KR20030045861A - Duplex message service method for controling wireless display board system on internet - Google Patents

Abstract

PURPOSE: A method for a full-path message service of a wireless electric light panel using the Internet is provided to display and fast and easily change a message to the electric light panel installed to a remote place by using the wireless data communication service through a computer terminal or a cellular phone, and a short distance remote controller. CONSTITUTION: A main form of a service homepage is transmitted if a server address is inputted(S202). According to a message sending request, the message is transmitted if an ID and a password are registered(S208). A preview screen is transmitted by driving a CGI program and processing a preview CGI(Computer Graphic Interface) according to a message input option and a channel preview request(S213). If a transmission request exists, the preview screen is transmitted to a wireless communication server through a wire/wireless gateway(S216). A wireless message is transmitted to the cellular phone by transmitting it to a terminal(S225). The electric light panel receives the message(S231). The message is outputted by driving the electric light pane(S239).

Description

Duplex message service method for wireless display board system using internet {Duplex message service method for controling wireless display board system on internet}

The present invention relates to an electronic signboard system, and more particularly, by using a wireless data communication service through a variety of input media such as a remote computer terminal or a mobile phone and using a remote controller in a short distance to display a predetermined message on an electronic signboard installed at a remote location. The present invention relates to a two-way message service method of a wireless electronic signage system using the Internet which enables a simple and quick change of a displayed message.

In general, LED display devices (LED signboards) are widely known as a means of displaying advertising messages. These LED signboards are installed and operated in the entrance of a building, the ceiling of a waiting room, subway, bus, etc. Used for messages and advertising.

Such LED signboards usually have a dedicated line as an information transmission method for controlling their display contents, and a method of simultaneously transmitting information desired by an information provider to a sign board installed in a specific space at a desired time has been mainly used. .

However, the control method of the conventional display board cannot support a variety of input media, and thus requires a complicated procedure (application, reception, confirmation, etc.) every time a predetermined message is displayed on the display or the displayed message is changed. There was a problem that takes a long time to complete the process.

In addition, due to the limitation that the information transmission method is one-way, the nature of the information that the user (actually receiving the information, that is, a group or a signboard installation in a specific space where the signboard is installed) is unilateral and passive. none. In addition, this method could not provide information on the site where the signboard was installed because the user was excluded from the display of individual information related to the space.

Accordingly, the present invention has been made to solve the above problems of the prior art, the object of which is to remotely by using a remote control with a wireless data communication service through a variety of input media such as a remote computer terminal or a mobile phone A bidirectional message service method of a wireless display board system using the Internet for displaying a predetermined message on the installed display board or changing the displayed message simply and quickly.

1 is a block diagram showing the concept of a two-way message service method of a wireless display board system using the Internet according to the present invention.

2 is a block diagram showing a hardware configuration of the present invention.

FIG. 3 is a block diagram illustrating the electronic display system of the hardware configuration of FIG. 2 in more detail. FIG.

4 is a control flowchart illustrating a wireless advertisement service application process according to the present invention.

5 is a control flowchart illustrating a wireless advertisement service transmission process according to the present invention.

6 is a control flowchart illustrating a message history inquiry, OLAP, and data mining process according to the present invention;

7 is a control flowchart illustrating an additional information transmission service process according to the present invention.

8 is a control flowchart illustrating a reverse message transmission process according to the present invention.

9 is a block diagram illustrating a database and software function module in accordance with the present invention.

Explanation of symbols on the main parts of the drawings

1: Wireless advertising service provider 2: Wireless advertising service user

3: wireless data carrier 4: installation point

11 wireless communication terminal 12 computer terminal

21: wireless communication network 22: wired communication network

30: web server 40: wireless data service server

50: remote control 100: output device

110: wireless receiver 111: wireless transmitter

112: mobile phone 120: control unit

121: demodulation unit 122: storage unit

123: edit and display control unit 124: modulator

130: message output unit 131: electronic display unit

132: sign board 140: audio output unit

141: voice driving unit 142: speaker

150: remote control receiver

In order to achieve the above object, there is provided a wireless advertising service application process for requesting a wireless advertising service from a wireless advertising service user to a wireless advertising service provider using a web service through a wireless communication terminal or a computer terminal; A wireless advertisement service transmission process of wirelessly transmitting a remote wireless advertisement message to an output device of an installation point from a wireless advertisement service provider through a wireless data communication company according to the request; A short-range advertisement message transmitting step of transmitting a short-range advertisement message to the output device by using a remote controller at the installation point; The advertisement message displayed on the output device of the installation point is transmitted to the wireless advertisement service provider via the wireless data communication company.

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

1 is a block diagram showing a concept of a two-way message service method of a wireless display board system using the Internet according to the present invention, Figure 2 is a block diagram showing a hardware configuration of the present invention, Figure 3 is a sign of the hardware configuration of FIG. A block diagram illustrating the system in more detail.

As shown, the present invention provides a wireless advertisement service request from the wireless advertisement service user 2 to the wireless advertisement service provider 1 using a web service through the wireless communication terminal 11 or the computer terminal 12. Advertising service application process; A wireless advertisement service transmission process of wirelessly transmitting a remote wireless advertisement message from the wireless advertisement service provider 1 to the output device 100 of the installation point 4 via the wireless data communication company 3 in response to the request; A short-range advertisement message transmitting step of transmitting a short-range advertisement message to the output device 100 by using the remote controller 50 at the installation point; The advertisement message displayed on the output device 100 of the installation point 4 is a reverse message transmission process, which is transmitted to the wireless advertisement service provider 1 via the wireless data communication company 3.

In addition, the wireless advertising message transmitted to the output device 100 through the wireless advertising service transmission process; It is output from the wireless data service server 40 and received via the wireless communication network 21 to the wireless receiving unit 110 of the output device 100, stored in the storage unit 122 via the demodulator 121 and then edited and According to the control of the display controller 123, the message output unit 130 is output as text, video or video data. Here, the message output unit 130; The display board driver 131 and the display board 132 made of LED, LCD, PDP or CRT output a wireless advertisement message transmitted as text, video or video data.

In addition, the wireless advertising message transmitted to the output device 100 through the wireless advertising service transmission process; It is output from the wireless data service server 40 and received via the wireless communication network 21 to the wireless receiving unit 110 of the output device 100, stored in the storage unit 122 via the demodulator 121 and then edited and According to the control of the display controller 123, the voice output unit 140 outputs voice data. Here, the voice output unit 140; The voice driver 141 and the speaker 142 are configured to output the transmitted wireless advertisement message as voice data.

The wireless receiving unit 110 is preferably a mobile phone (112), the wireless data service server 40 is; It is more preferable to apply various communication methods such as SMS, WAP, m_HTML, and IMT-200.

In addition, the short-range advertisement message transmitted to the output device 100 through the short-range advertisement message transmission process; Transmitted from the remote control unit 50 and received by the remote control receiver 150 of the output device 100, stored in the storage unit 122 via the demodulator 121, and under the control of the editing and display control unit 123. The message output unit 130 outputs text, video or video data.

In addition, the short-range advertisement message transmitted to the output device 100 through the short-range advertisement message transmission process; Transmitted from the remote control unit 50 and received by the remote control receiver 150 of the output device 100, stored in the storage unit 122 via the demodulator 121, and under the control of the editing and display control unit 123. It is output as voice data through the voice output unit 140.

In addition, the reverse message transmitted from the output device 100 to the wireless advertising service provider (1); The wireless advertisement service provider is output from the storage unit 122 under the control of the editing and display control unit 123 and transmitted to the wireless data service server 40 through the modulator 124 and the wireless transmitter 124. Is sent to (1).

4 is a control flowchart illustrating a wireless advertisement service application process according to the present invention, and as shown, the wireless advertisement service application process of the present invention; Entering the server address (S101) transmits the service homepage main form (S102), and transmits the application page according to the application page request (S103) (S104), and when the application is created (S105), driving the CGI program (S106) After the request for storage (S107) and save the application (S108) to create an application acceptance confirmation message (S109) and transmits an application acceptance confirmation message (S110).

5 is a control flowchart illustrating a wireless advertisement service transmission process according to the present invention, and as shown, the wireless advertisement service transmission process of the present invention; If the server address is entered (S201), the service homepage main form is transmitted (S202), and according to the message sending request (S203), an ID and password are requested (S204). When the ID and password are input (S205), it is determined whether to be registered (S206). If not registered, request to re-enter ID and password (S207), and if registered, transmit a message (S208), and drive a CGI program according to the message input option and channel selection preview request (S209) (S210). By processing the preview CGI (S211) to create a preview screen (S212), and transmits the preview screen (S213), if there is a transmission request (S214) to drive the CGI program (S215) to the wireless communication server Transmit (S216) and go through the wired or wireless gateway (S217), if there is a reception response (S218), if there is a transmission according to the transmission (S219) request to save the result (S220) to store the transmission result (S221), If there is no transmission, success message and resend message (S2 As a result, the message is transmitted (S223) to determine whether it is retransmitted (S224), while the wireless message is transmitted (S225) and the message is received (S226), if there is a reception response (S227). In step S228, the transmission result is stored (S229), transmitted to the terminal (S230) to receive the message (S231), and according to the reception response (S232) to determine whether the transmission (S233) to delete the message (S234) and In operation S235, the control unit performs editing and display control through the message demodulation (S235), stores the message (S237), drives the electronic display (S238), and outputs the message (S239).

6 is a control flowchart illustrating a message history inquiry, OLAP, and data mining process according to the present invention. As shown in the figure, the message history inquiry, OLAP, and data mining process of the present invention may be performed by using a message board that supports a remote location and a short distance. A large database to analyze the service and a data analysis tool OLAP and data mining system (advertisement effect prediction, association exploration, categorization / clustering of advertisement targets) to meet the needs of service users. If the address is entered (S301), the service homepage main form is transmitted (S302), and according to the message history, OLAP and data mining request (S303), the ID and password are requested (S304), and the ID and password are entered (S305). If it is not registered (S306) and requests the ID, password re-entry if not registered (S307), if registered, message details, OLAP and Send the data mining message (S308), drive the CGI program according to the message details, OLAP and data mining result request (S309) (S310) to request message details, OLAP and data mining (S311), message details, OLAP And connecting to the data mining server, requesting a result (S312), determining whether a neural network (S313) performs a neural network processing routine in case of a neural network (S314), and if not, searching and analyzing a DB (S315) and storing the result. In step S316, the result message is created according to the result return S317 (S318), and the result message is transmitted (S319).

7 is a control flow diagram illustrating an additional information transmission service process according to the present invention. As shown, the additional information transmission service process of the present invention includes securities information, highway information, news, professional baseball information, exchange rate, record sales information, and industry-specific information. It provides various specialized information such as specialized news, book sales information, today's English word, city traffic information, and enters the server address (S401), transmits the service homepage main form (S402), and requests additional information provision (S403). If ID and password are requested (S404) and ID and password are input (S405), it is determined whether to register (S406). If not registered, the ID and password is re-entered (S407). The information selection page is transmitted (S408), the CGI program is driven (S410) according to the additional information selection and the transmission request (S409), and the additional information is provided (S411), and the content DB is searched (S412). If the content is retrieved by searching the DB (S413), and if the external content is transmitted to the wireless communication server (S414) through the wired and wireless gateway (S415), if there is a reception response (S416) transmission or not (S417) If there is a transmission according to the request to save the result (S418) to store the transmission result (S419), if there is no transmission according to the success message and the retransmission message (S420) transmits the result message (S421) to determine whether or not retransmission. On the other hand (S422), and transmits a wireless message (S423) and receives this message (S424) and if there is a reception response (S425) according to whether or not to transmit (S426) to store the transmission result (S427), and transmits to the terminal ( S428) to receive the message (S429), determine whether to send (S431) according to the reception response (S430), delete the message (S432), and perform editing and display control via message demodulation (S433) (S434). And save the message (S435) and drive the LED (S436) And if the output (S437).

FIG. 8 is a control flowchart illustrating a reverse message transmission process according to the present invention. As shown, a wireless data communication request signal from a mobile phone 112 of an output device 100 passes through a gateway of a wireless data communication server 40. When delivered to the web server 30 (S501 to S503), the notification of the connection permission is notified (S504 to S505), and when the message is started and the message is delivered to the web server 30, the CGI program is driven to store the transmission result. To store the transfer result in the DB 32 (S506 to S510).

9 is a block diagram illustrating a database and software function module in accordance with the present invention.

Referring to the operation of the present invention configured in this way in more detail as follows.

First, as a wireless advertisement service application process, a wireless advertisement service provider 1 requests a wireless advertisement service from a wireless advertisement service user 2 using a web service through the wireless communication terminal 11 or the computer terminal 12. .

That is, as shown in Figure 4, when entering the server address (S101) transmits the service homepage main form (S102), according to the application page request (S103) and transmits the application page (S104) and the application is completed (S105) When the CGI program is driven (S106), the application is requested to be stored (S107), and the application is stored (S108). Then, an application reception confirmation message is written (S109) and the application reception confirmation message is transmitted (S110).

Subsequently, as a wireless advertisement service transmission process, a remote wireless advertisement message is wirelessly transmitted from the wireless advertisement service provider 1 to the output device 100 of the installation point 4 via the wireless data communication company 3 according to the request. Send.

In this process, first, as shown in FIG. 5, when the server address is input (S201), the service homepage main form is transmitted (S202), and according to the message sending request (S203), an ID and password request (S204) and an ID and password Is inputted (S205), it is determined whether to register (S206), if not registered, request for re-entering ID and password (S207), and if registered, transmits a message (S208), and previews message input options and channel selection. In response to the request (S209), the CGI program is driven (S210) to process the preview CGI (S211) to create a preview screen (S212).

Subsequently, when transmitting a preview screen (S213), and if there is a transmission request (S214), the CGI program is driven (S215) and transmitted to the wireless communication server (S216) to receive the wired / wireless gateway (S217). If there is a transmission according to the transmission (S219), if there is a transmission request for storing the result (S220) and stores the transmission result (S221), if there is no transmission transmits the result message according to the success message and retransmission message (S222). In operation S223, it is determined whether to retransmit (S224).

On the other hand, by transmitting a wireless message (S225) and receives this message (S226), if there is a reception response (S227) according to whether or not to transmit (S228), the transmission result is stored (S229), and transmitted to the terminal (S230) message Receive (S231), determine whether to transmit (S233) according to the reception response (S232), delete the message (S234), perform the editing and display control through the message demodulation (S235) (S236) and store the message. In operation S237, the electronic signboard is driven in operation S238 to output a message in operation S239.

Thereafter, the installation point 4 performs a short-range advertisement message transmission process for transmitting a short-range advertisement message to the output device 100 by using the remote controller 50.

The wireless advertisement message transmitted to the output device 100 through the wireless advertisement service transmission process is output from the wireless data service server 40 and through the wireless communication network 21 to the wireless receiver 110 of the output device 100. It is received and stored in the storage unit 122 via the demodulator 121 and then output as text, video or video data through the message output unit 130 under the control of the editing and display control unit 123.

In this case, the message output unit 130 is composed of a display board driver 131 and the display board 132 of the LED, LCD, PDP or CRT and outputs the transmitted wireless advertising message as text, video or video data.

Alternatively, the wireless advertisement message transmitted to the output device 100 through the wireless advertisement service transmission process; Output from the wireless data service server 40 and received via the wireless communication network 21 to the wireless receiving unit 110 of the output device 100, stored in the storage unit 122 via the demodulator 121 and then edited and Under the control of the display controller 123, the voice controller 140 may output the voice data through the voice output unit 140. The voice output unit 140 includes a voice driver 141 and a speaker 142 to output the transmitted wireless advertisement message as voice data.

Here, the wireless receiver 110 may be configured as a mobile phone 112, the wireless data service server 40; It is desirable to apply various communication methods such as SMS, WAP, m_HTML, and IMT-200.

In addition, the short-range advertisement message transmitted to the output device 100 through the short-range advertisement message transmission process; Transmitted from the remote control unit 50 and received by the remote control receiver 150 of the output device 100, stored in the storage unit 122 via the demodulator 121, and under the control of the editing and display control unit 123. It is output as text, video or video data through the message output unit 130 or as audio data through the audio output unit 140.

In addition, the present invention builds a large-scale database to analyze the message board (advertising) service that supports the integration of the separation and short-range by performing the original message history query, OLAP and data mining process and data analysis tool OLAP and data mining system (advertising) Effect prediction, association exploration, and categorization / clustering of advertisement targets) to meet the needs of service users.

That is, as shown in FIG. 6, when the server address is input (S301), the service homepage main form is transmitted (S302), and an ID and password are requested (S304) according to the message history, OLAP, and data mining request (S303). If ID and password are input (S305), it is determined whether to register (S306), and if not registered, request for re-input of ID and password (S307).

Meanwhile, if ID and password are registered, the message details, OLAP and data mining messages are transmitted (S308), and the CGI program is driven (S310) according to the message details, OLAP and data mining result requests (S309), and the message details and OLAP are transmitted. And requesting data mining (S311), connecting to the message history, OLAP and data mining server, requesting a result (S312), determining whether the neural network (S313), and performing a neural network processing routine in the case of a neural network (S314). If the DB is searched and analyzed (S315), the result is stored and returned (S316), and a result message is created according to the result return (S317) (S318) and the result message is transmitted (S319).

In addition, the present invention performs a variety of additional information transmission service process, such as stock information, highway information, news, professional baseball information, exchange rate, record sales information, industry-specific news, book sales information, today's English words, city traffic information, etc. Provide specialized additional information.

Here, in the additional information transmission service process of the present invention, as shown in FIG. 7, when the server address is input (S401), the service homepage main form is transmitted (S402), and the ID and password are requested according to the additional information provision request (S403). If the ID and password are input (S405), it is determined whether to register (S406), and if not registered, request for re-input of ID and password (S407), and if it is registered, the additional information selection page is transmitted (S408). do.

Subsequently, in response to selection and transmission of additional information (S409), the CGI program is driven (S410) to provide additional information (S411), and the content DB is searched (S412). And, if the external content is transmitted to the wireless communication server (S414) to go through the wired and wireless gateway (S415), if there is a reception response (S416) according to the transmission (S417) if there is a transmission request for storing the result (S418) In step S422, the transmission result is stored, and if there is no transmission, the result message is transmitted (S421) according to the success message and the retransmission message (S420).

On the other hand, by transmitting a wireless message (S423) and receives this message (S424) and if there is a reception response (S425) according to whether or not to transmit (S426) to store the transmission result (S427), and transmits to the terminal (S428) message Receive (S429), determine whether to transmit (S431) according to the reception response (S430), delete the message (S432), perform the editing and display control through the message demodulation (S433) (S434), and store the message. In operation S435, the display panel is driven in operation S436 to output a message in operation S437.

In addition, the reverse message transmission process of the present invention, as shown in Figure 8, the wireless data communication request signal from the mobile phone 112 of the output device 100 via the gateway of the wireless data communication server 40 through the web server ( 30) (S501 to S503), and informs the permission of the connection (S504 to S505), initiates the transmission of the message, when the message is delivered to the web server 30, the CGI program is driven to request the transmission result storage The transfer result is stored in the DB 32 (S506 to S510).

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications may be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

As described above, according to the present invention, real-time transmission to the billboard of the installation area can be achieved in real time. Overcoming the locality of the local system, attracting external advertisements can be combined with specialized advertisement of the installation point, and displayed on the billboard at the installation point. It is possible to search and control the contents to be done, to use the service related to the billboard advertisement provided by the management server, to provide convenience of text input, and to differentiate and diversify to selectively use the advertising method. It works.

In addition, it provides an interface with a wireless data communication network so that anytime, anywhere access to the management server through the Internet to transmit messages, and when using a user terminal (HP), if the message is sent to the terminal of the management server, the management server is a user It searches for user information with the unique number of the terminal and transmits it according to the corresponding information. Since it uses a wireless communication network, it can be transmitted in real time.

In addition, since all kinds of scalable wireless communication networks (SMS, WAP, m_HTML, IMT2000, etc.) are supported, the quality of service can be improved by using a rapidly developing wireless data communication network.

Beyond providing simple data through bi-directional transmission, it provides OLAP (On-Line Analytical Processing) and data mining tools that can give statistical and analytical access to LED billboard advertisements, and design and analyze billboard messages (advertisements). Ad planning can be done.

Text message input function, logo file function Bitmap file can be added or created, LED display option selection function-LED advertisement image preview function, such as progress, fly, twist, flicker, etc.-Content of the entered advertisement And it provides advertisement editing function to visualize the effect according to LED display panel display method in advance.

As an additional service, it provides a content providing function of selecting news, stock quotes, exchange rates, traffic information, sports information, etc. provided on the Internet and expressing the corresponding information on an electronic board through a wireless communication network.

Real-time notification of transmission result and advertisement rate search function-Real-time one-to-one (for individual users), one-to-many (when companies or organizations send to each branch or agency at the same time), many-to-many (advertise with multiple advertisers separately) To calculate and inform the transmission rate according to the transmission method).

Currently, the short-range LED signboard system, which is mainly used, has a disadvantage in that information transmission is very limited and facility costs are very high due to the limitation of wired connection, and the short-range wireless remote control control signboard system has limited characters and patterns that can be displayed and used. Although it has been pointed out as a problem that the information is poor, the Wireless Display Board System of the present invention is a wireless LED signboard system that supports the remote and short-distance to completely overcome the shortcomings of the previous systems and designed by utilizing only the advantages, It completely solved the problem caused by the separation between the local and the local area.

Claims (17)

A wireless advertisement service application process for requesting a wireless advertisement service from a wireless advertisement service user 2 to a wireless advertisement service provider 1 by using a web service through a wireless communication terminal 11 or a computer terminal 12; A wireless advertisement service transmission process of wirelessly transmitting a remote wireless advertisement message from the wireless advertisement service provider 1 to the output device 100 of the installation point 4 via the wireless data communication company 3 in response to the request; A short-range advertisement message transmitting step of transmitting a short-range advertisement message to the output device 100 by using the remote controller 50 at the installation point; The wireless message using the Internet, characterized in that the advertising message displayed on the output device 100 of the installation point 4 is transmitted to the wireless advertising service provider 1 via the wireless data communication company (3) Bi-directional message service method of electric scoreboard system. The wireless advertisement message transmitted to the output device 100 through the wireless advertisement service transmission process; It is output from the wireless data service server 40 and received via the wireless communication network 21 to the wireless receiving unit 110 of the output device 100, stored in the storage unit 122 via the demodulator 121 and then edited and According to the control of the display control unit 123, the message output unit 130 is a bi-directional message service method of the wireless electronic signboard system using the Internet, characterized in that the output as text, video or video data. The method of claim 2, wherein the message output unit 130; Two-way message of the wireless display board system using the Internet, characterized in that the display board driver 131 made of LED, LCD, PDP or CRT and the display board 132 outputs the transmitted wireless advertising message as text, video or video data. Service method. The wireless advertisement message transmitted to the output device 100 through the wireless advertisement service transmission process; It is output from the wireless data service server 40 and received via the wireless communication network 21 to the wireless receiving unit 110 of the output device 100, stored in the storage unit 122 via the demodulator 121 and then edited and The interactive message service method of the wireless electronic signboard system using the Internet, characterized in that the output via the voice output unit 140 under the control of the display control unit (123). The method of claim 4, wherein the voice output unit 140; The voice driver 141 and the speaker 142, the method of the two-way message service of the wireless electronic signboard system using the Internet, characterized in that to output the transmitted wireless advertising message as voice data. The method of claim 2 or 4, wherein the wireless receiver 110; Two-way message service method of the wireless signboard system using the Internet, characterized in that the mobile phone (112). 5. The wireless data service server (40) of claim 2 or 4, further comprising: a; A two-way message service method of a wireless electronic signage system using the Internet, characterized by applying various communication methods such as SMS, WAP, m_HTML, and IMT-200. The method of claim 1, wherein the short-range advertisement message transmitted to the output device 100 through the short-range advertisement message transmission process; Transmitted from the remote control unit 50 and received by the remote control receiver 150 of the output device 100, stored in the storage unit 122 via the demodulator 121, and under the control of the editing and display control unit 123. Interactive message service method of the wireless electronic signage system using the Internet, characterized in that the output via the message output unit 130, a text, video or video data. The method of claim 1, wherein the short-range advertisement message transmitted to the output device 100 through the short-range advertisement message transmission process; Transmitted from the remote control unit 50 and received by the remote control receiver 150 of the output device 100, stored in the storage unit 122 via the demodulator 121, and under the control of the editing and display control unit 123. The interactive message service method of the wireless electronic signboard system using the Internet, characterized in that the output via the voice output unit 140 as voice data. The method of claim 1, wherein the wireless advertisement service application process; Entering the server address (S101) transmits the service homepage main form (S102), and transmits the application page according to the application page request (S103) (S104), and when the application is created (S105), driving the CGI program (S106) After requesting the storage (S107) and save the application (S108) to create an application acceptance confirmation message (S109) and transmits the application acceptance confirmation message (S110), characterized in that the wireless message board system using the Internet. The method of claim 1, wherein the wireless advertisement service transmission process; If the server address is entered (S201), the service homepage main form is transmitted (S202), and according to the message sending request (S203), an ID and password are requested (S204). When the ID and password are input (S205), it is determined whether to be registered (S206). If not registered, request to re-enter ID and password (S207), and if registered, transmit a message (S208), and drive a CGI program according to the message input option and channel selection preview request (S209) (S210). By processing the preview CGI (S211) to create a preview screen (S212), and transmits the preview screen (S213), if there is a transmission request (S214) to drive the CGI program (S215) to the wireless communication server Transmit (S216) and go through the wired and wireless gateway (S217), if there is a reception response (S218), if there is a transmission according to the transmission (S219) request to save the result (S220) to store the transmission result (S221), If there is no transmission, success message and resend message (S2 As a result, the message is transmitted (S223) to determine whether it is retransmitted (S224), while the wireless message is transmitted (S225) and the message is received (S226), if there is a reception response (S227). In step S228, the transmission result is stored (S229), transmitted to the terminal (S230) to receive the message (S231), and according to the reception response (S232) to determine whether the transmission (S233) to delete the message (S234) and Of the wireless electronic signage system using the Internet, characterized in that through the message demodulation (S235) to perform the editing and display control (S236), to store the message (S237) and to drive the electronic sign (S238) (S238). Two-way message service method. According to claim 1, a large-scale database for analyzing the message board (advertisement) service that supports remote and near field integration and data analysis tool OLAP and data mining system (advertisement effect prediction, association exploration, classification of advertisement targets) And a message history inquiry, OLAP, and data mining process that can build clustering to meet the needs of service users. The method of claim 12, wherein the message history inquiry, OLAP, and data mining process; Entering the server address (S301) transmits the service homepage main form (S302), and requests ID and password (S304) according to the message history, OLAP and data mining request (S303) and registers when ID and password are input (S305). If it is not registered (S306), if not registered, request ID and password re-entry (S307), and if registered, transmit message history, OLAP, and data mining messages (S308), and message history, OLAP, and data mining results. According to the request (S309) to drive the CGI program (S310) to request the message history, OLAP and data mining (S311), connect to the message history, OLAP and data mining server, request the result (S312), and whether the neural network If the neural network is determined (S313), the neural network processing routine is performed (S314). If not, the DB having already analyzed and stored the result is searched (S315) and returned (S316), and a result message is generated according to the result return (S317). (S318) and this result Two-way message service method of the wireless signboard system using the Internet, characterized in that for transmitting a message (S319). The method of claim 1, Additional information transmission service process that provides various and additional information such as stock information, highway information, news, professional baseball information, exchange rate, record sales information, industry-specific news, book sales information, English word of the day, and city traffic information Two-way message service method of a wireless electronic signage system using the Internet, comprising. The method of claim 14, wherein the additional information transmission service process; If the server address is entered (S401), the service homepage main form is transmitted (S402), the ID and password are requested (S404) according to the request for providing additional information (S403), and the ID and password are input (S405). If not registered in step S406, a request for re-entering the ID and password is requested (S407), and if it is registered, the additional information selection page is transmitted (S408), and the CGI program is driven according to the additional information selection and transmission request (S409). S410) to provide additional information processing (S411) and to search the content DB (S412) to search the DB in the case of the internal content to extract information (S413), and to transmit to the wireless communication server in the case of external content (S414) (S415), but if there is a reception response (S416), if there is a transmission according to the transmission (S417) request to save the result (S418) to store the transmission result (S419), if there is no transmission success message and As a result of the retransmission message (S420), Determine whether to retransmit by sending a message (S421) (S422), while transmitting a wireless message (S423) and receiving this message (S424), if there is a reception response (S425) according to the transmission or not (S426) Save (S427), transmit to the terminal (S428) to receive the message (S429), and according to the reception response (S430) determines whether or not to send (S431) to delete the message (S432), message demodulation (S433) Editing and display control through (S434), stores the message (S435), and driving the display (S436) to output the message (S437), characterized in that the wireless message board system using the Internet. The method of claim 1, wherein the reverse message transmission process; When the wireless data communication request signal from the mobile phone 112 of the output device 100 is transmitted to the web server 30 via the gateway of the wireless data communication server 40 (S501 to S503), the connection permission is notified (S501 to S503). S504 to S505, when the message is started and the message is transmitted to the web server 30, the CGI program is driven to request the transmission result to be stored, and the transmission result is stored in the DB 32 (S506 to S510). A bidirectional message service method of a wireless display board system using the Internet. The method of claim 16, wherein the reverse message transmission process; Reverse message transmitted from the output device 100 to the wireless advertising service provider (1); The wireless advertisement service provider is output from the storage unit 122 under the control of the editing and display control unit 123 and transmitted to the wireless data service server 40 through the modulator 124 and the wireless transmitter 124. (1) a two-way message service method of a wireless signboard system using the Internet, characterized in that transmitted to.