KR20020000087A - Method and Apparatus for Providing Total Service of Automobile using Mobile Internet Service - Google Patents

Abstract

PURPOSE: An automobile general service providing device and a method using mobile Internet service are provided to be capable of receiving services by a menu(for example, a realtime emergency measure service, a road condition service by an image, a service through an automobile quiz or a lot, an ordered information providing service, a coupon service, etc.) through a terminal(for example, a PDA, or a cellular phone, etc.) which can receive Internet services during moving. CONSTITUTION: A web server(100) provides an Internet general service. A database server is connected to the web server(100) to store various information, and is correlated to the web server to update or record the stored information. A mobile web server(110) is connected to the web server to provide mobile Internet services. A database server(105) is connected to the mobile web server, and stores various information related to the mobile Internet services. An Internet protocol menu related program(135) is connected to the mobile web server, provide a menu for the Internet services to service users, and processes the function of the menu. An Internet server(145) is connected to the Internet protocol menu related program, and connects the terminal to the mobile web server.

Description

Apparatus and method for providing comprehensive service for automobile using mobile internet service {Method and Apparatus for Providing Total Service of Automobile using Mobile Internet Service}

The present invention relates to an apparatus and method for providing a comprehensive vehicle service using a mobile internet service, and more particularly, to a terminal capable of using a mobile internet service and various services related to a vehicle using an on-offline network in real time. The present invention relates to a vehicle integrated service providing apparatus and method using a mobile internet service.

In general, there are already hundreds of millions of wireless communication service subscribers all over the world. With the rapid increase in wireless communication, various services using wireless communication have also been developed and spread. Commonly used wireless communication devices may include personal digital assistants (PDAs), two-way pagers, mobile phones (including cellular telephones), gripped computing devices, and the like. In addition, the wireless communication system has been continuously developed from the ground transmission tower method in the 1890s to the geostationary satellite communication in the 1960s and the introduction of the low-orbit mobile satellite communication in the 1980s.

Despite the continuous development of such a wireless communication system, automobile comprehensive service is still dominated by insurance companies or a few Internet sites. If you have an emergency while driving a car (for example, a car accident, battery discharge, or other unexplained breakdown), call the insurance company's emergency service center or the nearest car service center for assistance. In addition, in order to search for general car-related information, information is obtained by selecting desired information by accessing a car-related site. Such a vehicle-related site stores various useful information, and a person who wants to receive the information can access the site and search for desired information.

However, the conventional automobile service providing method using such an insurance company or an automobile related site includes some problems. First, because the services provided by insurance companies provide only a limited number of services, such as car accidents, private drivers cannot receive various services. Second, there is a disadvantage in that a computer for accessing the Internet must be provided in order to be provided with a service using a car-related site. Third, when accessing a car-related site by using a cellular telephone capable of internet access, it is possible to access the relevant site and search for desired information, but it is inconvenient to be expensive and have to go through several steps of access.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is to provide a mobile Internet service (for example, a personal digital assistant (PDA) or cellular telephone, etc.) ) Is a comprehensive vehicle using mobile internet service that can receive menu-specific services (for example, real-time emergency services, video road service, car quiz or lottery service, customized information service, coupon service, etc.) To provide a service providing apparatus and method.

Another object of the present invention is to provide a service and apparatus for providing a comprehensive vehicle service using a mobile Internet service that can use a service provided by a mobile web server through a simple key operation of a terminal and can easily use a service selected by a user. have.

Still another object of the present invention is to provide an apparatus and method for providing a comprehensive vehicle service using a mobile internet service, which can provide a mobile Internet service to a service user quickly through interaction between the mobile internet service and a designated or affiliated store.

1 is a block diagram showing a configuration according to a first embodiment of the present invention;

2 is a flowchart showing an operation according to the first embodiment of the present invention;

3 is a block diagram showing a configuration according to a second embodiment of the present invention;

4 is a flowchart showing an operation according to a second embodiment of the present invention;

5 is a block diagram showing a configuration according to a third embodiment of the present invention;

6 is a flowchart showing an operation according to a third embodiment of the present invention;

7 is a block diagram showing a configuration according to a fourth embodiment of the present invention;

8 is a flowchart showing an operation according to a fourth embodiment of the present invention;

9 is a block diagram showing a configuration according to a fifth embodiment of the present invention;

10 is a flowchart showing operation according to the fifth embodiment of the present invention.

♣ Explanation of symbols for the main parts of the drawing ♣

100,210,310,400,500: Web server 105,215,305,405,505: DB server

110,220,310,410,510: Mobile web server 115,225,315,415,515: Mobile DB server

120,320: Spot Management Module 125,325: Spot Server

135,230,335,420,535: IP menu related program

140,235,340,425,540: SMS Management Module

145,240,345,430,545: Internet server 150: Dial-up module

155,245,350,435,550: HTML filtering module

200: video provider module 205: mobile video server

520: Merchant Management Module 525: Merchant Server

In order to achieve the above object, the present invention provides a vehicle integrated service providing apparatus for providing a service related to a vehicle through a terminal capable of internet, and manages a sales office, a designated branch and a member, manages a cyber vehicle through the Internet, and manages an internet integrated service. Providing a web server; A database server connected to a web server, storing information on sales offices, designated spots and members and various service information, and updating or recording the stored information in association with the web server; A mobile web server connected to a web server and controlling a server program for providing a mobile internet service desired by a service user; A mobile database server connected to the mobile web server, storing various information related to the mobile internet service, and updating or recording the stored information in association with the mobile web server; An Internet protocol menu related program connected to a mobile web server, the service user providing a menu for using the mobile Internet service, and performing arithmetic processing to process a function of the menu; It is connected to the Internet protocol menu-related program, and includes an Internet server for connecting a terminal and a mobile web server to control a service user to receive an Internet service.

In addition, the present invention provides a comprehensive vehicle service providing method for providing a service related to a vehicle through a terminal capable of internet, comprising: selecting a menu by searching for a menu relating to a mobile Internet service outputted to the terminal; Inputting instructions for each item output by the selection step; Reading the information input in the input step and providing a corresponding mobile internet service; And receiving and storing the processing result of the mobile internet service.

With the development of mobile internet, domestic portal service companies are expanding the scope of mobile internet service. Mobile Internet service refers to a service that can access the Internet anytime and anywhere as well as perform information retrieval using a mobile phone, and is evaluated as the next generation Internet service that can overcome the space constraints of the existing Internet environment. When mobile phones were first introduced, mobile phones and computers existed as completely separate objects, but with the advent of wireless data, they have gradually converged and developed into the mobile Internet. The mobile Internet using this mobile phone is classified into a built-in type and a non-built-in type according to the existence of a web browser, but a built-in type that can enjoy all Internet services with a mobile phone is becoming mainstream. The terminal used in the present invention also uses a built-in mobile phone having the above web browser.

Initially, mobile Internet service is SMS (Short) which is a short message transmission service that enables a digital mobile phone subscriber to send and receive short messages through public telephone network, data communication network, or the Internet when short sentences are transmitted to other mobile phone subscribers in Korean or English. Message Service), but the current mobile Internet service can use a variety of application services, such as stock trading, banking, life information.

Hereinafter, a preferred embodiment of an apparatus and method for providing a comprehensive vehicle service using a mobile Internet service according to the present invention will be described in detail with reference to the accompanying drawings.

[First Embodiment]

1 is a block diagram showing a configuration according to a first embodiment of the present invention.

In the web server 100, a server name (for example, www.camas.co.kr) is registered in a domain name server, and an Internet user uses a URL format (for example, http://www.camas.co. kr) is a server hardware that can retrieve information. Web server program must be installed and executed. The web server 100 mainly deals with the management of sales offices, designated spots and members, cyber car management through the Internet, and comprehensive Internet services.The cyber car management provides and prepares the Internet subsidiary book, regularly checks trips, estimates repair estimates, etc. Internet services include, but are not limited to, sales of new and used cars, car quality assessment, shopping mall operations (e.g., discounts on car-related supplies), auto insurance, handling car accidents, car questions, emergency Dispatch service. Database (DB) server 105 is connected to the web server 100, and stores the information of the offices, designated spots and members and various service information, and the web server for updating the database such as updating or recording the stored data It works in conjunction with 100.

The mobile web server 110 is connected to the web server 100 and includes a server program for providing a mobile internet service. The server program of the mobile web server 110 serves to convert data received through a public telephone network (PSTN network) into a format for processing and to process information retrieval requests in the form of URLs transmitted from the web server 100. It is a program that is installed and executed. The server program 30 includes NCSA, CERN, Apache, JIGSAW, a server for Unix, IIS, a server for Windows NT, and WebSite, a server for Windows NT and Windows 95/98. The mobile DB server 115 is connected to the mobile web server 110 and stores various kinds of information related to the mobile internet service and updates or records the stored information in association with the mobile web server 110.

The spot management module 120 is connected to the call center and the mobile web server 110, and performs a role of selecting a spot to be contacted by the call center and dispatched to the site to connect to the spot server 125. The spot server 125 is connected to the spot management module 120 and grasps the spot 130 closest to the area where the emergency occurred, and serves to explain the emergency with the corresponding spot. The spot 130 is connected to the spot server 125, and is dispatched to the site by the instructions of the spot server to quickly handle the emergency. In addition, after handling the emergency situation, the result of the service processing is notified through the Internet or a public telephone network to be used for future customer service.

The IP (Internet Protocol) menu related program 135 is connected to the mobile web server 110 and serves to provide a menu for the service user to efficiently use the mobile Internet service. These menus include real-time emergency services through nearby spots in the event of an emergency, video road emergency services that provide video footage on a regular basis (for example, every 10 minutes) of road conditions between the origin and destination. Quick information on car-related quizzes or lottery services, car-related questions (e.g., maintenance, new car purchases, insurance, travel information, etc.), by taking a car-related quiz or by giving a car number a gift. Includes a personalized information service to provide a service, a coupon service that provides a discount coupon that can be used in the service user desired area. The SMS management module 140 is connected to the mobile web server 110 and the IP menu related program 135 and is a device for providing a simple text service to a service user.

The Internet server 145 is connected to an IP menu related program 135 and includes a Global System for Mobile communication (GSM), Time Division Multiple Access (TDMA), Code Division Multiple Access (CDMA), and Cellular Digital Packet Data (CDPD). It provides mobile internet service using Wireless Application Protocol (WAP), which is an architecture for mobile computers that can be connected to any wireless network, including wireless network. In the present invention, the Internet server 145 uses mobile Internet services such as MtoM, M & M, My M, Mobile M, and M mail. The dial-up module 150 is connected to the Internet server 145 and performs a function of connecting the call center with a service user connected through the Internet server. The HTML (HyperText Markup Language) filtering module 155 is connected to the Internet server 145 and is a device for checking and filtering files other than the designated file to transmit only the designated file. Once a file is uploaded, processing or storage of the file is dependent on the Internet server 145, so it is important to filter only the desired file in advance.

The base station 160 is connected to the Internet server 145 and performs a function of connecting the terminal with the Internet server 145. The terminal 165 is connected to the base station 160 and is a terminal for wireless communication that can use the mobile Internet service provided by the Internet server 145. Such a terminal preferably uses a terminal for International Mobile Telecommunications (IMT) -2000 that uses a higher frequency (2 GHz) band than cellular (800 MHz) or PCS (1.8 GHz). The IMT-2000 can make a call from anywhere in the world and implement a multimedia service for sending and receiving video data. In order to be provided with mobile internet service, transmission speed of 2Mbps per second in stationary state and 384Kbps is required while moving, and IMT-2000 terminal is up to 100 times faster than current mobile phone. Sending and receiving is possible. Such terminals are currently provided by many mobile operators.

An operational state of the apparatus and method for providing a comprehensive vehicle service using a mobile Internet service according to the first embodiment of the present invention as described above will be described with reference to the accompanying drawings.

2 is a flowchart showing the operation according to the first embodiment of the present invention, and assumes that a service user owns a terminal capable of using all the mobile Internet services provided by the mobile Internet service provider.

When a service user drives a car or parks an emergency situation such as a traffic accident or an unexplained breakdown (202), the service user searches for a menu on a mobile Internet service presented by an IP menu related program using a terminal. The 'emergency situation' menu is selected from the menu (204). Input information about the menu selection is transmitted to the Internet server, which connects the call center with the terminal of the service user via the dial-up module (206). When the user of the service is connected to the call center, he / she talks with the counselor of the call center to explain the emergency situation in detail (208).

Thereafter, the counselor of the call center listens to the explanation of the emergency situation and determines whether the service user can take his or her own action according to his first aid at the scene (210). If it is determined that the service user can self-action in the field, the counselor executes a call service with the service user (212). Here, the call service executed by the counselor will be described in detail so that the service user can take emergency measures only by the call description. Thereafter, the counselor determines that the emergency situation is released by the service user as described in the emergency. If it is determined that the emergency situation is not released, the counselor returns to the step 212 and continues to execute the call service. If it is determined that this has been released is transmitted to the web server results of the service executed by itself (216). The service result delivered to the web server is delivered to the DB server and stored, and is used to provide various services according to the service repair history of the service user later.

As a result of the determination of step 210, if it is determined that the service user cannot act on the spot, the counselor transmits an emergency to the spot server through the call center and the spot management module (218). The spot server selects the spot closest to the place where the emergency occurred and generates an alarm at the spot and delivers the emergency at step 220. If the designated spot prepares the appropriate action for the received emergency and executes dispatch service to the site (222), and determines that the service is terminated by providing the service to the satisfaction of the service user (224), and determines that the service has not been terminated. After repeating the step 222, and determines that the service is terminated, the process proceeds to the step 216 and transmits the result of the service executed by the web server to the web server and ends all processing.

Second Embodiment

3 is a block diagram showing a configuration according to a second embodiment of the present invention, and portions overlapping with the above drawings will be omitted.

The video provider module 300 performs a function of collecting and recording road information transmitted from a camera (for example, a CCTV) installed throughout the road so as to check the road situation. In order to provide useful information to the service user, the camera used in the video provider module 300 is preferably installed in a habitual congestion section, accident occurrence area, or the like.

The mobile video server 305 is connected to the video provider module 300, and includes a program for processing and transmitting a video transmitted from the video provider module 300, and the video provider module 300 by region. It also functions to database the information.

An operational state of the apparatus and method for providing a comprehensive vehicle service using a mobile Internet service according to the second embodiment of the present invention as described above will be described with reference to the accompanying drawings.

4 is a flowchart showing the operation according to the second embodiment of the present invention, and assumes that a service user owns a terminal capable of using all the mobile Internet services provided by the mobile Internet service provider.

When the service user wants to retrieve the road information from the starting point to the destination, the service user first searches the menu about the mobile Internet service presented by the IP menu related program using the terminal and selects the 'road situation' menu from the menu ( And then enter the starting point and destination. Input information about the menu selection is transmitted to the Internet server, which in turn transmits the information to the mobile web server, and the transmitted input information is read by the mobile web server (406). At this time, the video data photographing the road situation is continuously transmitted to the web server from the mobile video server through the video provider module.

The mobile web server reads the source and destination information input by the service user, selects an intermediate transit region to provide road information, and receives road conditions for each region from the web server as a video (408). For example, if the service user enters Gangnam as the starting point and the destination is Ilsan, the middle transit area is selected as Yangjae, Apgujeong, Namsan, etc., and the road information of the area is provided every 10 minutes. To send.

After transmitting the video road condition, the mobile web server reads the video transmitted from the web server and determines whether there is updated information (410). If it is determined that there is no updated information, the process proceeds to step 408 and provides existing video information. If it is determined that there is updated information, the updated information is provided to the service user (412). The updated information may be provided as a video, but may be provided as a simple text service using an SMS management module. Next, the mobile web server determines whether the service for the video road situation is terminated (414). If it is determined that the service is not terminated, the mobile web server returns to step 408 to repeat the subsequent steps and determines that the service is terminated. If so, all processing ends.

Third Embodiment

FIG. 5 is a block diagram illustrating a configuration according to a third embodiment of the present invention, and a description of parts overlapping with the drawings will be omitted.

The configuration of FIG. 5 is almost identical to that of FIG. 1, with the difference that there is no dial-up module 150 and call center of FIG. Components other than the difference are the same as those in FIG. 1, and thus description of each component will be referred to those described in FIG. 1.

An operation state of the apparatus and method for providing a comprehensive vehicle service using the mobile Internet service according to the third embodiment of the present invention as described above will be described with reference to the accompanying drawings.

6 is a flowchart showing the operation according to the third embodiment of the present invention, and assumes that a service user owns a terminal capable of using all the mobile Internet services provided by the mobile Internet service provider.

When a user of a service wants to participate in a car quiz or a car number lottery event provided by a mobile internet service, the service user searches for a menu on a mobile internet service presented by an IP menu related program by using a terminal. The 'lottery' menu is selected (602). The input information about the menu selection is transmitted to the Internet server, which in turn transmits the information to the mobile web server, and the transmitted input information is read by the mobile web server. The quiz or lottery data is stored in a database in the DB server, and the quiz or lottery data can be updated whenever necessary.

The mobile web server reads the input information about the menu selection and determines whether the menu input by the service user is 'car quiz' (604). As a result of the determination, if it is determined that the 'car quiz', the corresponding problem is provided to the terminal of the service user (606), and the service user inputs the correct answer and participant information by looking at the problem output on the terminal. Participant information is to deliver the winning prize or prize when winning, and enter the location, time and telephone number.

As a result of the determination in step 604, if it is determined that the vehicle is not a quiz, it is determined whether the selected menu is 'vehicle number lottery' (610). As a result of the determination, if it is determined that the vehicle number is not a lottery, the method returns to step 602 and instructs the user to select a menu again, and if it is determined that the vehicle number is lottery, the service user inputs the vehicle number lottery event to the terminal. Output it. The service user inputs his vehicle number and participant information according to the output item. The 'quiz' or 'lottery' provided in the mobile Internet service can be freely changed or added by the service manager.

After the above steps (608, 612), the mobile web server determines whether the correct answer or the vehicle number entered by the service user has been won (614). If the winner is successful, the winner and the participant information are transferred to the spot server through the call center and the spot management module. Pass 618. The spot server grasps the participant information, selects the spot closest to the participant's contact point, generates an alarm to the spot, and delivers the winning room and the participant information (620). The designated spot executes dispatch service to the received participant contact point and delivers the winnings or prizes to the winners (622). If it is determined in step 614 that it has not been won or the prize money or prize is delivered in step 622, the content is transmitted to the web server and all processing ends.

[Example 4]

FIG. 7 is a block diagram illustrating a configuration according to a fourth embodiment of the present invention, and a description of parts overlapping with the drawings will be omitted.

The configuration of FIG. 7 is almost the same as that of FIG. 3, except that there is no video provider module 300 and mobile video server 305 of FIG. 3, and the mobile DB server 715 includes information about car maintenance DB 715a. And insurance DB for car insurance (715b) and travel DB (715c) for travel destinations have been added. Components other than the difference are the same as those in FIG. 3, and descriptions of each component refer to those described in FIG. 1.

An operation state of the apparatus and method for providing a comprehensive vehicle service using the mobile Internet service according to the fourth embodiment of the present invention as described above will be described with reference to the accompanying drawings.

8 is a flowchart showing the operation according to the fourth embodiment of the present invention, and assumes that a service user owns a terminal that can use all the mobile Internet services provided by the mobile Internet service provider.

If the service user has a question related to the vehicle, the service user searches the menu on the mobile Internet service presented by the IP menu related program by using the terminal and selects the 'Custom information' menu among the menus (802). Enter your inquiry. This input information is transmitted to the Internet server, which in turn transmits the information to the mobile web server, and the transmitted input information is read by the mobile web server. Vehicle-related information is stored in a database in a mobile DB server, and the information can be updated whenever necessary. In addition, although only a maintenance DB, an insurance DB, and a travel DB are shown in the drawing, it can be freely changed or added by the selection of a service manager.

When the data input by the service user is read by the mobile web server, the mobile web server transmits the information to the terminal of the service user through the SMS management module. Information about the inquiry output to the terminal is delivered to the service user in the SMS method based on various information stored in the mobile DB server. At this time, the service user can request a call when the SMS method cannot satisfy all the desired information. Thereafter, the mobile web server determines whether there is a call request from the service user (808), if it is determined that the call request is made, the mobile web server connects to the call center and connects the service user with the corresponding service representative of the call center, The user consults the desired information in detail with the person in charge 810, and then ends all processing.

[Example 5]

FIG. 9 is a block diagram illustrating a configuration according to a fifth embodiment of the present invention, and descriptions of parts overlapping with the drawings will be omitted.

The configuration of FIG. 9 is almost the same as that of FIG. 1, and the difference is that there is no dial-up module 150 and a call center of FIG. 1, and the spot management module 120 is an affiliated store management module 920, and the spot server 125 is an affiliated store. The place point 130 is replaced with the affiliate store 930 by the server 925.

The affiliated store management module 120 is connected to the mobile web server 910, and manages coupons issued by the affiliated stores for each region and serves to exchange information between the mobile web server 910 and the affiliated server 925. . The affiliated store server 925 is connected to the affiliated store management module 920 and performs a role of issuing a coupon selected by a service user and providing new coupon information. The affiliated store 930 is connected to the affiliated server 925 and discounts the price by the coupon presented by the service user according to the instruction of the affiliated server, and transmits the result of using the coupon to a web server through the Internet or a public telephone network. To take advantage of customer service. Components other than the difference are the same as those in FIG. 1, and descriptions of the components are referred to those described in FIG. 1.

An operation state of the apparatus and method for providing a comprehensive vehicle service using the mobile Internet service according to the fifth embodiment of the present invention as described above will be described with reference to the accompanying drawings.

10 is a flowchart showing the operation according to the fifth embodiment of the present invention, and assumes that a service user owns a terminal that can use all the mobile Internet services provided by the mobile Internet service provider.

If the service user wants to use the coupon while traveling or driving, the service user searches the menu on the mobile Internet service presented by the IP menu related program using the terminal and selects the 'coupon service' menu from the menu (1002). Select a region in which the coupon is to be issued (1004). This input information is transmitted to an Internet server, which in turn transmits the information to a mobile web server, and the transmitted input information is read by the web server. The information about the coupon is stored in a database in the mobile DB server, and the information can be updated by the service manager whenever necessary. In addition, the coupon information includes all coupon information issued by businesses in each region (for example, a car theater, a cafe, a restaurant, a designated store, etc.).

The region selected by the service user is read by the web server, and the web server loads a table issued by the affiliated store of the region from the DB server (1006) and outputs the coupon list for the service user to search (1008). The service user searches the output coupon list and selects the desired coupon (1010). Then, the web server transmits the selected coupon to the service user through SMS management module via SMS and sends the coupon issuance via the merchant management module. The merchant server is notified 1010.

Thereafter, the merchant server reads the input information on the use of the coupon from the affiliate store to determine whether the service user has used the coupon (1014). If it is determined that the service user has not used the coupon, the service waits until the use of the coupon. If it is determined that the user has used the coupon and receives the coupon use result from the merchant (1016). Here, if the service user does not use the coupon for a certain period of time, the merchant server may arbitrarily release the coupon. In addition, the result of using the coupon may be used to determine the area and the type of coupon frequently used by the service user.

The above description is only for explaining one embodiment, and the present invention is not limited to the above-described embodiment and can be variously changed within the scope of the appended claims. For example, the shape and structure of each component specifically shown in the embodiment of the present invention can be modified.

As described above, according to the apparatus and method for providing a comprehensive vehicle service using the mobile Internet service according to the present invention, a service for each vehicle related menu is easily provided through a simple key operation using a terminal capable of receiving the mobile Internet service. There is an effect to receive.

Claims (7)

In a comprehensive vehicle service providing apparatus for providing a vehicle-related service through a terminal capable of internet, A web server that provides management of sales offices, branch offices and members, cyber vehicle management through the Internet, and comprehensive Internet services; A database server connected to the web server, storing information on sales offices, designated spots and members, various service information, and the like, and updating or recording the stored information in association with the web server; A mobile web server connected to the web server and controlling a server program for providing a mobile internet service desired by a service user; A mobile database server connected to the mobile web server, storing various information related to the mobile internet service, and updating or recording the stored information in association with the mobile web server; An Internet protocol menu related program connected to the mobile web server, the service user providing a menu for using a mobile Internet service, and processing to process a function of the menu; And an internet server connected to the internet protocol menu-related program and connecting the terminal and the mobile web server to control a service user to receive an internet service. The method of claim 1, A simple message service (SMS) management module connected to the mobile web server and the Internet protocol menu related program and providing a simple text transmission service; And a hypertext markup language (HTML) filtering module connected to the Internet server and identifying and filtering a file so as to transmit only a specified file. The method according to claim 1 or 2, A spot management module connected to the mobile web server and configured to manage a spot to be dispatched to the site by the instruction of the mobile web server; And a spot server connected to the spot management module and identifying a spot closest to a place to provide a service, and indicating a service content with an alarm to the spot. The method of claim 3, wherein Video provider module for collecting and recording road information through a camera installed on the road to check the road situation; A mobile video server connected to the video provider module and including a program for processing and transmitting a video transmitted from the video provider module, and controlling the database to divide the video provider module into regions and database corresponding information; Comprehensive vehicle service providing apparatus using a mobile Internet service further comprising. The method of claim 3, wherein An affiliated store management module connected to the mobile web server and managing coupons issued by affiliated stores for each region and exchanging information between the mobile web server and the affiliated server; A merchant server connected to the affiliated store management module, issuing a coupon selected by a service user, providing new coupon information, and controlling a coupon use result transmitted from the affiliate store to the web server; Total vehicle service providing device using the service. In a method for providing a comprehensive car service that provides services related to a car through an internet enabled terminal, Selecting a menu by searching for a menu relating to a mobile Internet service output to the terminal; Inputting instructions for each item output by the selection step; Reading the information input in the input step and providing a corresponding mobile internet service; And receiving and storing a processing result of the mobile internet service. The method of claim 6, The menu regarding the mobile Internet service may include an emergency menu for real-time emergency services, a road menu for a video service of road information, a quiz or a lottery menu for a car quiz or a lottery service, a personalized information menu for a personalized information service, Comprehensive vehicle service method using a mobile Internet service including a coupon service menu for coupons issued by businesses in each region.