KR20020007117A - RF system for wireless electricity power transmitter, receiver and methods - Google Patents

Abstract

PURPOSE: An electric wave system and method for a wireless power transmission and receipt is provided to stably and continuously supply a power energy without charging a specific battery by inserting or including a power electric wave into a data transmitting and receiving electric wave or carrier and performing a modulation transmission and receipt. CONSTITUTION: An adaptor(110) or a transformer converts an AC(100) into a DC(120). A multi casting distributing device(130) distributes the power converted into the DC(120) as an available voltage needed for using a mobile device. A DC/electric wave converter(140) converts the distributed power into a wireless electric wave. A combination modulating device(160) inserts or includes a transmission power electric wave or a microwave converted into the electric wave into a data transmission and receipt electric wave or carrier used in a corresponding mobile device. A transmitting unit(170) transmits the modulated electric wave.

Description

Radio system and method for wireless power transmission and reception {RF system for wireless electricity power transmitter, receiver and methods}

The present invention relates to a radio wave transmission system for transmitting and receiving wireless power.

More specifically, various mobile communication devices including battery-powered mobile phones, wireless Internet terminals, smartphones, PDAs, mobile computers, laptops, laptops, palmtop computers, portable printers, radios, and various portable audio devices including MP3 players and cassettes. Video equipment, airwave TV, portable card payment machines, electric vehicles, electric bicycles, electric scooters, electric boats, robots, toys, tools, unmanned cameras, camcorders, airplanes, spacecraft, satellites and other batteries Power source required for the use or operation of mobile device devices or various device devices in areas or places where wired cables are difficult to install. After converting power energy into a form of electric power propagation, It relates to an action transmission hameuroseo these equipment devices separate power supply, the wireless power transmission apparatus and method for radio systems where the required power can be continuously transmitted and received by the wireless unlimited manner without the need to.

SUMMARY OF THE INVENTION An object of the present invention is to load a conventional radio wave system or a general purpose telescope for general purpose long-distance broadband or short-range narrowband propagation which converts electric power into radio waves or after synthetic modulation. By converting and using the power source radio wave which has been integrated with the mobile device device which transmits and receives these radio waves, after receiving the normal electric wave which is internally integrated with the power supply through the wireless power receiver device which is self-contained or additionally attached or separate type, In particular, in a variety of mobile communication devices, mobile computers, and electric vehicles and other mobile device devices that use a battery as a main power source, which can be used only for a limited time today, a conventional limited battery is used without additional battery charging. Do the power energy supply problem of time A power transmitting and receiving device of a wireless system that can be intended to implement.

This is especially true in mobile communication devices such as mobile phones, and has advanced the conventional voice-oriented communication method, and the capacity of the transmission data such as the practical use of the IMT-2000 and the future mobile phones, various functions such as various videos, TVs, and the Internet are used. As a result of the large increase, the need for more large capacity batteries is needed, and the extension of battery life is the most important issue to be solved above all in power supply of mobile computers such as laptops, PDAs, and electric vehicles. As a result, technologies for increasing the capacity of batteries or extending the usage time of these mobile device devices by utilizing solar cells, etc. are being developed day by day. It can be said.

However, despite the development of new battery technology, the fundamental problem that the battery's shortcoming usage time is limited is one of the challenges to be solved someday.

Therefore, the present invention overcomes the limitation of the use time of the conventional battery and further proposes a wireless power supply method using a conventional radio wave system capable of continuously supplying power.

In addition, if the technology related to the present invention known so far, the power energy obtained by solar power generation in outer space is converted into microwaves and transmitted to a specific point on the ground, or by applying such a technology to a light aircraft to supply the necessary electrical energy Technology is being developed.

This method converts only the power energy itself into microwaves, and is mainly used to transmit a large amount of electric power obtained from outer space to the ground, and the converted microwaves used here are mainly almost straight light. It can be used only within the visible distance, and above all, it is used for a limited use of radio communication distance, a separate transmission / reception facility, a need for a base station or a relay station, and a limited use for a specific use.

Accordingly, in the present invention, at least these mobile devices can be modulated and transmitted by including or embedding a power-based radio wave that converts electric power into a radio wave in a general wideband or narrowband data transmission or carrier wave that is used in a mobile communication device or in various applications. The use of the device solves the problem of a more stable and continuous supply of power energy without the need for a separate battery charge.

The technical problem to be achieved by the present invention

Battery-powered mobile communication devices and PDAs, portable audio and video devices, airwave TVs, portable computers, electric cars, electric bikes, electric scooters, electric boats, robots, toys, camcorders, tools, ships, submarines, aircraft, spacecraft And other mobile devices that use batteries as the main power source and wirelessly supply power for use in fixed device devices used in areas or places where wires are difficult to install, or to transmit and receive wireless power from modems, LANs, Bluetooth, etc. A transmission system for constructing a long-distance or short-range transmission / reception system, which transmits a power source radio wave that converts electric power into a radio wave form on a normal radio wave or after synthesis modulation;

Receiving the synthetic modulated radio wave through the integrated and self-installed or additionally mounted or separate wireless power receiver in the mobile and stationary device, separates the power source radio wave from the normal radio wave, and powers the separated power source radio wave again. After the conversion to a receiver system that can be used as a power source of various device devices and a method for transmitting and receiving wireless power.

1 is an explanatory diagram of a wireless power transmission system according to an embodiment of the present invention.

2 is an explanatory diagram of a wireless power receiving system according to an embodiment of the present invention;

Explanation of symbols on the main parts of the drawings

100: AC power 110: Adapter 120: DC power 130: DC power distribution device

140: DC / radio wave converter 150: transmitter power wave 160: frequency synthesis modulator

170: transmitter 180: transmitter frequency 190: transmitter

200: receiver 210: frequency separation device 220: receiver power propagation

230: radio wave / DC converter 240: receiver DC power

250: Dedicated frequency receiver 260: Receiver (eg mobile phone, notebook computer)

Hereinafter, exemplary embodiments will be described in detail with reference to the accompanying drawings so that the contents of the present invention may be more easily understood. Of course, the drawings and the components illustrated below are one embodiment, it is natural that a partial change or adjustment is possible within the scope of the present invention.

The configuration system of the present invention is roughly divided into a wireless power transmission system, a wireless power reception system, and a wireless power transmission / reception method.

In the wireless power transmission system, various mobile communication devices using batteries and portable audio and video devices such as PDAs, radios, and MP3 players, portable mobile computers such as over-the-air TVs, and notebook computers, electric cars, electric bicycles, robots, toys, etc. Combined mobility devices, including mobile cameras, camcorders, tools, cleaners, trains, ships, submarines, aircraft, spacecraft, satellites and other batteries as main power sources As a construction of a system for wirelessly transmitting power energy required for use or operation of an apparatus or the like in an area or a place where an apparatus or a wired power supply line is difficult to install, the transmitter used here is largely for broadband. Or narrowband.

Broadband long-range transmission system in the present invention is mainly a radio wave transmission system for mobile communication or a separate type of wireless power transmission system as a mobile communication device or a mobile computer equipped with a wireless modem or a wireless LAN, an electric vehicle equipped with a wireless power receiver. Used for long distance radio wave system,

The narrowband propagation system is used for radio, such as robots, tools, vacuum cleaners, toys, infrared ports, wireless USB, etc., where the use distance is relatively short.

Of course, the various device apparatuses using the above-mentioned long-distance and short-range propagation systems have a built-in or additionally equipped power receiver system or a separate type of power carrier receiver according to the type of power receiver. It is possible to select and use, and it is also possible to construct a complex type for long distance and short distance.

Looking at the basic model in the wireless power transmission system of the present invention

A power modulator device for converting electric power into a radioactive radio wave, and a synthetic modulator device for synthesizing the radio wave for transmission or conversion into a normal radio wave used in the receiver apparatus. It consists of a transmission system which consists of a transmission part which transmits.

In addition, depending on the type of receiver, the transmission system can be classified in several ways.

First, as illustrated in FIG. 1, an available voltage (eg, 1.5) required for using an apparatus 110 for converting power from an AC 100 to a DC 120 or a transformer and a power source converted to DC using a mobile device device. V, 3V, 9V, etc.), the multicasting distribution device 130 for distributing and the DC / electric wave converter 140 for converting these distributed electric powers into radio waves and the transmission power wave 150 for transmission converted to electric waves, or Or a transmission system comprising a synthesis modulator 160 for loading or including microwaves on a general data transmission / reception wave or carrier wave used in the mobile device and a transmitter 170 for transmitting the synthesized modulated radio waves; or

Secondly, an adapter device that converts power from AC to DC, or a transformer and a DC / wave converter device that converts power converted to DC into radio waves, and distributes the converted power propagation into a radio wave having an available voltage for use in a mobile device device. And a transmission system comprising a multimodaling apparatus, and a synthetic modulator for loading or including the distributed electric power waves on a general data transmission / reception or carrier wave used in a mobile device and a transmission system for transmitting the synthetically modulated radio waves. Losing or

Third, an adapter device for converting power from AC to DC or a transformer; a DC / wave converter device for converting power converted to DC into radio waves; a device for converting converted power waves into a carrier wave; Means for synthesizing the power carrier carrier apparatus and a transmission system consisting of a transmission unit for transmitting the synthesized modulated radio waves.

In addition, the transmitting apparatus 190 of FIG. 1 illustrates a general radio transmission system for a mobile communication device, and the transmitter frequency 180 is used for data transmission in normal mobile communication before the synthetic power of the present invention is synthesized and modulated. The frequency 120 or the carrier 120, and the DC 120 and the distribution unit 130 differ in the order according to the type of the receiving apparatus or the type of radio wave used for the long-distance or the short-range, or partially according to the type of the receiver. The distribution unit 130 may be omitted. In addition, the control amplifier or the frequency amplifier commonly used in the transmission system for transmitting radio waves may be included in the above-described process.

As illustrated in FIG. 2, a basic model of a reception system for receiving wireless power includes a receiver 200 receiving a radio wave including power radio waves, and a radio wave propagation in a conventional radio wave 250 or a carrier wave used in a receiver. It consists of a receiving system consisting of a separating unit 210 for separating the 220 and a radio wave / DC converter 230 device for converting the separated power source radio wave 220 of the receiver back to the direct current 240.

In addition, when the received power supply wave is configured as a carrier wave

Receiving unit for receiving the radio wave is converted into a carrier wave, a separation unit for separating the normal data receiving frequency and carrier used in the receiver and a radio wave / DC converter device for converting the separated carrier of the receiver back to direct current It consists of a receiving system that is configured.

Of course, the power converted into direct current 240 is used for charging the battery of the receiver device or for operating the device.

According to the type of receiver, a tuning circuit, a detection circuit, a duplexer, a filter, and a high frequency power amplifier may be included in the receiver or the separator illustrated above.

Therefore, the necessary means device may be added to or adjusted to the basic transmission / reception system according to the type of the device device using the wireless power. In the transmission system, the AC 100 illustrated in FIG. The intermediate process between the transmitting unit 170 and the type of the aforementioned transmission system and the method of the receiving system illustrated in FIG. 2 may be partially changed within the scope of the present invention according to the type of the mobile device or the transmission / reception scheme. Adjustment is possible.

Here, the separation unit 210 and the converter 230 device may vary in shape from a very small chip form to a small, medium, large, depending on the type of device device,

It may also be configured in the form of a composite one-chip, which can be said to be the main core part of the present invention.

In addition, the system for transmitting / receiving the power supply wave or the microwave of the present invention may partially process some of the processes illustrated in the drawings in the form of a sub-system according to the ON A CHIP method, as shown in the hybrid one-chip. An integrated implementation is possible, and in this case also falls within the scope of the invention.

And the operation method of the receiver device for transmitting and receiving power energy through the electric wave converted power according to the present invention,

First, when the battery charge state of the user's mobile device device is below a certain level, the power is supplied intermittently through the power propagation as necessary, that is, the mobile device device itself checks the charge state of the battery, Is below a certain level, it is determined that additional power is required, and the mobile device automatically or when the user sends a wireless power supply request signal to the transmitting station or the transmitter, the transmitting station or the transmitter sends a full charge signal of the battery of the mobile device device, or Continuously transmitting a radio wave containing power to the mobile device until the interrupt request signal is received;

Secondly, a method of continuously transmitting and receiving wireless power energy through power propagation in the mobile device itself or in response to a user's request signal throughout the time of using the mobile device, which includes at least a first communication with the transmitting station during operation. A small primary battery with a certain level of power is required, which can then be charged by the power propagation signal received from the transmitting station or transmitter for continued use.

In addition, when the main battery is completely discharged or there is no power supply, it is possible to charge using AC or DC which is used nearby, and when the mobile device can be operated immediately after being charged to some extent or connected to AC or DC, The ability to continue to be powered by wireless,

Third, the first method is intermittent and the second is continuous.

Therefore, in order to receive the power supply radio wave by the mobile device itself according to the above scheme, a charge level detector for detecting the charge level of the battery at all times, a charge level setting unit for setting the charge level to a minimum and maximum value, and a minimum and maximum charge A battery charging control unit including a wireless power request signal for charging when the battery is out of state or a transmission signal generator capable of transmitting a wireless power supply stop request signal when fully charged is included in the wireless power receiver.

In addition, in order to transmit and receive high-voltage power energy of a relatively high voltage by a wireless method, a method of dividing and transmitting the high-volt voltage into multiple low-frequency forms may be used to divide and transmit to multiple frequencies.

A power splitter for dividing the high-volt power into a low-volt form of several lines, a multi- propagation converter for converting the divided power into radio waves, and a multi-wave transmitter for transmitting the divided radio waves at multiple frequencies; And

A multi-wave receiver for receiving wireless power on a frequency divided into multiple lines, a wave integrated unit for integrating multiple radio waves into a single wave, and a power converter or multiple radio waves for converting the integrated radio waves into electric power, respectively. Consists of a multi-power conversion unit for converting and a power integration unit for integrating it into a single power source.

That is, for example, if you want to transmit and receive power energy of a somewhat high voltage such as electric vehicle by wireless method, it is necessary to divide 24V used for automobile into 6V type.

It is also possible to divide and transmit four frequency lines, and more high-voltage power supplies can be transmitted and received in this manner.

For example, a power source supplied to a mobile communication device, a mobile device having a unique frequency such as a wireless modem or a wireless LAN, or the like may be loaded with or synthesized a power source radio wave that converts electric power into a radio wave inherent in a unique radio wave used in the device device. Received by a self-contained, additionally attached or separate type of wireless power receiver through a modulation method of the power supply means, the power supply to the device device that does not have a unique frequency, such as an electric vehicle is a separate device for receiving wireless power B. Through the interface connected with mobile communication device, it is possible to supply continuous electric power energy through wireless regardless of place after synthesis modulation of electric wave for data and power propagation which includes the unique information of automobile using wireless power.

In addition, the power supply method of the notebook computer is continuously supplied by a wireless transmission / reception system such as a wireless modem installed in the notebook computer, a LAN card, or a mobile communication device connected to a separate interface device, or a separate wireless data transmission / reception device of its own internal type. It is possible.

In this case, the device configuration is a method of supplying power to the notebook computer by separating the power radio waves from the wireless data receiver of the wireless modem or wireless LAN card and converting them into electric power.

That is, the power conversion device unit for converting the power source radio wave separated from the radio wave separation device unit which is the wireless power receiver of the present invention into electric power is configured integrally with the modem or the LAN card.

Accordingly, the radio wave conversion unit and the synthesis modulator unit of the wireless power transmission system are integrally formed with a Bluetooth device, a wireless USB device, a modem, a LAN, a WAN, a VAN, a PAN, an infrared transmitter, and a laser beam transmitter.

In addition, the radio wave separation unit and the power conversion unit of the wireless power reception system Bluetooth device, wireless USB, modem, LAN, WAN, VAN, PAN, infrared receiver, laser beam receiver and mobile communication device, wireless Internet terminal , Satellite broadcasting receiver, satellite communication receiver, portable card payment machine, PDA, mobile computer, printer, radio, airwave TV, portable audio and video equipment, electric vehicle, electric bicycle, electric scooter, electric boat, robot, toy, vacuum cleaner, All-in-one with wireless receivers of unmanned cameras, camcorders, tools, ships, submarines, aircraft, spacecraft, satellite and battery-powered mobile device devices, and device devices used in areas or places where wired power is difficult to build. do.

In addition, in the battery charging method of the various mobile device devices exemplified above, a charging method through an adapter connected to a general AC is usually used as usual, and in addition, wireless charging through the radio wave of the present invention as an auxiliary means depending on the situation. The additional use of the method will fully overcome the limitations of battery life.

And a method of transmitting and receiving wireless power using a normal radio wave

The receiver device receiving and synthesizing the mains radio wave converted from the transmitting station or the transmitter into the electric power of the radio after being synthesized with the normal radio wave, and receiving the radio wave after separating the main radio wave from the ordinary radio wave and converting the mains radio wave into electric power Using the power source of the device,

In addition, when wireless power is supplied by a power company for the purpose of supplying power in a wireless manner, it is operated by a separate frequency, which synthesizes and modulates a power source radio wave to a radio wave containing information of a user or a corresponding device device or the carrier itself. Is a system for transmitting a power source radio wave is configured in such a way that the user of the mobile device device is tuned to the frequency or carrier wave of the mobile device device or is supplied with wireless power to the device adjusted.

That is, a power company that supplies power in a separate wireless form, a communication company that manages various frequencies, a broadcaster, etc., uses a power source radio wave containing power energy, a transportation device such as an electric vehicle, a transportation means such as an electric vehicle, and other mobile devices. A billing operating system can be configured to give the device a unique unique address or number and charge based on radio usage, including power. In this case, the data frequency and power source radio wave containing the unique code or information of the user or the apparatus are transmitted and received after synthesis modulation.

In addition, when wireless power is transmitted from a mobile transportation device such as a portable device device or an electric vehicle, a wireless power receiver of the mobile device device may be connected to provide a separate power supply to other device devices other than the device device. An interface may be additionally installed, or a distributed transceiver may be used to distribute and transmit the received power to a required device after receiving the wireless power as a repeater.

In this case, the relay-type splitter configuration of the wireless power transmitter / receiver includes a wireless power receiver for receiving broadband radio waves, a switching unit for converting the received broadband radio waves into narrowband radio waves, and a switched narrowband radio wave. In the case of distribution in wired form, it is composed of a converting unit for converting received separate broadband power supply radio waves into electric power and a distribution device for supplying the converted power to a device device connected in wired form. .

In addition, in order to transmit and receive power waves, a general radio relay method is also possible in which the frequency is converted to an intermediate frequency according to the position of the relay station or the repeater, and the frequencies are mixed and radiated at different frequencies.

In addition, a mobile device device having a simple transmitter that is connected to AC and can transmit wireless power in a general home, office, or various places, and that can receive wireless power within a relatively short range of the power source radio wave of the transmitter, For example, it is possible to supply wireless power to vacuum cleaners, various tools and toys. Accordingly, the wireless power transmission / reception system of the present invention is a cleaner in which the wireless power transmitter or the receiver and the receiver are relatively close to the broadband type used in a mobile communication device such as a cellular phone or an electric vehicle, and the distance between the wireless power transmitter and the receiver is mainly used at a long distance. B. It can be used as a repeater concept to receive narrowband and wideband wireless power used for tools, wireless USB, Bluetooth, LAN, and infrared port, and then use it as a narrowband transmitter. It can be used as a wireless modem or a separate wireless power receiver that can be used simultaneously.

The above-mentioned various receiver and transmission apparatuses for wideband and narrowband are composed of a radio wave converter device, a modulation synthesis device, and a radio wave separation device and a power converter device of the reception system. Sends and receives various data and wireless power together.

In addition, the power-converted power source radio waves can be applied according to the intended use within the range of conventional various radio waves including mainly microwaves, but the frequency range can be adjusted according to future uses, and according to the spirit of the present invention. The range of frequencies and the types of radio waves are not particularly limited within the range not in conflict with the radio wave management method.

Therefore, the electric wave that can convert the power into the electric power wave can use all kinds of radio waves which are commonly used, and it is a storage wave, a long wave, a medium wave, a short wave, a microwave, an microwave, a microwave, centimeter wave, millimeter wave, decimeter wave In addition, since the configuration is possible with infrared rays, and new frequency bands continue to be pioneered, the application of the present invention may be possible within the scope of the present invention.

Recently, a method using a laser beam has also been put into practical use in various data transmission / reception methods such as images, sounds, characters, and symbols. In this case, in this case, the laser beam transmission apparatus, the radio wave converter apparatus and modulation synthesis apparatus of the wireless power transmission system of the present invention, and the laser beam receiver and the radio wave separation apparatus and power converter apparatus of the wireless power reception system are integrated. It consists of.

The wireless power transmission / reception system of the present invention includes conventional mobile communication devices and PDAs, portable audio and video devices, airwave TVs, mobile computers, electric vehicles, electric bicycles, robots, toys, tools, cleaners, camcorders, trains, ships, As a solution to fundamentally solve the time and space constraints on the supply of power and energy for the use or operation of aircraft, spacecraft, satellites, and other battery-powered mobile device devices, miniaturization and miniaturization of battery devices for these devices It is possible to further reduce the weight, light weight, and compactness of mobile device devices by providing the wireless device, and to continuously supply the wireless method of the required power, and to transmit the power wirelessly to the place where the radio wave is transmitted to the remote place no matter how far away. In the place and time of use of various mobile devices It has the advantage of not being constrained by the power supply.

In addition, since the DC-type power used in the present invention can be stored, the transmission station can utilize low-cost late-night electricity, and supply wireless electricity according to the power energy request signal of the mobile device device, thereby eliminating unnecessary waste of power. In the equipment and facilities of the wireless power transmission system, there is an advantage that can use the existing facilities such as the frequency band and transmission system and the base station and repeaters.

Claims (20)

A radio wave transmission system and a radio wave reception system for transmitting power wirelessly, The radio wave transmission system for wireless power transmission includes a radio wave converting unit for converting power into a power radio wave, a synthetic modulator unit for loading or synthesizing the converted radio wave into a normal radio wave and transmitting a synthetic modulated radio wave through it. A radio wave transmission system for radio power transmission comprising a radio wave transmitter; And A wireless power reception radio wave system for receiving a power source radio wave from the wireless power transmission radio wave system; The wireless power reception radio wave system includes a radio wave reception unit for receiving a radio wave including power radio waves, a radio wave separation device unit for separating power radio waves from the received radio waves, and a power conversion device unit for converting the separated power radio waves into electric power. A wireless power transmission and reception system, characterized in that configured as a wireless power reception radio system using the power as a power source of various device devices. The radio wave transmission system according to claim 1, in order to transmit power wirelessly. A switching device for converting power from AC to DC, a DC / wave converter 140 device for converting power converted to DC into power propagation, and a converted power propagation 150 for general data transmission / reception 180 or carrier wave A radio system for transmitting and receiving wireless power, characterized in that it comprises a transmission system of a synthesis modulator (160) for loading or synthesizing and a transmission unit (170) for transmitting a synthesized modulated radio wave. The radio wave transmission system according to claim 1, in order to transmit power wirelessly. Switching device for converting power from AC to DC, DC / electric wave converter device for converting power converted from DC to electric wave, switching device for converting converted power source radio wave to carrier wave, and A radio wave system for wireless power transmission and reception, characterized in that it comprises a synthesis modulator for synthesized modulation and a transmission system for transmitting the synthesized modulated radio waves. 4. The wireless power supply according to claim 2 or 3, characterized in that it can be composed of a multicast switching device branching into multiple DCs having an appropriate voltage for use of the radio wave receiving device device when switching from AC to DC. Radio system for transmission and reception. 4. A multicasting device as claimed in claim 2 or 3, characterized in that it can be configured as a multicasting device for branching the power source radio wave 150 converted from electric power into multiple power source radio waves having an appropriate voltage for use of the radio wave receiving device device. Radio system for wireless power transmission and reception. The system of claim 1, wherein the system for receiving wireless power is Receiving unit 200 for receiving a radio wave including the power source radio wave, a separation unit 210 for separating the power source radio wave from the normal data transmission or transmission wave or carrier wave and a radio wave for converting the separate power source radio wave 220 to DC Radio system for transmitting and receiving wireless power, characterized in that consisting of a device using the / DC converter 230 and the converted DC (240) as a power source for the receiver device (260). The system of claim 1, wherein the system for receiving wireless power is A reception unit 200 for receiving a radio wave consisting of a power source radio wave itself, a separation unit 210 for separating the power source radio wave from a normal data transmission and reception radio wave, and a radio wave for converting the power source radio wave 220 which is a carrier wave into DC Radio system for transmitting and receiving wireless power, characterized in that consisting of a device using the / DC converter 230 and the converted DC (240) as a power source for the receiver device (260). 2. The apparatus of claim 1, wherein the means for transmitting the high-volt power in a wireless manner comprises: a splitter section for dividing the high-volt power in the form of multiple low-volts and a multi-wave conversion for converting the separated power into energetic propagation, respectively. A radio wave system for transmitting and receiving wireless power, characterized by comprising a transmission device section for transmitting a power source radio wave divided by the device section at multiple frequencies. 2. The apparatus according to claim 1, wherein the means apparatus for receiving the high-volt power in a wireless manner includes a multi-wave receiver unit for receiving power radio waves carried on a frequency divided into multiple lines and a received radio wave in one radio wave. A radio wave transmission system for wireless power transmission and reception, characterized in that consisting of a power integration unit for converting the integrated radio wave unit and the electric wave integrated unit. 2. The apparatus of claim 1, wherein the means device for receiving the high-volt power in a wireless manner includes a multi-radio receiving device section for receiving power-supply radio waves carried on a frequency divided into multiple lines and a plurality of received radio waves, respectively. Wireless power transmission and reception system comprising a multi-power converter unit and a power integration unit unit for integrating the converted multiple power into a single power source. The wireless power receiver of claim 1, wherein the wireless power receiver apparatus itself charges a charge level sensing unit for detecting a charging state of a battery at all times, a charge level setting unit for setting a charge level to a minimum and maximum value, and a minimum. And a battery charging control unit configured to include a wireless power request signal for charging when the battery is out of the maximum charge state or a transmission signal generator for transmitting a wireless power supply stop request signal when the battery is fully charged. Radio system for transmitting and receiving wireless power, characterized in that. According to claim 1, The means for receiving wireless power device is a built-in wireless power receiving device which is integrally configured with the receiving device device itself, a separately attached wireless power receiving device, wireless power via an interface connected to a mobile communication device Wireless power transmission and reception system, characterized in that it can be configured as a receiving device, wireless power relay distribution type device. The radio wave transmission and reception system of claim 1, wherein the radio wave separation device unit and the power converter unit of the wireless power reception system may be integrated in one one-chip form. The apparatus of claim 1, wherein the radio wave separation device unit and the power converter unit of the wireless power reception system are a mobile communication device, a wireless internet terminal, a satellite broadcasting receiver, a satellite communication receiver, a portable card payment machine, a PDA, a mobile computer, a printer, and a radio. , TV, portable audio and video equipment, electric vehicles, electric bicycles, electric scooters, electric boats, robots, toys, cleaners, drones, camcorders, tools, ships, submarines, aircraft, spacecraft, satellites, and mobility using batteries A radio wave system for wireless power transmission and reception, characterized in that the device device and the wireless receiver unit of the device device used in the area or place where it is difficult to install a wired power. The apparatus of claim 1, wherein the radio wave conversion unit and the synthesis modulation unit of the wireless power transmission system include a Bluetooth device, a wireless USB, a modem, a LAN, a WAN, a VAN, a PAN, an infrared ray transmitting device, a laser beam transmitting device, Wireless system for transmitting and receiving wireless power, characterized in that each unit is configured in one piece. According to claim 1, wherein the radio wave separation unit and the power conversion unit of the wireless power reception system Bluetooth device, wireless USB, modem, LAN, WAN, VAN, PAN, infrared receiver, wireless reception of the laser beam A radio wave system for wireless power transmission and reception, characterized in that the unit is integral with each device. The electric wave of claim 1, wherein the power-converted electric wave is converted into one of at least one of a storage wave, a long wave, a medium wave, a short wave, a microwave, an microwave, a microwave, a centimeter wave, a millimeter wave, a decimeter wave, an infrared ray, and a laser beam. Radio system for wireless power transmission and reception, characterized in that can be configured. The method of transmitting and receiving wireless power using a normal radio wave After transmitting the synthesized modulated electric wave converted from the transmitting station or the transmitter to the electric power of the radio with the normal radio wave, the receiver device receiving the separated radio wave is separated from the ordinary electric wave and converts the separated electric wave into electric power. A wireless power transmission / reception method characterized by using as a power source of a receiving device device. The method of claim 18, wherein According to the state of the battery charge of the wireless power receiver of the user characterized in that the method of receiving power wirelessly from the transmitting station or the transmitting device through the power propagation in the intermittent and continuous manner either by the mobile device itself or by the user's request signal Wireless power transmission and reception method. 19. The method of claim 18, wherein the method of transmitting and receiving power in a wireless manner through a wireless power company or an organization that transmits radio waves The wireless power company or radio transmitting agency transmits or transmits the radio power on a separate radio wave containing user information or receiver information after synthesis or modulation, and the user of the receiver device adjusts the frequency of the receiver device to the corresponding frequency or The wireless power transmission and reception method, characterized in that consisting of an operating system that receives the wireless power to the adjusted receiver device, the institution is charged according to the usage of the power radio waves.