KR100776244B1 - Mobile communication system having a multi-channel guiding function and controlling method therefore - Google Patents

Abstract

A mobile communication system with a multi-channel guide function and a controlling method thereof are provided to enable a user of the terminal device to perceive a lot of channel information displayed on a multi-channel guide matrix screen at a glance so that the user can immediately select a desired channel screen. A terminal device(2) comprises as follows. A DMB(Digital Multimedia Broadcasting) signal processor(4) displays a multi-channel guide signal of DMB transmitted from a wireless access network system, on a display(1) as a multi-channel guide screen. A main controller(5) controls the processor(4) according to the multi-channel guide signal, and sets the divided number of a matrix screen where the multi-channel guide signal is realized, according to resolution of the display(1).

Description

Mobile communication system having a multi-channel guide function and its control method {mobile communication system having a multi-channel guiding function and controlling method therefore}

1 is an explanatory diagram illustrating a mobile communication system for executing a conventional DMB function.

2 is an explanatory diagram illustrating a mobile communication system of the present invention.

Figure 3 is an explanatory diagram illustrating a terminal device having a DMB function of the present invention.

4 is a flowchart of the present invention.

5 is an explanatory diagram for explaining a multi-channel guide signal transmission method of the present invention.

6 (a) and 6 (b) are explanatory views for explaining an example of the multi-channel guide screen displayed on the display of the terminal equipment of the present invention.

<Detailed Description of Codes>

1: display unit 2: terminal equipment

3: wireless access network system 4: DMB signal processing unit

5: Main control part 6: Wireless module part

7: handset phone 8: codec unit

9: memory section 10: key panel section

11: satellite 12: transmission tower

13: base station system unit 14: multi-channel server unit

15a-n: Channel server 16: Multi-channel server

17: streaming server 18: terminal equipment

The present invention relates to a mobile communication system equipped with a multi-channel guide function and a control method thereof. In particular, a multi-channel guide matrix is provided for a plurality of channel information and advertisement channel information by implementing a DMB screen of a terminal device using a multi-channel guide technique. The present invention relates to a mobile communication system having a multi-channel guide function for displaying on a screen and a control method thereof.

In general, mobile terminal equipment, which is one of mobile communication systems, has been commercialized in the United States in the early 1980s, and recently, such terminal equipment has been provided with various services in connection with a high speed internet network through a mobile communication network. For example, a multimedia transmission service, a movie ticket reservation through the Internet, or a digital multimedia broadcasting (DMB) service has been successfully executed.

Here, the DMB service installed in the mobile communication terminal equipment is a broadcasting service that provides various multimedia signals such as voice and video to a fixed, portable, and vehicle receiver digitally. Through high-quality, high-definition broadcasting of compact disc (CD) or digital video disc (DVD) class can be provided through the system, three systems such as system A, Dh, E are used.

At this time, the system A follows the European Digital Broadcasting Standard (OFDM: Orthogonal Frequency Division Multiplexing) of digital satellite broadcasting and terrestrial digital multimedia broadcasting (DMB), and the system Dh is based on the terrestrial DMB, but accommodates the satellite DMB. The system E adopts a code division multiple access (CDM) which is almost the same as the code division multiple access (CDMA).

In addition, in recent years, such a DMB function is combined with a terminal equipment, and thus, a state-of-the-art broadcasting environment is changed from a joint viewing to an individual viewing, a fixed viewing to a mobile viewing, and a broadcasting to a personal casting. In particular, the above-mentioned DMB is divided into terrestrial and satellite waves. Among the satellite DMB, when the program is transmitted to the satellite from the broadcasting center, the satellite spreads it to the DMB terminal equipment throughout the country, and in the shaded areas such as the city where the reception rate is low. A repeater called Gap Filler is installed to prevent dropping. On the other hand, the terrestrial DMB is a DMB broadcast using the currently empty channels VHF 12 and 8, which is a method of receiving the radio wave transmitted from the transmission tower through the terminal equipment.

Then, referring to FIG. 1, a mobile communication system equipped with a conventional DMB function as described above, receives a TV broadcast signal transmitted from a satellite 70 or a transmission tower 71, displays it on the LCD panel 72, and wirelessly. Terminal equipment 73 for processing call signals, base stations 74 for wirelessly processing function signals, for example, call signals and SMS messages transmitted from terminal equipment 73, and input via the base station 74 And an MSC 75 for processing the call signal.

On the other hand, looking at the operation of the conventional mobile communication terminal equipment as described above, first, if the user of the terminal equipment 73, for example, to send an SMS message, the user of the terminal equipment 73 is the keypad 76 of the terminal equipment 73 ) To select the appropriate menu and then enter the required character. Then, when the character input is completed through the above process, the user of the terminal equipment 73 presses the keypad 76 to select a destination telephone number to be transmitted from the phonebook list stored therein, and then presses the transfer button. Then, the terminal equipment 73 transmits the text data input by the user in the SMS message to the base station 74. Therefore, the SMS message signal of the terminal equipment 73 is input to the SMS message center 77 via the base station 74 and the MSC 75 and stored. Then, the SMS message center 77 checks the destination phone number of the input SMS message and transmits it to the MSC 75. Then, the MSC 75 transmits the SMS message signal transmitted from the SMS message center 77 to the counterpart terminal device 78. The counterpart terminal device 78 analyzes the received SMS message signal and displays the corresponding signal on the display.

On the other hand, if the terminal equipment 73, for example, the satellite DMB function is set during the above process, the terminal equipment 73 displays the DMB menu on the LCD panel 72 (wherein the DMB signal is a base station of the mobile communication network). Transmission and reception can also be performed via 74). At this time, the terminal equipment 73 is an EPG (Electronic Program Guide) that informs the channel signals that are currently executed before watching TV by the DMB. The service signal is received from the satellite 70 or the transmission tower 71 or the repeater or the mobile communication base station 74 and displayed on the LCD panel 72. Here, only the channel and meta information (name of the main program) are displayed in the EPG signal.

And, if the user of the terminal equipment 73 to set the channel that he wants to watch on the DMB menu screen on which the EPG screen is displayed on the LCD panel 72 by adjusting the key panel unit 76, the terminal equipment 73 is The TV channel signal selected by the user is received from the satellite 70 or the base station 74 or the terrestrial DMB from the transmission tower 71 or the base station 74 and displayed on the LCD panel 72. You will watch. Here, in the EPG channel setting process, if the channel contents of the EPG are not satisfied by the user of the terminal equipment and change to another channel, the EPG display menu screen may be returned to another EPG channel.

However, since the conventional mobile communication system having the DMB function displaying the EPG signal is a method that takes a certain time to convert from the EPG screen to the channel signal, the user of the terminal equipment wants to change the channels displayed on the EPG screen in order. Not only does a considerable channel selection time is required until the channel is selected, but also the user operation is very inconvenient according to the selection, thereby significantly reducing the usability of the mobile communication system having the DMB function. In the case of broadcasting, the user of the terminal equipment may cause a considerable dissatisfaction with the mobile communication service possessing the DMB function because the user of the terminal equipment has to watch advertisements for a certain period of time during channel selection or watching channel signals. Customer satisfaction with mobile communication service with DMB function There was a problem that significantly decreases.

Accordingly, the present invention has been invented to solve the above-mentioned problems, the user of the DMB function terminal equipment immediately grasps a plurality of channel information displayed on the multi-channel guide matrix screen at a glance to the desired channel screen The purpose of the present invention is to provide a mobile communication system having a multi-channel guide function for maximizing user convenience of the mobile communication service and a control method thereof.

Another object of the present invention is to allocate the advertising channel on the part of the channel screen of the multi-channel guide, so that the user subscribed to the mobile communication service while checking the TV channel information displayed on the multi-channel guide screen and at the same time the content of the advertisement The present invention provides a mobile communication system having a multi-channel guide function for maximizing advertisement efficiency of the mobile communication network system and a control method thereof.

According to an aspect of the present invention, there is provided a terminal device configured to display and display a screen of a display as a multi-channel guide screen having a set resolution according to a multi-channel guide signal of a transmitted DMB; A multi-channel guide function comprising a multi-channel guide signal transmitted to the terminal equipment by a plurality of DMB channel signals implemented in a multi-channel guide method for transmission processing through a mobile communication path; To provide a mobile communication system.

According to another aspect of the present invention, a DMB signal requesting step of requesting a radio access network system to transmit a DMB TV channel signal when the terminal device is set to the DMB function, and after the DMB signal requesting step, the wireless access network system is provided. A multi-channel guide signal transmission step of processing a plurality of DMB content channel signals in a multi-channel guide method and then transmitting the processed multi-channel guide signal to a terminal device;

 And a multi-channel guide signal execution step of displaying, by the terminal equipment after the multi-channel guide signal transmission step, a plurality of DMB content channel signals on one screen of the display according to the received multi-channel guide signal. Provided is a control method of a mobile communication system equipped with a function.

Another feature of the present invention is a mobile communication service system for transmitting a DMB channel signal to a terminal equipment, the base station system unit for processing the transmission process of the radio call signal, the DMB multi-channel guide signal for wireless transmission and reception with the terminal equipment; ;

Transmitting the multi-channel guide signal processed by the multi-channel guide method for displaying a plurality of DMB content channel signals on one screen according to the DMB channel request signal of the terminal equipment received through the base station system unit to the corresponding terminal equipment. The present invention provides a multi-channel system apparatus of a mobile communication system having a multi-channel guide function configured to include a multi-channel system unit.

In addition, another aspect of the present invention is a channel signal generation step of generating a plurality of channel channel DMB content channel signals for each channel in the multi-channel system unit of the wireless access network system to output to the multi-channel server;

 A multi-channel encoding step of multi-channel server encoding the DMB channel signals of various contents provided from a plurality of channel servers by a multi-channel guide method after the channel signal generation step;

 After the multi-channel encoding step, the streaming server transmits the DMB channel signals of various contents encoded by the multi-channel guide method as a single channel, and transmits the DMB signal to the terminal equipment requesting the DMB signal. It provides a multi-channel guide transmission method of a mobile communication system having a multi-channel guide function configured to include a signal transmission step.

In still another aspect of the present invention, there is provided a DMB signal processing unit for displaying a multi-channel guide signal of a DMB including an advertisement channel received from an external communication network as a multi-channel guide screen, and a DMB signal processing unit according to the multi-channel guide signal. A terminal device including a main control unit for controlling and controlling the advertisement channel included in the multi-channel guide signal to be displayed in one cell of the multi-channel guide screen displayed on the display unit;

A mobile communication system having a multi-channel guide function, including a wireless access network system that carries a plurality of DMB channel signals including an advertisement channel to a multi-channel guide signal of the DMB transmitted to the terminal equipment and transmits the same through a mobile communication path. To provide.

In addition, another feature of the present invention is that in the multi-channel system unit of the wireless access network system, a plurality of channel servers including an advertisement channel server generate and process the content channel signals for DMB including the advertisement channel signals, respectively, and output them to the multi-channel server. Generating a channel signal;

 After the channel signal generation step, the multi-channel server encodes the DMB channel signals of various contents including the advertisement channel signals provided from the plurality of channel servers in a multi-channel guide method and outputs them to the streaming server; ;

 After the multi-channel encoding step, the streaming server transmits the DMB channel signals of various contents encoded by the multi-channel guide method as a single channel, and transmits the DMB signal to the terminal equipment requesting the DMB signal. A signal transmission step;

 After the multi-channel guide signal transmission step, the terminal device displays an advertising channel display step of displaying a plurality of content channel signals for the DMB including the advertising channel on one screen of the display according to the received multi-channel guide signal; It provides an advertising channel transmission method of a mobile communication system having a multi-channel guide function configured.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

According to the present invention, as shown in FIG. 2, according to the multi-channel guide signal of the DMB transmitted, a mobile communication function for configuring and displaying a screen of the display 1 as a multi-channel guide screen having a set resolution and executing a wireless call processing function is provided. And provided terminal equipment (2),

The DMB multi-channel guide signal transmitted to the terminal equipment 2 includes a plurality of DMB channel signals implemented by the multi-channel guide method, and is transmitted through a mobile communication path.

Here, the matrix screen of the display implemented according to the multi-channel guide signal of the DMB may be divided into four or more according to the resolution. That is, the multi-channel guide screen of the terminal equipment may be configured to include four or more channel screens according to the resolution, which means that the screen split type may be 2x2, 3x3, or the like. The terminal equipment 2 includes a PDA, a notebook computer, a PC, and a mobile phone.

In addition, the terminal equipment 2 receives the multi-channel guide signal of the DMB transmitted from the radio access network system 3, for example, via the satellite 11 or the transmission tower 12 or the base station as shown in FIG. The DMB signal processor 4 for displaying a multi-channel guide screen on the display unit 1 of the terminal equipment 2 and the DMB signal processor 4 according to the multi-channel guide signal are controlled and the multi-channel guide signal is implemented. The division number (screen division type) of the matrix screen is set according to the resolution of the display unit 1, and includes a main control unit 5 for controlling the functions of the terminal equipment 2 as a whole.

The main control unit 5 includes a radio module unit 6 for processing radio call signals transmitted and received within the terminal equipment 2 and a handset phone 7 according to a call connection control signal of the main control unit 5. A codec unit 8 for converting an analog voice signal input through the digital signal or a digital voice signal into an analog signal and outputting the multi-channel guide signal according to a storage control signal of the main controller 5; A memory unit 9 for storing various information of the equipment 2 and a key panel unit 10 connected to the main control unit 5 to input a function setting signal of a user are connected.

In this case, the multi-channel guide signal processed by the DMB signal processor 4 may include an advertisement channel signal.

Meanwhile, as shown in FIG. 2, the wireless access network system 3 includes a base station system 13 for processing a transmission process of a radio call signal and a multi-channel guide signal of a DMB. In accordance with the DMB channel request signal of the terminal equipment 2 received via the base station system unit 13, a multi-channel guide signal processed by a multi-channel guide method for displaying a plurality of DMB TV channel signals on one screen It includes a multi-channel system unit 14 for transmitting to the terminal equipment (2).

In this case, the multi-channel guide signal of the multi-channel system unit 14 may include an advertising channel signal.

In addition, the multi-channel system unit 14 includes a plurality of channel servers 15a-n for generating and processing a plurality of DMB TV channel signals of various genres, and various contents provided from the channel servers 15a-n, respectively. The multi-channel server 16 encodes and outputs the DMB TV channel signals of the multi-channel guide system, and the DMB TV channel signals of various contents encoded by the multi-channel server 16 are stream-processed by the multi-channel guide system. It consists of a streaming server 17 for transmitting a multi-channel guide signal to one terminal to the terminal equipment (2).

Here, the channel server 15a-n also includes a channel server for processing the advertising channel signal.

Next, a control method applied to the above system will be described.

In the method of the present invention, first, as shown in FIG. At this time, if the DMB function is not set in the current mobile communication service system as a result of checking during the setting of the DMB function setting step (S2), proceed to the general call processing function execution step (S3) to process the radio call signal of the terminal equipment as usual. do.

That is, when power is applied to the terminal equipment 2 of the present invention, the main controller 5 of the terminal equipment 2 proceeds to an initialization state, forms the necessary information from the memory unit 9, and executes the initialization process. Proceed to standby.

At this time, the main control unit 5 of the terminal equipment 2 recognizes when the user inputs the telephone number through the key panel unit 10 and presses the call button, and the user inputs the telephone number into the memory unit 9. In addition to the storage, the system accesses the base station system unit 13 of the radio access network system 3 through the access channel, and then transmits an outgoing signal to the corresponding telephone number. Then, the base station system unit 13 processes the outgoing signal transmitted from the terminal equipment 2 and transmits an incoming call to the counterpart terminal equipment 18 to form a call.

That is, when a user of the terminal equipment 2 inputs a voice signal through the handset phone 7, the codec unit 8 of the terminal equipment 2 signals the voice signal input through the handset phone 7. The process is input to the main controller 5. The main control unit 5 of the terminal equipment 2 wirelessly processes the voice signal input through the codec unit 8 and transmits the voice signal to the counterpart terminal equipment 18 via the base station system unit 13. Will be achieved.

However, if the DMB function is currently set in the mobile communication service system as a result of confirming during the DMB function setting checking step (S2), the terminal device transmits the DMB TV channel signal to the DMB signal requesting step (S4). Requires by system.

After the DMB signal request step (S4), the multi-channel guide signal transmission step (S5) proceeds, and the wireless access network system processes a plurality of DMB content channel signals in a multi-channel guide method and then processes the multi-channel guide signal. Send to the terminal equipment. Then, after the multi-channel guide signal transmission step (S5), the multi-channel guide signal execution step (S6) proceeds to the terminal equipment according to the received multi-channel guide signal to the plurality of DMB content channel signals on one screen of the display Display.

In addition, after the multi-channel guide signal execution step (S6) to proceed to the channel selection check step (S7) to check whether the confirmation signal according to the channel selection of the user of the terminal equipment received by the wireless access network system. In this case, if the confirmation signal according to the channel selection of the user of the terminal equipment is not received by the wireless access network system as a result of checking during the channel selection confirmation step (S7), the process returns to the previous step (S6) and repeats the loop.

However, if the confirmation signal according to the channel selection of the user of the terminal equipment is received by the radio access network system as a result of checking during the channel selection confirmation step (S7), the process proceeds to the selection channel signal transmission step (S8) and the radio access network system is selected by the terminal equipment. The content channel signal for DMB is transmitted and displayed on the display of the terminal equipment.

Here, in the multi-channel guide signal execution step (S6), the resolution considering that the number of divisions (screen split type) of the matrix screen for displaying a plurality of channel signals on one screen is set according to the resolution of the display unit. It further comprises a step.

In addition, in the multi-channel guide signal execution step (S6), if the number of output channels is too large to show all the channel signals on one screen, the channel balance is displayed by changing the channel signals at a predetermined time interval and displaying them in the multi-channel guide screen method. A distribution display step is further included.

That is, in the terminal equipment 2 of the present invention, when the user of the terminal equipment inputs the DMB function execution signal through the key panel unit 10, the main control unit 5 of the terminal equipment 2 recognizes the display unit ( In addition to displaying the initial screen of DMB on 1), this setting fact is transmitted through the DMB signal processing section 4, for example, the base station system section of the satellite 11, the transmission tower 12, or the wireless access network system 3; Transfer process to the multi-channel system unit 14 via 13).

Then, the multi-channel system unit 14 of the radio access network system 3 generates a multi-channel guide signal through a processing method as shown in FIG. 5 and transmits the multi-channel guide signal to the terminal equipment 2.

That is, in the initial state S50, the multi-channel system unit 14 generates a channel signal generating step (S51) in which a plurality of channel servers generate and process the DMB content channel signals of various genres, respectively, and output them to the multi-channel server. After the signal generation step (S51), the multi-channel encoding step (S52) and the multi-channel server for encoding the DMB channel signals of various contents provided from the plurality of channel servers in a multi-channel guide method, and outputs to the streaming server (S52), After the channel encoding step (S52), the streaming server transmits the DMB channel signals of the various contents encoded by the multi-channel guide method as a single channel, and transmits the DMB signal to the terminal equipment requesting the DMB signal. The guide signal transmission step S53 is executed.

Here, the channel signal generating step (S51) further comprises the advertising channel signal generating step for the specific channel server to generate and process the advertising channel signal to the multi-channel server.

In other words, when the multi-channel system unit 14 of the radio access network system 3 is first requested to transmit the DMB channel signal from the terminal equipment 2 through the base station system unit 13, a plurality of channel servers ( 15a-n) generate and process DMB content channel signals such as dramas, news, cartoons, music, movies, etc. for each server and output them to the multi-channel server 16. The multi-channel server 16 encodes DMB channel signals of various contents provided from the plurality of channel servers 15a-n in a multi-channel guide manner, and then encodes the encoded signals into the streaming server 17. To be printed. Then, the streaming server 17 streams the DMB channel signals of the encoded various contents by the multi-channel guide method, and requests the DMB signal by using the streamed multi-channel guide signal as one channel. The transmission is performed via the base station system unit 13, the satellite 11, or the transmission tower 12.

At this time, the DMB signal processing unit 4 of the terminal equipment 2 processes the multi-channel guide signal transmitted from the radio access network system 3 under the function control of the main controller 5 of the terminal equipment 2 to display the display unit 1. ) Then, the main controller 5 displays the number of divisions (screen split type) of the matrix screen in which the multi-channel guide signal is implemented according to the multi-channel guide signal, that is, a plurality of channel signals are displayed on one screen. The display is set according to the resolution of the subsection 1.

For example, as shown in (a) and (b) of FIG. 6, the matrix screen of the display unit 1 implemented according to the multi-channel guide signal of the DMB has a screen division type of 2x2 or more (ie, 3x3, 4x4 ...).

In addition, the main control unit 5 of the terminal equipment 2 has a large number of channels to be displayed on the display unit 1, so that all the channel signals cannot be shown on one screen. It can also be displayed in the channel guide screen method.

For example, when the screen division type of the matrix screen that can be implemented by the display unit 1 is 2 × 2, the display unit 1 may be displayed by changing the screen at 5 second intervals by dividing four channels at a time.

On the other hand, if the user of the terminal equipment (2) selects any one of a plurality of channel signals (multi-channel guide screen) displayed on a single screen of the display unit 1 to transmit the selected channel signal to the wireless access network system ( It transmits to the multichannel system part 14 via the base station system part 13 of 3). The main control unit 5 of the terminal equipment 2 receives the selected channel signal from the multi-channel system unit 14 through the DMB signal processing unit 4 and displays the received channel signal in the display unit 1. By displaying the entire signal on the screen, the normal DMB function is executed.

On the other hand, another embodiment of the present invention as described above is to allocate the advertising channel to the multi-channel guide screen. That is, if the channel server processing the advertisement signal among the channel servers 15a-n of the multi-channel system unit 14 processes the necessary advertisement and transmits it to the multi-channel server 16, the multi-channel server 16 transmits the advertisement channel. The signal is encoded together with other content channel signals and output to the streaming server 17. Then, the streaming server 17 streams a plurality of content channel signals including the advertisement channel signal input from the multichannel server 16 in a multi-channel guide method, and uses the processed multi-channel guide signal as one channel. The DMB signal processing unit 4 of the terminal equipment 2 requesting the DMB signal is transmitted via the base station system unit 13 or the satellite 11 or the transmission tower 12.

On the other hand, the DMB signal processing unit 4 of the terminal equipment 2 processes the multi-channel guide signal including the advertising channel transmitted from the radio access network system 3 under the function control of the main control unit 5 of the terminal equipment 2. To be output to the display unit 1. Then, the main controller 5 causes a plurality of channel signals to be displayed on one screen of the display unit 1 according to the multi-channel guide signal, as shown in (a) or (b) of FIG. 6. As such, the advertisement channel may be always displayed separately in one cell on the multi-channel guide screen.

 In this case, when the advertisement is always shown in one cell on the multi-channel guide screen as in the present invention, the customer can receive a multi-channel guide service free of charge and provide broadcasting. In the case of companies that can earn money from advertising fees, advertisers can easily provide advertising without inconvenience to customers. In addition, when adopting the advertisement providing method of the present invention, the terrestrial DMB, satellite DMB, or mobile TV, because the user wants to watch for a short time while moving, the ad naturally without losing the user's time It will be more useful to provide.

For example, as shown in (a) and (b) of FIG. 6, when the multi-channel guide screen split type of the display unit 1 of the terminal device is 2x2, the lower left channel among the four channels that can be displayed is Car ads are currently being displayed as an advertising channel. Therefore, the display unit 1 of the terminal equipment 2 provides the remaining cell portion except for the lower left side as a service for guiding other channels, and these channels are changed to specific time intervals, and all channels currently being shown to the user. Will show. On the other hand, the main controller 5 of the terminal equipment 2 shows only the commercial broadcast without switching the lower left cell of the display unit 1 to another screen. Therefore, the user of the terminal equipment continues to see the advertisement in the lower left while using the Multi-Channel Guide service.

As described above, the present invention implements the DMB screen of the terminal equipment by using the multi-channel guide technique, thereby displaying a plurality of channel information on one multi-channel guide matrix screen. By grasping a plurality of channel information displayed on the matrix screen at a glance, the user can immediately select a desired channel screen, thereby maximizing user convenience of the mobile communication service.

Further, according to the present invention, by allocating an advertising channel on some channel screens of the multi-channel guide, a user who subscribes to the mobile communication service checks the TV channel information displayed on the multi-channel guide screen, and simultaneously the contents of the advertisement. As it is watched, it has the effect of maximizing the advertising efficiency of the mobile communication network system accordingly.

Claims (18)

delete A terminal device configured to display and display a screen of a display as a multi-channel guide screen having a set resolution according to the multi-channel guide signal of the transmitted DMB, and to execute a wireless call processing function; In the system comprising a; wireless access network system for carrying out the transmission process through a mobile communication path by loading a plurality of DMB channel signals implemented in a multi-channel guide method to the multi-channel guide signal of the DMB transmitted to the terminal equipment, The terminal equipment, A DMB signal processing unit for displaying the multi-channel guide signal of the DMB transmitted from the wireless access network system as a multi-channel guide screen on the display unit; A main control unit controlling the DMB signal processing unit according to the multi-channel guide signal and setting the number of divisions of the matrix screen on which the multi-channel guide signal is implemented according to the resolution of the display unit; Mobile communication system having a multi-channel guide function configured to include. The method of claim 2, The multi-channel guide screen of the terminal equipment is a mobile communication system having a multi-channel guide function comprising four or more channel screens according to the resolution. The method of claim 2, The terminal equipment is a mobile communication system having a multi-channel guide function configured to include a PDA, a notebook, a PC and a mobile phone. A DMB signal requesting step of requesting, by the wireless access network system, that the terminal equipment transmits a DMB TV channel signal when the terminal equipment has a DMB function configured;  A multi-channel guide signal transmission step of the wireless access network system processing a plurality of DMB content channel signals after the DMB signal requesting step by a multi-channel guide method and then transmitting the processed multi-channel guide signal to a terminal device;  A multi-channel guide signal execution step of displaying, by the terminal equipment, a plurality of DMB content channel signals on one screen of the display according to the received multi-channel guide signal after the multi-channel guide signal transmission step; Control method of a mobile communication system equipped with a guide function. The method of claim 5, The multichannel guide signal execution step may include: a channel selection confirmation step of confirming whether a confirmation signal according to a channel selection of a user of the terminal equipment has been received by the wireless access network system; If the confirmation signal according to the channel selection of the user of the terminal equipment is received by the wireless access network system as a result of checking during the channel selection confirmation step, the wireless access network system transmits the DMB content channel signal selected by the terminal equipment to be displayed on the display of the terminal equipment. The control method of the mobile communication system having a multi-channel guide function further comprising; transmitting a selection channel signal. The method of claim 5, The multi-channel guide signal execution step may further include a resolution consideration display step of setting and displaying the division number of the matrix screen for displaying a plurality of channel signals on one screen according to the resolution of the display unit. Control method of a mobile communication system equipped with a function. The method of claim 5, In the multi-channel guide signal execution step, if the number of output channels is too large to display all the channel signals on one screen, the channel balance distribution display step of changing the channel signals at a predetermined time interval and displaying the multi-channel guide screen method Control method of a mobile communication system having a multi-channel guide function further comprises. delete A multi-channel system apparatus for transmitting a DMB channel signal to terminal equipment, A base station system unit for processing a transmission process of a radio call signal and a DMB multi-channel guide signal wirelessly transmitted and received with the terminal equipment;  According to the DMB channel request signal of the terminal equipment received through the base station system unit to transmit the multi-channel guide signal processed by the multi-channel guide method for displaying a plurality of DMB content channel signals on one screen to the corresponding terminal equipment It is configured to include a multi-channel system unit, The multichannel system unit, A plurality of channel servers each generating and processing a plurality of DMB content channel signals of various genres; A multichannel server for encoding and outputting DMB channel signals of various contents provided from the channel servers in a multichannel guide method; A streaming server transmitting the multi-channel guide signal of the DMB channel signals of various contents encoded by the multi-channel server in a multi-channel guide method to one terminal as a single channel; Multi-channel system apparatus of a mobile communication system having a multi-channel guide function comprising a. A channel signal generating step of generating, by a plurality of channel servers, content channel signals of various genres, respectively, and outputting them to a multi-channel server in a multi-channel system unit of a wireless access network system;  A multi-channel encoding step of multi-channel server encoding the DMB channel signals of various contents provided from a plurality of channel servers by a multi-channel guide method after the channel signal generation step; After the multi-channel encoding step, the streaming server transmits the DMB channel signals of various contents encoded by the multi-channel guide method as a single channel, and transmits the DMB signal to the terminal equipment requesting the DMB signal. Signal transmission step; Multi-channel guide transmission method of a mobile communication system having a multi-channel guide function configured to include. A DMB signal processing unit for displaying a multi-channel guide signal of a DMB including an advertising channel received from an external communication network on a display unit as a multi-channel guide screen, and controlling the DMB signal processing unit according to the multi-channel guide signal and controlling the multi-channel guide signal. A terminal device including a main control unit for controlling the included advertising channel to be displayed on one cell of the multi-channel guide screen displayed on the display unit; A mobile communication system having a multi-channel guide function, comprising a wireless access network system that carries a plurality of DMB channel signals including an advertisement channel to a DMB multi-channel guide signal transmitted to the terminal equipment and transmits the same through a mobile communication path. system. The method of claim 12, The multi-channel guide screen of the terminal equipment is a mobile communication system having a multi-channel guide function comprising four or more channel screens according to the resolution. A channel signal generation step of generating, by a plurality of channel servers including an advertisement channel server, a multi-channel content channel signal including an advertisement channel signal in a multi-channel system unit of the wireless access network system and outputting the generated content channel signals to the multi-channel server;  After the channel signal generation step, the multi-channel server encodes the DMB channel signals of various contents including the advertisement channel signals provided from the plurality of channel servers in a multi-channel guide method and outputs them to the streaming server; ;  After the multi-channel encoding step, the streaming server transmits the DMB channel signals of various contents encoded by the multi-channel guide method as a single channel, and transmits the DMB signal to the terminal equipment requesting the DMB signal. A signal transmission step;  After the multi-channel guide signal transmission step, the terminal device displays an advertising channel display step of displaying a plurality of content channel signals for the DMB including the advertising channel on one screen of the display according to the received multi-channel guide signal; Advertising channel transmission method of a mobile communication system having a multi-channel guide function is configured. The method of claim 14, The advertisement channel display execution step further comprises an advertisement channel always displaying step of controlling the advertisement channel included in the multi-channel guide signal to be always displayed in one cell of the multi-channel guide screen. Ad channel transmission method of the system. The method of claim 14, The advertisement channel display execution step further includes an advertisement channel periodic display step of controlling the advertisement channel included in the multi-channel guide signal to be displayed at a predetermined time interval in one cell of the multi-channel guide screen. Advertising channel transmission method of the mobile communication system. The method of claim 14, The advertisement channel display execution step further includes a resolution consideration display step of setting and displaying the screen division of the matrix screen for displaying a plurality of channel signals on one screen according to the resolution of the display unit. Advertising channel transmission method of a mobile communication system equipped with a function. The method of claim 14, In the execution step of the advertisement channel display, if the number of output channels is large enough to show all the channel signals on one screen, the channel balance is displayed by changing the channel signals at a predetermined time interval except the advertisement channel and displaying them in a multi-channel guide screen method. Advertising channel transmission method of a mobile communication system having a multi-channel guide function further comprises a distribution display step.

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