KR101794608B1 - The method for wireless communication at high speed replacing wire cable between user equipment - Google Patents

Abstract

A high-speed wireless communication method replacing a wired cable between user devices is disclosed. A high-speed wireless communication method for replacing a wired cable between user devices, comprising: a case for a mobile terminal connected to a first user device transmitting a connection request message to a second wireless transmission / reception processing device connected to a second user device; Receiving the connection response message from the second wireless transmission / reception processing device; And transmitting the high-speed wire serial data generated by the first user device to the second wireless transmission / reception processing device via the wireless medium, wherein the connection request message is transmitted to the first user And information on a change in a voltage value and a resistance value of control signal lines according to connection with the device, and the connection response message includes information on whether communication between the mobile terminal case and the second wireless transmission / . Thus, not only the original function of the mobile terminal for protecting the mobile terminal can be performed, but also the function of directly wirelessly transmitting the data transmitted through the existing wired data cable to perform the communication between the devices can be performed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a high-speed wireless communication method for replacing a wired cable between user devices,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a high-speed wireless communication method for replacing a standard wired cable between user devices, and more particularly, to a high-speed wireless communication method for replacing a wired communication signal between user devices, To a method for transmitting and receiving data at high speed between devices.

Various technologies for data transmission between smart devices or between smart devices and other electronic devices (PC (personal computer), TV (television), etc.) are in the research and commercialization stage. Specifically, technologies such as Near Field Communication (NFC) and WiFi-direct are used for data transmission between mobile terminals such as smart phones.

For example, if Google adds Android beam sharing to Android for NFC-based device communication, it simply uses the Android Beam function to just touch the back of the smart device, Can be performed. In order to perform this function, the user activates the Android beam through the setting of the smart device, activates the NFC-based wireless transmission / reception function, and then performs NFC-based communication. That is, the two smart phones can transmit and receive data based on the same communication protocol (NFC).

Communication between smart devices, smart devices, and other electronic devices may be performed via WiFi Direct as well as NFC. The inter-device communication method based on Wi-Fi direct can be used to send and receive data directly between the devices without mediating the wireless router (or AP (Access Point)).

However, in order to transmit and receive data through the Wi-Fi direct method, tethering between the devices is required, and in order to transmit and receive data between existing smart devices or between smart devices and electronic devices, There is an inconvenience that a pairing is required.

In addition, when the inter-device data transfer method is used, the structure required for data transfer is very complicated, so that the number of system components increases and power consumption is large.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a wireless communication method, a wireless communication method, Speed wireless communication method in which data is transmitted and received at high speed between user apparatuses via a wireless link.

It is another object of the present invention to provide a high-speed wireless communication method capable of quickly transmitting large capacity data between user devices in a plug and play manner.

According to an aspect of the present invention, there is provided a high-speed wireless communication method between a user equipment and a user equipment, which replaces a wired communication method using a wired cable between user equipment, The case for the mobile terminal connected to the first user equipment transmits a connection request message to the second wireless transmission / reception processing device connected to the second user equipment; Receiving the connection response message from the second wireless transmission / reception processing device; And transmitting the high-speed wire serial data generated by the first user device to the second wireless transmission / reception processing device via the wireless medium, wherein the connection request message is transmitted to the first user And information on a change in a voltage value and a resistance value of control signal lines according to connection with the device, and the connection response message includes information on whether communication between the mobile terminal case and the second wireless transmission / .

Transmitting the connection status confirmation request message to the second wireless transmitting / receiving unit; And determining whether the mobile terminal case is switched to a power save mode based on whether the connection status confirmation response message is received from the second wireless transmission / reception processing device. The connection status confirmation request message is a message for confirming whether or not communication between the mobile terminal case and the second wireless transmission / reception processing device is possible, and the connection status confirmation response message is transmitted in response to the connection status confirmation request message And information indicating that communication between the mobile terminal case and the second wireless transmission / reception processing device is currently possible.

The mobile terminal case may further include: a data signal processing unit implemented to perform first signal processing for wirelessly transmitting traffic data among the high-speed wireline serial data; A control signal processing unit implemented to perform a second signal process for radio transmission of control data among the high speed stream serial data; A data signal wireless transmission / reception RF unit configured to transmit at least one data signal generated based on the first signal processing of the data signal processing unit through at least one first radio frequency (RF) unit; And a control signal wireless transmission / reception RF unit configured to transmit at least one control signal generated based on the second signal processing of the control signal processing unit through at least one second RF unit.

The case for the mobile terminal determines the at least one first RF unit among a plurality of RF units included in the data signal radio transmission / reception RF unit according to the data format of the high-speed wire serial data, And an RF switching unit configured to determine the at least one second RF unit among the plurality of RF units included in the second RF unit.

The at least one second RF unit may include one Tx (Transmit) RF unit and one Rx (Receive) RF unit. The control signal processor may receive the at least one 2 RF unit based on the first frequency band or the second frequency band.

The first frequency band may be an mmWave frequency band or a Tera Hertz frequency band, and the second frequency band may be a sub 6 GHz band.

The control signal processing unit includes a 1-wire processing unit and an auxiliary signal processing unit. The 1-wire processing unit processes a signal for transmission or reception on a 1-wire basis according to the format of the high-speed wire serial data The auxiliary signal processing unit can process a Hot Plug Detect (HPD) signal, a Consumer Electronics Control line (CEC) signal, a Display Data Channel (DDC) signal, and a USB ID (Identifier) / CC (Configuration Channel) signal.

The case for the mobile terminal may be connected to a connector for wire-based transmission of the high-speed wireline serial data implemented in the first user equipment.

In addition, the mobile terminal case may be included in the first user device.

Thus, not only the original function of the mobile terminal for protecting the mobile terminal can be performed, but also the function of directly wirelessly transmitting the data transmitted through the existing wired data cable to perform the communication between the devices can be performed.

Also, through the mobile terminal case, the mobile terminal forms a wireless network through a simple procedure without a pairing procedure for forming a complicated wireless network, and can quickly transmit large capacity data between user devices in a plug and play manner have.

1 is a diagram illustrating a hierarchical structure of a user apparatus for performing communication between existing user apparatuses.
2 is a diagram illustrating a hierarchical structure of a case for a mobile terminal according to an embodiment of the present invention.
3 is a diagram illustrating a hierarchical structure of a case for a mobile terminal according to another embodiment of the present invention.
4 is a view illustrating a structure of a case for a mobile terminal according to an embodiment of the present invention.
5A and 5B are diagrams illustrating a configuration for communication between user equipments according to an embodiment of the present invention.
6 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.
7 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.
FIG. 8 is a diagram illustrating an operation of a WTRU implemented in each of a plurality of UEs for data transmission between devices according to an embodiment of the present invention. Referring to FIG.
9 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.
10 is a flowchart illustrating a method of communicating between user equipments according to an embodiment of the present invention.
11 is a flowchart illustrating a method of communicating between user devices according to an embodiment of the present invention.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with an embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

Various procedures for forming a wireless network between user equipments (for example, a pairing procedure between user equipments) have been performed for transmitting and receiving data between existing user equipments (for example, a smart device or an electronic device capable of wireless communication) . Therefore, it takes a lot of time to form a wireless network between user devices, and users unfamiliar with the device can not easily utilize the data transmission function between the user devices using the user device. Although the necessity of data transmission between user devices in close proximity due to popularization and normalization of user devices such as smart devices is increasing, the data transmission methods between existing user devices do not satisfy users' requirements due to the above problems.

In order to solve this, a case for a mobile terminal according to an embodiment of the present invention discloses a method of performing data transmission between user devices in a simple and intuitive manner (for example, a plug & play method) . Hereinafter, the user apparatus can instruct a smart device or an electronic device (for example, a smart phone, a smart pad, a tablet PC, a notebook PC, a desktop PC, etc.) capable of transmitting and receiving data in a D2D (Device to Device) .

1 is a diagram illustrating a hierarchical structure of a user apparatus for performing communication between user apparatuses according to an embodiment of the present invention.

2 is a diagram illustrating a hierarchical structure of a case for a mobile terminal according to an embodiment of the present invention.

Hereinafter, a hierarchical structure of a legacy user device for performing communication between existing user devices and a hierarchical structure of a user device for performing communication between user devices according to an embodiment of the present invention will be described with reference to FIG. 1 and FIG. I will explain.

First, a hierarchical structure of a legacy user equipment operating based on a WLAN protocol will be described with reference to FIG.

A legacy user apparatus that performs communication between existing user apparatuses transmits a large amount of data (e.g., image data) at a data rate of 3Gbps (Giga bit per sec) or higher as shown in FIG. 1, A wireless local area network (WLAN) protocol can be used to transmit data between the base station and the base station.

Here, the WLAN protocol can be used for communication between an access point (AP) and a plurality of STAs (Stations) within a relatively wide coverage (for example, 250 m). In the WLAN protocol, complex and power-consuming MAC (Medium Access Control) layers and PHY (Physical) layers are defined.

For example, in the PHY layer for communication in the 5GHz band of WiGig, transmission or reception of data through a plurality of antennas can be defined based on MIMO (Multiple Input Multiple Output) technology.

Since the PHY layer for WiGig communication in the 60 GHz band uses the beam forming technique, the hierarchical structure can be very complicated.

Therefore, the size of the communication module in the user equipment becomes large and power consumption may be large.

In addition, in a conventional legacy user apparatus, a different protocol adaptation layer (PAL) may be used depending on the type of input data.

Here, the PAL can serve as an intermediate layer for data transmission between layers.

For example, data transmitted based on IP (Internet Protocol) is used for Wi-Fi as a PAL and WiGig Display Extension (WDE) for data transmitted based on a display port / HDMI (high definition multimedia interface) And WiGig Bus Extension (WBE) / WiGig Serial Extension (WSE) may be used as PAL for data transmitted based on Peripheral Component Interconnect Express (PCIe) / universal serial bus (USB).

The layer implemented in the legacy user equipment based on the WLAN protocol is implemented not only for high-speed data transmission between one-to-one devices in proximity, but also for communication between a wide range of devices and external network connection.

Referring to FIGS. 2 (a) to 2 (c), a hierarchical structure of the mobile terminal case 10 according to an embodiment of the present invention will now be described.

2 (a) is a perspective view showing a state of a case 10 for a mobile terminal according to an embodiment of the present invention, and FIG. 2 2 (b) and 2 (c) are views showing a hierarchical structure of a case 10 for a mobile terminal according to an embodiment of the present invention.

The case 10 for a mobile terminal according to the embodiment of the present invention can be implemented to directly convert a wired high-speed video signal transmitted on the basis of a user apparatus into a wireless signal.

The wired high-speed video signal may be divided into a single channel video signal, a multi-channel video signal, and a bidirectional data signal.

Examples of the single channel video signal include MHL (Mobile High-definition Link) and MyDP (Mobility Display Port). Examples of the multi-channel video signal include Display Port and HDMI. An example of a data signal may be a USB serial signal (e.g., USB3.x based signal).

Since the MHL, MyDP, Display Port, HDMI, and USB are merely illustrative examples for convenience of description, those not listed or not yet defined or provided are also applicable to the scope of the present invention as long as the technical idea of the present invention is applied Of course.

In addition, the mobile terminal case 10 according to an embodiment of the present invention may include a signal processing unit 210 and a wireless transmitting and receiving RF unit 220.

Here, the signal processing unit 210 is provided in the PAL, and the wireless transmission / reception RF unit 220 is provided in the PHY layer.

The signal processing unit 210 may be implemented to convert an input wired serial data signal into a format for wirelessly (or wirelessly) transmission.

In addition, the signal processing unit 210 may be implemented to convert an input control signal into a format for transmission wirelessly (or via a wireless medium).

A signal (for example, an MHL 2.0-based signal) in which the output and data are mixed, among the single channel video signals transmitted to the PAL of the mobile terminal case 10, includes a data signal and a clock signal After the separation, the transmission can be performed.

On the contrary, a user equipment receiving a mixed signal (e.g., MHL 2.0 based signal) of a single channel image signal mixes the received data signal and the clock signal into a single signal, It can be recognized as a video signal and output at the display terminal.

On the other hand, a single channel video signal, a multi-channel video signal, or a bidirectional data signal in which a clock signal is not mixed can be directly transmitted to a user apparatus performing high speed wire serial data transmission through radio.

Therefore, no separate synthesis procedure is required at the receiving end. Examples of a single channel video signal, a multi-channel video signal, or a bidirectional data signal in which such a clock signal is not mixed include a MyDP-based signal, a Display Port-based signal, an HDMI-based signal, a USB 3.x- .

The signal processing unit 210 implemented in the PAL of the mobile terminal case 10 may be implemented as a 1-Wire processing unit and an auxiliary signal processing unit.

However, the signal processor 210 will be described later in more detail.

The wireless transmit / receive RF unit 220 may be implemented to perform transmission and reception of data signals using a high speed wireless data transmission method over a specific frequency band (e.g., mmWave and Tera Hertz bands).

And the wireless transmitting and receiving RF unit 220 may be implemented for transmitting and receiving control signals.

More specifically, the wireless transmitting and receiving RF unit 220 transmits a control signal using a high-speed wireless data transmission method in a first frequency band (mmWave and Tera Hertz band) according to a transmission rate of a control signal, Or a low-speed wireless data transmission method using a low-speed (less than 6 GHz band) method.

In addition to the above-described signal processing unit 210 and the wireless transmitting / receiving RF unit 220, the case 10 for a mobile terminal according to the present embodiment may further include an image And a data connection terminal 270 as shown in FIG.

In summary, the case 10 for a mobile terminal according to the present embodiment is connected to a user device via a connector, and is adapted to directly convert high-speed wired serial data (or high-speed transmission data, high-speed data) .

Accordingly, the case 10 for a mobile terminal according to an embodiment of the present invention can wirelessly direct the wired serial interface of the user device to maintain a 200% compatibility with the wire, . ≪ / RTI >

Therefore, the case 10 for a mobile terminal has a function of protecting the user device from an external physical impact, as well as a function of protecting the user device from the external device such as a plug and play method without setting a device such as a wired serial interface. And data between user devices can be transmitted and received over the wireless medium.

3 (a) to 3 (c), the hierarchical structure of the mobile terminal case 10 according to another embodiment of the present invention will be described.

3 (a) to 3 (c) show a state of the case 10 for a mobile terminal according to an embodiment of the present invention. 3 (b) and 3 (c) are views showing a hierarchical structure of a case 10 for a mobile terminal according to an embodiment of the present invention.

Hereinafter, a description will be given mainly of a portion different from the case 10 for a mobile terminal described in FIG.

The case 10 for a mobile terminal according to the present embodiment can be also implemented for converting a wired high-speed video signal transmitted on the basis of a user apparatus into a wireless signal as described above with reference to FIG.

The case 10 for a mobile terminal according to an embodiment of the present invention includes a control signal processing unit 230, a data signal processing unit 240, a control signal wireless transmitting and receiving RF unit 250, and a data signal wireless transmitting and receiving RF unit 260 ).

The control signal processing unit 230 and the data signal processing unit 240 may be provided in the PAL and the control signal wireless transmitting and receiving RF unit 250 and the data signal wireless transmitting and receiving RF unit 260 may be provided in the PHY layer.

In addition, the control signal wireless transmission / reception RF unit 250 may be an optional configuration unit.

A separate control signal RF transmitting / receiving RF unit 250 for transmitting a control signal is not defined, and the wireless transmitting / receiving RF unit 210 of FIG. 2 implemented in the PHY layer performs transmission on the data signal and the control signal You may.

The data signal processor 240 implemented in the PAL of the mobile terminal case 10 according to an embodiment of the present invention converts the input wired serial data signal into a format for wirelessly (or via a wireless medium) Lt; / RTI >

In addition, the control signal processing unit 230 implemented in the PAL of the mobile terminal case 10 may be implemented to convert an input control signal into a format for wirelessly (or via a wireless medium) transmission.

The control signal processing unit 230 implemented in the PAL of the mobile terminal case 10 may be implemented as a 1-Wire processing unit and an auxiliary signal processing unit.

The data signal radio transmission / reception RF unit 260 can be implemented to perform transmission and reception of data signals using a high-speed wireless data transmission method over a specific frequency band (e.g., mmWave and Tera Hertz bands).

The control signal wireless transmit / receive RF unit 250 may be implemented for transmission and reception of control signals. The control signal wireless transmission / reception RF unit 250 transmits a control signal using a high-speed wireless data transmission method in a first frequency band (mmWave and Tera Hertz bands) or a second frequency band Band) may be used to transmit the control signal.

As described above, the control signal wireless transmission / reception RF unit 250 is not separately implemented, and the data signal wireless transmission / reception RF unit 260 for processing the data signal may be used for transmission of the control signal.

In summary, the present invention can also be implemented by subdividing components such that the control signal and the data signal are processed and transmitted and received individually, as in the case 10 for a mobile terminal according to the present embodiment.

4 is a view illustrating a structure of a case for a mobile terminal according to an embodiment of the present invention.

4 (a) discloses a wireless transmitting / receiving RF unit in a case for a mobile terminal, and FIG. 4 (b) shows a wireless transmitting / receiving RF unit in a case for a mobile terminal.

Referring to FIG. 4 (a), a wireless transmit / receive RF unit may be implemented to transmit and / or receive a wireless signal over a wireless medium to transmit or receive high-speed stream serial data.

A plurality of RF units included in a radio transmission / reception RF unit of a mobile terminal case for transmitting high-speed wire serial data includes a plurality of Tx RF units for transmitting a data signal (or a control signal) Rx RF portion for reception of control signals).

The plurality of RF units included in the radio transmission / reception RF unit of the case for the mobile terminal performing the reception of the high-speed wire serial data may include a plurality of Rx RF units and a Tx RF unit.

Here, the radio transmission / reception RF unit may receive or output a differential signal, or may process only a single signal according to signal characteristics.

According to an embodiment of the present invention, the RF unit included in the radio transmission / reception RF unit may perform only the role of the Tx RF unit or only the Rx RF unit according to the data format of the high speed stream serial data.

Also, depending on the data format of the high-speed wire serial data, the Tx RF unit and the Rx RF add unit may be configured as a pair in the data signal radio transmission / reception RF unit, and the number of the Tx RF unit and the Rx RF unit may be changed.

For example, when the case for the mobile terminal supports both the MHL / MyDP / Display Port / HDMI / USB3.x signals, the plurality of RF units included in the wireless transmitting / receiving RF unit for transmitting the high- And Rx RF units, and a plurality of RF units included in a radio transmission / reception RF unit for receiving high-speed wire serial data can operate with four RX RF units and one TX RF unit.

As another example, when the case for the mobile terminal supports only the MHL or MyDP, one RF unit included in the RF transmitting / receiving RF unit for transmitting the high-speed wire serial data operates as a Tx RF unit and receives the high-speed wire- And the other RF unit included in the Rx RF unit can operate as an Rx RF unit.

As another example, when the case for a mobile terminal only supports Display Port / HDMI, a plurality of RF units included in a radio transmission / reception RF unit for transmitting high-speed wired serial data operates with four Tx RF units and receives high-speed wired serial data A plurality of RF units included in the RF transmitting / receiving RF unit can operate with four Rx RF units.

As another example, when the case for the mobile terminal only supports USB 3.0, a plurality of RF units included in a radio transmission / reception RF unit for transmitting high-speed wire serial data operates with one Tx RF unit and one Rx RF unit, A plurality of RF units included in a radio transmission / reception RF unit for receiving serial data can operate with one Tx RF unit and one Rx RF.

That is, a plurality of RF units included in a radio transmission / reception RF unit implemented in a case for a mobile terminal may have a combination of at least one Tx RF unit and / or a combination of at least one Rx RF unit according to a data format of high- Lt; RTI ID = 0.0 > and / or < / RTI > receive data over the wireless medium.

The RF transmitting and receiving RF unit can process all input signals including a serial data signal, a clock signal, and an auxiliary signal. The serial data signal, the clock signal, and the auxiliary signal can be combined according to the type.

Referring to FIG. 4 (b), a plurality of RF units included in the RF transmitting / receiving RF unit may operate as a Tx RF unit for transmitting a control signal and an Rx RF unit for receiving a control signal.

Speed wireless control signal transmission is performed through the first frequency band (mmWave and Tera Hertz band) or a low-speed wireless control signal transmission is performed through the second frequency band (band below 6GHz) according to the speed of the control signal to be transmitted .

Also, as described above, the radio transmission / reception RF unit for only transmitting the control signal may not be separately implemented in the mobile terminal case.

5A and 5B are diagrams illustrating a configuration for communication between user equipments according to an embodiment of the present invention.

Hereinafter, a connector for wireless communication between user apparatuses and a case for a mobile terminal will be described with reference to FIGS. 5A and 5B.

5A, a first user equipment includes a wireless communication unit 300, a memory 310, a display 320, an audio 330, a processor 340, a touch screen and a keyboard 350, 355).

The wireless communication unit 300 may be implemented for cellular communication (for example, 3G, LTE based communication), wireless LAN communication, and the like.

The memory 310 may be implemented to store data for operation of the first user device.

Display 320 may be implemented to output the output data of the first user device as a video image.

Audio 330 may be implemented to output the output data of the first user device as sound data.

The processor 340 may be implemented to control the wireless communication unit 300, the memory 310, the display 320, the audio 330, the touch screen and the keyboard 350 and the high speed data transfer unit 355.

The touch screen keyboard 350 may be implemented to input an input signal to the first user device as an input of the first user device.

The high-speed data transmission unit 355 may be implemented to transmit data generated on the basis of a high-speed data transmission protocol such as MHL / MyDP / Display Port / HDMI / USB3.x through a wireless medium.

Here, the first user equipment means a mobile terminal and the first wireless transmission / reception processing unit 365 means a case for a mobile terminal.

The high speed data transfer unit 355 is connected to the connector 360 and the connector 360 is connected to the first wireless transmission / reception processing unit 365 and the high speed data transfer unit 355 according to the embodiment of the present invention, .

The first wireless transmitting / receiving unit 365 may include a signal processing unit and a wireless transmitting / receiving RF unit, as shown in FIG. 5B.

Also, the signal processing unit may be implemented for signal processing for processing high-speed wired serial data transmitted through a connector and transmitting the wireless high-speed serial data to a wireless medium through at least one RF unit included in a wireless transmission / reception RF unit.

The RF transmitting and receiving RF unit may transmit the processed data signal and the control signal based on the signal processing unit to the second user device through the wireless medium.

The wireless signal transmitted to the first user equipment through the wireless transmitting / receiving RF unit may be transmitted to the second wireless transmitting / receiving unit 370 of the second user equipment.

The second wireless transmitting / receiving unit 370 may include a signal processing unit and a wireless transmitting / receiving RF unit, as shown in FIG. 5B.

The second WTRU 370 of the second user equipment may transmit the received data signal and control signal to the second user equipment through the connector 375 of the second user equipment.

At this time, the connector 375 of the second user device is a wired transmission connector of single channel video data, multi-channel video data, and bidirectional channel data, for example, MHL / MyDP / DP / HDMI / USB connector .

The connector 375 of the second user equipment is connected to the high-speed data transfer unit of the second user equipment and the data signal and the control signal transmitted to the second wireless transmitting / receiving unit 370 of the second user equipment are transmitted through the high- To the processor of the second user device.

Incidentally, the first user device may be a smart device such as a tablet PC, as well as a mobile terminal such as the smart phone described above, and the second user device may be a display device (TV, monitor, beam projector) , A camera, a camcorder, a printer, and the like.

If the first user device is a tablet PC, the first wireless transmission / reception processing device may be implemented as a case for a tablet PC.

In addition, when the user device is a smart phone, a tablet PC, or the like, a wired video signal (MHL, MyDP or Display Port or a signal transmitted via HDMI) and a signal transmitted through USB 3.x The pins can be shared.

In this case, a wired video cable and a wired USB 3.x cable can be connected through the same port.

When the user device is a notebook PC, a desktop, etc., a connector for a video signal and a connector for a USB 3.x signal may be separately implemented, or only one of the connectors may be implemented.

And, if the user device is a printer, only USB 3.x can be implemented.

That is, the connector provided in the user device can be variously implemented, and the connector can be implemented in various forms according to the type of the smart device, the manufacturer, and the development of high-speed data transmission technology.

Wired video signals and USB 3.x signals delivered via MHL, MyDP or Display Port or HDMI can all be high-speed serial signals in Giga bps. That is, a wired video signal and a USB 3.x signal transmitted through MHL, MyDP, or Display Port or HDMI are switched to a wireless signal between the mobile terminal case of the first user device and the mobile terminal case of the second user device Transmitted and received.

The case for a mobile terminal according to an embodiment of the present invention is directly connected to a wired connector of an existing user device and can transmit and receive data wirelessly as well as data is transmitted and received through a wired connection.

For convenience of explanation, the wireless transmission / reception processing unit is assumed to be a separate hardware that can be connected to the connector of the user apparatus, but the wireless transmission / reception processing unit may be implemented directly in the user equipment. In this case, the connector implemented outside the user device can be eliminated, and the waterproof function of the user device can be implemented.

6 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.

Hereinafter, the operation of the mobile terminal case in the transmitting terminal for transmitting the high-speed wire serial data will be described with reference to FIG.

In the case of a mobile terminal according to an embodiment of the present invention, when a signal based on single channel image data, multi-channel image data or bidirectional channel data is transmitted through a high-speed data transmission unit of a user equipment, The signal processing of the processing unit 400 and the wireless data transmission of the wireless transmitting / receiving RF unit 420 may be performed.

Through this, the case for the mobile terminal can perform the role of the wireless transmission / reception processing device at the transmitting end.

The single channel image data signal may be a signal including a data signal and a clock signal, for example, as in the case of MHL 2.0. Accordingly, in order to wirelessly transmit a single channel image data signal having a mixed output, a process of separating a signal from a transmitting terminal and rejoining a signal separated from the receiving terminal is necessary.

When a single channel video data signal in which a clock signal is not mixed is input, the clock data demultiplexer (DEMUX) of the transmitting terminal and the multiplexer (MUX) of the receiving terminal may be unnecessary. Examples of single channel image data signals not mixed with such clock signals include MHL version 2.0 or later, MyDP, and the like.

A clock signal separated from a single channel image data signal in which the clock is mixed in the case of the mobile terminal of the transmitting end is converted into binary binary data (for example, 220022002200) and is transmitted as a preamble before transmission of the original data signal. And may be transmitted through the RF unit.

(Differential signal) based on the single channel image data (for example, MyDP 430 and MHL 440) is transmitted to the wireless transmitting / receiving processing unit of the receiving terminal through one Tx RF unit in the mobile terminal case of the transmitting terminal .

In addition, in the mobile terminal case of the transmitting terminal, signals (differential signals) based on multi-channel image data (e.g., Display Port 450) can be transmitted to the receiving / transmitting apparatus through the four Tx RF units.

(Differential signal) based on bidirectional channel data (for example, USB 3.x (470)) can be transmitted to the wireless transmission / reception processing device of the receiving end through one Tx RF part in the case of the mobile terminal of the transmitting end .

Here, the Tx RF unit and the Rx RF unit for transmission of the USB3.x (470) based signal can be configured as a pair.

The Tx RF unit and / or the Rx RF unit may be selected through switching according to an input signal, and a signal input through the selected Tx RF unit and / or the Rx RF unit may be transmitted through the wireless medium. Specifically, the signal processor determines the signal format of an input signal, and determines ON / OFF of a plurality of RF units included in the data signal radio transmission / reception unit. Each of the plurality of RF units included in the data signal radio transmission / reception unit in which ON / OFF is determined according to the format of the input signal can transmit wireless data through the set frequency band.

7 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.

Hereinafter, the operation of the mobile terminal case in the receiving terminal receiving data will be described with reference to FIG.

The case for a mobile terminal according to an exemplary embodiment of the present invention includes a case for transmitting single channel image data, multi-channel image data, or bidirectional channel data (e.g., MyDP, MHL, , HDMI, USB3.0) -based signal is transmitted, the operation for receiving wireless data of the wireless transmitting / receiving RF unit 500 included in the wireless transmitting / receiving unit of the receiving end and the operation of receiving the signal of the signal received by the signal processing unit 520 Processing operations can be performed.

More specifically, when the case for the mobile terminal of the transmitting terminal transmits a signal based on single-channel data (for example, MHL) in which the clock signal is mixed, the receiving and transmitting RF unit can receive the data signal and the clock signal have.

Here, the clock signal is received through the same Rx RF unit as the data signal, and may be transmitted in the form of a preamble before transmission of the data signal, or may be transmitted through a separate Rx RF unit. The signal processing unit of the receiving end may combine the separately received data signal and the clock signal to generate a single channel data (e.g., MHL) -based signal mixed with a clock signal.

(Differential signal) based on the single channel data (for example, MyDP 530 and MHL 540) transmitted through one Tx RF unit included in the signal processing unit of the transmitter is received through one Rx RF unit of the receiver .

(Differential signal) based on the multi-channel image data (for example, Display Port 550) transmitted through the four Tx RF units included in the signal processing unit of the transmitter may be received through the four Rx RF units of the receiver .

A clock signal may be separately configured for the transmitted data signal (for example, HDMI).

One Tx RF part and one Rx RF part pair of the receiving end may be used for reception of bidirectional channel data (for example, USB 3.0) based signals transmitted by the signal processing part of the transmitting end.

The Tx RF unit and / or the Rx RF unit may be selected through switching according to a signal input to the receiving terminal as in the transmitting terminal, and a signal input through the selected Tx RF unit and / or the Rx RF unit may be transmitted.

The signal processing unit of the receiving end can initially operate all the RF units included in the data signal radio transmitting and receiving unit. Then, the signal processing unit of the receiving end determines the signal format of the input signal and determines ON / OFF of the plurality of RF units included in the data signal wireless transmission / reception unit. The plurality of RF units included in the data signal radio transmission / reception unit, which is determined to be ON / OFF according to the format of the input signal, can receive the radio data through the set frequency band.

Incidentally, in the present embodiment, an embodiment in which the wireless transmitting / receiving unit of the transmitting end (corresponding to the apparatus of the first user of this embodiment) is implemented as a mobile terminal case is described, but the embodiment is not limited thereto.

When the case for the mobile terminal is implemented as a transmitting end or a receiving end, a user equipment that performs wireless transmission / reception communication in response to the case may be provided with a wireless transmission / reception processing device.

FIG. 8 is a diagram illustrating an operation of a WTRU implemented in each of a plurality of UEs for data transmission between devices according to an embodiment of the present invention. Referring to FIG.

Hereinafter, with reference to FIG. 8, a description will be given of a case in which the wireless transmitting / receiving processing device 600 of the transmitting terminal (first user device) described above and the wireless transmitting and receiving processing device 650 of the receiving terminal (second user device) A method for transmitting and receiving high-speed wired serial data will be described.

First, the high-speed wired serial data (or high-speed serial signal) based on the single channel data, the multi-channel data or the bidirectional channel data of the first user equipment (for example, MyDP, MHL, Display Port, HDMI, USB 3.0) Processed by the signal processing unit 610 of the processing apparatus 600 to a signal format for wireless signal transmission and then transmitted to the second user apparatus through the wireless transmission / reception RF unit 620.

Here, the wireless transmission / reception processing device 600 of the first user equipment means a case for a mobile terminal.

The wireless signal transmitted by the first user equipment may be received via the wireless transmit / receive RF unit 660 of the second user equipment.

The wireless signal may be at least one of single channel data, multichannel data, or high speed wired serial data (or high speed serial signal) based on bidirectional channel data (e.g. MyDP, MHL, Display Port, HDMI, USB 3.0) .

The signal processing unit 670 of the wireless transmission / reception processing device 650 implemented in the second user equipment transmits the wireless signal received through the wireless transmission / reception RF unit 660 as single channel data, multi-channel data or bidirectional channel data , High speed serial data (or high speed serial signal) based on MyDP, MHDP, MHP, Display Port, HDMI, USB 3.0) to the second user device.

9 is a view illustrating a case for a mobile terminal according to an embodiment of the present invention.

Hereinafter, with reference to FIG. 9, the operation of the wireless transmitting / receiving processing device of the transmitting terminal for transmitting the control signal and the wireless transmitting / receiving processing device of the receiving terminal receiving the control signal will be described.

Here, the wireless transmitting / receiving unit of each of the transmitting end and the receiving end may include a signal processing unit and a wireless transmitting / receiving RF unit.

9, the signal processing unit includes a 1-Wire processing unit 700, an auxiliary signal processing unit 750 (HPD (Hot Plug Detect), CEC (Consumer Electronics Control line), DDC (Display Data Channel) (IDentifier) / CC (Configuration Channel), etc.).

The auxiliary signal processor 750 may be any one of a combination of HPD (Hot Plug Detect), CEC (Consumer Electronics Control line), DDC (Display Data Channel), USB ID (IDentifier) And may be configured to include a user-defined line separately or in conjunction therewith.

For example, when an MHL-based signal is transmitted at the transmitting end, one CBUS 1-Wire may be used for transmitting the control signal of the transmitting end and receiving the control signal of the receiving end.

As another example, when a MyDP-based signal is transmitted from the transmitting end, one C-Wire 1-Wire may be used for transmitting the control signal of the transmitting end and receiving the control signal of the receiving end.

As another example, when a Display Port based signal is transmitted from a transmitting terminal, one AUX differential signal 1-Wire and one Hot Plug Detect (HPD) may be used for transmitting the control signal of the transmitting terminal and receiving the control signal of the receiving terminal.

As another example, when an HDMI-based signal is transmitted from the transmitting end, one DDC, one CEC, and one hot plug detector (HPD) may be used for transmitting the control signal of the transmitting end and receiving the control signal of the receiving end.

As another example, when a USB3.x-based signal is transmitted from the transmitting end, two CCs (CC1 and CC2) can be used for transmitting the control signal of the transmitting end and receiving the control signal of the receiving end.

The 1-Wire processing unit 700 included in the signal processing unit can process a signal line that simultaneously uses transmission and reception as one signal line. For example, in order to transmit an MHL-based signal, a MyDP-based signal, and a Display Port- Can be used.

That is, control signals based on MHL (CBUS), MyDP (CWire), and Display Port (AUX differential signal) can be transmitted and received based on 1-Wire. therefore. Separate transmission and reception to transmit and receive wirelessly, and the signal coming from the radio to be sent back to the 1-Wire.

The HDMI DDC signal line is an I2C (inter-integrated circuit) communication method, which can separate data and process it in the same way as 1-Wire processing. The receiver can reproduce the clock again and transmit it to the display device.

The auxiliary signal processing unit 750 receives auxiliary signals (e.g., Hot Plug Detect (HPD), CEC, DDC, and USB ID (IDentifier) / CC signals) necessary for the single channel image data, the multi channel image data, Processed, user-defined signals, and the like. The signal processing unit can determine the presence or absence of an external connection device by reading the voltage change value and the resistance change value of each of the plurality of auxiliary signal lines connected to the auxiliary signal processing unit.

For example, when a voltage change occurs in the HPD signal line, the signal processing unit can recognize that the state of the display port or the HDMI cable is changed. Also, if a change in the USB ID (IDentifier) or the CC pin occurs, a change in the connection state with the external USB device, CBUS, Cwire signal, or the like occurs, the signal processing unit changes the connection state with the external MHL or MyDP device .

The state of the Hot Plug Detect (HPD) signal, the CEC signal, the USB ID (IDentifier) signal, and the CC signal can be transmitted and received to the signal processor of the transmitter and the signal processor of the receiver respectively.

10 is a flowchart illustrating a method of communicating between user equipments according to an embodiment of the present invention.

Hereinafter, a method of communicating between UEs according to an embodiment of the present invention will be described with reference to FIG.

Specifically, for example, if the user device 810 is a smart device and the second user device 820 is a display device or a USB device, then the communication method between the user devices may be a first wireless device 810, Data transmission can be performed in a plug-and-play manner after the second transmission / reception processing unit 815 is connected to the second user equipment 820 and the second wireless transmission / reception processing unit 825 is connected to the second user equipment 820. [

The first WTRU 815 is connected to the processor of the first user device 810 and the second WTRU 825 is connected to the processor of the second user device 820, Procedure can be performed.

Here, the operations of the first wireless transmission / reception processing device 815 and the second wireless transmission / reception processing device 825 can also be interpreted as operations of the first user device 810 and the second user device 820. [

Also, the first user equipment 810 according to the present embodiment means a mobile terminal, and the first wireless transmission / reception processing unit 815 means a case for a mobile terminal.

Referring to FIG. 10, the second WTRU 825 may continuously detect whether the voltage value and the resistance value of the control signal lines change after completion of booting in order to confirm whether the second user equipment 820 is connected or not have.

When the second wireless transmission / reception processing unit 825 detects a change in the voltage value and / or the resistance value of the control signal lines, the second wireless transmission / reception processing unit 825 changes the type of the control signal line and the converted value To the first wireless transmission / reception processing device 815. [

For example, the second wireless transmission / reception processing unit 825 may transmit a connection request message including the type of the sensed control signal line and the converted value to the first wireless transmission / reception processing unit 815 via the wireless medium have.

Or the second wireless transmission / reception processing device 825 determines a data format (or signal format) for operation of the external connection device, and information on the data format (or signal format) may be included in the connection request message . The information on the data format (or signal format) may include information on which high-speed wired serial data transmission protocol.

The format of the connection request message may be determined based on a communication protocol between the first wireless transmission / reception processing device 815 and the second wireless transmission / reception processing device 825. [

The first wireless transmission / reception processing unit 815 may transmit a connection response message to the second wireless transmission / reception processing unit 825 in response to the connection request message. The connection response message may include information on whether communication between the first wireless transmission / reception processing device 815 and the second wireless transmission / reception processing device 825 via the wireless medium is possible.

The first wireless transmission / reception processing unit 815 can determine whether communication is possible based on the change of the voltage value and / or the resistance value of the control signal lines included in the connection request message or the information on the data format (or the signal format) have.

When the first wireless transmission / reception processing unit 815 and the second wireless transmission / reception processing unit 825 can communicate with each other, the first wireless transmission / reception processing unit 815 transmits the connection request message to the first user equipment The voltage and resistance values may be changed and the first user equipment 810 may be notified that the second user equipment 820 and the first wireless transmitting / receiving processing unit 815 are connected based on the change.

The first user device 810 and the second user device 820 can receive signals based on single channel image data, multi-channel image data or bidirectional channel data (for example, MHL / MyDP / Display Port / HDMI / USB) Signal or control signal) can be transmitted and received through the first wireless transmission / reception processing device 815 and the second wireless transmission / reception processing device 825. [

After completion of booting, each of the first wireless transmitting / receiving unit 815 and the second wireless transmitting / receiving unit 825 transmits a connection state between the first wireless transmitting / receiving unit 815 and the second wireless transmitting / receiving unit 825 And send and receive messages for confirmation.

For example, the first wireless transmission / reception processing unit 815 may transmit a connection status confirmation request message to the second wireless transmission / reception processing unit 825. The second wireless transmission / reception processing device 825 may transmit a connection status confirmation response message to the first wireless transmission / reception processing device 815. [

The connection status confirmation request message may include identification information of the first wireless transmission / reception processing device 815 and information on the current connection status (for example, wireless channel information). The connection status confirmation response message may include identification information of the second wireless transmission / reception processing device 825, information on the current connection status (for example, wireless channel information).

If the second wireless transmission / reception processing unit 825 fails to receive the connection status confirmation request message from the first wireless transmission / reception processing unit 815, the second wireless transmission / reception processing unit 825 regards the first wireless transmission / reception processing unit 815 as being in an off state, Sleep mode (or power save mode).

In the active mode, necessary RF units can be maintained in an on state according to transmission / reception signals among a plurality of RF units included in a data signal radio transmission / reception RF unit.

In the sleep mode, all the RF units included in the RF data signal transmission / reception RF unit are turned off, and only the RF unit, which monitors whether or not the RF unit included in the control signal RF transmission / reception RF unit is restarted, can remain on.

In the case where the RF section maintaining the ON state in the sleep mode receives the connection resume signal, the second wireless transmission / reception processing device 825 can be switched from the sleep mode to the active mode again.

The second WTRU 825 may transmit a message indicating that the second user equipment 820 is disconnected when the second WTRU 825 is switched to the sleep mode. The second user equipment 820 receives a message indicating that the connection is broken from the second wireless transmission / reception processing unit 825 and transmits a message to the user via the display of the user equipment, It can output information indicating that the network has been released.

If the first wireless transmission / reception processing unit 815 fails to receive the connection status confirmation response message from the second wireless transmission / reception processing unit 825 in response to the connection status confirmation request message, the first wireless transmission / reception processing unit 815 may be switched from the active mode to the sleep mode .

When the first WTRU 815 is also switched to the sleep mode, it may transmit a message indicating that the connection to the first user equipment 810 is disconnected.

The first user equipment 810 receives a message indicating that the connection is broken from the first wireless transmission / reception processing unit 815 and transmits a message to the user via the display of the user equipment 810 for wireless transmission of data with the second user equipment 820 It can output information indicating that the network has been released.

Or the first wireless transmission / reception processing device 815 regards that the power of the second wireless transmission / reception processing device 825 is switched to the OFF state when there is no response from the second wireless transmission / reception processing device 825, It is possible to change the value of the control signal line connected to the device 810 and notify the first user device 810 that the connection to the external device is disconnected, thereby terminating the data transmission / reception.

In addition, the first wireless transmitting / receiving unit 815 enters the sleep mode and turns off the power of both the signal processing unit and the wireless transmitting / receiving RF unit, and only the power of the signal processing unit and the wireless transmitting / It is possible to continuously check whether the wireless transmission / reception processor 825 is booted.

11 is a flowchart illustrating a method of communicating between user devices according to an embodiment of the present invention.

Hereinafter, with reference to FIG. 11, a description will be given of a method for controlling a transmission range of a wireless signal in a case for a mobile terminal based on the distance between the case for the mobile terminal and the battery information of the case for the mobile terminal do.

For example, as shown in FIG. 11, an initial connection procedure is performed between a mobile terminal case connected to a first user device and a second radio transmission / reception processing device connected to a second user device, and an initial connection procedure is performed by a second user device And the high-speed wired serial data is transmitted from the second user equipment through the second wireless transmission / reception processing device.

Here, the second wireless transmission / reception processing device may transmit the connection request message through the wireless medium to the mobile terminal case. The connection request message 900 may include battery information of the second user equipment, information on whether the second user equipment is continuously charged, and information on the transmission strength of the connection request message.

The case for the mobile terminal which has received the connection request message 900 through the second wireless transmission / reception processing device may transmit the connection response message 950 to the second wireless transmission / reception processing device. At this time, the connection response message 950 may include information on the final transmission signal strength to be used in transmission of the radio signal by the second radio transmission / reception processing device.

The case for the mobile terminal (or first user device) is based on the received strength of the received connection request message 900, battery information of the second user device, information on whether the second user device is continuously chargeable, The final transmission signal strength to be used in the transmission of the radio signal of the second WTRU can be determined.

Specifically, for example, the case for a mobile terminal may include a case for a mobile terminal and a case for transmitting a connection request message 900, based on the information about the transmission strength of the received connection request message 900 and the reception strength of the connection request message 900 Can be predicted. As the difference between the transmission intensity of the connection request message 900 and the reception intensity of the connection request message 900 is relatively large, the distance between the mobile terminal case and the second wireless transmission / reception processing device is determined to be a relatively large value (or predicted) .

The case for the mobile terminal can determine the first transmitted signal strength to be used in the wireless signal transmission based on the distance between the case for the mobile terminal and the second wireless transmitting / receiving processing device.

The magnitude of the first transmission signal strength may be determined based on the battery information of the second user equipment and information on whether the second user equipment is continuously in chargeable state to determine the final transmission signal strength. For example, if the second user equipment is continuously in the chargeable state, the final transmitted signal strength may be a value that is greater than the first transmitted signal strength by a certain percentage. If continuous charging is possible, stable high-speed wired serial data transmission can be performed by using a relatively high transmission signal strength.

If the second user device is not continuously in the chargeable state, the final transmitted signal strength may be determined based on the battery charge state. For example, when the charge amount of the current battery is equal to or greater than a threshold value (for example, 70%), the final transmitted signal strength may be determined to be the same value as the first transmitted signal strength. Conversely, when the charge amount of the current battery is less than a threshold value (for example, 70%), the final transmitted signal strength may be determined to be a value smaller than the first transmitted signal strength.

According to the embodiment of the present invention, when the charge amount of the present battery is less than a threshold value (for example, 70%), the display of the first user apparatus and the second user apparatus (or the case of the mobile terminal and the second wireless transmitting / It is possible to minimize the power used for the inter-device communication by outputting the instruction information indicating that the position between the user devices is closer to the user device.

That is, the final transmission signal strength for transmitting the high-speed wired serial data through the wireless medium can be determined in consideration of the battery state of the transmission end that transmits the high-speed wired serial data.

Such a high-speed communication method between user equipments can be implemented in an application or can be implemented in the form of program instructions that can be executed through various computer components and recorded in a computer-readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, and the like, alone or in combination.

The program instructions recorded on the computer-readable recording medium may be ones that are specially designed and configured for the present invention and are known and available to those skilled in the art of computer software.

Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CD-ROMs and DVDs, magneto-optical media such as floptical disks, media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like.

Examples of program instructions include machine language code such as those generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules for performing the processing according to the present invention, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limiting the scope of the invention as defined by the appended claims. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

10: Case for mobile terminal
210:
220: radio transmission / reception RF unit
230: control signal processor
240: Data signal processor
250: control signal radio transmission / reception RF unit
260: Data signal wireless transmission / reception RF unit
270: Video and data connection terminal of mobile terminal
300:
310: memory
320: Display
330: Audio
340: Processor
350: Touch screen and keyboard
355: High-speed data transfer unit
360: Connector of the first user device
365: first wireless transmission / reception processing device
370: second wireless transmission / reception processing device
375: connector of the second user device
400: Data signal processing section of the transmitting end
420: data signal of the transmitting end wireless transmitting / receiving RF unit
430: MyDP (Mobility Display Port)
440: Mobile High-definition Link (HML)
450: Display Port of the transmitting end
460: High-Definition Multimedia Interface (HDMI)
470: USB 3.x at the transmitting end
500: Data signal of the receiving end wireless transmitting / receiving RF unit
520: Data signal processing unit of the receiving end
530: Mobility Display Port (MyDP)
540: Mobile High-definition Link (HML)
550: Display Port of the receiver
560: High-Definition Multimedia Interface (HDMI)
570: USB 3.x at the receiving end
600: a wireless transmission / reception processing device of the first user equipment
610: Data signal processing unit of the first user equipment
620: Data signal of the first user equipment wireless transmitting / receiving RF unit
650: wireless transmission / reception processing device of the second user equipment
660: Data signal of the second user equipment The radio transmission /
670: Data signal processing unit of the second user equipment
700: 1-Wire processor
750: auxiliary signal processor
810: first user device
815: the first wireless transmission /
820: second user device
825: the second wireless transmission /
900: Connection request message
950: Connection response message

Claims (9)

A high-speed wireless communication method for replacing a wired cable between user devices,
The case for the mobile terminal connected to the first user device transmits a connection request message to the second wireless transmission / reception processing device connected to the second user device;
Receiving the connection response message from the second wireless transmission / reception processing device; And
And the case for the mobile terminal transmits the high-speed wire serial data generated by the first user device to the second wireless transmission / reception processing device via the wireless medium,
Wherein the connection request message includes information on a voltage value and a change in resistance value of the control signal lines according to connection with the first user equipment,
Wherein the connection response message includes information on whether communication between the mobile terminal case and the second wireless transmission / reception processing device is possible,
The case for the mobile terminal transmits a connection status confirmation request message to the second wireless transmission / reception processing device; And
Further comprising: determining whether the mobile terminal case is switched to a power saving mode based on whether a connection status confirmation response message is received from the second wireless transmission / reception processing device,
Wherein the connection status confirmation request message is a message for confirming whether or not communication between the mobile terminal case and the second wireless transmission /
Wherein the connection status confirmation response message is transmitted in response to the connection status confirmation request message and includes information indicating that communication between the mobile terminal case and the second wireless transmission /
Wherein the case for the mobile terminal comprises:
A data signal processing unit implemented to perform first signal processing for wireless transmission of traffic data among the high-speed wireline serial data;
A control signal processing unit implemented to perform a second signal process for radio transmission of control data among the high speed stream serial data;
A data signal wireless transmission / reception RF unit configured to transmit at least one data signal generated based on the first signal processing of the data signal processing unit through at least one first radio frequency (RF) unit; And
And a control signal wireless transmission / reception RF unit configured to transmit at least one control signal generated based on the second signal processing of the control signal processing unit through at least one second RF unit. Communication method. delete delete The method according to claim 1,
Wherein the case for the mobile terminal comprises:
Wherein the control unit determines the at least one first RF unit among the plurality of RF units included in the data signal radio transmission / reception RF unit according to the data format of the high-speed wireline serial data, Further comprising an RF switching unit configured to determine the at least one second RF unit among the at least one second RF unit. 5. The method of claim 4,
Wherein the at least one second RF unit includes one Tx (Transmit) RF unit and one Rx (Receive) RF unit,
Wherein the control signal processing unit transmits the at least one control signal through a first frequency band or a second frequency band based on the at least one second RF unit in accordance with the speed of the control signal. Way. 6. The method of claim 5,
Wherein the first frequency band is the mmWave frequency band or the Tera Hertz frequency band,
And the second frequency band is a sub 6 GHz band. The method according to claim 6,
Wherein the control signal processing unit includes a 1-wire processing unit and an auxiliary signal processing unit,
The 1-wire processing unit processes a signal for transmission or reception in one-wire according to the format of the high-speed wire serial data,
Wherein the auxiliary signal processing unit processes a Hot Plug Detect (HPD) signal, a Consumer Electronics Control line (CEC) signal, a DDC (Display Data Channel) signal, and a USB ID (Identifier) / CC Device communication method. A high-speed wireless communication method for replacing a wired cable between user devices,
The case for the mobile terminal connected to the first user device transmits a connection request message to the second wireless transmission / reception processing device connected to the second user device;
Receiving the connection response message from the second wireless transmission / reception processing device; And
And the case for the mobile terminal transmits the high-speed wire serial data generated by the first user device to the second wireless transmission / reception processing device via the wireless medium,
Wherein the connection request message includes information on a voltage value and a change in resistance value of the control signal lines according to connection with the first user equipment,
Wherein the connection response message includes information on whether communication between the mobile terminal case and the second wireless transmission / reception processing device is possible,
The case for the mobile terminal transmits a connection status confirmation request message to the second wireless transmission / reception processing device; And
Further comprising: determining whether the mobile terminal case is switched to a power saving mode based on whether a connection status confirmation response message is received from the second wireless transmission / reception processing device,
Wherein the connection status confirmation request message is a message for confirming whether or not communication between the mobile terminal case and the second wireless transmission /
Wherein the connection status confirmation response message is transmitted in response to the connection status confirmation request message and includes information indicating that communication between the mobile terminal case and the second wireless transmission /
Wherein the case for the mobile terminal comprises:
A data signal processing unit implemented to perform first signal processing for wireless transmission of traffic data among the high-speed wireline serial data;
A control signal processing unit implemented to perform a second signal process for radio transmission of control data among the high speed stream serial data;
A data signal wireless transmission / reception RF unit configured to transmit at least one data signal generated based on the first signal processing of the data signal processing unit through at least one first radio frequency (RF) unit; And
And a control signal wireless transmission / reception RF unit configured to transmit at least one control signal generated based on the second signal processing of the control signal processing unit through at least one second RF unit,
Wherein the case for the mobile terminal comprises:
Wherein the first user equipment is connected to a connector for wire-based transmission of the high-speed wireline serial data implemented in the first user equipment. A high-speed wireless communication method for replacing a wired cable between user devices,
The case for the mobile terminal connected to the first user device transmits a connection request message to the second wireless transmission / reception processing device connected to the second user device;
Receiving the connection response message from the second wireless transmission / reception processing device; And
And the case for the mobile terminal transmits the high-speed wire serial data generated by the first user device to the second wireless transmission / reception processing device via the wireless medium,
Wherein the connection request message includes information on a voltage value and a change in resistance value of the control signal lines according to connection with the first user equipment,
Wherein the connection response message includes information on whether communication between the mobile terminal case and the second wireless transmission / reception processing device is possible,
The case for the mobile terminal transmits a connection status confirmation request message to the second wireless transmission / reception processing device; And
Further comprising: determining whether the mobile terminal case is switched to a power saving mode based on whether a connection status confirmation response message is received from the second wireless transmission / reception processing device,
Wherein the connection status confirmation request message is a message for confirming whether or not communication between the mobile terminal case and the second wireless transmission /
Wherein the connection status confirmation response message is transmitted in response to the connection status confirmation request message and includes information indicating that communication between the mobile terminal case and the second wireless transmission /
Wherein the case for the mobile terminal comprises:
A data signal processing unit implemented to perform first signal processing for wireless transmission of traffic data among the high-speed wireline serial data;
A control signal processing unit implemented to perform a second signal process for radio transmission of control data among the high speed stream serial data;
A data signal wireless transmission / reception RF unit configured to transmit at least one data signal generated based on the first signal processing of the data signal processing unit through at least one first radio frequency (RF) unit; And
And a control signal wireless transmission / reception RF unit configured to transmit at least one control signal generated based on the second signal processing of the control signal processing unit through at least one second RF unit,
Wherein the case for the mobile terminal comprises:
Wherein the first user device is implemented by being included in the first user device.

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