WO2018010167A1 - Radio beam with power of big-data electric-energy carrier - Google Patents

Abstract

A radio beam with the power of a big-data electric-energy carrier, relating to the field of power, and a high-efficiency, zero-radiation and long-distance transmission method for transmission of a clockwise rotating radio beam of a big-data electric-energy carrier. Electromagnetism with a left-hand rule as a physics quantification is taken as a theoretical basis, and by means of the theoretical basis, clockwise rotation is designed to generate a forward motion power. According a principle where power is inversely proportional to a rotational frequency, a big-data carrier is converted into radio beams with power in clockwise rotation. The radio beam with power is a radio beam with power continuously rotating around a Y axis core clockwise and moving forwardly. Moreover, on the basis of different rotation frequencies, generated forward moving frequencies and power are also different. On the basis of nature's law of universe circulation, i.e. a moving object being in perpetual motion and a resting object being in perpetual resting, continuous clockwise high-speed rotation generates mutual contact with power gradually, and a post-stage carrier radio beam with power in rotation pushes a pre-stage radio beam with power to move forwardly, thereby realizing a big-data carrier radio beam. The present invention has the beneficial effects of zero-radiation and long-distance transmission.

Description

 A large data electric energy carrier powered electric beam

 [0001] The present invention discloses a large data electric energy carrier powered electric beam, and the invention relates to a power field and a high efficiency, zero radiation, long distance transmission big data electric energy carrier 吋 旋转 rotating electric beam transmission method .

 Background technique

 [0002] With the depletion of resources such as oil and coal, and people's further understanding of environmental protection, oil and coal are less and less used in people's lives, and replaced by clean energy such as solar energy, wind energy and electric energy. Taking cars as an example, at present, major automobile manufacturers are scrambling to study electric energy vehicles. However, they face a huge problem, that is, the problem of charging electric vehicles is difficult. In addition to the current power system, the peak period of power consumption and the peak period, that is, the peak power consumption is large, the grid load is also large, the power consumption during the low valley period is small, and the grid load is also small. In order to balance this problem, it is generally adopted. The measure is to implement the differential electricity price, that is, the peak electricity price is expensive, and the low electricity price is cheap. This is still a palliative approach.

 technical problem

 [0003] In summary, in view of the shortcomings of the prior art that the power peak period and the low valley period have different requirements on the grid load, a big data electric energy carrier-powered electric beam is proposed.

 Problem solution

 Technical solution

[0004] In order to solve the technical problem proposed by the present invention, the technical solution adopted is: a large data electric energy carrier powered electric beam, the electric beam applying left hand law physics quantitative electromagnetics as a theory and basis According to this theoretical basis, the design of the smoothing of the needle rotation produces the forward running power, and according to the inverse proportional principle of the power and the rotating frequency, the big data carrier becomes a powered beam of a bunch of smoothing needles. The powered electric beam is a forward-running powered electric beam that continuously rotates around the Y-axis axis, and the forward moving speed and power generated according to the rotation frequency are also Different, applying the constant motion of the mover, the natural law of the cosmic cycle of the static and static, using the quadruple + carrier + carrier beam + carrier + carrier beam quadruple rotation law, first rotate the big data carrier at high speed After the + carrier group high-speed rotation + carrier high-speed rotation + drive carrier beam high-speed rotation + carrier beam high-speed rotation + drive the carrier beam high-speed rotation, so cycle on the surface of the ionosphere, the cosmic wave magic occurs automatically rotation + carrier rotation + drive The carrier group rotates around the carrier + the rotation of the carrier group drives the rotation of the carrier beam + the rotation of the carrier beam and drives the carrier rotation, so that the loop does not stop, when the carrier rotation frequency + carrier group rotation frequency + carrier rotation frequency + carrier beam rotation frequency, The same is true, the carrier beam rotation resistance is zero, the beam can continuously transmit the rear stage to push the front stage, and the power beam, the one beam pushes the uninterrupted contact with each other, accelerates the big data carrier. The electric beam wirelessly transmits and accurately arrives at the receiving destination address of the wireless transmission; the big data carrier electric beam is split into independent, continuously rotating, and a bunch of squispins are rotated and powered Electric beam, and application of semiconductor GPRS chip and single-chip programmable technology to achieve carrier power Wave, the different rotation frequency between the electric beam and the electric beam, the rotation frequency between the electric beam and the electric beam is higher than that of the previous stage 1.0Khz~2.0M hz, and the principle of increasing the rotation frequency is used to increase the data. The carrier electric beam rotates to form a post-stage electric beam relay to push the pre-stage carrier electric beam, and continuously runs forward without interruption, and the electric beam and the electric beam continuously rotate along the Y-axis direction to rotate the relay forward. The running power beam, the power beam, which continuously rotates at a high speed, and the power is brought into contact with each other step by step. The powered, rotating, rear-stage carrier beam drives the front stage. The implementation method of the power beam forward acceleration operation is: Applying the antenna array programmable phase shift rotator transmission technology, the system continuously sends out the phase shifting instruction of the antenna array z-axis direction, and the phase shift rotator is continuously changed according to the instruction. The transmission direction of the z-axis of the antenna array enables the antenna array shifter to rotate rapidly along the , pin to reach the big data carrier beam, along the rotating day The rotational direction of the array emitted, and the phase synchronization speed large data transmission carrier wave to transmit the rotating air.

The antenna array shifter is used to realize multi-envelope transmission, and the programmable rotation type transmission method is adopted to realize the rotation transmission function of the big data carrier electric beam antenna array, which is characterized in that the big data electric energy carrier electric beam is divided into the packet form. For a beam of waves, each wave consists of N (1-9999) carriers, each of which can be independently and independently rotated at a high speed, characterized in that the carrier in the independent continuous rotating carrier wave is homogenous The function of continuous rotation of the needle, and the rotation carrier frequency is the same as the carrier rotation frequency, the phase clear synchronization function, when the carrier rotation frequency = carrier rotation frequency = N carrier beam rotation frequency = phase synchronization 吋, running resistance = zero, loss = zero. Use existing semiconductor GPRS chip technology The technology realizes the rotating carrier electric beam packet, and also applies the method of rotating antenna array technology to the sky, and realizes the point-to-point receiving address transmission and reception function.

 [0006] Implementing big data carrier electric beam rotation by chip programmable, characterized by frequency of electric wave of big data carrier, rotation frequency between electric beam and electric beam, and post-stage frequency of each beam is increased step by step compared with pre-stage frequency In the range of 1.0kz~2.01Mhz step by step, the rotation frequency is increased step by step. Since the rotation frequency of the post-stage beam is higher than the rotation frequency of the pre-stage beam, a bunch of fundamental waves pushes the rotating beam step by step. The electric wave generates a continuous uninterrupted relay forward rotational power, and runs forward along the vector direction via the GPRS chip technology. Each bundle of big data carrier waves is combined into a bundle of radio waves by a plurality of (1~99999) carriers, characterized in that the large data electric energy carrier continuously rotates the electric beam at a high speed and the large data broadband video carrier continuously rotates at high speed without interruption. The electric beam is a high-efficiency, zero-radiation, long-distance transmission of a large data electric energy carrier electric beam, and a method of continuously rotating the electric beam transmission by a squeaking needle, which is characterized in that the application system continuously sends a change to the same address GPRS chip module. The axis direction phase command is used to realize continuous rotation and forward operation. The big data electric energy beam is along the Y-axis direction, and the high-speed rotation vector rotates the vector to the destination.

 [0007] The big data electric energy carrier electric beam gap type continuously rotates around the Y-axis axis, and the characteristic is that the gap between the big data electric energy carrier beam and the beam is set at 1/98 Khz seconds. The bundle, in the set gap, the big data electric energy carrier combination becomes a package type tightly combined into one bundle, each bundle carrier wave is the same address, the same phase, and is set with automatic clear function to ensure the power The relay phase of the continuous rotation of the electric beam is synchronized.

[0008] A big data electric energy carrier electric beam, characterized in that the rotation frequency is the same as the carrier frequency of the big data electric energy carrier electric wave, the phase is synchronized, and the electric beam is continuously rotated by the high-speed multi-dimensional vector of the electric beam, the latter stage The electric beam relay pushes the pre-stage beam to rotate the vector forward and runs, and according to the system command carrier beam arrives at the receiving antenna input that enters the same address. Application: Constant magnetic field can only apply to the moving charge, so constant The principle that the magnetic field is not able to transfer energy to the moving charge, and the method for fabricating the electric energy of the big data electric energy carrier to reduce the electric energy is characterized in that the large data electric energy carrier current beam current flowing into the primary of the magnetic induction coil The magnetic field is generated by the coil, and the current direction and the magnetic field direction are perpendicular to each other. The magnetic field is cut near the coil magnetic field to generate a current, which is called electromagnetic induction. The fast forward and reverse alternating magnetic field direction cutting produces an electric energy carrier wave, and the frequency is 98K. Hz high-frequency electric energy carrier wave, coupled to the secondary output of the electromagnetic induction coil by the electromagnetic induction coil to the output of the secondary output of the electromagnetic induction coil 3.2v/640ma is 6.4V/320ma, 98k z high frequency carrier, into the demodulation, Rectification, filtering, voltage regulation, output, and other modules are then output to the terminal load battery.

[0009] A method for reducing the process of making a seamless docking process by an electric energy carrier, wherein the method for reducing electric energy applies a physical law in which each of the magnetic directions of the same direction repels each other, and the special evidence is that the high-speed rotating big data electromagnetic energy wave is positive The anti-high-speed rotation alternately cuts the NS electromagnetic pole, and the positive and negative alternately cuts the Ns magnetic pole, and adopts the simplest process manufacturing process to realize the PwM current-type pulse width modulation electromagnetic wave rotating at high speed through the electromagnetic induction coil having the positive and negative cutting electromagnetic poles. And the coupling-type cutting step-down is applied, and the high-speed rotating power electromagnetic wave is alternately cut and divided by the primary inductance coil 8~10, and the frequency division is 98Khz, which is characterized in that the positive and negative alternate rotation flows through the magnetic induction coil, and is selected. Low dielectric constant soft PCB, each forward and reverse electromagnetic field is designed as a coiled electromagnetic induction coil. The center is selected according to the design requirements for the insertion of the magnet material, the length of the PCB foldback distance, and the electromagnetic field positive/reverse cutting electromagnetic pole high frequency frequency. The length of the return distance (mm) is opposite to the polarity of the return magnetic field. The opposite is true.

[0010] Based on the direct propagation mode of radio waves penetrating the ionosphere, radio waves pass through the ionosphere; fading, absorption, direction change, propagation delay, frequency variation, and polarization plane rotation. , characterized in that these effects rapidly decrease with increasing frequency, the absorption of water molecules starts from a frequency of 15 GHz, and an absorption peak appears at a frequency of 23 GHz. This patent sets the carrier frequency, the base beam. The rotation frequency is in the range of 2.49999Ghz~19.49999Ghz, and the best frequency band is selected, 16.49999Ghz. Advantageous effects of the invention

 Beneficial effect

 [0011] The high beam electric energy carrier-driven electric beam high efficiency proposed by the invention has the beneficial effects of zero radiation and long distance transmission.

 Brief description of the drawing

 DRAWINGS

 1 is a schematic diagram of a principle model of the present invention.

 BEST MODE FOR CARRYING OUT THE INVENTION

BEST MODE FOR CARRYING OUT THE INVENTION [0013] The present invention will be further described below in conjunction with the drawings and specific embodiments of the invention.

 [0014] A large data electric energy carrier-powered electric beam, as shown in FIG. 1, is a packet-driven method that continuously rotates a power-transmitting electric beam forwarded by a relay at a high speed.

[0015] The first method, using a packet-based planar transmission transmission method, uses a one-to-one rotation of a rotating carrier electric beam module, and a one-to-multi-point rotation type rapidly rotates the carrier electric beam packet into the sky. Method, and click on the receiving address to receive.

[0016] The present invention relates to a high-speed rotating electric beam of a large data electric energy carrier and a high-speed rotating electric beam of a large data broadband video carrier: a high-efficiency, zero-radiation, long-distance transmission of a large data electric energy carrier, a sleek rotating electric beam transmission Method, the application continuously changes the phase command in the z-axis direction, the big data electric energy carrier electric beam rotation type rotates around the Y-axis, and the gap between the beam and the beam is set at l/98Khz seconds as a bundle, big data The electric energy carrier beam rotation frequency is the same as the carrier frequency of the big data electric energy carrier beam, phase synchronization, the forward direction of the electric beam to the high-speed multi-dimensional vector rotation of the electric beam, and the transmission of the big data electric energy carrier rotating electric beam fast Forward, according to the system command to enter the same address of GPRS to the receiving antenna input end, then enter the magnetic induction coil primary, fast forward and reverse alternate cutting to produce the output energy carrier wave, divided by 98Khz high frequency electric energy carrier wave, coupled to electromagnetic induction The secondary output of the coil is output, and enters demodulation, rectification, filtering, voltage regulation, and output. After the module is output to the terminal load battery string is connected in parallel with the superposition charging.

 [0017] 笫 two methods, using antenna array shifter to achieve three-dimensional emission method

[0018] 1. Single carrier radio wave rotation measurements;

[0019] 2. The carrier beam is rotated around the carrier;

[0020] The big data electric energy carrier electric beam, the beam and the beam gap are set to be one bundle at l/98 Khz seconds, and the big data electric energy carrier electric beam is queued sequentially into the emission shift term module, and the transmission shift item is rotated. The module applies a programmable shifting method, receives a system rotation shifting instruction, or a module sets a fixed frequency of a smoothing rotation shifting instruction, and the transmitting module output end is coupled with the array antenna shifter, and the transmitting module will The big data electric energy based beam is formed by the beam-to-beam slewing pin rotating around the Y-axis. The electric beam is transmitted from the antenna array to the antenna on the high-speed rotation to the air. The big data electric energy beam is in the air. In the form of an electric beam, the unidirectional rotation of the needle is fast forward, and the magnetic field generated in the forward direction is a fixed magnetic field, which is the same as the magnetic field of the Earth N~S, and does not cause any harm to the human body. [0021] Third method

 [0022] Applying the constant motion of the mover, the natural law of the cosmic cycle of the static and static, using the quadruple rotation carrier + carrier beam + carrier + carrier beam quadruple rotation law, first rotating the big data carrier at high speed, driving the carrier group High-speed rotation, high-speed rotation of the carrier drives the carrier beam to rotate at high speed, the carrier beam rotates at high speed, and drives the carrier beam to rotate at high speed. This cycle on the surface of the ionosphere, the cosmic wave magically rotates automatically, no longer stays, when the carrier rotates frequency + carrier The group rotation frequency + carrier rotation frequency + carrier beam rotation frequency is exactly the same, and the rotation forward resistance is zero.

 [0023] In the fourth method, the forward running speed generated by the rotary power beam is different from the generated driving force, and the special evidence is that the powered electric beam can continuously transmit the rear stage to push the front stage. , powered, a bundle of uninterrupted contact with each other, accelerates the wireless transmission of the big data carrier beam, and accurately reaches the receiving destination address of the wireless transmission, characterized in that the big data carrier beam is The packet splitting method becomes independent, continuously rotating, a bundle of powered electric beams rotated by the 吋 pin, and the semiconductor GPRS chip and the single-chip programmable technology are used to realize the carrier wave, between the bundle and the bundle Different rotation frequencies, the post-stage rotation frequency between the beam and the beam is higher than the previous stage 1.0Khz~2.OMhz range change, and the rotation frequency is stepwisely incremented to make the big data carrier electric beam rotate to form the post-stage electric beam relay. Promote the pre-stage carrier beam, continuously forward without interruption, apply the carrier internal carrier + external carrier wave double rotation plus force method... On the basis of the third method, after the carrier is rotated by the 吋 pin, the modulation frequency to the big data electric energy fundamental wave is the same, the phase is synchronized, and then the second method is applied, and the electric beam is circumscribing the needle into the air to transmit, increasing The electric beam vector pre-action force.

 [0024] It is noted that the carrier, the carrier beam, the carrier, the carrier group, and the quadruple power beam have the same rotation frequency: 2.49999 Ghz, and the quadruple rotation frequency is synchronously rotated.

 [0025] receiving part, big data electric energy reduction core technology

 [0026] high-speed positive and negative cutting electromagnetic field magnetic field direction receiving reduction electric energy 98k z fundamental wave;

 [0027] Basic theoretical application: Wireless electromagnetic waves operating in the same direction, as long as the operating direction is not changed, the high-speed operation of wireless electromagnetic waves does not produce any electromagnetic wave radiation that is harmful to the human body, and generates a fixed magnetic field like a permanent magnet. Any damage, such as the magnetic poles of the Earth's NS magnetic field, will never have any negative effect on the human body.

[0028] However, if the fundamental wave of the wireless electromagnetic wave carrier rotates for a while, it is reversed for a while, and the electromagnetic field is performed at a high speed. The alternating cutting transformation of the positive/negative magnetic poles produces a wonderfully alternating magnetic field wave whose frequency is the frequency of the forward and reverse cutting magnetic field lines = 2.49999 Ghz. The inventor of the present invention sets the large data AC conversion rate for the dynamic electromagnetic wave; the electromagnetic pole direction change is alternately cut between 81 Khz and 98 Khz. Theoretically, it is not difficult to launch from a long distance, but the dynamic electromagnetic wave is designed to be high-efficiency, and the electromagnetic wave carrier fundamental wave is not radiated. First, it must be simplified from the technical process, high reliability, low cost, and automation. , standardization, qualification rate and other high level of production, in order to meet market demand. Therefore, the dynamic electromagnetic wave selects the energy-coupled acquisition of the cutting electromagnetic pole direction in the closest distance (within 50 CM) of the receiving load terminal. The 吋 transmission PwM current-type pulse width modulation big data electric energy fundamental wave has no radiation, and the efficiency is more than 98%. From the transmitting end to the charging terminal, the alternating frequency is the same as the PWM pulse width modulation loading frequency, and no EMi radiation will be generated outside the 50CM, which can be detected by an authorized detection mechanism such as TÜV Rheinland and the US UL.

 [0029] The high-speed rotating big data electromagnetic energy fundamental wave alternately cuts the NS electromagnetic pole, which is characterized in that the process method uses the most complicated theory and adopts the simplest process manufacturing process to realize high-speed rotational wear of PwM current type pulse width modulation electromagnetic wave. The electromagnetic induction coil of the positive and negative magnetic poles is decompressed by the coupling type, and the high-speed rotary power electromagnetic wave is divided by the inductance coil, and the frequency division is 98Khz. In order to facilitate the simplification of the processing process, in the future mass production process, the low dielectric constant is selected. Soft PCB, the design of each positive and negative electromagnetic field is good, and it is processed into a coiled electromagnetic induction coil. The center is selected according to the design requirements. It is suitable for the magnetic pole material power, alternating frequency, magnetic material, etc. The core is inserted, and the receiving volume is smaller. it is good. The length of the PCB foldback distance, the electromagnetic field positive/negative cutting electromagnetic pole high frequency wave frequency; Note that the frequency setting is accurate, and the length of each segment return distance (mm) is opposite to the polarity of the return magnetic field, and the phase is opposite.

 [0030] Based on the direct propagation mode of radio waves penetrating the ionosphere, radio waves pass through the ionosphere; fading, absorption, direction change, propagation delay, frequency variation, and polarization plane rotation. These effects rapidly diminish as the frequency increases. Water molecule absorption is from frequency

 The 15 GHz is only significant, and an absorption peak principle appears at 23 GHz. The carrier frequency and the base beam rotation frequency are set to be in the range of 2.49999 Ghz to 19.49999 Ghz.

Claims

Claim [Claim 1] A large data electric energy carrier-powered electric beam, characterized in that: the electric beam uses a left-hand law of physical quantitative electromagnetics as a theoretical basis, and according to this theoretical basis, a smooth needle rotation is designed. Producing forward running power, and inversely proportional to the principle of power and rotation frequency, the big data carrier becomes a powered electric beam that rotates with a bunch of squeezing needles, and the powered electric beam is a kind of continuous surrounding The forward-running powered electric beam with the Y-axis core rotating along the 吋 pin, and the forward movement rate and power generated according to the rotation frequency are different, the application is constant, the static is static The law of the natural cycle of the universe, using quadruple + carrier + carrier beam + carrier + carrier beam quadruple rotation law, first high-speed rotation of large data carrier + drive carrier group high-speed rotation + carrier high-speed rotation + drive carrier beam high-speed rotation + The high-speed rotation of the carrier beam + drives the carrier beam to rotate at a high speed, so that it circulates on the surface of the ionosphere, and the cosmic electric wave is magically generated. + Carrier rotation + driving carrier group around carrier rotation + carrier group rotation and driving carrier beam rotation + carrier beam rotation and carrier rotation, so the loop does not stop, when carrier rotation frequency + carrier group rotation frequency + carrier rotation frequency + The carrier beam rotation frequency is exactly the same, the carrier beam rotation resistance is zero, and the electric beam can continuously transmit the rear stage to push the front stage, with the power, one beam pushes a bundle of uninterrupted mutual contact, accelerates Pushing the wireless data transmission of the big data carrier and accurately reaching the receiving destination address of the wireless transmission; the big data carrier electric beam is split into independent packets in a packet mode, continuously rotating, and a beam is rotated by a beam The powered electric beam, and the application of the semiconductor GPRS chip and the single-chip programmable technology to realize the carrier wave, the different rotation frequency between the electric beam and the electric beam, and the post-stage rotation frequency between the electric beam and the electric beam is higher than The front stage 1.0Khz~2 .OMhz range changes, applying the principle of increasing the rotation frequency step by step, making the big data carrier electric beam The formation of the post-stage electric beam relay pushes the pre-stage carrier electric beam, and continuously runs forward continuously. The electric beam and the electric beam continuously rotate along the Y-axis direction with the high-speed rotation of the relay to drive forward. Electric beam, this kind of powered electric beam, which continuously rotates at high speed, and produces power-driven contact with each other step by step. Powered, rotary, post-carrier optical beam pushes the power beam of the front stage Pre-acceleration running method Yes: Using the antenna array programmable phase shift rotator transmission technology, the system continuously sends out the phase shifting command of the antenna array z-axis direction, and the phase shifting rotator continuously changes the transmitting direction of the z-axis of the antenna array according to the command, so that the antenna The array shifter rotates rapidly and the magnetic beam of the big data carrier is reached. The rotation direction, phase and rate of the rotating antenna array are synchronously transmitted and transmitted to the air by the large data carrier.  [Claim 2] A large data electric energy carrier-powered electric beam according to claim 1, wherein: the antenna array shifter is used to implement multi-envelope transmission, and the programmable rotary transmission mode is implemented. The large data carrier electric beam antenna array rotates the transmission function, and divides the big data electric energy carrier electric beam into a bundle beam wave, and each wave wave is composed of N (1-9999) carriers, and each carrier It can be independently and independently rotated continuously at high speed, and the carrier in the independent continuous rotation carrier wave has the function of continuous rotation of the same pin, and the rotating carrier frequency is the same as the carrier rotation frequency, the phase clear synchronization function, when the carrier rotation frequency = carrier rotation frequency = N carrier beam rotation frequency = phase synchronization 吋, running resistance = zero, loss = zero; 现有 using existing semiconductor GPRS chip technology to achieve rotary carrier beam packaging, the same application of rotary antenna array The method of transmitting technology to the sky, and simultaneously implementing the point-to-point receiving address transmission and receiving function. [Claim 3] A large data electric energy carrier-powered electric beam according to claim 1, characterized in that: the chip is programmable to realize the electric beam rotation of the big data carrier, and the frequency of the radio wave of the big data carrier, The rotation frequency between the electric beam and the electric beam, the post-stage frequency of each beam is increased step by step from the previous stage, and the range is increased from 1.0kz to 2.01Mhz step by step, and the rotation frequency is increased step by step, because the post-stage beam is rotated. The frequency is higher than the rotation frequency of the front beam, so a bunch of fundamental waves pushes the rotating beam wave step by step to produce a continuous uninterrupted relay forward rotational power, and is packaged by GPRS chip technology along the vector direction. Forward running, each bundle of large data carrier waves is combined into a bundle of radio waves by a plurality of (1~99999) carriers. The big data electric energy carrier continuously rotates the electric beam at high speed and the large data broadband video carrier continuously rotates at high speed without interruption. An electric beam, a high-efficiency, zero-radiation, long-distance transmission of a large data electric energy carrier, and a continuous rotation of the electric beam transmission method. The application system continuously sends a change of the Z-axis direction phase finger to the same address GPRS chip module. In order to achieve continuous rotation and forward operation, the big data electric energy beam is along the Y-axis direction, and the high-speed rotation of the vector is fast to the destination.  [Claim 4] A large data electric energy carrier-powered electric beam according to claim 1, wherein: the big data electric energy carrier has an electric beam gap type continuously around the Y-axis axis Rotating, the gap between the big data electric energy carrier beam and the beam is set to be one bundle at l/98Khz seconds. In the set gap, the big data electric energy carrier is combined into a packet type and tightly combined into one bundle, each bundle The carrier waves are at the same address, in the same phase, and are set to have an automatic clear function to ensure the relay phase synchronization with the continuous rotation of the power beam.  [Claim 5] A large data electric energy carrier powered electric beam according to claim 1, wherein: the rotation frequency is the same as the carrier frequency of the big data electric energy carrier wave, the phase is synchronized, and the electric beam pair The high-speed multi-dimensional vector of the electric beam continuously rotates forward, and the post-stage electric beam relay pushes the pre-stage electric beam to rotate the vector forward and runs, and according to the system command carrier beam arrives at the receiving antenna input end of the same address, the application A constant magnetic field can only exert a force on the moving charge, so a constant magnetic field cannot transmit energy to the moving charge. The method of manufacturing the electric energy of the big data electric energy carrier to reduce the electric energy is to flow into the magnetic induction coil. The big data electric energy carrier beam current flows through the coil to generate a magnetic field, applying the principle that the current direction and the magnetic field direction are perpendicular to each other, and the magnetic field is cut near the coil magnetic field to generate a current, which is called electromagnetic induction, and the fast positive and negative alternating magnetic field direction cutting produces the electric energy. Carrier wave, frequency division is 98Khz high frequency The energy carrier wave is coupled to the secondary output of the electromagnetic induction coil by the electromagnetic induction coil at a ratio of 1:2 turns. The output is 3.2v / 640ma is 6.4V/320ma, 98k z high frequency carrier, flowing into demodulation, rectification, filtering, Regulated, output, module output to the terminal load battery serial-parallel principle superimposed charging. [Claim 6] A large data electric energy carrier powered electric beam according to claim 1, wherein: the electric energy carrier restores the seamless docking process manufacturing method, and the method of reducing electric energy is applied. A physical law of mutually repulsive magnetic induction lines, characterized by high-speed rotation of large data electromagnetic energy waves, high-speed rotation and alternating cutting of NS electromagnetic poles, said alternating positive and negative cutting Ns magnetic poles, using the most simple process of production, to achieve PwM Current-type pulse width modulated electromagnetic wave rotates at high speed through electromagnetic induction with positive and negative cutting electromagnetic poles The coil, and the coupling-type cutting step-down, the high-speed rotating power electromagnetic wave is alternately cut by the primary inductance coil 8~10, and the frequency division is 98Khz, and the low-frequency alternating current flowing through the magnetic induction coil is selected as low The dielectric constant soft PCB, each forward and reverse electromagnetic field is designed as a crimped electromagnetic induction coil. The center is selected according to the design requirements for the insertion of the magnet material, the length of the PCB foldback distance, the electromagnetic field positive/reverse cutting electromagnetic pole high frequency wave frequency, each segment of the return The distance length (mm) is opposite to the polarity of the return magnetic field, and the phase is opposite.  [Claim 7] A large data electric energy carrier-powered electric beam according to claim 1, characterized in that: based on a direct propagation mode in which radio waves penetrate the ionosphere, radio waves are received through the ionosphere; Effects of absorption, direction change, propagation delay, frequency change, and polarization plane rotation. These effects rapidly decrease with increasing frequency. The absorption of water molecules starts at a frequency of 15 GHz and is at 23 GHz. An absorption peak principle appears, setting the carrier frequency, the base beam rotation frequency, in the range of 2.49999Ghz~19.49999Ghz, and selecting the best frequency band, 16.49999Ghz. [Claim 8] A large data electric energy carrier-powered electric beam according to claim 1, wherein: the high-speed rotating big data electromagnetic energy fundamental wave alternately cuts the NS electromagnetic pole, the process method, Using the most complicated theory, the most simple process is used to realize the PwM current-type pulse width modulation electromagnetic wave rotating at high speed through the electromagnetic induction coil of the positive and negative magnetic poles, using the coupling-type cutting step-down, high-speed rotating power electromagnetic wave divided by the inductance coil, The frequency is 98K hz. In order to facilitate the simplification of the processing process, in the future mass production process, a low dielectric constant soft PCB is selected, and each positive and negative electromagnetic field is designed to be a coiled electromagnetic induction coil. The center is selected according to design requirements. Suitable for magnetic pole material power, alternating frequency, magnetic material 枓 and other magnetic core insertion, the smaller the receiving volume requirements, the longer the length of the PCB foldback distance, the electromagnetic field positive/reverse cutting electromagnetic pole high frequency wave frequency; the frequency setting is accurate, The length of each reentry distance (mm) is opposite to the polarity of the reversal magnetic field, and the phase is opposite based on radio waves. Through the direct propagation mode of the ionosphere, radio waves pass through the ionosphere; fading, absorption, direction change, propagation delay, frequency change, and polarization plane rotation; these effects rapidly decrease with increasing frequency; The absorption is only significant at a frequency of 15 GHz, and an absorption peak principle appears at a frequency of 23 GHz, setting the carrier frequency, the fundamental wave. The beam rotation frequency is in the range of 2.49999 Ghz to 19.49999 Ghz.