KR20050042876A - System and method for supplying the movement-information of vehicle using the representative call number - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to a mobile vehicle driving information providing system using a representative telephone number, a method thereof and a computer readable recording medium storing a program for realizing the method.

2. The technical problem to be solved by the invention

The present invention provides traffic information and the like to the mobile body after designating a representative telephone number for each GPS terminal mounted in each mobile body, and provides location information and passenger / loading information of the mobile body equipped with the GPS terminal in the LBS server. A system and method for providing mobile operation information using a representative telephone number for providing location information and passenger / loading information of the mobile object in the form of voice, text or packet to a subscriber terminal connected with a telephone number, and to realize the method. Its purpose is to provide a computer-readable recording medium that records the program.

3. Summary of the Solution of the Invention

The present invention, in the moving object driving information providing system, stores the current position coordinate value, passenger / vehicle information of the moving object received from the positioning service (hereinafter referred to as GPS) terminal assigned a unique representative phone number and A GPS server for transmitting traffic information corresponding to the current position of the moving object to the GPS terminal; And a mobile service information guide menu when the wired telephone network is connected to the representative telephone number, and the service is requested through interworking with the GPS server in response to a mobile service information service request from the wired communication terminal connected through the wired telephone network. Location-based service that acquires the location information of the mobile and the passenger / loading information and converts the information into voice or / and text form suitable for the environment of the wired communication terminal and transmits it to the wired communication terminal (hereinafter referred to as LBS). ) Includes the server.

4. Important uses of the invention

The present invention is used for the location information providing system and the like.

Description

System and method for supplying the movement-information of vehicle using the representative call number}

The present invention relates to a mobile vehicle driving information providing system using a representative telephone number, and a method and a computer readable recording medium storing a program for realizing the method, and more particularly, to each GPS terminal mounted in each mobile vehicle. After designating a representative telephone number, traffic information, etc. are provided to the mobile unit, and the location information and passenger / loading information of the mobile unit on which the GPS terminal is mounted are connected to the subscriber terminal connected to the representative telephone number from an LBS server. Mobile system information providing system using a representative telephone number for providing the position information and passenger / onboard information of the mobile in the form of a packet, and a method and a computer-readable recording medium recording a program for realizing the method will be.

Location of people or objects anytime, anywhere according to the recent development of location based service (LBS) technology linked to satellite positioning service (GPS) technology. I can figure out.

The LBS system includes a location content server for identifying a current location of a subscriber and providing location information content to a corresponding subscriber, a location application server for processing additional location information content provided by the location content server and providing an additional service to the subscriber. And a gateway for integrating a conventional wireless communication platform with a location application server and a location service client, and a GPS terminal for obtaining a current location coordinate value using a satellite signal received from a GPS satellite.

The LBS system is an advanced technology of wired / wireless terminals that tracks the location of a wireless communication terminal such as a mobile phone and a personal digital assistant (PDA) based on a wireless communication network and provides information related to the location. Technology, GPS terminal technology and traffic information integration technology should be organically combined.

The technologies used in such LBS systems can be summarized as follows: location location technology (LDT: Location Determination Technology) and location information processing using the location of the GPS satellite signal or wireless communication base station. It is divided into platform technology (Location Enables Platform (LEP)) that provides linkage with other traffic information providing systems and service technology (Loc: Location Application Program (LAP)) provided based on location. Can be.

The conventional LBS system includes a GPS terminal for receiving a satellite signal from a GPS satellite and extracting current latitude and longitude coordinate values, and then transmitting the coordinate values to a GPS server of a wireless communication operator through a wireless communication base station, and a GPS terminal. Coordinate values received from the system and traffic information of the location are processed and provided to the GPS terminal, and the current position of the GPS terminal holder is transmitted to a wireless communication terminal of a user subscribed to the current wireless communication provider connected through a wireless communication network. It includes a GPS server for providing.

However, in the conventional technology as described above, since the current location of the GPS terminal holder is provided only to the user subscribed to the wireless communication provider side through the wireless communication network, the user in the home or office can access the GPS terminal holder through the landline telephone or the like. There is an inconvenience of not knowing the current location information. That is, the prior art as described above does not have a connection system with a wired telephone network (PSTN), so that the service is not provided to the wired telephone user with compatibility.

In addition, the prior art as described above, the location information service provided by the PCS or Cellular mobile communication network sends only the cell ID (Cell ID) method or GPS coordinate values to the user's wireless communication terminal to know the location of the GPS terminal, In the wireless communication terminal of the user, only the location information of a type in which the received GPS coordinate value is mapped to an electronic map or the like is provided. Therefore, the user who wants to know the location of the GPS terminal holder knows only the approximate location information and additional services, for example, the name of the road where the GPS terminal holder is currently located, or the moving speed of the bus on which the GPS terminal holder is occupied. Traffic congestion and arrival time to the final destination are not provided to the user.

The present invention has been proposed in order to solve the above problems, and after providing a representative phone number for each GPS terminal mounted in each mobile unit, providing traffic information and the like to the mobile unit, and location information of the mobile unit equipped with the GPS terminal. And mobile device operation information using a representative phone number, which provides location information and passenger / mountable information of the mobile device in a voice, text, or packet form to a subscriber terminal connected to the representative phone number from an LBS server. It is an object of the present invention to provide a computer-readable recording medium recording a providing system and a method thereof and a program for realizing the method.

The apparatus of the present invention for achieving the above object is, in the moving object driving information providing system, the current position coordinate value of the moving object received from a positioning service (hereinafter referred to as a GPS) terminal assigned a unique representative phone number, A GPS server storing passenger / mounted information and transmitting traffic information corresponding to the current position of the moving object to the GPS terminal; And a mobile service information guide menu when the wired telephone network is connected to the representative telephone number, and the service is requested through interworking with the GPS server in response to a mobile service information service request from the wired communication terminal connected through the wired telephone network. Location-based service that acquires the location information of the mobile and the passenger / loading information and converts the information into voice or / and text form suitable for the environment of the wired communication terminal and transmits it to the wired communication terminal (hereinafter referred to as LBS). ) Includes the server.

In addition, in the device of the present invention, the GPS terminal, GPS module for extracting the current position coordinate value of the moving object using the satellite signal received from the GPS satellite; A passenger / mountable identification module for extracting respective passenger information and payload information by reading the IC card attached to the passenger and the IC tag attached to the payload; A transmission / reception module for transmitting the current position coordinate value of the extracted moving object and the passenger / mounting information to the GPS server; An operation / control module for matching the traffic information of the moving object received from the GPS server with an electronic map and outputting it on the screen, outputting a text message transmitted from the wired communication terminal on the screen, and controlling each component. ; A data storage module for storing data such as a tele LBS protocol processing program, an electronic map, and the extracted passenger / loading information; And a tele LBS protocol agent module for calculating a current traveling speed of the moving object and interpreting a tele LBS protocol message received from a GPS server to perform a corresponding function.

In addition, in the device of the present invention, the GPS server stores the current position coordinate values, passenger / vehicle information of the moving object received periodically or in real time from the GPS terminal assigned a unique representative phone number and A traffic information collection module for transmitting traffic information corresponding to the current location of the moving object to the GPS terminal according to a periodic or real time request, and collecting road traffic information such as road traffic status from another traffic information provider; A traffic information guide module for converting road traffic conditions and the like into text or voice according to a request from the GPS terminal; A driving information monitoring module for monitoring a driving state of a moving object at the request of the wired communication terminal; A passenger / loading event management module for analyzing whether passenger / loading and payload loading / unloading events occur by analyzing passenger / loading information received from the GPS terminal; A data storage module for storing location information of the mobile body and passenger / mountable information received from the GPS terminal, and a point of interest (POI) data such as a road speed, a building, a crossroad, a symbol, etc. of the mobile body; A position information correction module for correcting a transmission delay time error of a current position coordinate value of the moving object received from the GPS terminal; And a tele LBS protocol processing module for interpreting the tele LBS protocol message received from the LBS server to perform a corresponding function.

Further, in the device of the present invention, the LBS server, converts the voice signal of the wired communication terminal subscriber to a text message to be transmitted to the GPS terminal side in response to a text message transmission request from the wired communication terminal, the GPS terminal The text message received from the side is converted into a voice signal to be transmitted to the wired communication terminal, but the location information and the passenger / onboard information received from the GPS server to synthesize the road, building, crossroad, symbol, etc. Information synthesis module; A driving information converting module for converting the location information and the passenger / mounting information of the moving object synthesized by the driving information synthesizing module into information in a text or voice form; Guide to the subscriber of the wired communication terminal or the wireless communication terminal to the mobile vehicle information in the form of text and / or voice converted by the driving information conversion module and to guide the subscriber to further query by voice or / and text, etc. module; Point-of-interest (POI) data such as roads, buildings, crossroads, and symbols, data storage modules for storing location information of passengers, passenger / mountable information, and wired communication terminal subscriber information received from a GPS server. ; A telephone network interworking module for connecting communication with each component when the representative telephone number is connected from the wired communication terminal; And interpreting the request from the wired communication terminal subscriber connected to the representative telephone number to insert the request of the subscriber into a tele LBS protocol message to be transmitted to the GPS server, and the position information of the mobile body received from the GPS server. Tele LBS protocol processing module for transmitting the passenger / onboard information to the wired communication terminal.

On the other hand, the method of the present invention, a method for providing mobile vehicle operation information, comprising: a first step of assigning a representative telephone number for each GPS terminal mounted on each mobile unit, and setting a unique port number for each GPS terminal; A second step of receiving a call connection request from a wired communication terminal connected to the representative telephone number through a wired telephone network; A third step of authenticating whether the user of the wired communication terminal subscribes to the mobile vehicle driving information service; A fourth step of confirming a caller's location through the telephone number of the wired communication terminal; After processing the location information and the passenger / loading information of the moving object returned from the GPS server according to the location information and the passenger / mounting information request from the wired communication terminal, the voice or / And a fifth step of converting the information into character information; And a sixth step of transmitting the converted position information and passenger / mountable information in the form of voice and / or text to the wired communication terminal through the wired telephone network.

In addition, the method of the present invention comprises the steps of receiving a request for text message transmission from the wired communication terminal and receiving a voice signal of a subscriber from the wired communication terminal; Converting the received voice signal of the wired communication terminal subscriber into a text message and transmitting it to the GPS terminal; Receiving a text message from the GPS terminal side; And converting the received text message from the GPS terminal into a voice signal and transmitting the same to a wired communication terminal.

In addition, the method of the present invention comprises the steps of: receiving a text message from the wired communication terminal; Transmitting a text message from the received wired communication terminal to the GPS terminal side; Receiving a text message from the GPS terminal side; And transmitting the text message from the received GPS terminal to the wired communication terminal.

On the other hand, the present invention, the mobile vehicle operation information providing system having a processor, a first function for assigning a representative telephone number for each GPS terminal mounted on each mobile body, and setting a unique port number for each GPS terminal; A second function of receiving a call connection request from a wired communication terminal connected to the representative telephone number through a wired telephone network; A third function of authenticating whether the user of the wired communication terminal subscribes to a mobile vehicle driving information service; A fourth function of confirming a caller's location through the telephone number of the wired communication terminal; After processing the location information and the passenger / loading information of the moving object returned from the GPS server according to the location information and the passenger / mounting information request from the wired communication terminal, the voice or / And a fifth function of converting the information into character information; And a program for realizing a sixth function of transmitting the converted location information and passenger / mounted information in the form of voice or / and text to the wired communication terminal through the wired telephone network. To provide.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of an embodiment of a mobile vehicle driving information providing system using a representative phone number according to the present invention.

As shown in FIG. 1, the moving object driving information providing system using the representative phone number according to the present invention is mounted in each moving object 110 to provide driving information such as position information and passenger / mounted information of the moving object 110. GPS terminal 100 for transmitting to the GPS server 200 side and outputting traffic information received from the GPS server 200 and the position information and passengers / of the moving object 100 received from the GPS terminal 100 GPS server 200 for storing payload information and providing traffic information to the GPS terminal 100, and location information of the moving object 110 stored in the GPS server 200 to the GPS server 200. And requesting and storing passenger / loading information and the like, and allowing the subscriber terminal 400 (wired telephone 400a, wireless communication terminal) to authenticate the location information and passenger / loading information of the mobile unit 110, etc. LBS for delivery to 400b) and computer 400c) Wired for requesting the location information of the mobile unit 110 and the passenger / loading information, etc. by connecting to the representative phone number of the GPS terminal 100 designated by the server 300 and a wired telephone network operator. Wireless communication terminal 400b for accessing the phone 400a, the representative phone number of the GPS terminal 100, and requesting the location information of the mobile unit 110 and the passenger / loading information to the LBS server 300, The computer 400c for accessing the Internet address of the LBS server 300 and requesting location information and passenger / loading information of the moving object 110 is included.

2 is a detailed configuration diagram of an embodiment of the GPS terminal of FIG. 1 according to the present invention.

As shown in FIG. 2, the GPS terminal 100 of FIG. 1 according to the present invention uses positional information (eg, position information) of the moving object 110 using a satellite signal received from a GPS satellite (not shown). GPS module 101 for extracting the latitude / longitude coordinates (WGS84 coordinate point) and IC card possessed by the passenger, IC tags attached to the payload, and the like to extract passenger information and payload information. Passenger / vehicle identification module 102, and the transmission / reception module 103 for wirelessly transmitting the location information and the passenger / vehicle information, etc. of the extracted moving object 110 to the GPS server 200 side, The traffic information of the mobile unit 110 received from the GPS server 200 is matched with the electronic map to be output to the display module 106 and the text message transmitted from the subscriber terminal 400 is output to the display module 106. And transmitted from the subscriber terminal 400 An operation / control module 104 for controlling each component so that voice is output to the speaker 107, data such as the GPS terminal 100 driving program, a tele LBS protocol processing program, an electronic map, and the passenger / equipment A data storage module 105 for storing passenger / loading information and the like identified by the water identification module 102, a display module 106 for outputting a screen under the control of the calculation / control module 104; In addition, a tele LBS protocol message received from the GPS server 200 by calculating the current traveling speed of the speaker 107 and the moving object 110 for outputting voice, broadcast, etc. under the control of the operation / control module 104. By interpreting, so as to transmit the position information and the passenger / onboard information of the moving object 110 and the calculated current traveling speed of the moving object 110 and the like stored in the data storage module 105 to the GPS server 200, The GPS server 20 It includes a tele LBS protocol agent module 108 for changing the data transmission cycle and the like to 0), or extract the text message transmitted from the subscriber station (400). In addition, the GPS terminal 100 includes components for performing functions for GPS and wireless communication. In addition, the tele LBS protocol agent module 108 may be implemented in the form of an application program.

The GPS module 101 simultaneously receives satellite signals from three or more GPS satellites, calculates a distance between each GPS satellite and the GPS terminal 100 using the propagation delay time of each satellite signal, and sets the distance as a radius. The point where more than one circle overlaps is converted into latitude / longitude to determine location information. In addition, as the moving body 110 does not stay at one point and continues to move to another point, the GPS module 101 continuously extracts location information at intervals of several seconds to be transmitted to the GPS server 200.

The passenger / mountable identification module 102 is implemented as a Radio Frequency IDentifier (RFID) or a barcode reader, etc., and reads passenger information by reading information such as an IC card possessed by the passenger and an IC tag attached to the payload. Extract payload information. In this case, the IC card possessed by the passenger is previously assigned to the passenger from the operating company of the mobile unit 110, and includes information such as the passenger's ID, name, address, subscriber's ID allowed for guidance, and destination. The IC tag attached to the payload is attached to the payload from the mobile operator 110 in advance, and includes information such as the payload ID, the type of cargo, the subscriber ID allowed for the guidance, and the destination. In addition, the passenger / mountable information may be stored in the GPS terminal 100 by directly inputting the information by the driver of the moving object 110 or the like.

The transmitting / receiving module 103 may include the location information of the moving object 110 extracted from the GPS module 101 and the passenger / loading information extracted from the passenger / loading identification module 102 and the tele LBS protocol agent module ( The current traveling speed of the moving object 110 calculated in 108 is transmitted to a nearby base station through a wireless communication network (for example, PCS network, TRS network, and wireless data network) to be transmitted to the GPS server 200 via a wired network. .

If the GPS terminal 100 mounted in the mobile body 110 extracts the location information and the passenger / mounting information of the mobile body 100 and transmits it to the GPS server 200 as an example.

When the driver starts up the moving object 110, the battery power of the moving object 110 is transmitted to the GPS terminal 100, so that the GPS terminal 100 is driven to notify that the operation of the moving object 110 has been started by the GPS server 200. ) Periodically transmits the location information to the GPS server 200. At the same time, the information of the passenger is extracted by reading the IC card tagged by the passenger, and the information of the payload is extracted by reading the IC tag attached to the payload. Periodically transmits to the GPS server 200.

3 is a detailed block diagram of an embodiment of the GPS server of FIG. 1 according to the present invention.

As shown in FIG. 3, the GPS server 200 of FIG. 1 according to the present invention includes a traffic information collection module 201 for collecting traffic information such as road traffic conditions from other traffic information providers; Traffic information guide module 202 and subscriber terminal 400 for converting road traffic conditions and the like into text or voice according to a request from the GPS terminal 100 in the moving object 110 and transmitting them to the GPS terminal 100. In response to a request from the passenger information on the vehicle 110, the driving information monitoring module 203 for monitoring the driving status of the moving object 110, the passenger / onboard information received from the GPS terminal 100 to analyze the passenger boarding / Passenger / mountable event management module 204 for detecting whether an event such as loading and unloading of loading and unloading occurs, and location information, driving speed and arrival prediction of the moving object 110 received from the GPS terminal 100. Time mountain A program, passenger boarding / unloading and payload loading / unloading information detected by the passenger / loading event management module 204, and POI (Point Of Interest) data such as roads, buildings, crossroads, and symbols, and subscribers The data storage module 205 for storing subscriber information on the terminal 400 side and the transmission delay time error of the position information of the moving object 110 received from the GPS terminal 100 are corrected, thereby realizing the subscriber terminal 400 in real time. ) To analyze the tele LBS protocol messages received from the location information correction module 206 and the LBS server 300 to output the driving information, etc. of the moving object 110, to monitor the moving state of the moving object or to store data. The location information and the passenger / loading information of the moving object 110 stored in the module 205 are extracted and transmitted to the LBS server 300 or the subscriber station received from the LBS server 300. Extracts the text message from the (400) comprises a telephone LBS protocol processing module 207 to be transmitted to the GPS device 100. The

Tables 1 to 6 below show information stored in the data storage module 205 of the GPS server 200.

Mobile body information Vehicle number GPS terminal ID LBS port number Contact phone number Operating company Registration date Purpose / route

Subscriber information on the subscriber terminal 400 side Subscriber ID password GPS terminal ID in the guided vehicle Contact phone number Current location of subscriber Passenger ID or payload ID in the vehicle Relationship with guide object

In addition, the subscriber information may further include the subscriber's name, address, social security number, POI ID of the current location, and the like.

Location information GPS terminal ID Transmission time WGS84 coordinate value Road / Segment ID Speed Reception time

Passenger Information Passenger ID name Vehicle number Subscriber ID Allowed destination

Payload Information Payload ID Payload Type Mobile Vehicle Number Subscriber ID Allowed destination

Electronic map information GPS Terminal Electronic Map POI ID GPS Terminal Electronic Map POI Name GPS Server Electronic Map POI ID GPS Server Electronic Map POI Name WGS84 coordinate value

4 is a detailed configuration diagram of an embodiment of the LBS server of FIG. 1 according to the present invention.

As shown in FIG. 4, the LBS server 300 of FIG. 1 according to the present invention uses road information such as location information and passenger / loading information of the moving object 110 received from the GPS server 200 on the road. Driving information synthesizing module 301 for synthesizing a building, a crossroad, a symbol, and the like, and a driving information converting module for converting the driving information of the moving object 110 synthesized by the driving information synthesizing module 301 into a text or voice ( 302 and the mobile terminal 110 information in the form of a text or voice converted by the driving information conversion module 302 to the subscriber of the subscriber terminal 400 and to further inquire the subscriber by voice or text. Point of Interest (POI) data such as a road information building module, a road information, a building, a crossroad, and a symbol, and the travel information of the moving object 110 received from the GPS server 200 and the passenger / loading information. Subscribers with data such as information Data storage module 304 for storing subscriber information and the like on the 400 side, and a telephone network for connecting communication with each component when a representative telephone number is connected from the landline telephone 400a and the wireless communication terminal 400b. ID and password of the interlocking module 305 and the Internet interlocking module 306 for connecting the communication when the Internet is connected from the computer 400c and the representative telephone number or the subscriber terminal 400 connected through the Internet. Checks the relationship with the guide object, performs the authentication process, checks the location of the subscriber terminal 400, and calculates the driving information of the moving object 110 in the form of a text or voice synthesized by the driving information synthesizing module 301. Tele LB for transmitting to the GPS server 200 by inserting a text message transmitted from the subscriber terminal 400 and a text message transmitted from the subscriber terminal 400 into the tele LBS protocol message. S protocol processing module 307 is included.

The driving information synthesizing module 301 uses the traveling speed of the moving object 110 and the current location information of the moving object 400 received from the GPS server 200 as a destination (that is, the subscriber terminal 400). Calculate the estimated time to arrive). Here, the position of the subscriber requesting the driving information of the moving object 110 is a fixed position value or a moving position value. For example, after mapping the location of the subscriber station 400 and the location of the current mobile unit 110 on the road of the electronic map, the bus line on or off position or subscriber of the bus line located closest to the subscriber station 400. Average waiting time of a traffic light which is divided by the traveling speed of the moving object 110 by dividing the path length on the road between the location designated by the subscriber such as the current location of the terminal 400 and the current moving or stopping position by the moving speed of the moving object 110. After calculating the driving time required by adding the light and the like, the estimated time of arrival at the destination is calculated by adding the driving time to the current time.

The driving information converting module 302 converts the driving information of the mobile body 110 synthesized by the driving information synthesizing module 301 into a data type suitable for transmission through a wired / wireless communication network (telephone network) or the Internet. For example, the driving information conversion module 302 operates the mobile body 110 in response to requesting the driving information of the mobile body 110 from the wired telephone 400a or the wireless communication terminal 400b connected through the telephone network. Convert information into voice or text data. On the other hand, as the driving information of the mobile unit 110 is requested from the computer 400c connected through the Internet, the driving information conversion module 302 converts the driving information of the mobile unit 110 into packet data. The driving information conversion module 302 has a built-in VXML Interpreter / Text To Speech (TTS), and converts the data of the moving object 110 into data in a speech form using the same. In addition, the VXML Interpreter / TTS (Text To Speech) is embedded in the telephone network interworking module 305, and converts the data into a voice form according to the instruction of the driving information guide module 303 and transmits the data to the subscriber terminal 400. It may be.

The driving information guide module 303 transfers the driving information of the moving object 110 converted by the driving information conversion module 302 to the telephone network interworking module 305 or the internet interworking module 306 to be transmitted to the corresponding communication network. In addition, the driving information guide module 303 has a built-in driving information guide scenario, etc., and guides the driving information of the mobile unit 110 to the subscriber terminal 400 using the same, and then adds it to the subscriber terminal 400. Inquire about the result of the response.

The telephone network interworking module 305 is connected to a wired telephone 400a or a wireless communication terminal 400b and then transmits a voice or text transmitted from the wired telephone 400a or the wireless communication terminal 400b to the tele LBS protocol processing module ( 307). The telephone network interworking module 305 connects a user service request call connected to the switch with a voice channel from the wired telephone 400a or the wireless communication terminal 400b to the LBS server 300, and the LBS server 300. It provides an interface so that the location information and the passenger / onboard information of the mobile unit 110 processed in the) can be provided to the subscriber of the wired telephone (400a) or the wireless communication terminal (400b). In addition, the telephone network interworking module 305 may be implemented as a wired / wireless communication integrated exchange. That is, in the wired telephone 400a or the wireless communication terminal 400b, a representative telephone number including a mobile identification number (LBS port number) to obtain current service information together with a service access code (SAC) is described above. A telephone network interworking module 305 is connected. For example, 099-9595-0001 (099; location-based service identification number, 9595; mobile operator identification number, 0001; first vehicle identification number of the mobile operator) is representative of the GPS terminal 100 of the mobile unit 110. It can be set to a phone number. Then, the telephone network interworking module 305 transmits the calling number or subscriber information of the connected wired telephone 400a or wireless communication terminal 400b to the tele LBS protocol processing module 307. Accordingly, the tele LBS protocol processing module 307 performs the authentication process.

In the present invention, the telephone network interworking module 305 makes a call connection with the LBS server 300 as the subscriber of the wired telephone 400a or the wireless communication terminal 400b dials the representative telephone number. In addition, the representative telephone number is matched with each port number of the LBS server 300. That is, when the subscriber of the subscriber terminal 400 dials the representative phone number, the subscriber port 400 is connected to the corresponding port number of the LBS server 300 through the telephone network interworking module 305, and thus the LBS server 300 corresponds to the corresponding port number. The GPS terminal 100 corresponding to the loaded location information and passengers / vehicle information of the mobile unit 110 is loaded.

The Internet interworking module 306 is connected to the computer 400c, the mobile LBS protocol processing module, such as a mobile identification number (LBS port number), subscriber ID and password to obtain the current operation information received from the computer 400c Forward to 307. Accordingly, the tele LBS protocol processing module 307 performs the authentication process.

The tele LBS protocol processing module 307 is an authorized subscriber who can check the operation information of the mobile unit 110 by checking the calling telephone number of the subscriber terminal 400 connected to the representative telephone number or the ID and password of the subscriber. Perform the authentication process for. For example, the tele LBS protocol processing module 307 is the subscriber's ID and the call through the outgoing telephone number or query of the subscriber terminal 400 connected through the telephone network interworking module 305 or the Internet interworking module 036. The authentication process is performed by checking the calling number or ID and password by inputting the password. In this case, the tele LBS protocol processing module 307 performs an authentication process with reference to data such as a subscriber ID and password stored in the data storage module 304 and a relationship with a guide object.

Then, the tele LBS protocol processing module 307 is a text form according to the form of the subscriber terminal 400 is authorized to authenticate the location information and the passenger / onboard information of the mobile unit 110 received from the GPS server 200 Data in the form of data or voice or data in the form of packets.

That is, the tele LBS protocol processing module 307 receives a request for the driving information of the mobile unit 110 from the wired telephone 400a or the wireless communication terminal 400b in which the authentication process is performed. Accordingly, the tele LBS protocol processing module 306 interprets the request from the wired telephone 400a or the wireless communication terminal 400b and inserts the request of the subscriber terminal 400 in the tele LBS protocol message to insert a request for the GPS server. Send a tele LBS protocol message to 200. Then, the GPS server 200 interprets the received tele LBS protocol message and extracts and returns the location information and the passenger / loading information of the moving object 110 or changes the data transmission cycle of the GPS terminal 100 or text message. To transmit to the GPS terminal 100.

Here, the tele LBS protocol message in which the request information of the wired telephone 400a or the wireless communication terminal 400b is inserted, the LBS search including a mobile object 110 search request message, a passenger search request message, and a payload search request message A request message, an LBS update request message, an LBS monitoring request message, a text message (SMS) transmission request message, a voice transmission request message, and the like. Detailed information of the tele LBS protocol message will be described in detail below.

The tele LBS protocol processing module 306 is a search target as receiving the location information and the passenger / onboard information search request of the mobile unit 110 from the wired telephone (400a) or the wireless communication terminal (400b) or computer (400c) The LBS search request message is generated and transmitted to the GPS server 200, and the location information and the passenger / mounted information of the moving object 110 using the information returned from the GPS server 200 in the form of text, voice or packet. It is converted to the information of the wired telephone 400a or the wireless communication terminal 400b or the computer 400c, and transferred from the wired telephone 400a or the wireless communication terminal 400b or the computer 400c the mobile unit 110 In response to receiving the location information and the passenger / onboard information update request of the LBS update request message is set to update and set the period is generated and delivered to the GPS server 200 and the information returned from the GPS server 200 The response result is converted into information in the form of text, voice, or packet to be transmitted to the wired telephone 400a or the wireless communication terminal 400b or the computer 400c, and the wired telephone 400a or the wireless communication terminal 400b. Alternatively, upon receiving the driving condition monitoring request of the moving object 110 from the computer 400c, the LBS monitoring request message having the monitoring target and the period set therein is generated and transmitted to the GPS server 200, and the information returned from the GPS server 200 is generated. The result of the response is converted into information in the form of text, voice, or packet by using the transmission to the wired telephone 400a or the wireless communication terminal 400b or the computer 400c, and the wired telephone 400a or the wireless communication terminal 400b. Or when receiving a text message transmission request from the computer 400c, a GPS server is generated by generating a tele LBS protocol message containing the text message. Transmission to the 200 to be transmitted to the GPS terminal 100.

Tables 7 to 13 below show information stored in the data storage module 303 of the LBS server 300.

Mobile body information Vehicle number GPS terminal ID LBS port number Contact phone number Operating company Registration date Purpose / route

Passenger Information Passenger ID name Vehicle number Subscriber ID Allowed destination

Payload Information Payload ID Payload Type Mobile Vehicle Number Subscriber ID Allowed destination

Subscriber Information Subscriber ID password GPS terminal ID in the guided vehicle Contact phone number Subscriber location (WGS84 coordinate value) Passenger ID or payload ID in the vehicle Relationship with guide object

Arrival time information GPS terminal ID Desired arrival time Estimated time of arrival Speed Renewal time

Section Speed Information Road / Segment ID Cod name Subsection Name Section speed Renewal time

Feature (POI) Information POI ID POI Name Classification number WGS84 coordinate value Road segment ID

Additionally, in the state where the wired communication terminal 400a is connected to the LBS server 300, the location of the checked wired communication terminal according to the location confirmation request from the GPS terminal 100 is determined. Information (eg, GPS coordinate values, nearby POI coordinate values, approximate location values using an outgoing telephone number, etc.) may be transmitted to the GPS terminal 100. As such, the LBS server 300 provides the location information of the wired communication terminal 400a to the GPS terminal 100 so that the driver of the mobile unit 110 on which the GPS terminal 100 is mounted is a student on the mobile unit 100. Or payloads can be easily moved to their destination.

5 is a flowchart illustrating a method for providing moving object driving information in a GPS terminal according to the present invention.

First, the passenger IC card and the payload IC tag in the moving object 110 are read (50).

Thereafter, the passenger / mounted information read and the current position information of the moving object 110 are periodically transmitted to the GPS server 200 (51). At this time, the GPS terminal 100 inserts the current position information of the mobile unit 110 and the read passenger / mounting information tele LBS protocol message according to a predetermined period and transmits the data in the form of a packet to the GPS server 200. . At this time, the tele LBS protocol message includes a GPS terminal 100 ID (ID), LBS port number, passenger / vehicle information (passenger ID, passenger boarding position, passengers disembarkation position, payload ID, payload loading position, mounted Water unloading location, etc.), transmission time, recipient Internet address, message type, GPS coordinates of the current location, the traveling speed of the moving object (110). Accordingly, traffic information and the like are received from the GPS server 200 (52).

Thereafter, the received traffic information is matched with an electronic map and output to the display module 106 (53). As another example, the received traffic information may be output as a voice to the speaker 107.

6 is a flowchart illustrating a method for providing moving object driving information in a GPS server according to the present invention.

First, the mobile terminal 110 periodically receives the current location and passenger / loading information of the mobile device 110 from the GPS terminal 100 in operation 60.

Then, the location information and the passenger / mounting information of the mobile unit 110 are updated (61).

Then, the traffic information is transmitted to the GPS terminal 100 (62).

Thereafter, the LBS server 300 receives a request for transmission of current location information and passenger / mountable information of the moving object 110 (63).

Then, the LBS server 300 transmits the current location information and the passenger / loading information of the updated moving object 110 (64).

7 is a flowchart illustrating a method for providing mobile vehicle operation information using a representative phone number in an LBS server according to the present invention.

In the present invention, the driving information and the passenger / mounting information of the mobile body 110 may be provided to the wired telephone 400a or the wireless communication terminal 400b or the computer 400c. Only the process of providing operation information and passenger / loading information will be described.

First, a representative telephone number is assigned to each GPS terminal 100 of the mobile unit 110, and a unique port number is set for each GPS terminal 100 (70). Here, the representative phone number is a phone number previously applied by the mobile operator 110 to the wire communication operator, and the representative phone number is a GPS terminal mounted in each mobile unit 110 in the LBS server 300. Corresponds to the ID of 100 and the unique port number mapped.

Thereafter, a call connection is requested to the representative telephone number from the landline telephone 400a and connected (71). At this time, the service identification number included in the representative telephone number dialed by the subscriber of the landline telephone 400a and the LBS port number of the mobile body 110 are checked to request a call connection of the landline telephone 400a to connect communication.

Then, the subscriber of the landline telephone 400a is checked (72). At this time, by checking the outgoing telephone number of the landline (400a) to check whether the appropriate subscriber may provide the operation information and passengers / vehicle information of the mobile unit 110, or using the pre-set VXLM interpreter guide information ( The subscriber ID and password input request) is output to the subscriber side by voice, and accordingly, the information received from the subscriber is used to check whether the subscriber is an appropriate subscriber.

If the check result 72 is not the appropriate subscriber's landline telephone 400a, the call connection is awaited from another landline telephone 400a, and if the landline telephone 400a of the appropriate subscriber is located, the position of the landline telephone 400a is determined. (73).

Thereafter, the GPS server 200 requests transmission of location information and passenger / mounted information of the moving object 110 (74). At this time, the LBS server 300 requests the GPS server 200 to transmit the mobile unit 110 and the passenger / mountable information that the subscriber of the landline telephone 400a requests to search by using the message of the tele LBS protocol method. Accordingly, the location information and the passenger / mounting information of the moving object 110 are received from the GPS server 200 (75). At this time, the GPS server 200 inserts the location information of the mobile unit 110 and the passenger / mounting information into the message of the tele LBS protocol method and transmits it to the LBS server 300.

Thereafter, the estimated arrival time of the passenger / mounted vehicle is calculated using the received location information of the mobile unit 110 and the location information of the landline telephone 400a (76).

Thereafter, the driving information of the mobile unit 110 including the location information of the mobile unit 110 and the estimated time of arrival of the passenger / carriage is converted into voice or text form information (77).

Then, the driving information of the mobile unit 110 in the form of voice or text is transmitted to the landline telephone 400a (78).

Thereafter, a text message (SMS) is received from the landline telephone 400a (79). At this time, the subscriber receives the voice from the subscriber of the landline telephone 400a which is not provided with the text message communication function and converts the voice into a text message.

Then, the received text message is transmitted to the GPS terminal 100 through the GPS server 200 (80). At this time, the LBS server 300 inserts the text message received from the landline telephone 400a into the message of the tele LBS protocol method and transmits it to the GPS server 200, the GPS server 200 receives the received tele The text message is transmitted to the GPS terminal 100 by analyzing the message of the LBS protocol method.

 Thereafter, a text message is received from the GPS terminal 100 to which the text message has been transmitted (81).

Then, the text message received from the GPS terminal 100 is transmitted to the wired telephone 400a (82). Here, in order to transmit the text message received from the GPS terminal 100 to the landline telephone 400a not provided with the text message communication function, the text message of the GPS terminal 100 received by the LBS server 300 is voiced. After conversion to the wired telephone 400a, or the voice mail of the wired telephone 400a and stored in the voice mail to the landline telephone 400a may be notified that the text message is stored in the voice mailbox.

In addition, in the above process, after performing the authentication process for the wired telephone 400a and the subscriber connected to the representative telephone number, the position information (handling position, driving speed) and the passenger / mounting of the mobile body 110 are automatically We will inform you of water information (notice of arrival time). Thereafter, a voice guidance message (for example, 'press button 1', etc. to know traffic information of the area near the current mobile unit 110, etc.) is heard to the subscriber of the landline telephone 400a. The corresponding information is detected according to the voice or text input or the key button input of the phone and the subscriber of the landline telephone 400a is notified by voice or text.

In addition, the text message to the representative phone number (in this case, another representative phone number is set in the landline telephone of the 119 emergency room) through the GPS terminal 100 in an emergency situation in the mobile unit 110 in a text message or voice form. Alternatively, as the voice message is transmitted, a text message or a voice message indicating an emergency situation of the mobile unit 110 may be transmitted from the LBS server 300 to the 119 emergency room.

8 is a diagram illustrating an embodiment of a message format defined in a tele LBS protocol according to the present invention.

In the present invention, a tele LBS protocol message defined by a tele LBS protocol method is used to mutually provide mobile vehicle driving information between the GPS terminal 100, the GPS server 200, and the LBS server 300.

This tele LBS protocol is a subscriber authentication of the wired telephone 400a, mobile unit 110 location information and passenger / vehicle information search (guide) request processing from the subscriber of the wired telephone 400a, mobile unit 110 location information and passengers / Information for the deployment information update request, mobile vehicle status monitoring request processing, text message transmission request processing transmitted from the landline (400a) and the GPS terminal 100 and the like. At this time, between the GPS terminal 100, the GPS server 200, and the LBS server 300 inserts the request and response information into a message defined by the tele LBS protocol method and transmits it to the corresponding component.

In addition, in the present invention, only basic operations such as searching, updating, monitoring, authentication, and text message transmission are defined in the tele LBS protocol message type, and various applications may be made as information objects and adverbs are changed by using information elements and LBS port numbers. There is an advantage. For example, 'search + passenger information + LBS port number' indicates the passenger information search request of the GPS terminal 100 designated as the LBS port number, and 'update + passenger information + LBS port number' is the GPS specified by the LBS port number. Indicates a passenger information update request of the terminal 100.

As shown in FIG. 8, the tele LBS protocol message is a variation of the V5.2 interface bearer channel connection (BCC) protocol used in the telephone network. As such, in the present invention, by defining and using a tele LB S protocol message to be compatible with the V5 call connection control protocol, it is possible to interwork with a wired / wireless communication network (telephone network), and in particular, different carriers, different GPS terminal manufacturers, different GPS In the heterogeneous system environment of the server operating company, there is a compatibility that can exchange the moving information of the moving object.

The first and last octets of the tele LBS protocol message according to the present invention are flags indicating the start and end of the V5Envelope Function (V5EF) frame, and the second, third, and fourth and fifth octets. Similarly duplicated V5 data link address, the unique address value of the Tele LBS protocol is '11111010', the eighth octet is the protocol identifier, and the unique number of the V5EF protocol is '0100100', and the control field of the sixth and seventh octets and n The Frame Check Sequence (FCS) field of the -1 and n-2 octets follows the LAPD protocol. The tele LBS reference number of the ninth and tenth octet is a reference number assigned to each message and is valid until the processing of the message is terminated.

The message type field of the eleventh octet is a message identification number for subscriber authentication request, LBS search request, LBS update request, LBS for tele LBS service for providing location information and passenger / loading information of the mobile unit 110 in the present invention. A unique number is added to each request and response necessary for collecting, processing, and providing location information and passenger / mountable information of the mobile unit 110 such as a monitoring request, a text message transmission request, a result notification, and a status notification.

Other information elements of the twelfth to n-3 octets are fields that are inserted into a specific message type and indicate parameters or application service data necessary for processing the message on the other side.

Tables 14 to 18 below show other information elements of the 12th to n-3th octets of the message.

Location information Information element ID Information element length LBS port number / GPS terminal ID Status Transmission time GPS coordinates (WGS84 coordinates) Proximity POI and Road / Segment ID speed

Passenger Information Information element ID Information element length LBS port number / GPS terminal ID Status Transmission time Passenger ID Boarding position Getting off

Payload Information Information element ID Information element length LBS port number / GPS terminal ID Status Transmission time Payload ID Loading position Unloading position

Text message information Information element ID Information element length LBS port number / GPS terminal ID Status Transmission time Text message content

Other information Information element ID Information element length LBS port number / GPS terminal ID Status Transmission time Data stored in GPS server, data stored in LBS server and message processing parameters

The information element ID is a unique number for uniquely identifying the tele LBS information among V5EF other information elements. The information element length is a field indicating the size of the tele LBS information element defined in the present invention in octet units, and the value is 8 octets or more. The LBS port number is 4 octets in size, is a number uniquely designated by the GPS terminal 100, and is a number generated to correspond to the representative phone number 1: 1. The status indicates the status of the port specified by the LBS port number and the work information to be processed.The status information such as connection, fault status, unused, protocol processing, and test, and channel allocation for clear channel allocation, channel cancellation, etc. Work information is stored.

9 is a diagram illustrating an embodiment of mobile vehicle driving information output from a subscriber station to which the present invention is applied.

As shown in Figure 9, the subscriber terminal (400, wired telephone 400a, wireless communication terminal 400b) to which the present invention is applied, location information (current position: in front of the Umyeon-dong KT Research Center) and passengers Information (expected arrival time: 23:30) and the like are output. As the subscriber terminal 400 first dials a representative telephone number and accesses a nearby exchange, the nearby exchange connects the call of the subscriber terminal 400 to the LBS server 300. Thereafter, the location information of the mobile body 110 and the estimated time of arrival of the passenger are automatically received from the LBS server 300, and afterwards, the subscriber responds according to an additional query from the LBS server 300 (mobile body 110). ), Road traffic near your current location). In FIG. 9, the location information and the passenger information of the mobile body 110 are output in a text form from the subscriber terminal 400, and the location information and the passenger information of the mobile body 110 converted into voices may be output.

In addition, the GPS terminal 100 is freely linked to the wired / wireless communication network (telephone network) by using the tele LBS protocol method, and can quickly handle an emergency accident of the mobile unit 110 equipped with the GPS terminal 100, Advance notice of road hazards can be a key element of life saving. In ships, trains, aircraft, vehicles, motorcycles and other means of transportation can be applied to the GPS terminal 100 equipped with a GPS function and a wireless communication terminal in various ways, it can be applied to the LBS network interworking for disaster prevention.

In addition, by using the tele LBS protocol method, a ship on an international sea route may transmit a tele LBS protocol message to a GPS server 200 or an LBS server 300 connected to a telephone network using a satellite communication network. LBS service users can check the movement or operation of the ship at any time using a wired / wireless communication phone or a computer, and may insert a text message into a tele LBS protocol message and send it to the GPS terminal 100 mounted on the ship.

As described above, the method of the present invention may be implemented as a program and stored in a recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.) in a computer-readable form. Since this process can be easily implemented by those skilled in the art will not be described in more detail.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible in the art without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge.

As described above, the present invention assigns a representative phone number to a GPS terminal mounted in each mobile body, and stores the location information and passenger / loading information of the mobile body acquired by the GPS terminal in the GPS server, and then wires / wireless the LBS server. By providing mobile terminal location information and passenger / loading information in the form of voice or text or packet to a communication terminal, a computer, and allowing a text message to be transmitted / received between a wired / wireless communication terminal and a GPS terminal, a carrier or a GPS Even if the terminal manufacturer is different or the GPS server operating company is different, the user at any location has an effect that can easily be provided with the location information and passenger / vehicle information of the moving object.

1 is a configuration diagram of an embodiment of a mobile vehicle driving information providing system using a representative phone number according to the present invention;

Figure 2 is a detailed configuration diagram of an embodiment of the GPS terminal of Figure 1 according to the present invention.

Figure 3 is a detailed configuration diagram of an embodiment of the GPS server of Figure 1 according to the present invention.

Figure 4 is a detailed configuration diagram of one embodiment of the LBS server of Figure 1 according to the present invention.

5 is a flowchart illustrating an exemplary embodiment of a method for providing mobile vehicle driving information in a GPS terminal according to the present invention.

6 is a flowchart illustrating an exemplary embodiment of a method for providing moving object driving information in a GPS server according to the present invention.

7 is a flowchart illustrating a method for providing mobile vehicle operation information using a representative phone number in an LBS server according to the present invention.

8 is a diagram illustrating an embodiment of a message format defined in a tele LBS protocol according to the present invention.

9 is a diagram illustrating an embodiment of mobile vehicle driving information output from a subscriber station to which the present invention is applied.

* Explanation of symbols on the main parts of the drawing

100: GPS terminal 110: mobile body

200: GPS server 300: LBS server

400a: Landline Phone 400b: Wireless Communication Terminal

400c: computer

Claims (27)

In the moving vehicle driving information providing system, It stores the current position coordinate value and passenger / loading information of the moving object received from the positioning service (hereinafter referred to as GPS) terminal assigned a unique representative phone number, and corresponds to the current position of the moving object to the GPS terminal. A GPS server for transmitting traffic information; And The mobile service information guide menu is provided when the wired telephone network is connected to the representative telephone number, and the service request is made through interworking with the GPS server according to the mobile service information service request from the wired communication terminal connected through the wired telephone network. Location-based service that acquires the location information of the moving object and the passenger / loading information and converts the information into voice or / and text form suitable for the environment of the wired communication terminal and transmits it to the wired communication terminal (hereinafter referred to as LBS). server Mobile vehicle operation information providing system using a representative telephone number comprising a. The method of claim 1, The GPS terminal, The mobile vehicle driving information providing system using the representative phone number, which is mounted on each mobile body and assigned a unique representative phone number to obtain a current position coordinate value and passenger / mounting information of the mobile body. The method of claim 2, The GPS terminal, A GPS module for extracting coordinates of a current position of a moving object using a satellite signal received from a GPS satellite; A passenger / mountable identification module for extracting respective passenger information and payload information by reading the IC card attached to the passenger and the IC tag attached to the payload; A transmission / reception module for transmitting the current position coordinate value of the extracted moving object and the passenger / mounting information to the GPS server; An operation / control module for matching the traffic information of the moving object received from the GPS server with an electronic map and outputting it on the screen, outputting a text message transmitted from the wired communication terminal on the screen, and controlling each component. ; A data storage module for storing data such as a tele LBS protocol processing program, an electronic map, and the extracted passenger / loading information; And Tele LBS protocol agent module for calculating the current traveling speed of the moving object and interpreting the tele LBS protocol message received from the GPS server to perform the corresponding function Mobile service information providing system using a representative phone number comprising a. The method of claim 3, wherein The tele LBS protocol agent module, Interpret the tele LBS protocol message received from the GPS server, and transmit the current position coordinate value and the passenger / mounting information of the extracted moving object and the current traveling speed of the calculated moving object to the GPS server, or to the GPS server. Mobile service information providing system using the representative phone number, characterized in that for changing the data transmission period of the or extract the text message transmitted from the wired communication terminal. The method of claim 3, wherein The passenger / vehicle identification module, Read the IC card possessed by the passenger, extract information such as the passenger's ID, name, address, subscriber ID and destination allowed to guide, read the IC tag attached to the load, the ID of the payload, the type of cargo , A mobile service information providing system using a representative phone number, characterized in that the extraction of information such as subscriber ID and destination allowed to guide. The method of claim 2, The GPS server, It stores the current position coordinate value and passenger / loading information of the moving object received periodically or in real time from the GPS terminal assigned a unique representative phone number, and the moving object to the GPS terminal on a periodic or real time request. Send traffic information that corresponds to your current location, A traffic information collection module for collecting road traffic information such as road traffic state from another traffic information provider; A traffic information guide module for converting road traffic conditions and the like into text or voice according to a request from the GPS terminal; A driving information monitoring module for monitoring a driving state of a moving object at the request of the wired communication terminal; A passenger / loading event management module for analyzing whether passenger / loading and payload loading / unloading events occur by analyzing passenger / loading information received from the GPS terminal; A data storage module for storing location information of the mobile body and passenger / mountable information received from the GPS terminal, and a point of interest (POI) data such as a road speed, a building, a crossroad, a symbol, etc. of the mobile body; A position information correction module for correcting a transmission delay time error of a current position coordinate value of the moving object received from the GPS terminal; And Tele LBS protocol processing module for interpreting the tele LBS protocol message received from the LBS server to perform the corresponding function Mobile service information providing system using a representative phone number comprising a. The method of claim 6, Tele LBS protocol processing module of the GPS server, By interpreting the tele LBS protocol message received from the LBS server, the GPS server monitors the driving status of the moving object, or extracts the location information and the passenger / onboard information of the stored moving object to be transmitted to the LBS server, or the LBS server And a text message from a wired communication terminal received from the mobile terminal to extract the text message and transmit the text message to the GPS terminal. The method of claim 1, The LBS server, In response to a request for transmitting a text message from the wired communication terminal, a voice signal of a wired communication terminal subscriber is converted into a text message to be transmitted to the GPS terminal, and the text message received from the GPS terminal is converted into a voice signal to convert the text signal into a voice signal. Mobile vehicle information providing system using a representative phone number characterized in that to be transmitted to the communication terminal. The method of claim 8, The LBS server, A driving information synthesizing module for synthesizing the location information of the moving object and the passenger / mounting information received from the GPS server on a road, a building, a crossroad, a symbol, and the like; A driving information converting module for converting the location information and the passenger / mounting information of the moving object synthesized by the driving information synthesizing module into information in a text or voice form; Guide to the subscriber of the wired communication terminal or the wireless communication terminal to the mobile vehicle information in the form of text and / or voice converted by the driving information conversion module and to guide the subscriber to further query by voice or / and text, etc. module; Point-of-interest (POI) data such as roads, buildings, crossroads, and symbols, data storage modules for storing location information of passengers, passenger / mountable information, and wired communication terminal subscriber information received from a GPS server. ; A telephone network interworking module for connecting communication with each component when the representative telephone number is connected from the wired communication terminal; And Interpret the request from the wired communication terminal subscriber connected to the representative phone number, insert the request of the subscriber into the Tele LBS protocol message, and transmit the request to the GPS server, and the location information of the mobile body and the passenger received from the GPS server. Tele LBS protocol processing module for transmitting / load information to the wired communication terminal Mobile service information providing system using a representative phone number comprising a. The method of claim 9, The telephone network interworking module, Analyzing a representative telephone number including a service access code (SAC) and a mobile identification number from the wired communication terminal, the voice channel of the wired communication terminal is transferred to a port corresponding to the mobile unit preset in the LBS server. Mobile service information providing system using a representative telephone number characterized in that the connection. The method of claim 9, The operation information synthesis module, Calculating an estimated time of arrival of the moving object to the wired communication terminal using the current position and the traveling speed of the mobile body and the identified position of the wired communication terminal, and in response to the request for positioning of the wired communication terminal from the GPS terminal. Mobile vehicle operation information providing system using a representative phone number, characterized in that for transmitting the location information of the identified wired communication terminal to the GPS terminal. The method of claim 9, The tele LBS protocol processing module of the LBS server, The mobile phone operating information providing system using the representative phone number, characterized in that by authenticating the subscriber by checking the outgoing telephone number of the wired communication terminal as the wired communication terminal is connected to the representative phone number in the telephone network interworking module. The method of claim 9, The tele LBS protocol processing module of the LBS server, As the wired communication terminal is connected to the representative telephone number in the telephone network interworking module, the mobile phone operation information providing system using the representative telephone number is characterized by requesting the subscriber to input the ID and password by voice. . The method of claim 9, The tele LBS protocol processing module of the LBS server, In response to a request for text message transmission from the wired communication terminal, a voice signal of a wired communication terminal subscriber is converted into a text message to generate a tele LBS protocol message including the converted text message and transmitted to the GPS server. And a text message from the GPS terminal included in a tele LBS protocol message received from a server to be converted into a voice signal and transmitted to the wired communication terminal. The method of claim 9, The tele LBS protocol processing module of the LBS server, In response to a mobile object location information and a passenger / mountable information search request from the wired communication terminal, a tele LBS protocol message including a corresponding mobile object and a passenger / mountable search object is generated and transmitted to a GPS server, and accordingly, the GPS server Mobile vehicle information providing system using the representative phone number characterized in that the position information and the passenger / onboard information of the returned vehicle to be converted to the information in the form of text or / and voice to be transmitted to the wired communication terminal. The method of claim 9, The tele LBS protocol processing module of the LBS server, According to the mobile unit location information and the passenger / onboard information update request from the wired communication terminal to generate a tele LBS protocol message including the target and update period of the mobile and the passenger loading information to be delivered to the GPS server, accordingly Mobile vehicle information providing system using a representative phone number, characterized in that for converting the response result returned from the GPS server into information in the form of text or / and voice to be transmitted to the wired communication terminal. The method of claim 9, The tele LBS protocol processing module of the LBS server, In response to a mobile vehicle status monitoring request from the wired communication terminal, a tele LBS protocol message including a corresponding mobile vehicle and a passenger / loading target and a monitoring period are generated and transmitted to the GPS server, and the response result returned from the GPS server Mobile vehicle information providing system using a representative phone number characterized in that to be converted to the information in the form of text or / and voice to be transmitted to the wired communication terminal. In the mobile vehicle operation information providing method, A first step of assigning a representative telephone number for each GPS terminal mounted in each mobile body and setting a unique port number for each GPS terminal; A second step of receiving a call connection request from a wired communication terminal connected to the representative telephone number through a wired telephone network; A third step of authenticating whether the user of the wired communication terminal subscribes to the mobile vehicle driving information service; A fourth step of confirming a caller's location through the telephone number of the wired communication terminal; After processing the location information and the passenger / loading information of the moving object returned from the GPS server according to the location information and the passenger / mounting information request from the wired communication terminal, the voice or / And a fifth step of converting the information into character information; And A sixth step of transmitting the converted voice location information and passenger / mountable information in the form of voice and / or text to the wired communication terminal through the wired telephone network; Mobile vehicle service information providing method using a representative phone number comprising a. The method of claim 18, A seventh step of receiving a request for text message transmission from the wired communication terminal and receiving a voice signal of a subscriber from the wired communication terminal; An eighth step of converting the received voice signal of the wired communication terminal subscriber into a text message and transmitting it to the GPS terminal; A ninth step of receiving a text message from the GPS terminal side; And A tenth step of converting the received text message from the GPS terminal into a voice signal and transmitting the same to a wired communication terminal; Mobile service information providing method using a representative phone number further comprising. The method of claim 18, A seventh step of receiving a text message from the wired communication terminal; An eighth step of transmitting a text message from the wired communication terminal to the GPS terminal; A ninth step of receiving a text message from the GPS terminal side; And A tenth step of transmitting a text message from the received GPS terminal to the wired communication terminal; Mobile service information providing method using a representative phone number further comprising. The method of claim 19 or 20, The second step, Analyzing a representative telephone number including a service access code (SAC) and a mobile identification number from a wired communication terminal connected to the representative telephone number, the voice channel of the wired communication terminal corresponds to a preset mobile object. Mobile service information providing method using a representative phone number characterized in that the connection to the port. The method of claim 19 or 20, The third step, And checking the originating telephone number of the wired communication terminal connected to the representative phone number to verify whether the wired communication terminal user has subscribed to the mobile vehicle operation information service. The method of claim 19 or 20, The third step, Representative telephone number, characterized in that the wired communication terminal subscriber accessing the representative telephone number by voice input the ID and password to authenticate the mobile vehicle operation information service subscription of the wired communication terminal user using the response result accordingly. Mobile vehicle operation information providing method using. The method of claim 19 or 20, The process of processing the position information and the passenger / vehicle information of the moving object returned from the GPS server in the fifth step, A moving object including the calculated estimated time of arrival of the moving object after calculating the estimated time of arrival of the moving object to the position of the wired communication terminal using the current position and traveling speed of the moving object returned from the GPS server and the identified wired communication terminal position; Moving information providing method using the representative phone number, characterized in that for generating location information and passengers / onboard information. In a moving object driving information providing system having a processor, A first function of allocating a representative telephone number for each GPS terminal mounted in each moving object and setting a unique port number for each GPS terminal; A second function of receiving a call connection request from a wired communication terminal connected to the representative telephone number through a wired telephone network; A third function of authenticating whether the user of the wired communication terminal subscribes to a mobile vehicle driving information service; A fourth function of confirming a caller's location through the telephone number of the wired communication terminal; After processing the location information and the passenger / loading information of the moving object returned from the GPS server according to the location information and the passenger / mounting information request from the wired communication terminal, the voice or / And a fifth function of converting the information into character information; And A sixth function of transmitting the converted voice location information and passenger / mountable information in the form of voice and / or text to the wired communication terminal through the wired telephone network; A computer-readable recording medium having recorded thereon a program for realizing this. The method of claim 25, A seventh function of receiving a request for text message transmission from the wired communication terminal and receiving a voice signal of a subscriber from the wired communication terminal; An eighth function of converting the received voice signal of the wired communication terminal subscriber into a text message and transmitting it to the GPS terminal; A ninth function of receiving a text message from the GPS terminal side; And A tenth function of converting the received text message from the GPS terminal into a voice signal and transmitting the same to a wired communication terminal; A computer-readable recording medium that records a program for further realization. The method of claim 25, A seventh function of receiving a text message from the wired communication terminal; An eighth function of transmitting a text message from the wired communication terminal to the GPS terminal; A ninth function of receiving a text message from the GPS terminal side; And A tenth function of transmitting a text message from the received GPS terminal to the wired communication terminal; A computer-readable recording medium that records a program for further realization.