WO2010000128A1 - 无线电源远距离输电装置 - Google Patents

无线电源远距离输电装置 Download PDF

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Publication number
WO2010000128A1
WO2010000128A1 PCT/CN2009/000561 CN2009000561W WO2010000128A1 WO 2010000128 A1 WO2010000128 A1 WO 2010000128A1 CN 2009000561 W CN2009000561 W CN 2009000561W WO 2010000128 A1 WO2010000128 A1 WO 2010000128A1
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Prior art keywords
resonance
electric
coil
frequency
energy
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PCT/CN2009/000561
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English (en)
French (fr)
Inventor
陈远鸿
陈美华
沈佳欣
陈懿豪
Original Assignee
Chen Yuanhong
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Publication of WO2010000128A1 publication Critical patent/WO2010000128A1/zh

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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
    • H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
    • H02J50/12—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling of the resonant type

Definitions

  • the invention belongs to the technical field of power sources, and more specifically to a wireless power source long distance power transmission device. Background technique:
  • the wireless power transmission needs to be connected with a bulky and large coil.
  • the transmitting and receiving coils are bulky cylinders with a diameter of 0.66 meters, and can only sense small power at a distance of 2.71 meters.
  • 60 watts of light, plus single-sided orientation of magnetic coupling makes the electrical equipment in a bulky and inconvenient, especially the emitted magnetic field, which is a hidden danger of electromagnetic box damage.
  • the finite and conversion performance is extremely low, such as a 1000 watt large power transmitter, which can only sense a small power single lamp 60 watts at a very close distance of 0. 084 meters, and is also a magnetically coupled single-sided orientation, especially emitted.
  • the electromagnetic field is also a hidden danger of electromagnetic radiation damage, which causes the problem that the electrical equipment cannot be safely used and is difficult to be practical. Summary of the invention:
  • the object of the present invention is to provide a wireless power remote transmission device that can realize long-distance transmission of a power source without relying on wires.
  • the wireless power remote transmission device includes a transmitting electrical common device and a received electrical common device, and the electrical common device has The wire is wound on a frequency resonance resonance coil (not including a plurality of shapes such as a radio frequency resonance resonance non-coil, such as a row), and the resonance resonance coil has a resonance resonance coil connected to the electronic frequency vibration.
  • the accelerator the electronic frequency oscillator has a coil of capacitance or a series of conductors connected in parallel in a resonant conjugate coil, and the resonant resonance coil has a distance-distance wire wound on the bracket
  • the electric resonance resonance resonance line ⁇ in the emitted electric common device is a connected high-middle-frequency low-frequency oscillation circuit, and the electric-frequency resonance resonance coil in the received electric common device is directly output or parallel-connected and output.
  • the emitted electrical common-frequency resonant resonance coil is smaller than the number of receiving turns.
  • the (including the electric resonance resonance line (non) circle) is equivalent to: (including the electric resonance resonance resonance non-coil, such as a row and other shapes).
  • the power supply passes through the series capacitor (the DC power is the electrolytic capacitor) on the transmitted electrical resonance resonance coil (including the electric resonance resonance line (non) circle), through the electron In the frequency oscillating accelerator and the resonant resonance coil, the electromagnetic fusion is converted into an electric conjugate, and the emitted is not the single-sided orientation of the magnetic coupling, but the paired positive and negative sides of the electric co-coupling, which is neither an electromagnetic field.
  • the electrical energy emitted from the emitted electrical commons is diffused to the surroundings, as if it were mechanically diffused, and is spread to the surroundings, most obviously in the form of positive and negative. That is, the pairing of the electric co-coupling is positive and negative, and the double-sided multi-directional is not the single-sided orientation of the magnetic coupling. It is neither an electromagnetic field nor a magnetic field. It is certain that this new electric collateral is not harmful to the human body by electromagnetic radiation in electromagnetic fields and magnetic fields.
  • the working principle of wireless power remote transmission devices With 6 volts to 10,000 volts AC and DC input transmitter, the current flows through the high, medium and low equal frequency oscillating circuits, and flows to the resonant resonant coils of various shapes (such as gold, silver, copper, iron, etc.) All are), that is, the transmitted electric resonance resonance coil, causing electromagnetic fusion to emit a new electric collinear field.
  • these electric co-fields are transmitted from 1 Hz to gigahertz. That is, the total emitted power may use multiple frequencies (e.g., common 50 ⁇ ; ⁇ 60 ⁇ ⁇ frequency, etc.) for the emission, not limited to a certain frequency.
  • the electric resonance resonance coil is generated.
  • the common field effect thereby obtaining the electric energy, and then continuously synthesizing the electric energy through the electronic frequency vibration accelerator and the resonance resonance coil, and the aggregated electric energy is converted from the resonance resonance coil into the electric energy output, thereby realizing the space separation of the power source.
  • the components of the resonant resonance coil are mainly composed of two parts of the bracket and the guide (including the hollow conductor).
  • the large-diameter wire is wound around the ring bracket, and there is space around each wire, and there is no conductor body and a magnet core (such as a ferromagnetic core). That is to say, the thick wire is wound around the ring bracket, and the wires are separated from each other by a certain distance.
  • This resonance resonance coil when there is an external force, the hand feels resonance resonance phenomenon.
  • the components of the resonant coil are mainly composed of two parts of the bracket and the wire.
  • the small diameter wire is wound around the ring bracket, and there is space around each wire, and there is no conductor core and magnet core (such as ferromagnetic core). That is to say, the thin wire is wound around the ring bracket, and the wires are separated from each other by a certain distance.
  • This kind of resonance coil when there is an external force, the hand feels a remarkable resonance phenomenon.
  • Resonance resonance coil principle The current from the resonance, through the resonant resonance coil of the emission will be sent Resonance resonance motion; at this time, another one or two, paired received resonance resonance coils also cause the effect of resonance resonance motion. As if the frequency of one object is the same as the frequency of another object, the resonance resonance effect principle of vibration will occur.
  • the invention belongs to the technical field of power sources and is a wireless power source long distance power transmission device.
  • the invention belongs to the technical field of power sources and is a wireless power source long distance power transmission device.
  • the wireless power transmission in the near-wireless power supply needs to be connected with a bulky and large coil, especially the damage with electromagnetic radiation, making the electrical equipment in a bulky and inconvenient and hidden danger, when using the inductive type, due to the limited distance and
  • the conversion efficiency is extremely low, especially with electromagnetic radiation, which causes the problem that the electrical equipment cannot be safely used and is difficult to use.
  • the wireless power remote transmission device includes a transmitting electrical common device and a received electrical common device, wherein the electrical common device has a conductive resonant coil that is wound on a conductor without a conductive magnet, and the electrical frequency is
  • the resonance resonance coil has a resonance resonance coil connected to the dice frequency vibration accelerator, and the electronic frequency vibration accelerator has a coil of a capacitor in parallel or a layer of conductors connected in series to the resonance resonance coil, and the resonance resonance a wire having a distance between the coils is wound on the bracket; wherein the electric resonance resonance coil in the emitted electric common device is a connected high-middle-frequency oscillation circuit, and the electric resonance resonance coil in the received electric common device is directly output or Parallel capacitor output.
  • the power supply passes through the series capacitor (the DC power source is the electrolytic capacitor) on the transmitted electric resonance resonance line, through the electronic frequency vibration accelerator and the resonance resonance coil, causing the electromagnetic fusion to be converted into an electric energy and emitted, which is not emitted.
  • the single-sided orientation of the magnetic coupling is a new electric collinear field, and then, through the electric resonance with the received electric co-resonator
  • the resonance coil generates an electric collinear effect, thereby obtaining an electric common energy, and then continuously polymerizing the electric energy through the electronic frequency vibration accelerator and the resonance resonance coil, and the aggregated electric energy is converted from the resonance resonance coil into the electric energy output, thereby realizing The wireless transmission of power over long distances.
  • the invention has the beneficial effects of providing a wireless power remote transmission device that can realize long-distance transmission of the power source without changing the electric wires.
  • Figure 1 is a schematic block diagram showing one form of the present invention.
  • Figure 2 is a circuit diagram of one form of the present invention.
  • the figures in the figure indicate: 1 for the bracket, 2 for the conductor, 3 for the capacitor, and 4 for the resonant resonant coil.
  • the figures in the figure indicate: 1 for the bracket, 2 for the conductor, 3 for the capacitor, and 4 for the resonant resonant coil.
  • the wireless power source of the present invention is remote from the power transmission device, and includes a transmitting electrical common device and a received electrical common device, wherein the electrical common device has a conductive resonant coil that is wound on the conductor without a conductive magnet, and the electrical The frequency resonance resonance coil has a resonance resonance coil connected to the electronic frequency vibration accelerator, and the electronic frequency vibration accelerator has a coil of a capacitor in parallel or a layer of conductors connected in series to the resonance resonance coil, wherein The vibrating resonance coil has a wire separated by a distance on the bracket; the electric resonance resonance coil in the emitted electric common unit is a connected high-middle-frequency oscillation circuit, and the electric resonance resonance coil in the received electric common unit is Direct output or parallel capacitor output.
  • Example 1 At the same one kilowatt transmit power.
  • the resonance resonance coil has a radius of 2.84 meters on both sides, and the electric resonance resonance effect illuminates the 60 watt electric lamp; only the resonance coil can be at a radius of 0.64 meters on both sides, and the electrical resonance reaction lights up 60
  • the electric light of the tile; the existing ferromagnetic core inductor coil, with a radius of 0.06 meters on both sides, can only illuminate 60 watts of electric light by electromagnetic induction.
  • a clerk can make a sound if he only plays the mouthpiece, but the voice is a dry, unresonant resonance reaction. If you add a number, you can blow a mellow, soft, powerful, radiant and far-reaching sound.
  • This body is the resonance chamber of the military, which is the resonance resonance effect. .
  • the mouthpiece makes a sound under the action of the gas. 'The sound creates resonance in the copper tube cavity, and a resonance sound can be formed. Therefore, almost all instruments, especially stringed instruments, not only have space around each wire string, but also the wire string brackets are in contact with the vibration chamber.
  • the resonance of the human voice is that the airflow emits a pitch through the vibrating vocal cords of the glottis, and then the resonance resonance effect of the resonance chambers of the pharyngeal cavity, the oral cavity, the nasal cavity, the head cavity, and the chest cavity is obtained.
  • the resonance resonance effect is indispensable.
  • the components of the electronic frequency vibration accelerator are mainly composed of two parts: a resonance resonance coil and a capacitor (including a capacitor such as an electrolytic capacitor). Wherein, one end of the wire or one layer of the wire is connected in parallel with a capacitor (including a capacitor such as electrolysis).
  • the principle of electronic frequency vibration acceleration is connected in parallel to the wire of one capacitor through both ends. Due to the current flowing through the capacitor and then flowing into the wire in the shunt, the direction of the current is opposite to the voltage, causing the current of the wire to accelerate. Thereby, the power is increased to achieve energy saving, and the wire also undergoes heat and resonance resonance effects.
  • the current flowing through the capacitor and then flowing into the wire during shunting is suitably controlled to be slightly less than the current flow of the wire. Because too much does not play the best acceleration effect; too little not only does not play the best acceleration effect, but also makes the capacitor heat; this is a phenomenon. Like a stream of water, for example, a large river, just a needle to the big river, can not see the obvious acceleration effect; for example, a needle tube, but filled with a large water pipe, not only can not see clearly The acceleration effect can also cause the needle to burst. It can be seen that the capacity of the capacitor causes current acceleration, that is, the capacity of the capacitor is too large and the capacity is too small, and it is not suitable for accelerating the current.
  • the current flow is related to the capacitance. According to the capacitance, the current is inversely proportional to the current flow. Therefore, the capacity of the capacitor acts on the current acceleration.
  • ⁇ 1 is the relationship of current acceleration, where ⁇ l»f and ⁇ ⁇ are both equal to 1, unit: 1/ ⁇ method (l/ w F).
  • the power loss of the capacitor divided by the reactive power of the capacitor is the tangent of the loss angle.
  • the capacitor is not a pure capacitor, and there is an equivalent resistor inside, which simplifies the equivalent circuit.
  • this is not the case.
  • the loss tangent of the capacity of the capacitor ⁇ t»f is inversely proportional to the capacity, so the capacity of the capacitor acts on the formula for current acceleration (2).
  • ⁇ l>F tg e /uf (2)
  • ⁇ J F is the capacity of the capacitor acting on the current acceleration
  • tg e is the loss tangent of the capacitor
  • uf is the capacity of the capacitor [unit: microfarad F)].
  • the loss tangent tg e of the capacitor is 78. 4, the angle of the best electron acceleration in the current obtained by the experimental experiment. That is to say, the force of the capacitor is preferably an angle of the loss tangent tg e of 78° 41', which acts on the acceleration of the electrons in the current.
  • equations (1), (2), and (3) are all electron frequency vibration acceleration laws. Since the current can be accelerated Moving, then after the current is accelerated by the electronic frequency vibration, the acceleration of the current is,
  • ⁇ a is the acceleration of the current
  • V0 is the current original velocity (initial velocity)
  • VI is the velocity (the final velocity) after the current is accelerated by the electronic frequency vibration
  • t is the time, in meters/second (a /s>.
  • N is the number of turns of the electron frequency oscillator, such as 1, 2, 3. . . It is generally believed that electrons are an elementary particle and cannot be decomposed into smaller ones at present. substance. Its diameter is 0.0001 times that of protons and 1/1836 of protons. According to the definition of the existing speed of light: the speed of light waves or electromagnetic waves in a vacuum or medium, no object or information can move faster than the speed of light. Is this the case? It can only be verified by new technologies developed by science.
  • T. is the vicinity of the vicinity of the resonance coil of the intermediate frequency resonance, and certainly there is no electromagnetic field or magnetic field caused by the movement of electrons in the original current.
  • the electronic frequency oscillating accelerator is only for the electrons in the current, after the electrons are bombarded with new particles in the current, there is no obvious effect after connecting a plurality of electronic frequency oscillating accelerators in series. This is a phenomenon. Therefore, the formula (5)N is not infinite. According to the acceleration of the electronic frequency vibration, it is related to the surrounding environment. It can be around the sun for one year and the Uranus arm is wrapped around the small arm for 84 years. For the parameters (see: "There are only four planets in the solar system"), therefore, 84 can be the number of turns accelerated by the limited electronic frequency, such as 1, 2, 3...84.
  • the distance between them is affected by the weather, especially high and low temperatures; for example, the distance is lower at low temperatures and the distance is shorter at high temperatures.
  • the medium especially the density; for example, when the density is large, the distance is shortened, and when the density is small, the distance is long.
  • the magnetic field especially the magnetizer: for example, the distance is longer when there is no magnetizer, and the distance is shorter when there is a magnetizer.
  • ⁇ is the number of electrons in the series through the series, such as 1,2,3. . . 84. It can be seen that after the electrons in the current are bombarded with new particles, even if more electron frequency oscillators are connected in series, it is meaningless.
  • the received electrical commons are no exception. That is to say, in the electrical co-transistor for transmitting and receiving, the plurality of electronic frequency oscillators connected in series are not infinite, but limited, which is the electron frequency oscillator cascade theorem.
  • equation (10) is the series law of multiple electronic frequency oscillators for transmitting and receiving.
  • Example 2 During the operation of the RF resonance coil, the voltage and current of the load are larger than the voltage and current of the original input. It can be proved that the current of the wire is accelerated, which not only reduces the internal resistance of the wire but also saves energy, and also increases the power by 1 to 30%, and also prevents the wire from freezing.
  • the electronic frequency vibration accelerator is a direct acting electron accelerator, and can also be said to be an internal direct electron accelerator.
  • the accelerator has an efficiency of 11% to 84% and no electromagnetic pollution, especially for practical use.
  • the accelerator is completely different from the existing particle accelerator.
  • the existing particle accelerator is actually an external indirect particle accelerator.
  • the accelerator has an efficiency of no more than 1%. It has both serious electromagnetic pollution and serious waste of energy, especially difficult to use. Expensive. Because of this, existing particle accelerators simply cannot accelerate electrons, and they cannot bombard electrons.
  • the component of the electric resonance resonance resonance line is mainly composed of two parts of the resonance resonance line ⁇ and the electronic frequency vortex accelerator. Among them, the capacitance of each turn or each layer is connected in parallel, and the series is wound around the resonance resonance line. On the ⁇ , it is the electric resonance resonance coil.
  • the current from the resonance, through the transmitted electric resonance resonance coil, the resonance resonance coil causes friction and collision between the electron and the electron, especially by connecting a plurality of electrons in series
  • the role of the frequency oscillator accelerates the friction and collision between electrons and electrons.
  • the electrons begin to expand when heated, and the electron spins lose parallel.
  • the electrons and electrons The separation distance becomes smaller.
  • the electric repulsion between the electron and the electron begins to take effect.
  • the electric repulsion interaction causes the electron to be split to generate new particles, which are no longer electrons, and are released at the same time.
  • the new energy in turn, also produces new particle motions, while releasing new energy, causing electromagnetic fusion to excite the surrounding residual magnetic field and residual electric field, while releasing new electrical common energy.
  • Example 3 In the operation of the transmitted electric resonance resonating coil, the outer circumference of the electric resonance resonance coil does not cause the compass to rotate, and only the electric resonance resonance coil can cause the compass to rotate. That is to say, there is no magnetic field around the teeth of the electric resonance resonance wire emitted in the work, and only the electric resonance resonance coil emitted in the work has a magnetic field.
  • Example 4 In the operation of the transmitted electric resonance resonance coil, the reverse side is farther than the other side of the forward side.
  • Example 5 In the operation of the transmitted frequency conjugate resonance circuit, the voltage and current across the resonant resonant coil are significantly larger than the input voltage and current. That is to say, the ampere force received at both ends of the RF resonant coil is much larger than the ampere force experienced by the wheel.
  • Example 6 In the continuous operation of the transmitted electrical resonance resonance line , when simultaneously paired with two received electrical resonance resonance coils at a certain distance, a front side of the received electrical resonance resonance coil effect to the electrical common energy The conversion efficiency is 84%, and the opposite side of the received electric resonance resonance coil effect has an electric common conversion efficiency of 90%; the total co-transformation efficiency of the two received electric resonance resonating coil effects on both sides is ⁇ 4%. It can be seen that the total received energy of the two received resonant resonant coils is 174% greater than the total energy consumed by the transmitted electrical commons.
  • electromagnetic fusion stimulates the surrounding residual magnetic field and residual electric field, and at the same time releases a new electric common energy of 174%, that is, an additional 74% of energy.
  • This new scientific and technological development of new technologies has far surpassed the old concept of energy-saving technology, and is also a new way of new energy.
  • the optimal energy boosting effect is 2X 98% + 4X30%.
  • Example 7 In the (non-) ring operation of the transmitting and receiving electric resonance resonance lines, the inner and outer circumferences of the (non-)-circle of the electric resonance resonance line do not cause the compass to rotate. That is to say, the radio frequency resonance resonance line that is transmitted and received at work has no magnetic field around the inside and outside of the (non) ring wire.
  • Example 8 In the (non-) ring operation of the transmitted RF resonance resonance line, the voltage and current at the ends of the (non-) ring of the RF resonance resonance line are significantly larger than the input voltage and current. That is to say, the ampere-amplitude of the RF resonance resonance line (not at the ends of the circle) is much larger than the ampere force received by the input.
  • Example 9 In the continuous operation of the transmitted radio frequency resonance resonance line (non-) , when the two received radio frequency resonance conjugate lines are simultaneously at a certain distance, a front side of the received electric resonance resonance line (non-).
  • the ⁇ receiving effect of the electric common energy conversion efficiency is the other opposite side of the received electric resonance resonance line (non-) ring receiving effect to the electric common energy conversion efficiency of 74%; total two sides of the two received electricity
  • the electric resonance conversion efficiency of the frequency resonance resonance line (non) circle phase addition effect is 139%.
  • the two received electrical resonance resonance lines receive effect of the total energy 139% of the total energy is greater than the total cost of the transmitted electrical commons [electrical resonance line (non-> ⁇ ] Energy is 100%. That is, Electromagnetic fission stimulates the surrounding residual magnetic field and residual electric field, and releases a new electric co-energy of 139%, which is 39% more energy.
  • This new scientific and technological development of new technologies has far surpassed the old concept of energy-saving technology, and is also a new way of new energy. In theory, the optimal energy boosting effect is 2X84%.
  • the new particles are bombarded from the original electrons, which can be called “Huazi", and the symbol is " ⁇ ".
  • new energy can be released, which can also be called “Huazi” energy.
  • the new physics generated by this "Huazi” movement can be called electric collateral; at the same time, new energy is released, which can be called electric energy.
  • Huazi is a particle that carries energy in the electric energy.
  • the energy carried by a single Chinese is about 12X 10-19 joules.
  • the energy of a Chinese is related to the wavelength. The longer the wavelength, the higher the energy.
  • the ⁇ sub (Hua Zi) is the basic particle that transmits electrical co-interaction and is the carrier of non-electromagnetic radiation.
  • Huazi has energy, but also has momentum, weight and quality, and has a polarization state.
  • ⁇ ( ⁇ ) is a stable sub-electron small particle belonging to the super-light sub-family. Its diameter is about 0.03 times that of electrons. 1/840.
  • the newly discovered Chinese sub-width is ultra-narrow, with both super-strong resonance and e+e-pair split ee+ee-pairing system, as well as decay phenomenon, stable life, and number on non-conductive magnets. More than 10,000 years, but less than 1 second on the conductive magnet.
  • Example 10 In the operation of the received electric resonance resonance coil (including the received electric resonance resonance line (non) circle], not only the outer circumference of the resonance resonance coil but also the pointer of the compass does not rotate, and the electric resonance The circumference of the conjugate coil also does not cause the pointer of the compass to rotate. That is to say, there is no magnetic field at all around the inside and outside of the electric resonance resonance coil received at work.
  • Example 11 After a period of continuous use of the transmitted electrical resonance resonance coil, the wire is special It is not easy to be oxidizing; and after a period of continuous use of the received electric resonance resonance coil, the wire is particularly easy to reduce.
  • the property of a substance with electron loss is called oxidizing.
  • the substance is called an oxidant.
  • the property of a substance with electrons is called reducing.
  • the substance is called a reducing agent.
  • the strength of the oxidative or reductive properties of a substance is determined by the difficulty of gaining or losing electrons, and has nothing to do with how much electrons are lost or lost.
  • the Huazi from the emitted electrical commons can move easily between non-conducting atoms, but they do not work in the conductor.
  • the charge that the object transmits to the non-conductor during resonance resonance will be quickly neutralized, because the excess Chinese will flow away from the surface of the material, or additional Chinese will be adsorbed on the surface of the object instead of the lost Chinese. Therefore, no matter how intense the resonance resonance is, it is impossible for the non-metal to resonate and resonate.
  • a conductor such as a metal reproduces its surface after resonance resonance.
  • the electromagnetic fusion becomes a Chinese, which is the electron fusion Chinese law.
  • the electromagnetic crack is changed into a Chinese, which is the electron fission Chinese law.
  • the principle of electric collinearity The current coming out of the resonance, through the emitted electric resonance resonance coil or the emitted electric resonance resonance line (non) coil, causes electromagnetic fusion or electromagnetic fission to be converted into electric energy, thereby forming a new electric common field. Just as when one object is at the same frequency as another, the resonance principle of vibration is generated.
  • the electric resonance resonance resonance effect caused by the frequency resonance resonance coil or the electric resonance resonance line (non-> circle transmission and reception) is the electric collinear effect. It can be called the electric collinear effect law.
  • Example 12 In operation, although the power consumed by the transmitting co-communicator is less than the total power received by all the paired receiving units, the voltage and current of the transmitting resonant resonant coil are greater than all Pairing the received electrical resonance resonance coil, and the power consumed by the transmitted electrical resonance resonance coil is greater than the total power of all the paired received electrical resonance resonance coils.
  • Example 13 In this process of electric resonance resonance field effect, the existing core induction coil can be used at a very close distance, but in the far distance, the electric energy cannot be induced: The electric co-receiver received at the same frequency can receive the effect-to-electric common energy into electrical energy.
  • the existing core copper coil can sense the electric common energy of the electric collinear field, but can not sense the electric common energy of the electric collinear effect; only the electric common device received by the same frequency with ffi can receive The effect is converted into electrical energy by the electrical common energy. It can be seen that the electric collinearity and the electric collinear effect are not exactly the same. The range of electric co-fields is small, and the range of electric collinear effects is large.
  • the existing core copper coil can sense the electric common energy of the electric collinear field, but the distance is very close; just as there is no ear only by the contact induction.
  • the resonant copper coil without the ferromagnetic core can also receive the electrical common energy of the electric collinear field, but the distance is relatively close; it is like hearing the damaged ear.
  • the electric resonance resonance (copper) coil with the paired frequency receiving without the ferromagnetic core receives the effect to the electrical common energy at a long distance; as if the resonance phenomenon in the acoustics is called "resonance", the frequency of the sounding device is When the frequency of the external sound is the same, it will sound due to the action of the resonance. However, when the distance is very close, it will destroy the rated power beyond the load of the original device; just like the high-powered horn that is working, it will damage the ear when the distance is very close.
  • the electric collinear effect is gradually diffused by the surrounding, and there are mainly two forms of gradual diffusion.
  • the first form of gradual diffusion movement is a form of gradual diffusion of cones in a paired system with two sides in the forward and reverse directions.
  • the second form of gradual diffusion movement is a form of gradual diffusion motion in the direction of the four directions and the vertical direction of the first gradual diffusion motion.
  • the distance of the transmitted electrical energy, the first form of progressive diffusion is much greater than the second form of progressive diffusion.
  • the electric collinear effect although somewhat similar to some gradual diffusion movements of electromagnetic and magnetic fields, is somewhat similar to some resonant frequencies of electrical resonance, but the electric collinear effect is neither electromagnetic field nor magnetic field nor electrical. resonance. Because the electromagnetic field and the magnetic field can cause the magnetic needle to rotate: And because the resonance phenomenon does not destroy the radio at a long distance: Therefore, the electric collinear effect is definitely a new physical law, which is still undiscovered. Electric collinear effect.
  • the electric collinear effect in air transfer, is not the existing electrical energy, but a new kind of energy, that is, electric energy. Because we have exhausted methods such as volts and amps, it is impossible to measure the voltage and current of the electric collinear effect at a long distance, especially in the range of electric collinear effects, the human body, animals and plants will not get electric shock. Casualties, this is a phenomenon; therefore, the electric collinear effect is definitely a new physical law, that is, the electric collinear effect that we have not discovered before.
  • Example 14 The electric resonance resonance resonance line received in the work [including the received electric resonance resonance (non-) circle], the current intensity and the potential difference in the output circuit are proportional to the resistance and the decay rate and resonance of the Chinese The resonance rate is inversely proportional. For these phenomena, it is not exactly according to Ohm's law that (the current intensity and potential difference in the circuit are positive and inversely proportional to the resistance).
  • the output circuit should not be too long. Because the current intensity and potential difference in the output circuit are positive and inversely proportional to the resistance and the neutron decay rate and the resonance resonance rate, the current intensity and potential difference in the circuit are not positive and inversely proportional to the resistance. Therefore, there is formula (11). ⁇ -: ⁇ ⁇ ⁇ . ⁇ / ⁇ (11) In equation (11), the wireless receiving resistance (ohm), ⁇ is the decay rate of the neutron, ⁇ is the resonance resonance ratio, V is the potential difference (volt), and ⁇ is the current. Strength (amperes).
  • the current intensity and potential difference in the circuit of the output of equation (11) are positive and inversely proportional to the resistance and the decay rate of the neutron, which is the resistance law of the wireless receiving effect.
  • Example 15 The frequency resonance resonance coil received in the work [including the received electric resonance resonance line (non) circle], in the output circuit, the heat generated by the current through the conductor is the current intensity and the energization time and the resistance of the conductor.
  • the proportional ratio is inversely proportional to the decay rate and resonance resonance rate of Huazi. For these phenomena, it is not exactly according to (the heat generated by the current through the conductor is proportional to the square of the current intensity, proportional to the resistance of the conductor, proportional to the energization time) Joule's law.
  • the heat generated by the output current through the conductor is proportional to the current intensity and the energization time and the resistance of the conductor.
  • the sub-decay rate is inversely proportional to the resonance resonance rate.
  • the heat generated by the current through the conductor is proportional to the square of the current intensity, proportional to the resistance of the conductor, and proportional to the energization time. Therefore, there is formula (12).
  • Q ⁇ - is the wireless receiving electric heating (Joule)
  • ⁇ is the Huazi decay rate
  • ⁇ is the resonance resonance rate
  • R is the resistance (ohms>
  • ⁇ is the current intensity (amperes).
  • the heat generated by the output current of the formula (12) through the conductor is proportional to the current intensity and the energization time and the resistance of the conductor. It is inversely proportional to the decay rate of the neutron and the resonant resonance rate, which is the law of electric heating (or electric power) by the wireless receiving effect. .
  • Example 16 The electric resonance resonance resonance line (including the transmitted electric resonance resonance line (non) circle) emitted in the work, the current intensity and potential difference in the input circuit are proportional to the electronic frequency vibration acceleration rate and the resonance rate. It is inversely proportional to the resistance and resonance rate. For these phenomena, it is not exactly according to Ohm's law (the current intensity and potential difference in the circuit are positive and inversely proportional to the resistance).
  • the transmitted electrical resonance resonance coil including the transmitted electrical resonance resonance line (non) circle
  • the current in the input circuit 3 ⁇ 4ft and the potential difference and the electronic frequency vibration acceleration rate and the resonance rate are proportional to
  • the resistance is inversely proportional to the resonance rate. It is not that the current intensity and potential difference in the electrical chromium are positive and inversely proportional to the resistance. So, there is the formula (13).
  • ⁇ is the wireless emission resistance (ohm)
  • ⁇ is the electron frequency acceleration rate
  • ⁇ is the resonance rate
  • V is the resonance rate
  • V For the potential difference (volts)
  • ⁇ is the current intensity (amperes).
  • the current intensity and potential difference in the circuit of the formula U3) are proportional to the electron frequency acceleration rate and the resonance rate and inversely proportional to the resistance and the resonance rate, which is the resistance law of wireless emission.
  • Example 17 The electric resonance resonance coil (including the transmitted electric resonance resonance line (non) circle) emitted in the work, in the input circuit, the heat generated by the current through the conductor is the current intensity, the electronic frequency vibration acceleration rate, The energization time, the resistance of the conductor, and the resonance rate are proportional to the resonance ratio. For these phenomena, it is not exactly according to (the heat generated by the current through the conductor is proportional to the square of the current intensity, proportional to the resistance of the conductor, and proportional to the energization time) Joule's law.
  • the electric resonance resonance coil (including the transmitted electric resonance resonance line (non) circle) emitted during the operation
  • the heat generated by the input current through the conductor is the current intensity, the electron frequency acceleration rate, the energization time,
  • the resistance and resonance rate of the conductor are proportional to the resonance rate.
  • the heat generated by the current through the conductor is proportional to the square of the current intensity, proportional to the resistance of the conductor, and proportional to the energization time. Therefore, there is a formula (14).
  • Q ⁇ + is the wireless transmitting electric heating (Joule)
  • ⁇ is the electronic frequency vibration acceleration rate
  • ⁇ is the resonance rate
  • V is the resonance rate
  • R is the resistance (ohm)
  • ⁇ is the current intensity (amperes).
  • the heat generated by the output current of the formula (14) through the conductor is the current intensity, the electron frequency acceleration rate, the energization time, the resistance of the conductor, and the resonance rate are proportional to the resonance rate, which is the electric heat (or electric power) of the wireless transmission. law.
  • Example 18 When the power switch of the fast switch is activated, the light of the received common unit is not bright, not electromagnetic induction. This is an experimental proof of one of the strong bases of the electric collinear effect.
  • Example 19 When the transmitted electrical common device is started, the received light of the common common device is not brightened, but gradually lights up; when the powered common power supply is turned off, the received common common lamp It is not extinguished immediately, but is gradually extinguished. This is an experimental proof of one of the strong bases of the electric collinear effect.
  • Example 20 The emission range of the electric co-transmission device in the work, the received electric co-location device is placed on the boundary where the lamp (energy-saving lamp) is not bright, and then the received electric co-device is approached to the transmitting co-communicator When the light is on, the received electric common device is pushed back to the original position, even later. At this time, the received electric common lamp (energy saving lamp) is still bright. This is an experimental proof of one of the strong bases of the electric collinear effect.
  • Example 21 During the transmission range of the electric co-operator transmitted during the work, the frequency of the received re-communication device is continuously debugged, and the built-in accessories of the emitted electric common device can be burned. This is also an experimental proof of one of the strong bases of the electric collinear effect.
  • Example 22 The electric co-arms that are launched during the commissioning work can be controlled to remove the hair from the place where the human body should not have hair. This has been ineffective for more than a decade of clinical trials.
  • Example Twenty-three After the adjustment of the received electric common device, the work can be controlled to make the human skin within a few seconds and go back to the old, which has no effect on clinical trials for more than ten years.
  • Huazi will not only have the effect of increasing energy, but also a brand-new synthetic electric energy generator, which will be another way to provide a new environmentally friendly new energy source for all centuries.
  • Example Twenty-four The common transmitting and receiving electrical commons, the diameter distance has reached eleven meters. The distance to break through kilometers is no longer a major issue. As long as there is sufficient funds, it is expected to be realized within three years.
  • the new discipline of electric resonance resonance is developed from the foundation of science. It is not limited to branches in branch electromagnetics in physics. In other words, it is a dazzling jewel that has evolved into a more complete branch of science from the multiple sciences (mathematics, physics, chemistry, medicine, biology, etc.) that are independent of each other.

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Description

本发明属于电源技术领域， 确切地说是一种无线电源远距离输电装置。 背景技术:
近有的无线电源中无线输电所需要笨重体积大的线圈相连， 如发射和接收 的线圈是直径 0. 6米的笨重圆柱体，且只能在 2. 71米近距离感应到小功率的单 灯 60瓦，加上是磁耦合的单面定向， 使电设备处于笨重体大不方便， 尤其是所 发射出来的磁场， 是带有电磁箱射伤害的隐患， 在使用电感式时， 由于距离有 限和转换效能极低，如 1000瓦较大功率发射器， 只能在 0. 084米很近距离感应 到小功率的单灯 60瓦，且也是磁耦合的单面定向，尤其是所发射出来的电磁场， 也是带有电磁辐射伤害的隐患，导致用电设备无法安全使用和难以实用的问题。 发明内容：
本发明的目的在于： 提供一个不需要依赖电线便可以实现电源远距离传输 的无线电源远距离输电装置。
本发明解决其技术问题所采用的技术方案是： 为实现本发明的目的， 所述 的无线电源远距离输电装置， 包括发射的电共器和接收的电共器， 所述的电共 器有导线绕制在没有导磁体上的电频共振共鸣线圈（包括电频共振共鸣非线圈， 如成排状等多种形状)，所述的电频共振共鸣线圈有共振共鸣线圈连接在电子频 振加速器， 所述的电子频振加速器有电容并联的一圈又一圈或一层又一层的导 线再串联在共振共呜线圈，所述的共振共鸣线圈有隔距离的导线绕制在支架上； 所述发射的电共器中电频共振共鸣线髑是连接的高中低频振荡电路， 所述接收 的电共器中电频共振共鸣线圈是直接输出或并联电容后输出。
所述发射的电共器电频共振共鸣线圈小于接收圈数。
所述（包括电频共振共鸣线 (非)圈） 等同于： （包括电频共振共鸣非线圈， 如成排状等多种形状)。
由于采用了发射的电共器和接收的电共器，电源经过串联电容 (直流电源为 电解电容)在发射的电频共振共鸣线圈（包括电频共振共鸣线 (非)圈）上， 通过 电子频振加速器和共振共鸣线圈中， 致使电磁聚变转变成电共能发射出去， 发 射出来的， 并不是磁耦合的单面定向， 而是电共耦合的配对正反 ¾面多向， 既 不是电磁场， 又不是磁场， 是一个新的电共场， 然后， 通过与接收的电共器中 电频共振共鸣线圈产生了电共场效应， 从而获得电共能， 再通过电子频振加速 器和共振共鸣线圈中不断聚合电共能， 聚合后的电共能从共振共鸣线圈中转变 成电能输出， 从而实现电源的隔空远距离输电的无线传递。
也就是说， 要实现电源的隔空远距离输电的无线传递， 是需要经过电能的 电磁聚变或电磁裂变转换为电共能发出， 然后， 再通过电子频振加速器和共振 共鸣线圈中不断聚合电共能， 聚合后的电共能从共振共鸣线圈中转变成电能输 出。 并不是现有所想的， 电力和磁力的电能便可直接实现电源的隔空远距离输 电的 "无线电能传输 "的。
从发射的电共器发射出的电共能是向周围扩散的， 犹如机械共振那样是向 周围扩散的， 最明显是分成正反两方面作谁状扩散。 即是电共耦合的配对正反 双面多向， 并不是磁耦合的单面定向。 既不是电磁场， 又不是磁场， 肯定这个 新的电共场是没有电磁场和磁场中那种电磁辐射的伤害人体。
无线电源远距离输电装置的工作原理。用 6伏至万伏交直流电输入发射器， 电流通过高中低等频振荡电路， 流向到己有电子频振加速器和导电的多种形状 的共振共鸣线圈 (如： 金、 银、 铜、 铁等全属）， 即发射的电频共振共鸣线圈， 致使电磁聚变而发射出一个新的电共场。 其中， 这些电共场是以 1Hz至千兆 Hz 发射。也就是说，发射的电共器可以使用多种频率 (如常用的 50Η;Γ60ΗΖ等工频） 作发射， 且不局限于某种頻率。 然后， 通过与接收的电共器中已有电流频振加 速器和导电的多种形状的共振共鸣线圈 (如： 金、 银、 铜、 铁等全属）， 即电频 共振共鸣线圈产生了电共场效应， 从而获得电共能， 再通过电子频振加速器和 共振共鸣线圈中不断聚合电共能， 聚合后的电共能从共振共鸣线圈转变成电能 输出， 从而实现电源的隔空远距离输电的无线传递。
共振共鸣线圈的组成部分， 主要是由支架和导续 (包括空心导线)的两个部 分组成。 其中， 径大导线绕圈支架上， 每条导线的周围是有空间的， 且没有导 电体心和导磁体心的 (如铁磁心)。 也就是说， 粗导线绕圈支架上， 导线之间是 相互隔开一段距离的， 这种共振共鸣线圈， 当有外力作用时， 手感到共振共鸣 现象。 并不是现有的铁磁心电感线圈那样， 导线之间没有隔开一段距离绕在铁 磁心的电感线圈， 且当有外力作用时， 手感没有共振共鸣现象。
共振线圈的组成部分， 主要是由支架和导线的两个部分组成。 其中， 径小 导线绕圈支架上， 每条导线的周围是有空间的， 且没有导电体心和导磁体心的 (如铁磁心）。 也就是说， 细导线绕圈支架上， 导线之间是相互隔开一段距离的， 这种共振线圈， 当有外力作用时， 手感到明显的共振现象。 并不是现有的铁磁 心电感线圈那样， 导线之间没有隔开一段距离绕在铁磁心的电感线圈， 且当有 外力作用时， 手感没有共振现象。
共振共鸣线圈原理。 从谐振出来的电流， 通过发射的共振共鸣线圈就会发 生共振共鸣运动； 这时， 另外一个或两个以上， 配对的接收的共振共鸣线圈， 也由此引起了共振共鸣运动的效应。 犹如当一个物体与另一个物体的频率一样 时， 就会产生震动的共振共鸣效应原理那样。
本发明可概述为： 本发明属于电源技术领域， 是一个无线电源远距离输电 装置。解决近有的无线电源中无线输电所需要笨重体积大的线圈相连， 尤其是 带有电磁福射的伤害，使电设备处于笨重体大不方便和隐患，在使用电感式时， 由于距离有限和转换效能极低， 尤其也是带有电磁辐射的伤害， 导致用电设备 无法安全使用和难以实用的问题。 所述的无线电源远距离输电装置， 包括发射 的电共器和接收的电共器， 所述的电共器有导线绕制在没有导磁体上的电频共 振共鸣线圈，所述的电频共振共鸣线圈有共振共鸣线圈连接在屯子频振加速器， 所述的电子频振加速器有电容并联的一圈又一圈或一层又一层的导线再串联在 共振共鸣线圈， 所述的共振共鸣线圈有隔距离的导线绕制在支架上； 所述发射 的电共器中电频共振共鸣线圈是连接的高中低频振荡电路， 所述接收的电共器 中电频共振共鸣线圈是直接输出或并联电容后输出。电源经过串联电容 (直流电 源为电解电容)在发射的电频共振共鸣线園上，通过电子频振加速器和共振共鸣 线圈中， 致使电磁聚变转变成电共能发射出去， 发射出来的， 并不是磁耦合的 单面定向, 而是电共耦合的配对正反双面多向， 既不是电磁场， 又不是磁场， 是一个新的电共场， 然后， 通过与接收的电共器中电频共振共鸣线圈产生了电 共场效应， 从而获得电共能， 再通过电子频振加速器和共振共鸣线圈中不断聚 合电共能， 聚合后的电共能从共振共鸣线圈中转变成电能输出， 从而实现电源 的隔空远距离输电的无线传递。
本发明的有益效果是： 提供一个不需要依換电线便可以实现电源远距离传 输的无线电源远距离输电装置。
酎图说明：
图 1为本发明其中一种形式的结构示意简图。
图 2为本发明其中一种形式的电路图。
如图所示： 图中各数字表示： 1表示支架、 2表示导线、 3表示电容、 4表 示电频共振共鸣线圈。
具体实旅方式： '
如图所示： 图中各数字表示： 1表示支架、 2表示导线、 3表示电容、 4表 示电频共振共鸣线圈。
本发明所述的无线电源远 离输电装置， 包括发射的电共器和接收的电共 器， 所述的电共器有导线绕制在没有导磁体上的电频共振共鸣线圈， 所述的电 频共振共鸣线圈有共振共鸣线圈连接在电子频振加速器， 所述的电子频振加速 器有电容并联的一圈又一圈或一层又一层的导线再串联在共振共鸣线圈， 所述 的^^振共鸣线圈有隔距离的导线绕制在支架上； 所述发射的电共器中电频共振 共鸣线圈是连接的高中低频振荡电路， 所述接收的电共器中电频共振共鸣线圈 是直接输出或并联电容后输出。
实例一： 在同等一千瓦发射功率时。 具有这样的共振共鸣线圈， 可在两面 半径距离 2. 84米， 电共振共鸣效应点亮 60瓦的电灯； 只具有共振线圈的，可 在两面半径距离 0. 84米， 电共振反应点亮 60瓦的电灯； 而现有的铁磁心电感 线圈， 在两面半径距离 0. 06米， 只能电磁感应点亮 60瓦的电灯。
同样原理， 当我们敲击一块埋藏在泥土里的铁时， 所发出传出的声音距离 是很近的： 当我们又用同样作用力敲击一块悬挂空中的铁环时， 所看到这铁环 振动非常明显， 所发出传出的声音距离是比较远的； 但当我们又再用同样作用 力敲击一个悬挂空中的大铜钟时， 所看到这大铜钟振动并不明显， 但所发出传 出的声音距离是最远的。
同样道理， 在房间内放了许多相同的倒入不同度数的葡萄酒的杯子和大小 的玻璃片， 这时， 这些杯子和玻璃片就会产生不同的振幅。 当用勺子敲击， 只 有每个杯子都会发出不同的声音， 而那些玻璃片是不会发出不同的声音。 如果 我进入房间， 开始用非常高的声音歌唱， 当我的声音于其中一个杯子的振幅相 同时， 它就有可能爆炸， 但那些大小的玻璃片是不可能会爆炸的。 这说明了， 杯子是有共振共鸣效应的， 而玻璃片只有共振反应， 却没有共鸣效应的。
例如， 司号员如果只吹号嘴， 也能发出声音， 但是， 这个声音是干巴的、 没有力量的共振反应。 如果加上号身， 就可以吹出圆润的、 有刚有柔的、 有力 度变化的、 很有光彩并能传得很远的声音， 这个号身就是军号的共鸣腔体， 是 共振共鸣效应。 号嘴在气的作用下发出声音, '声音在铜管腔体里产生了共振， 就可以形成有共鸣的声音。 因此， 几乎所有乐器， 尤其是琴弦乐器， 不但要每 条钢丝弦周围是有空间的， 而且钢丝弦的支架是接触到振腔的。 同样道理， 人 声的共鸣是气流通过声门振动声带发出基音， 随后得到咽腔、 口腔、 鼻腔、 头 腔、 胸腔等各共鸣腔体的共振共鸣效应。
正因为如此， 要实现电源的隔空远钜离输电的无线传递， 共振共鸣效应是 必不可少的。
电子频振加速器的组成部分，主要是由共振共鸣线圈和电容 (包括电解等电 容)的两个部分组成。其中， 一圈或一层的导线两端是并联连接一只电容 (包括 电解等电容)。 电子频振加速原理。 电流通过两端并联连接一只电容的导线， 由于分流中 经过电容再流入导线的电流， 电流的方向与电压是相反的， 致使导线的电流作 加速运动。 从而提高了功率而达到节能， 同时导线也会发生受热和共振共鸣效 应。
在分流中经过电容再流入导线的电流，适宜控制稍为少于导线的电流流量。 因为， 过大发挥不到最佳加速的效果； 过少不但也发挥不到最佳加速的效果， 而且还使电容器发热; 这是一个现象。 犹如水流那样， 例如， 条大河流， 只 是用一支针管射向这条大河流， 是看不见有明显的加速的效果； 又例如， 一支 针管， 却用大水管灌注， 不但看不见有明显的加速效果， 而且还可使这支针管 爆裂。 由此可知， 电容器的容量大小是会引起电流加速作用， 也就是说， 电容 器的容量太大和容量太小， 都不适宜对电流加速。 电流流量与电容容量是有关 的, 根据电容容量与电流流量是成反比的， 于是有电容器的容量作用电流加速 的关系式。
Φ ί= Φ 1 (1) 公式 (1)中， 为电容器的容量作用， Φ 1为电流加速的关系， 其中， <l»f 和 φ ΐ都等于 1, 单位： 1/徼法 (l/ w F)。
在规定频率的正弦电压下, 电容器的损耗功率除以电容器的无功功率为损 耗角正切。 在实际应用中， 电容器并不是一个纯电容， 其内部还有等效电阻， 它的简化等效电路。 对于电子设备来说， 要求 R S愈小愈好， 也就是说要求损 耗功率小， 其与电容的功率的夹角要小。 但是， 在应用电流加速中， 并不是那 么一回事。
根据实验证明，电容器的容量作用 <t» f的损耗角正切与容量是成反比的，于 是， 有电容器的容量作用于电流加速的公式 (2)。
<l>F=tg e /uf (2) 公式 (2)中， <J»F为电容器的容量作用于电流加速， tg e为电容器的损耗角 正切， uf为电容器的容量 [单位： 微法 F)]。
于是， 把公式 (2)转入公式 (1)有公式 (3) ,
Φ 1 8 Θ (3) 由此可推， 根据公式 (3)便可算出， 电容器的损耗角正切 tg e为 78。 4 , 正合实验所得的电流中电子最佳作加速运动的角度。 也就是说， 电容器的作用 力， 最佳是以损耗角正切 tg e为 78° 41' 的夹角， 作用于电流中电子加速运动 的。
因此， 公式 (1)、 （2)、 （3)都是电子频振加速定律。 既然电流是可以作加速 运动的， 那么电流通过电子频振加速后, 电流的加速度有，
Φ =(Υ1-νθ)/ΐ (4)
公式 (4)中， Φ a为电流的加速度， V0为电流原速度 (初速度)， VI为电流通 过电子频振加速后的速度 (末速度)， t为时间， 单位为米 /秒 (a/s>。
于是， 当串联数个电子频振加速器后， 电流的速度有，
Φ νη=Υ0+ · Ν · t (5)
公式 (5)中， N为电流经过多少次电子频振加速器的圈数， 如 1, 2， 3. . . 按现有普遍认为， 电子是一种基本粒子， 目前无法再分解为更小的物质。 其直径是质子的 0. 001倍， 重量为质子的 1/1836。 又按现有光速的定义： 光波 或电磁波在真空或介质中的传播速度， 没有任何物体或信息运动的速度可以超 过光速。 对此究竟是否这样呢？那就只有通过科学发展的新科技得以验证。
众所周知， 导线中电流是几乎接近光速的,假如， 原电流是以光速运动的， 那么经过这样加速运动后， 这电流肯定是作超光速运动的。
假设， 在发射的电频共振共鸣线圈中电流的电子原速度 V 为光速的 299792458m/S (光速定义值）， 电流经过每个电子频振加速器后平均 t时间为 0000. Is; 于是， 电流经过串联数个电子频振加速器后， 可知电流的速度。
根据公式 (5)有：
Φ vl=299792458m/s+ Φ a · 1 · 0000. Is
Figure imgf000008_0001
φ v3=299792458m/s+ Φ a · 3 · 0000. Is
Φ vn=299792458m/s+ Φ a · N · 0000. Is
由此可知， 电流经过第一个电子频振加速器后， 其速度与光速接近； 又经 过第二个电子频振加速器后， 其电流速度就会超过光速： 再经过第三个电子频 振加速器后， 其电流速度肯定是超光速。 也就是说， 每秒约 299792458πιΑ+ Φ a · Ν · t超光速的超 3¾S电子束， 运行在 的电频共振共鸣线圈中。
假如， 电流经过第三个电子頻振加速器后， 其电流速度是超光速的。 电流 中电子就会被轰击出新的粒子， 导致电磁聚变 /电磁裂变。也就是说， T.作中电 频共振共鸣线圈外的附近周围， 肯定是没有原来电流中电子运动所引起的电磁 场和磁场的。
假如这样成立的， 那么电流中电子经过串联许多个电子频振加速器后， 其 速度又将会是怎样呢？
然而， 由于电子频振加速器只是针对电流中的电子， 致使在电流中电子被 轰击出新的粒子后，就箅是串联许多个电子频振加速器后， 是没有明显的作用， 这是一个现象。 所以， 公式 (5)N并不是无限大的， 根据电子频振加速与周围环 境是有关的， 可以以地球被牵绕太阳 1年一周和天王星支旋臂被牵绕小旋臂 84 年一周等为参数 (参见： 《太阳系只有四大行星》）， 因此， 可以 84为限次电子 频振加速的鬭数， 如 1, 2， 3...84。
事实上， 在空气传递电共能中， 其远近矩离是受到天气的影响， 尤其是高 低温； 例如， 低温时距离远些， 高温时距离缩短。而且， 也受到介质的影响， 尤其是密度； 又例如， 密度大时距离缩短， 密度少时距离远些。 并且， 还受到 磁场的影响， 尤其是导磁体： 再例如， 没有导磁体时距离远些， 有导磁体时距 离縮短。
于是， 根据公式 (5)有，
Figure imgf000009_0001
公式 (10)中， Ν为电流经过串联多少个电子頻振加速器的数，如 1，2，3. . . 84。 由此可知， 电流中电子被轰击出新的粒子后， 就算是串联更多个电子频振 加速器后， 都是没有意义的。
当然， 接收的电共器也不例外。 也就是说， 发射和接收的电共器中， 所串 联多个电子频振加速器并不是无限的， 而是有限的， 这是电子频振加速器串联 定理。
因此， 公式 (10)就是发射和接收的多个电子頻振加速器串联定律。
实例二： 在电頻共振共鸣线圈工作过程中， 负载的电压和电流是比原输入 的电压和电流大的。 由此可证， 导线的电流是作加速运动的， 不仅使导线减少 内阻而有节能效果，而且也提高了 1至 30%的功率， 并且还使导线不会发生结 冰。
电子频振加速器是直接作用电子加速器，也可以说是内直接式电子加速器。 该加速器，既有 11%至 84%的效率， 又没有电磁污染， 尤其是非常实用的物美价 廉。 该加速器是完全不同于现有粒子加速器， 现有粒子加速器实际上是外间接 式粒子加速器， 这种加速器， 有效率不超过 1%， 既有严重电磁污染， 又严重浪 费能源， 尤其是难以实用的昂贵。 正因为如此， 现有粒子加速器根本上是不能 加速电子的， 更是无法轰击电子的。
电频共振共鸣线鬮的组成部分. 主要是由共振共鸣线圏和电子频揮加速器 的两个部分组成. 其中， 由每圈或每层的导线并联电容后， 而串联起来绕在共 振共鸣线豳上的， 就是电频共振共鸣线圈。
电磁聚变原理。 从谐振出来的电流， 通过发射的电频共振共鸣线圈中， 共 振共鸣线圈就会使电子与电子之间发生摩擦和碰撞， 尤其是通过串联多个电子 频振加速器的作用， 加剧了电子与电子之间摩擦和碰撞， 电子受热开始膨胀， 电子自旋就会失去平行， 随着电频共振共鸣线圈中电子内能量数增加， 电子与 电子之间的间隔距离却变小， 当两个电子非常接近时， 电子与电子之间的电斥 力开始发生作用， 电斥力相互作用就会使电子四分五裂产生新的粒子， 并不再 是电子了， 同时释 出新能量， 随之也产生新粒子运动， 同时释放出新能量， 导致电磁聚变激发了周围的残磁场和残电场， 同时释放出新的电共能量。 犹如 我们使用 "会唱歌的石"那样， 就是把一配对的光滑椭圆形的磁石， 隔开一定 距离，快速用力往上空抛出，分别听到了那配对的磁石不断快速变动时发出"劈 劈啪啪"的响声那样。
实例三： 在发射的电频共振共鸣线圈工作中， 电頻共振共鸣线圈外周围是 不会引起指南针的指针转动的， 只有电频共振共鸣线圈内， 才能引起指南针的 指针转动。 也就是说， 工作中发射的电频共振共鸣线齒外周围是没有磁场的， 只有工作中发射的电频共振共鸣线圈内是有磁场的。
这实验证明了， 通过发射的电频共振共鸣线圈工作后， 已经使原来具有电 磁场和磁场的特性的电子发生电磁聚变， 即原电子被轰击出新的粒子， 并不再 是电子了， 同时释放出新能量， 随之新的粒子运动又产生了新的物理场， 同时 也释放出新能量。
实例四： 在发射的电頻共振共鸣线圈工作中， 反向一面是比正向另一面的 发射距离远些的。
这实验证明了， 洛伦兹力作功的存在， 打破现有许多人认为， 洛伦兹力对 电荷不作功的说法。这只不过是我们站在 个参照系作客观分析研究？比如是 站在以太阳为宇宙中心， 感觉到八大行星的太阳系？这样的八大行星的太阳系 犹如九大行星的太阳系那样， 都是没有大小旋臂和旋臂内外层及正反配对的体 系。 还是站在以太阳为天王星支旋臂外层正向体系中心， 观測到四大行星的太 阳系？
实例五： 在发射的电頻共搌共鸣线圑工作中， 电頻共振共鸣线圈两端的电 压和电流是明显比输入的电压和电流大的。 也就是说， 电频共振线圈两端所受 到的安培力， 是远远大于輪入所受到的安培力。
实例六： 在发射的电频共振共鸣线圏持续工作中， 当同时与配对两个接收 的电频共振共鸣线圈在一定距离时， 一正面这个接收的电频共振共鸣线圈效应 到的电共能转换效率为 84%,另一反面那个接收的电频共振共鸣线圈效应到的电 共能转换效率为 90%;合计正反两面两个接收的电频共振共鸣线圈效应到的电共 转换效率为 Π4%。 由此可见， 这两个接收的电频共振共鸣线圈， 总能量 174%是远远大于发射 的电共器所耗的总能量 100%。 也就是说， 电磁聚变激发了周围的残磁场和残电 场， 同时释放出新的电共能量为 174%， 即多出了 74%的能量。 这样科学发展的 增能新科技已是远远超过了旧的节能科技概念， 也是一种新能源的新途径。 从 理论上说， 最佳增能效果为 2X 98%+4X30%。
这样科学发展的增能新科技， 是人类首次发现和发明， 也是一种有效环保 的新能源途径。 此时此刻， 我们再不能单单只局限于节能的旧科技概念了， 而 是着重在于， 如何激发周围的电残磁场？如何从电磁聚变中， 导致介质同时所 释放出的巨大能量， 从而获得更多的新能源等科学发展的新科技概念？
电磁裂变原理。从谐振出来的电流， 通过发射的电频共振共鸣线 (非)圈中， 共振共鸣导线就会使电子与电子之间发生摩擦和碰撞， 尤其是通过串联多个电 子频振加速器的作用， 加剧了电子与电子之间摩擦和碰撞， 电子受热开始膨胀， 电子自旋就会失去平行， 随着电頻共根共鸣线 (非)圈中电子内能量数增加， 电 子与电子之间的间隔距离变大， 当两个电子钜离极限时， 电子与电子之间的电 斥力开始发生作用， 电斥力相互作用就会使电子四分五裂产生新的粒子， 并不 再是电子了， 同时释放出新能量， 随之也产生新的粒子运动， 同时释放出新能 量， 导致电磁裂变激发了周围的残磁场和残电场， 同时释放出新的电共能量。 犹如我们使用 "会唱歌的石"那样， 就是把一配对的光滑椭圆形的磁石， 隔开 一定距离， 快速用力往空中放下， 分别听到了那配对的磁石不断快速变动时发 出 "劈劈啪啪"的响声那样。
实例七： 在发射和接收的电頻共振共鸣线 (非)圈工作中， 电频共振共鸣线 (非）圈的导线内外周围是不会引起指南针的指针转动的。 也就是说， 工作中发 射和接收的电頻共振共鸣线 (非)圈的导线内外周围根本是没有磁场的。
实例八： 在发射的电頻共振共鸣线 (非)圈工作中， 电频共振共鸣线 (非)圈 两端的电压和电流是明显比输入的电压和电流大的。 也就是说， 电频共振共鸣 线 (非〉圈两端所受到的安培力， 是远远大于输入所受到的安培力。
实例九： 在发射的电頻共振共鸣线 (非)闥持续工作中， 当同时与配对两个 接收的电频共振共呜线 在一定距离时， 一正面这个接收的电频共振共鸣 线 (非)圏接收效应到的电共能转换效率为 另一反面 as个接收的电频共振共 鸣线 (非)圈接收效应到的电共能转换效率为 74%;合计正反两面两个接收的电频 共振共鸣线 (非)圈相加收效应到的电共能转换效率为 139%。
由此可见， 这两个接收的电频共振共鸣线 (非)圈接收效应到的电共能总能 量 139%是大于发射的电共器 [电頻共振线 (非〉鑭]所耗的总能量 100%。也就是说， 电磁裂变激发了周围的残磁场和残电场， 同时释放出新的电共能量为 139%， 即 多出了 39%的能量。这样科学发展的增能新科技已是远远超过了旧的节能科技概 念， 也是一种新能源的新途径。从理论上说， 最佳增能效果为 2X84%。
这样科学发展的增能新科技， 是人类首次发现和发明， 也是一种有效环保 的新能源途径。 此时此刻， 我们再不能单单只局限于节能的旧科技概念了， 而 是着重在于， 如何激发周围的电残磁场？如何从电磁裂变中， 导致介质同时所 释放出的巨大能量， 从而获得更多的新能源等科学发展的新科技概念？
从原电子被轰击出这新的粒子， 可称为 "华子"， 符号为 " δ "子； 同时释 放出新的能量， 也可称为 "华子"能量。 由这 "华子"运动所产生新的物理场， 可称为电共场； 同时释放出新的能量， 可称为电共能。
根据大量数据的实验证明， δ子 (华子），是以每秒约 299792458m/S+Ga W t 超光速的超强度电子束， 从电子中被轰击出来的， 肯定是比电子细小。 华子的 静止量为零， 不带荷电， 其能量为普朗克常量和电磁镉射频率的乘积的 3倍， Δ ε =3hv, 在真空中是以超 ¾¾ c运行， 其自旋为 -1。
华子是电共能中携带能量的粒子。 单个华子携带的能量约为 12X 10-19焦 耳， 一个华子能量的多少与波长相关， 波长越长， 能量越高。 δ子 (华子)是传 递电共相互作用的基本粒子， 是非电磁辐射的载体。 华子具有能量， 也具有动 量和重量及质量， 更具有偏振态。
由于资金有限， 只能根据一些事实证明， 预测 δ子 (华子）， 是属于超级轻 子族里一种稳定的亚电子小粒子，其直径约是电子的 0. 03倍， 重量约为电子的 1/840。新发现的华子宽度超窄，既有超强子共振态，也有 e+e-对中分裂出来的 ee+ee-配对体系，还有衰变现象， 稳定的寿命， 在非导电磁体上达数万年以上， 但在导电磁体上小于 1秒。
实例十： 在接收的电頻共振共鸣线圈 [包括接收的电頻共振共鸣线 (非)圈 ] 工作中， 不仅电频共振共鸣线圈外周围是不会引起指南针的指针转动的， 而且 电频共振共呜线圈内周围也是不会引起指南针的指针转动的。 也就是说， 工作 中接收的电频共振共鸣线圈内外周围根本是没有磁场的。
这又实验证明了， 接收的电頻共振共呜线團所接收效应到电共能， 都是 δ 子 (华子）， 并不是电子。
众所周知， 自由电子 (从原子冲逃逸出来的电子)能够在导体的原子之间轻 易移动， 但它们在绝缘体中是不行的。这样的无线电源的输电效果也证明了， 只有华子， 才能够在绝缘体的原子之间轻易移动。
实例十一： 经过一段时间持续使用发射的电頻共振共鸣线圈后， 导线是特 别容易氧化性的； 而经过一段时间持续使用接收的电频共振共鸣线圈后， 导线 是特别容易还原性的。
我们知道，物质的电子可以失去也可以得到,物质具有失电子的性质叫做氧 化性， 该物质被称为氧化剂； 物质具有得电子的性质叫做还原性， 该物质被称 为还原剂。 物质氧化性或还原性的强弱由得失电子难易决定， 与得失电子多少 无关。
从发射的电共器出来的华子， 能够在非导体的原子之间轻易移动， 但它们 在导体中不行。于是，物体在共振共鸣时传递到非导体上的电荷会被迅速中和， 因为多余的华子会从物质表面流走， 或者額外的华子会被吸附到物体表面上代 替流失的华子。所以， 无论共振共鸣多么剧烈， 非金属都不可能共振共鸣复电。 但是， 金属这样的导体， 在共振共鸣之后， 其表面就会复制留下电荷。
因此， 由电子通过发射的电頻共振共鸣线圈中， 致使电磁聚变为华子， 就 是电子聚变华子定律。 由电子通过发射的电频共振共鸣线 (非)圈中， 致使电磁 裂变为华子， 就是电子裂变华子定律。
电共场原理。从谐振出来的电流， 通过发射的电频共振共鸣线圈或发射的 电频共振共鸣线 (非)圈中， 导致电磁聚变或电磁裂变转变成电共能， 由此， 形 成了一个新的电共场。 犹如当一个物体与另一个物体的频率一样时， 就会产生 震动的共振原理那样。
由电频共振共鸣线圈或电频共振共鸣线 (非〉圈的发射与接收所引起电频共 振共鸣效应， 就是电共场效应。 可称为电共场效应定律。
实例十二： 工作中， 虽然发射的电共器所耗的功率是少于所有配对接收的 电共器接收效应到合计的功率， 但是， 发射的电频共振共鸣线圈的电压和电流 是大于所有配对接收的电頻共振共鸣线圈的， 而且， 发射的电頻共振共鸣线圈 所耗的功率是大于所有配对接收的电頻共振共鸣线圈合计的功率。
这实验证明了， 以上所述实验例子都是遵循能量守恒定律的， 只不过是电 磁聚变或电磁裂变， 激发了周围的残班场和残电场， 同时释放出新的更大的电 共能量。
实例十三： 在这电頻共振场效应过程中， 用现有的铁心感应线圈， 在很近 的距离才能成应到， 但在较远的鉅离却不能感应到电共能量： 只有用配对同频 率接收的电共器， 才能接收效应到电共能量转变成电能。
也就是说， 用现有的铁心铜线圈可感应到电共场的电共能量， 但却不能感 应到电共场效应的电共能量； 只有用 ffi对同频率接收的电共器， 才能接收效应 到电共能量转变成电能。 由此可知， 电共场与电共场效应， 并不是完全相同的， 电共场的范围较小， 而电共场效应的范围则是很大的。
用现有的铁心铜线圈都可感应到电共场的电共能量， 不过， 距离是很近的； 犹如没有耳朵只靠接触的感应那样。 而用没有铁磁心的共振铜线圈， 也能接收 到电共场的电共能量，不过，距离是较近的； 犹如用已经损坏耳朵来听觉那样。 而用没有铁磁心的带配对频率接收的电频共振共鸣 (铜)线圈， 竟然在很远距离 接收效应到电共能量； 犹如声学中的共振现象称为 "共鸣"那样， 发声器件的 频率如果与外来声音的频率相同时， 则它将由于共振的作用而发声。 不过， 在 距离很近时， 是会消坏原器件负载超出的額定功率的； 犹如正在工作的大功率 喇叭那样， 在距离很近时， 是会损坏耳朵的。
电共场效应以周围作逐渐扩散运动， 其中，主要有两种逐渐扩散运动形式。 第一种逐渐扩散运动形式， 是以两面正反方向的配对体系作锥体逐渐扩散运动 形式。第二种逐渐扩散运动形式， 是以四周方向与第一种逐渐扩散运动形式的 垂直方向作逐渐扩散运动形式。 所传递电共能量的距离， 第一种逐渐扩散运动 形式比第二种逐渐扩散运动形式是远得多的。
由此可见， 电共场效应，虽然与电磁场和磁场某些逐渐扩散运动有点相似， 也虽然与电学谐振某些变动頻率有点相似， 但是， 电共场效应， 既不是电磁场 和磁场， 也不是电学谐振。因为， 电磁场和磁场是能引起磁针转动的： 又因为， 谐振现象是不会消坏远距离的收音机的： 所以， 电共场效应肯定是一个新的物 理规律， 那就是至今还未发现的的电共场效应。
电共场效应， 在空气传递中， 并不是现有的电能， 而是一种新的能， 就是 电共能。 因为， 我们用尽了伏特和安培等方式方法， 在远距离时， 都是无法测 量到电共场效应的电压和电流， 尤其是在电共场效应范围内， 人体和动植物是 不会触电伤亡的，这是一个現象； 所以， 电共场效应肯定是一个新的物理规律， 那就是我们以前还未发现的电共场效应。
实例十四：在工作中接收的电频共振共鸣线園 [包括接收的电频共振共鸣线 (非)圈]，输出的电路中 电流强度和电势差成正比而与电阻和华子衰变率及共 振共鸣率成反比的。对于这些现象， 竟然是不完全是按照 (电路中的电流强度和 电势差成正而与电阻成反比)欧姆定律的。
也就是说， 在使用接收的电頻共振共鸣线圏 [包括接收的电频共振共鸣线 (非)圈]，输出的电路不宜过长。因为，输出的电路中的电流强度和电势差成正 而与电阻和华子衰变率成和共振共鸣率反比的， 并不是电路中的电流强度和电 势差成正而与电阻成反比的。 所以， 有公式 (11)。 Ω〜-: ν · δ . η/Α (11) 公式 (11)中， 无线接收电阻 (欧姆)， δ为华子衰变率， η为共振共 鸣率， V为电势差 (伏特)， Α为电流强度 (安培)。
公式 (11)的输出的电路中的电流强度和电势差成正而与电阻和华子衰变率 成反比， 就是无线接收效应到的电阻定律。
实例十五：在工作中接收的电频共振共鸣线圈 [包括接收的电频共振共鸣线 (非)圈] ,输出的电路中， 电流通过导体产生的热量是电流强度和通电时间及导 体的电阻成正比与华子衰变率和共振共鸣率成反比。 对于这些现象， 竟然也是 不完全是按照 (电流通过导体产生的热量跟电流强度的平方成正比、跟导体的电 阻成正比、跟通电时间成正比)焦耳定律的。
也就是说， 在使用接收的电频共振共鸣线圈 [包括接收的电频共振共鸣线 (非)圈]，输出的电流通过导体产生的热量是电流强度和通电时间及导体的电阻 成正比与华子衰变率和共振共鸣率成反比， 并不是电流通过导体产生的热量跟 电流强度的平方成正比、 跟导体的电阻成正比、 跟通电时间成正比。所以， 有 公式 (12)。
<Γ-=υ · Α · ι7 δ · η (12) 其中： U=AR。
公式 (12)中， Q~ -为无线接收电热 (焦耳)， δ为华子衰变率， η为共振共鸣 率， R为电阻 (欧姆〉， Α为电流强度 (安培)。
公式（12)的输出的电流通过导体产生的热量是电流强度和通电时间及导体 的电阻成正比与华子衰变率和共振共鸣率成反比， 就是无线接收效应到的电热 (或电功〉定律。
实例十六：在工作中发射的电频共振共鸣线園 [包括发射的电频共振共鸣线 (非)圈]，输入的电路中的电流强度和电势差及电子頻振加速率以及共鸣率成正 比而与电阻和共振率成反比的。对于这些现象，竟然也是不完全是按照 (电路中 的电流强度和电势差成正而与电阻成反比)欧姆定律的。
也就是说， 在使用发射的电频共振共鸣线圈 [包括发射的电频共振共鸣线 (非)圈] ,输入的电路中的电流 ¾ft和电势差及电子頻振加速率以及共鸣率成正 比而与电阻和共振率成反比的， 并不是电鉻中的电流强度和电势差成正而与电 阻成反比的。所以， 有公式 (13)。
Ω ~+=ν · Φ · τ /Α · V (13) 公式 (11)中， Ω 为无线发射电阻 (欧姆）， Φ为电子頻振加速率， τ为共 鸣率， V为共振率， V为电势差 (伏特〉， Α为电流强度 (安培)。 公式 U3)的输出的电路中的电流强度和电势差及电子频振加速率以及共鸣 率成正比而与电阻和共振率成反比的， 就是无线发射的电阻定律。
实例十七：在工作中发射的电频共振共鸣线圈 [包括发射的电频共振共鸣线 (非)圈]，输入的电路中， 电流通过导体产生的热量是电流强度、 电子频振加速 率、 通电时间、 导体的电阻、共振率成正比与共鸣率成反比。 对于这些现象， 竟然也是不完全是按照 (电流通过导体产生的热量跟电流强度的平方成正比、跟 导体的电阻成正比、 跟通电时间成正比)焦耳定律的。
也就是说，在工作中发射的电频共振共鸣线圈 [包括发射的电频共振共鸣线 (非)圈]，输入的电流通过导体产生的热量是电流强度、 电子频振加速率、通电 时间、 导体的电阻、 共振率成正比与共鸣率成反比， 并不是电流通过导体产生 的热量跟电流强度的平方成正比、 跟导体的电阻成正比、 跟通电时间成正比。 所以， 有公式 (14)。
(T+=U · A · Φ · V . t/ τ (14) 其中： U=ARe
公式 (14)中， Q〜+为无线发射电热 (焦耳)， Φ为电子频振加速率， τ为共鸣 率， V为共振率， R为电阻 (欧姆)， Α为电流强度 (安培)。
公式 (14)的输出的电流通过导体产生的热量是电流强度、电子频振加速率、 通电时间、导体的电阻、共振率成正比与共鸣率成反比，就是无线发射的电热 (或 电功)定律。
实例十八： 当迅间开关发射的电共器那一刻时， 接收的电共器的灯是不亮 的， 并不是电磁感应那样的。这是电共场效应的有力依据之一的实验证明。
实例十九： 当启动发射的电共器后， 接收的电共器的灯并不是随即亮的， 而是渐渐亮起来的； 当关闭发射的电共器电源后， 接收的电共器的灯并不是随 即熄灭的， 而是渐渐熄灭的。 这是电共场效应的有力依据之一的实验证明。
实例二十： 在工作中发射的电共器的发射范围， 把接收的电共器放置到灯 (节能灯)不亮之边界，然后，把接收的电共器往前接近发射的电共器到灯亮时， 再把接收的电共器回推后到原来的位置， 甚至再后一些， 这时， 该接收的电共 器的灯 (节能灯)仍然是持久亮的。这是电共场效应的有力依据之一的实验证明。
实例二十一： 在工作中发射的电共器的发射范围内， 进行不断调试接收的 电共器的频率， 竟然可把该发射的电共器的内置配件烧毁。 这也是电共场效应 的有力依据之一的实验证明。
实例二十二： 在调试工作中发射的电共器， 竟然可控使人体不该有毛的地 方而脱毛。对此经十几年临床试验是无付作用的. . . 实例二十三： 在调改接收的电共器后， 工作中竟然可控使人体皮肤数秒内 而去旧复新， 对此经十几年临床试验是无付作用的. . .
这些也将是为医学开辟了新途径， 更是全人类的福气！
. 由此可知， 我们新发现的华子是全人类的福子， 并不是同我们以前发现的 核子等许多粒子那样带有危害性的。 犹如宇宙自然规律那样， 有正必有负， 有 正必有反， 有祸子必有福于。 这可能是以前从未打算或者未有能力轰击电子的 缘故吧？只是几乎全部集中轰击核子的缘故吧？可能电子还藏着很多福子吧， 可能核子还藏着很多祸子吧。
预计华子， 不仅是有增能效果， 而且还是一种崭新的人工合成电能 "发电 机"， 这将又再是提供全人类的另一种环保巨大新能源途径。
然而， 无线电源的输电高新科技是符合现今环保的要求， 因为， 经科学实 验证明， 无线电源的输电根本不是以电磁场形式运行的， 这是一个现象， 所以， 无线电源的输电肯定没有电磁痛射的伤害。 预料， 目前无线电源的输电高新科 技将胜于 100所名牌大学。正如恩格斯所说， 人们喜爱的科技， 远远超出 10所 名牌大学。
实例二十四： 普通的发射和接收的电共器， 直径距离已经达到十一米。 对 此要突破公里的距离再并不是主要问题， 只要有足够的资金， 预计将在三年之 内实现。
我们科研人员已经掌握了无线电源的输电髙新科技精髓， 尤其是根据这些 科技， 足以解开某海鲸为何能在 3260公里传递电共场效应之谜？
无线电源的输电科技， 虽然， 没有《太阳系只有四大行星》那样深奧， 也 没有《弯曲的时空调速器》或（操控时光隧道扭转命运星斗乾坤大罗仪》高新 科技那样即可翻天覆地的变化， 更没有《环保永恒发电机》超级科技那样可免 这期生物圈毁灭性超级灾难和可保人类延续 15亿年以上。但是， 它所涉及广泛 的领域将是一场科技大革命， 将是沉默过百年科学的又一次重大飞跃。
我们知道， 电磁学从原来互相独立的两门科学 (电学、 磁学)发展成为物理 学中一个完整的分支学科， 主要是基于两个重要的实验发现， 即电流的磁效应 和变化的磁场的电效应。这两个实验現象， 加上麦克斯韦关于变化电场产生磁 场的假设， 奠定了电磁学的整个理论体系， 引致了欧洲乃至全世界带来电气化 的一场科技大革命， 发展了对现代文明起重大影响的电工和电子技术。 尤其是 使发源地欧洲， 几百年来奠定了科学发展的坚实基础。
然而， 当我们进入无线电源的输电科学研究后，发现它竟然是无边无际的， 它不局限于电磁学， 而是从数学和物理及化学以及生物、 医学的基础上发展起 来的一门大学科， 将有很多很多新的原理、 定理、 定律、 定义、 粒子、 力、 场、 效应、 分布、 作用、 增能、 公式、 方程、 级数、 展开式、 猜想、 反应式和新支 学科及新创学科等等， 预计不少于过千名诺贝尔奖得奖者。
根据科学分析研究认为， 电频共振共鸣这一门新学科， 是从科学的基础根 发展起来的。 并不是只局限于物理学中分支电磁学中树枝上。 也就是说， 是从 原来互相独立的多门科学 (数学、 物理、 化学、 医学、 生物学等学科)， 发展成 为科学中一个更加完整的分支大学科， 犹如一颗耀眼的明珠。

Claims

权 利 要 求 书 、 一种无线电源远距离输电装置， 其特征在于： 包括发射的电共器和接收 的电共器， 电共器有导线绕制在没有导磁体上的电频共振共鸣线圈， 电 频共振共鸣线圈有共振共鸣线圈连接在电子频振加速器上， 电子频振加 速器有电容并联的一圈又一圈或一层又一层的导线再串联在共振共鸣 线圈。
、 根据权利要求 1所述的无线电源远距离输电装置， 其特征在于： 所述的 共振共鸣线圈有隔距离的导线绕制在支架上。
、 根据权利要求 1所述的无线电源远距离输电装置， 其特征在于： 所述发 射的电共器中电频共振共鸣线圈是连接的高中低频振荡电路。
、 根据权利要求 1所述的无线电源远距离输电装置， 其特征在于： 所述接 收的电共器中电频共振共鸣线圈是直接输出或并联电容后输出。
、 根据权利要求 1所述的无线电源远距离输电装置， 其特征在于： 所述电 频共振共鸣线圈包括电频共振共鸣非线圈， 如成排状等多种形状。
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