or electromagnetic field generators (9.1) and (9.2) (magnets), aligned with the shaft (4) in such a way that the magnetic and electromagnetic fields thereof interact with the rotating shaft (4). The invention has various uses, including the generation of electric voltage and the condensation of consumed reactive power, in order to transform this reactive power into useful electric power. Another function is the generation of electric voltage and the transmission of electric current through air.
Applicants: EVOLUÇÕES ENERGIA LTDA [BR/BR]; Rua Santa Tereza 1427-B Centro - Imperatriz MA - CEP 65900-470 - Maranhão (BR)
Inventors: BARBOSA, Nilson; (BR). // DE MORAES LEAL, Cleriston;
Abstract: The present invention relates to electromagnetic equipment that comprises, concentrically arranged, a metallic disk, preferably a metallic disk (6), and at least one first magnetic or electromagnetic field generator (9.1) (magnet) attached to the shaft (4), near the disk (6), a second magnetic or electromagnetic field generator (9.2) (magnet) being located at the end of said shaft (4) and attached to a base (10), but not to the shaft (4), near the magnetic or electromagnetic field generator (9.1) (magnet) attached to the shaft (4), with the poles facing the poles of the latter. At least two electromagnetic field generators (12) and (14) are arranged next to the shaft (4) with part of the metallic disk (6) therebetween, the power source and the external loads (17) being connected to said devices, of which at least one is an inducer, and both of which are arranged near the magnetic or electromagnetic field generators (9.1) and (9.2) (magnets), aligned with the shaft (4) in such a way that the magnetic and electromagnetic fields thereof interact with the rotating shaft (4). The invention has various uses, including the generation of electric voltage and the condensation of consumed reactive power, in order to transform this reactive power into useful electric power. Another function is the generation of electric voltage and the transmission of electric current through air.
Description
The present invention relates to an electromagnetic device for generating electricity. More specifically a device capable of producing electricity using the return current consumption, and propagate the electrical current in the air.
Description of the Prior Art
There are countless designs of mechanisms for the generation of electricity based on electromagnetism, but the projects have hitherto known technical limitations concerning generating capacity and ecological implications that prevent use in economic scale.
Objectives of the Invention
Compaction equipment of electric current , comprising a device that includes a shaft concentrically incorporates a metallic disc , preferably an aluminum disk , and also fixed to the shaft near the disk at least one magnetic field generator device is proposed ( magnet) or electromagnetic, with the end of the shaft , but not attached to it , at least one other device for generating magnetic field ( magnet) or electromagnetic, fixed to a base, getting close to the magnetic field generating device ( magnet) or fixed axis , arranged with their poles in confrontation with that , and adjacent to the axis electromagnetic willing , being part of the aluminum disc between them , at least two devices generating electromagnetic fields - which are connected to the power source and loads external - and at least one inductor , both arranged near the magnetic field generating devices ( magnets) or electromagnetic aligned to the axis , so that their magnetic and electromagnetic fields is to interact with the movement of the shaft.
The device object of the present invention operates as follows for the compression of electric current: the electromagnetic field generating devices are powered by an external power source such as a dealership. Thus, the shaft is rotated through electromagnetic induction and electric current drawn by the load inductor.
The inductor receives the return current, provokes confrontation and interaction of electromagnetic fields generated by devices generating electromagnetic fields with magnetic fields of the magnet, whereupon rotation of the metal disc occurs, turning the shaft and magnet fixed to it along with its magnetic field. Thus, there is generation of tension and compression of the electrical current return to feed a new load again.
It is further proposed a device for the propagation of electric current in the air, which device comprises a device that includes a driving force to rotate a shaft concentrically incorporates a metallic disc , preferably an aluminum disk , and also fixed to the shaft near the disk device generating at least one electromagnetic magnetic field (magnet ), or having the end of the shaft but not attached to it at least one other magnetic field generating device ( magnet) or electromagnetic, fixed to a base, getting near the generator device fixed to the shaft , arranged with their poles in confrontation with that , electromagnetic magnetic field ( magnet) or and disposed adjacent to the axis , being part of the aluminum disc between them , at least two devices generating electromagnetic fields - which are connected to the power supply and the external loads - at least one of them an inductor , both arranged near the magnetic field generating devices ( magnets) or electromagnetic aligned to the axis , so that their magnetic and electromagnetic fields to interact if , with the axis movement.
The device object of the present invention operates as follows for the propagation of electrical current in the air: a driving force rotates the shaft, rotating metal disc and along with it the magnet that is attached to the axis, comparing with the magnetic field of the magnet that is attached to the base. Thus, the magnetic fields of the magnets interact with the electromagnetic field of the external load. With this interaction of fields in rotation, the inductor starts to generate voltage that will provide the potential difference (ddp) when closing the circuit with the neutral or earth, neutral or earth that feeds the external load may be used. Thus, the electric current through the interaction of magnetic and electromagnetic fields propagating in the air.
The present invention provides an apparatus for generating electrical voltage which generates energy by reusing the current drawn from consumer sources. Thus, the equipment does not harm the environment when used as force generating electricity itself, having a negligible consumption in relation to the current generated.
The generation of voltage equipment is compact and inexpensive and can be used in various types of machinery, equipment or application areas that require electricity for operation.
Brief Description of the Drawings
The present invention will be hereinafter described with the aid of drawings, but they are not absolutely limiting, which can be seen further details and advantages of the present invention.
The figures show:
Figure 1 - illustrates the voltage generating equipment of the present invention;
Figure 2 - shows the assembly of the present invention induce a voltage generation device, and
Figure 3 - shows the effect of the current circulating in the air and on the device of the present invention circuit.
Figure 4 - Diagram of the equipment electrical circuit for power generation and compression of electrical current.
Figure 5 - Diagram of the electrical circuit of the equipment to power generation and propagation of air current.
Detailed Description of the Invention
Figure 1 shows an apparatus for generating electrical energy capable of compressing electrical current and propagate electrical current in the air. The equipment comprises a driving force, in this example, an electric motor 1 fixed to a central shaft 4 by a coupling pin 3 and 2.1. The pin 2.1 centralizes the axis of the motor 1 with a drive shaft 6 which is used to rotate the shaft 4 through an electromagnetic field.
A pin 2.2 centralizes at least two magnetic field generating devices, in this case, magnets 9.1, 9.2 to the central axis 4 and a coupling metal engages the motor shaft 1 to the drive shaft 4.
The center shaft 4 is connected to a metal fixing plug fixing the disk 5 and an upper 6 and a lower support bracket 8 which are used to attach the magnets 9.1, 9.2.
A pin 2.2 centralizes at least two magnetic field generating devices, in this case, magnets 9.1, 9.2 to the central axis 4 and a coupling metal engages the motor shaft 1 to the drive shaft 4.
The apparatus further comprises electromagnetic field generation means, in this case an inductor 12 coupled to a support holder 10 and another electromagnetic field generating device, in this case a coil 14. The support bracket 10 is connected to the coil 14 via a bracket-type iron "U" 13 which centralizes the disk space 6 between the inductor 12 and the coil 14.
Although coils are shown, magnets and inductors in the present exemplary embodiment, other types of electromagnetic field generating devices, such as at least one electromagnetic coil or magnet or electromagnetic inductor of any kind and form, with any combination of them can be used , and suitable for every application equipment quantities.
The inductor 12 receives current from a power source 17, which may be any electrical circuit or electrical machine that generates or consumes electricity in performing work.
The coil 14 and the inductor 12 comprises at least one core of any geometric shape. The core may be, for example, silicon iron. The core is formed by more than a number of members, which together form one or more core windows.
The coil 14 may have a rounded, square shape with no columns or columns. The coil 14 rounded form must be fully insulated with insulating material as its phase: single phase, two phase or three phase.
By way of example, the coil 14 with central square columns, the columns should be insulated with insulating material as its phases: single phase, two phase or three phase. Have the coil 1 square without column, the coil must be fully insulated with insulating material as its phases: single phase, two phase or three phase.
One form of primary coil winding 14 is made with enameled copper wire members and cross section is defined according to the iron used and the desired coil voltage 14.
The power generator can be from 1 KVA to 1000 MVA and may be lower or higher than this, with the single phase, two phase or three phase type.
In a preferred embodiment, the coil comprises a core 14 formed of laminated oriented silicon iron sheets. The core is formed by a number of members which together form one or more core windows.
The inductor 12 also provides any shape such as round, square and with or without columns.
In a preferred embodiment, as can be seen in figure 2, the inductor 12 comprises two columns with iron tablets, one over the other forming a format type "U". Columns are completely isolated and a conductive member 30 is wrapped around the columns concentrically, involving the columns of the inductor 12.
The conductive member 30 is closed shorted ends, forming an artificial load. The number of turns and cross-section are calculated and sized according to the power of the inductor (12).
Upon closing of the artificial load, the member (30) must be insulated to not have contact points 21 and 22. A second conductive member is wound concentrically in the columns of the inductor 12 and the sizing and number of turns are calculated as the electrical current reception desk where the term corresponding to paragraphs 21 and 22 of the ends of the conductor member 30 receiving current loads external.
The captors of electrons from the earth and the captors of electrons from space perform the function of capturing power generation. The captors of electrons in free space are described in Australian patent application No. BR1020120008378 of 13.01.2012. The transducer refers to an electromagnetic device for generating electrical current through the capture of free electrons. The electron earth sensors are described in Australian patent application No. BR1020120008386 of 13.01.2012, which relates to a device for generating electromagnetic energy.
Compression of current consumed:
The term "consumed electric current" refers to the return current of the power from any power source 17 to produce work, consumption factor.
For the compression of electric current, the inductor coil 12 and 14 are powered by an external power source such as the concessionaire. Thus, do not use the electric bike 1 to rotate the shaft 4, the shaft 4 is rotated by electromagnetic induction and the electric current drawn by the load inductor 12.
To generate tension and compact electric current, with voltage feeding the coils inductors 14 and 12 of this equipment is only the generation of tension and compression of the electrical current return by moving the shaft that can be of any equipment that generates or consumes electrical current, which will transform the current return in power to be reused.
It should be switched point (A) of the coil 14 to point 21 of inductor 12 which is connected to the stage, and the point (B) of the coil 14 is connected to the neutral and may also be powered by the neutral of the power source to be compacted 17.
The inductor 12 to receive electrical current from the power source to be compressed by paragraph 21 (which is the phase of the inductor 12 which is connected to the point (1A) of the coil 14 generates a return of the compressed stream that will come out in the form of power point 22 of the inductor 12 can connect any external load 17 at point 22 which is the output stage of the inductor 12 to the neutral point (B) of the coil for consumption according to its compressed output through the physical effect and the current flow 7. connection with this form of electrical current is compressed.
As can be seen in Figure 3, the generation of the electromagnetic field has the opposite effect 7. The saw is compact as the rotation axis 4, which rotates through electromagnetic induction generated by the current. The stream is compressed in the form of power to be used again, regardless of the voltage and frequency of rotation of the shaft 4 is transferred because the voltage and frequency of supply to the coil 14 and the inductor 12 to the current that was compressed into power for reuse again working.
By feeding coil circuit 14 and the inductor 12, an electromagnetic field is generated, where the phase must be connected in point 21 of inductor 12 which is connected to the point A of the coil 14, the load neutral is connected to point B the coil 14, the load 17 to be compressed must be connected at point 22 and the inductor coil to point B 14.
Thus, the load 17 is turned on and the return current of the load 17 arises, and said chain will return to the starting point is point 22 which supply output.
The inductor 12, to receive the return current in paragraph 22, the physical effect happens 7 that will confront the electromagnetic field generated by the inductor 14 and the coil 12, and the magnetic field of the magnet 9.1 and 9.2. Through interaction of electromagnetic and magnetic fields, rotation of the disc 6, which turns the shaft 4 and the magnet 9.1 along with its magnetic field occurs. Thus, the feed stream is compressed to a new load 17 again.
The power source 17 may be any machine that consumes or generates electric current, ie, is a device that consumes energy for its operation, causing return electrical current to be compressed, or any machine that generates electrical current through the capture and movement of electrons, providing electrical current to be compacted.
Thus, the device recycles the current consumption of a device or machine, transforming the current power consumption to be reused without having to return to the external consumer supply point, or the initial source.
The higher the speed, the greater the compression chain and the greater the compaction of the current, the greater the power.
It is noteworthy that the electromagnetic field generating devices 12 and 14 are powered by a power source, as the circuit shown in Figure 4, to generate tension and compression of electrical current.
Propagation of current in the air:
The equipment can also be used for the propagation of the air stream. For the spread of current in the air, the inductor 12 and the coil 14 are not supplied with power from an external source, only the electric motor 1 is fed to move the axis 4, which by rotation, creates tension in paragraphs 21 and 22 of inductor 12, and at the same time, the electric current propagates in air.
The device operates at a constant rotation speed synchronized with low or high speed, generating frequency and alternating electrical voltage applied to an inductor 12 terminals due to equal rotation between the rotating field of the magnet 9.1 with the field of electric current backfire 7 shown in figure 3 and the magnetic field produced by the magnets which are fixed to 9.2 0 base.
The propagation of the air current is directly proportional to the rotation axis, the greater the rotation, the higher the voltage generation inductor 12 and the current spreading in the air.
The manner of connection to the voltage generation and propagation of the air stream through the shaft 4 by rotating the disk 6 by any mechanism synchronized to a constant rotational speed, with low or high rotation frequency, and generates an alternating voltage applied to the terminals points 21 and 22 of inducer 12, wherein the entry point 21 and 22 becomes external current output terminals of this shape for powering loads.
Point 21 and point 22 of the inductor 12 will leave the generated voltage and frequency according to the rotation, ie, due to the equal rotation between the rotating field and the magnetic field produced by the magnets 9.1 and 9.2, and the coil 14 and the inductor 12 are not fed and are close to the magnets 9.1 and 9.2. Thus, the voltage is generated in the inductor 12 in points 21 and 22, where the exit phase. The neutral is connected to ground, and when the neutral phase generation will leave the closing of three coils 14 star.
The electromagnetic field of magnets 9.1 and 9.2, as the rotation shaft 4 with the electromagnetic field produced between the magnets 9. and 9.2 and the inductor 12, expands the electric current through the electromagnetic field of magnets 9.1 and 9.2, where 9.1 is the magnet rotating with the shaft 4 and the 6 disc by rotating electromagnetic field generated. As the phase is lagged 360p degrees from one another, with the rotation of the electromagnetic field at 360 °, the phases cancel each other, and the chain expands in the free space in the air.
The engine or any other mechanism which can rotate the shaft 4 at a constant rotation, rotates the magnet 9.1 which is connected to the shaft 4 with the magnetic field of the magnet 9 1 that is confronting the magnetic field of the magnet 9.2, which is fixed to the base 10
Thus, the magnetic fields of the magnets 9.1 and 9.2 interact with the electromagnetic field of the load 17 which may be the sensor of electrons. With this interaction of rotating field, the inductor 12 is generating voltage in paragraphs 21 and 22 that will provide the potential difference (ddp) when closing the circuit with the neutral or earth, you can use the neutral or earth that feeds external load.
Thus, the electric current through the interaction of magnetic and electromagnetic fields propagating in the air.
The equipment can be used with any type of electric motor: Single-phase, two-phase or three-phase AC or DC voltage or any combustion engine, or any other type of mechanism that can rotate the generator shaft which operates on a constant speed synchronous rotation with low or high rotation rate and generating alternating electric voltage applied to the terminals of the inductor 12 due to the equal rotational movement between the rotating field and the magnetic field produced by the magnets 9.1, 9.2.
It is noted that the electromagnetic field generating devices 12 and 14 are feed points of cargo, electric circuit as shown in Figure 5 for voltage generation and propagation of electric current in the air.
Although the present invention has been described with reference to preferred embodiment and practical applications thereof will be apparent to those skilled in the art that a variety of types, shapes, designs, genres, modifications and changes can be made or used without departing from the scope of the invention which is intended to be defined by the appended claims.
It will be understood that each of the elements described above, or two or more together may also find a useful application in other types of equipment and effects that differ from the type described above.
http://www.overunity.com/13721/energy-from-the-ground-self-powered-generator-by-barbosa-and-leal/15/#.UqqzlOLoduY
Forum Discusssion
Videos
http://www.youtube.com/watch?v=SvcrqODpDY4
http://www.youtube.com/watch?v=yHkqn2cG-no
overunity.com forum comment -- A thousand amps now! Or is it zero amps like the meter showed just before the camera panned away in a hurry? At least his heavy wires look a bit more plausible for heavy current, but a thousand amps for any length of time would vaporize that heavy cable just as surely as it would a smaller one.
Don't believe me? Then take that heavy cable and hook it directly across the poles of a fully charged car battery. You'll see what a kiloamp of Real Current can do. But please wear safety glasses and stand well back.
Let's say the resistance of that two feet of heavy cable is 0.001 ohm. It is probably much higher than that but let's use one millOhm. The power dissipated in that cable, then, is I2R, or (1000 x 1000) x 0.001, or One KiloWatt. It would be glowing red-hot in moments. If the resistance of the cable/connectors is only 0.01 ohm, one hundredth of an ohm.... you then have TEN KILOWATTS of dissipation in your cable.
And I think a very good and impressive demonstration of real power would have been for him NOT to have switched it off, and let it start glowing from the heat.
I've deliberately blown components to illustrate my points in videos.... and you can bet I would have supported a claim of a thousand amps with something other than an unstable meter reading from an unknown uncalibrated instrument. But that's just me, nobody pays attention to me, because I don't make claims I can't support with real data.
Here's a challenge: Put a 30 amp fuse in series with that cable and repeat the experiment. Or if you are really confident, use a 100 A fuse.
http://www.youtube.com/watch?v=Fujfam9GAQI
http://www.youtube.com/watch?v=eIu6tSoMh1Y
http://www.youtube.com/watch?v=lIF8J-Wj8fs
"A brief example of how it would be possible to produce 100x more power using the new technical effect, generated by electro-magnetism that generates current by an electromotive force. This current keeps constant in the conductor's captor. I make it clear that I am skeptic and did not believe it was possible. But to my surprise I appears 300A using 2.3 amp consumption. Other experiments have already got 55 amp which would be more sensible to a residence. There is technically Induction respect to Lenz's Law. Now the amount of electrons which joins the driver where it comes?"
http://www.youtube.com/watch?v=yiBtqPN_l5w
Theory about the captor Electron Earth.
Well folks another little evolution in the sensor circuit. I got close to 400 AP put without voltage, current flows u can feel the vibration in the fingers and heats up very fast in short, when you add another inductor to give this current flow suddenly boom! Appears tension with chain and lights the Lamp! Logical that my last inductor can handle only 200 mA output, so I can not use high loads. This is my next challenge. Thanks for everybody who signed up on my channel and give me some support. Thank you!"
http://www.overunity.com/13721/energy-from-the-ground-self-powered-generator-by-barbosa-and-leal/105/#.Uqq58-LoduY
ariovaldo
Re: Energy from the Ground - Self powered generator by Barbosa and Leal
October 04, 2013
According the Brazilian newspaper, yesterday the owners of Evoluçoes Energia was taken the police headquarters in Imperatriz, Brazil to explain why they had 2 electric meters normally use by electric concessionary in their lab.
Also, they confiscated every equipment that they had. This include one that a friend of friend bought and was supposed to be installed today.
Very awkward.
http://oprogressonet.com/noticiario/14822/policia/2013/10/4/empresarios-sao-presos-acusados-de-receptacao/
Google Translate:
Entrepreneurs are arrested for receiving
stolen
Investigations of the Department of Defense Service Delegates ( DDSD ) , an agency of the State Superintendent of Criminal Investigations ( SEIC ) , started from a complaint of Companhia Energetica do Maranhao ( CEMAR ) .
The delegate Paulo Roberto Medeiros Carvalho chaired the inquiry opened to investigate the allegations of Justice and had the determination to carry out search and seizure of equipment to capture energy from the earth .
Would be made at the place where the search and seizure , we found three energy meters , which entrepreneurs and Cleriston Nilson Barbosa Leal had borrowed the Cooperative Rural Electrification . However , these meters had been seized by the Labor Court for payment of labor claims . It is noteworthy that the meters are proprietary Cemar .
Therefore , entrepreneurs and Cleriston Nilson Barbosa Leal were charged for receiving . Nilson said PROGRESS equipment that have been approved by an engineer Cemar , that even did a report that is on the internet . " This invention is patented and we are doing nothing hidden . Everything is being openly . Already had contact including the Minister Lobao days ago and we exposed our invention in Fecoimp , " Nilson said Barbosa .
The two entrepreneurs took corpus delicti and were at the Regional . The lawyers filed yesterday with bail application , which in this case can only be awarded in the judgment , and the two businessmen would be set free by the judicial duty .