KR100738194B1 - System for car management using mobile and method thereof - Google Patents

Abstract

Disclosed is a vehicle maintenance guidance system and method using a terminal capable of real-time providing driving management and maintenance management of a vehicle.

The system according to the present invention is a mobile communication system for providing a driving management service of a vehicle using a wireless terminal and a GPS terminal capable of receiving a GPS. The mobile communication system includes a GPS received by a driver terminal. Calculate the mileage of the vehicle based on the received signal, and guide the fuel injection time and parts replacement time based on the vehicle management information and the mileage of the vehicle on the online car book distributed to the driver terminal using the wireless Internet. And a service server for controlling transmission of the vehicle management notification guide message to the driver terminal.

Therefore, the present invention notifies fuel injection timing to the driver terminal, or notifies replacement / replacement timing of parts, and executes gas station guidance for fuel injection and workshop guidance for parts replacement in real time, if necessary, to manage the vehicle. It is effective to provide guidance and notification services for real time.

Vehicle, terminal, internet, gps, gps, vehicle management, mileage, fueling, parts

Description

Vehicle maintenance guidance system and method using a terminal {SYSTEM FOR CAR MANAGEMENT USING MOBILE AND METHOD THEREOF}

1 is a block diagram showing a system according to the present invention.

FIG. 2 is a diagram illustrating a service server of FIG. 1.

3 is a flowchart for explaining the main operation of the present invention.

<Explanation of symbols for main drawings>

101: wireless Internet 103: vehicle

105: driver terminal 107: web server

109: service server 111: database

201: communication module 203: data management module

205: operation module 207: content operation module

209: vehicle management notification module 211: service operation module

The present invention relates to a wireless Internet service of a terminal, and more particularly, after receiving a vehicle's oiling history and maintenance history through the wireless Internet, calculating a vehicle's mileage and consumable replacement time, and based on this, The present invention relates to a vehicle maintenance guidance system and method using a terminal capable of executing automatic notification.

In general, the vehicle is further equipped with various convenience equipments for further improving its driving safety and for allowing the driver to operate the vehicle in a more convenient environment. Such convenient equipment includes a device that detects a collision and a collision of a vehicle and warns a driver in advance, a device that checks a pressure state of a tire and informs the driver, and a device that alerts and prevents theft of the vehicle.

Recently, in connection with Intelligent Transport Systems (ITS) service, it provides the driver with the function to inform the driver of traffic conditions, road conditions, the shortest route from the starting point to the destination, and the time required, and provides the navigation function through the GPS service. The situation is equipped with a device for informatization of the operation of the back vehicle.

In addition, a vehicle management apparatus using a mobile phone, which enables management of a vehicle using the ITS service and additional equipment in the vehicle, has been developed. For example, a vehicle management apparatus mounted on a specific part of a vehicle for monitoring and managing a state diagram of a vehicle and a vehicle state has been introduced. This is connected to the bureau map detecting unit for detecting the burglary diagram including forcible door opening attempt or window breakage, and the phone line of the owner's mobile phone, and when the bureau diagram detecting section forcibly opens the door or breaks the window, A wireless communication modem for wirelessly transmitting a corresponding notification message to the mobile phone, and when a detection signal is input from the theft diagram detecting unit, controls the wireless communication modem to connect the mobile phone to the owner's mobile phone and connects the wireless communication modem. It is configured to include a main controller for controlling a series of operations such that the notification message is transmitted to the owner of the mobile phone through.

Therefore, if an abnormality is detected by detecting theft of the vehicle by an unspecified person or by monitoring the vehicle's condition continuously or in response to the owner's request, the owner's mobile phone is contacted to notify the owner of the traffic accident. It can be prevented in advance.

In addition, a vehicle management monitor system has been disclosed that enables the driver to monitor by using a device having a communication and display function such as a PDA or a mobile phone carried by the driver.

Vehicle status sensing means for sensing the driving state of the vehicle; A GPS location sensor unit configured to receive GPS satellite signals and determine location information of the vehicle; An ITS receiving unit for receiving a signal of the ITS; A first integrated wireless transmitting / receiving unit for transmitting a signal from said vehicle state sensing means, a signal from a GPS position tracking sensor unit, and a signal from an ITS receiving unit; A tire monitor module configured to wirelessly detect a pressure and temperature state of a tire; A second integrated wireless transmitter / receiver communicating with the first integrated wireless transmitter / receiver and a tire monitor module on a base installed on a steering wheel, display means for visually providing information to the driver, and audio information to the driver And a main body unit for providing audio and visual information to the driver, the apparatus comprising an audio means capable of processing the information received from the second integrated radio transmitter and receiver and controlling the display means and the audio means.

Accordingly, the monitor system configured as described above integrates the functions for monitoring various states of the vehicle, the functions for informatization of the vehicle operation, and the navigation function, thereby increasing the convenience of the driver.

However, as described above, various vehicle management systems include a plurality of additional devices for detecting a vehicle state, and vehicle management services are provided using an interface or a network interoperable with a terminal. There is a problem that the user burden is increased. Considering that the vehicle management necessary from the driver's point of view is a notification service for replacement time of consumables, fuel injection, engine oil replacement time, and the like, the service disclosed to date does not fundamentally eliminate the inconvenience and burden of the driver.

The present invention was created to solve the above problems, the object of the present invention is to minimize the financial burden of the driver to receive the service, vehicle maintenance guidance system using a terminal that can induce the activation of the vehicle management service and In providing a method.

Another object of the present invention is to provide a vehicle maintenance guidance system and method using a terminal that can simplify the driver input information for the base information for supporting the vehicle management service and improve the convenience of use.

Vehicle maintenance guidance system using a terminal according to the first aspect of the present invention for achieving the above object, a mobile communication system for providing a vehicle management service using a driver terminal capable of receiving wireless Internet and GPS (GPS) In the above, the mobile communication system calculates the mileage of the vehicle based on the GPS signal received by the driver terminal, and manages the vehicle on the on-line vehicle account book distributed to the driver terminal using the wireless Internet. And a service server for transmitting and controlling a vehicle management notification message for guiding fuel injection time and parts replacement time to the driver terminal based on the information and the mileage of the vehicle.

According to a preferred embodiment, the vehicle management information includes fuel injection information, maintenance history information, and the like, which are input onto the online vehicle accounting unit, and the fuel injection information includes fuel amount information and fuel injection timing information, and the maintenance history. The information is characterized by including a replacement or repair history for the vehicle parts.

The vehicle management notification guide message may further include a gas station for fuel injection and a service station geographic information message for parts management, and the geographic information message may search for a nearby gas station or service center based on the location of the vehicle. It is characterized in that the geographic information.

The service server may further include: a communication module configured to transmit and receive vehicle management information and vehicle management service information mounted on the wireless Internet, and to receive location information on the driver terminal; A data management module for receiving and managing vehicle management information and the location information through the communication module; A calculation module for calculating a travel distance for the vehicle based on the location information, and calculating a replacement time for the consumable based on the maintenance history information and the travel distance; A vehicle management notification module for notifying a predetermined multimedia guide message in response to the driving distance of the vehicle and the replacement time of the consumables based on the calculation result of the calculation module; A content operation module for providing predetermined geographic information such that a vehicle fueling guide or a repair shop guide is performed in response to the mileage of the vehicle and the replacement time of the consumables; And whether the content operation module and the vehicle management notification module are activated on the basis of the calculation result of the calculation module to control notification of the fueling time of the vehicle and the replacement time of the parts based on the previously stored parts information and the vehicle management information. Characterized in that consisting of a service operation module for determining.

On the other hand, the vehicle maintenance guidance method using a terminal according to the second aspect of the present invention for achieving the above object, the movement for providing a vehicle driving management service using a driver terminal capable of receiving wireless Internet and GPS (GPS) A method of operating a communication system, the method comprising: a) requesting service registration through the wireless Internet and registering fuel efficiency information for the vehicle and terminal information for the driver terminal; b) receiving a GPS signal received by the driver terminal and receiving vehicle management information including fuel injection information and component replacement information for the vehicle; c) calculating a driving distance of the vehicle in response to the GPS signal, and calculating a fuel injection time or a part replacement time based on the driving distance, the vehicle management information, and the fuel economy information; And d) guiding the fuel injection timing or the component replacement timing to the driver terminal.

According to a preferred embodiment of the present invention, in the step b), the vehicle management information is received through the online account book distributed over the wireless Internet, and includes fuel injection information, maintenance history information, and the like. The information may be composed of fuel amount information and fuel injection time information.

In addition, the step c), c-1) accumulating the mileage according to the movement trajectory of the vehicle based on the GPS signal; c-2) separately calculating the mileage at the fuel injection time; c-3) separately calculating the mileage at the time of component replacement; c-4) calculating a travelable distance of the vehicle based on the fuel efficiency information and the fuel amount information, and calculating a fuel injection time by comparing the travelable distance and the travel distance; And c-5) calculating a part replacement time in preparation for the use period (travel distance) for the part and the traveling distance accumulated at the time of replacing the part.

And e) providing a service station guide message for fuel injection or a service station guide message for parts replacement of the vehicle.

In addition, the step e), e-1) receiving the current location information for the driver terminal; And e-2) based on the location information, characterized in that consisting of the step of providing the geographic information to be guided to the nearest gas station or maintenance station.

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

First, the present invention provides a vehicle maintenance guidance service to a mobile communication terminal capable of a driver's wireless Internet. To this end, the driver uses the mobile communication terminal to access the Internet provided with the vehicle management service, and then input fueling history information and maintenance history information of the vehicle. The vehicle management service system provided in the wireless Internet calculates the mileage based on the fueling history and maintenance history information of the vehicle, and detects whether and when to replace the consumables. The vehicle management service system executes a vehicle management service based on the calculated mileage information. The vehicle management service includes a gas station including an engine oil replacement time, a consumable replacement time such as a fan belt, a battery and various lamps, and a fuel injection time. Includes guidance, workshop guidance, and more. Accordingly, the user may be provided with a vehicle management service according to driving of a vehicle by creating a car account book using a terminal or inputting additional oiling and maintenance information.

In this case, a wireless Internet for providing the vehicle management service system may be suitable for a NATE drive that provides driving information of a vehicle and executes a navigation function. Accordingly, the driver terminal includes a GPS receiving module and a GPS transmitting module for mounting the received GPS signal on the wireless web.

The above-described vehicle management service system will be described in more detail with reference to FIG. 1. The illustrated figure is a block diagram showing a vehicle management service system.

As shown, the vehicle is held by the driver of the vehicle 103, and inputs the vehicle management information for creating the car book according to the vehicle management service guidance provided through the wireless Internet 101, and the driving state when the vehicle 103 is running A driver terminal 105 for notifying; A web server (107) for providing the vehicle management service on the wireless Internet (101) and receiving vehicle management information provided from the driver terminal (105); Is connected to the web server 107 and calculates the mileage of the vehicle 103 based on the vehicle management information, and provides a vehicle management notification guide for fuel injection guidance, parts management guidance based on the mileage, A service server 109 for guiding fuel injection; And a database linked with the service server 109 to store vehicle management information provided from the driver terminal 105 and to store geographic information including vehicle parts information and multimedia information for vehicle management service guidance. 111).

The vehicle management information represents fuel injection information, maintenance history information, etc., which are arbitrarily created by a driver or input through a predetermined vehicle control unit. The fuel injection information includes fuel amount information and fuel injection time. The vehicle management information may be input through a wireless Internet web page provided by the web server 107, and thus a car accounting unit may be provided in the web page.

The parts information, including parts for each manufacturer, includes information such as the expiration date, replacement time for each part. From this, maintenance history information may be calculated based on the expiration date of the part information. The multimedia information is management information for the vehicle 103 as a text message, a voice, or a video message transmitted from the service server 109 to the driver terminal 105. The vehicle management information informs the replacement of a specific consumable or notifies fuel injection. The geographic information is geographic guide information transmitted from the service server 109 to the driver terminal 105, and provides a graphic image of a gas station location, a service station location, and the like.

2 is a block diagram illustrating the main functions of the service server according to the present invention. As shown, the communication module 201 for transmitting and receiving the vehicle management information and the vehicle management service information mounted on the wireless Internet 101, and receives the location information for the driver terminal 105, and the communication module A data management module 203 for receiving vehicle management information and the location information through a 201 and storing and managing the location information in the database 111, and a driving distance with respect to the vehicle 103 based on the location information. A calculation module 205 for calculating a replacement time for the consumables based on the maintenance history information and the driving distance, and a replacement time of the vehicle traveling distance and the consumables based on the calculation result of the calculation module 205. A vehicle management notification module 209 for notifying a predetermined multimedia guide message in response to the vehicle, and the main distance of the vehicle in response to the mileage of the vehicle and the replacement time of the consumables; Based on the content operation module 207 for providing predetermined geographic information so that the guide or the shop guide can be made, and the parts information and the vehicle management information pre-stored in the database 111, the vehicle oiling time and replacement of parts In order to control notification of the timing, the service management module 211 determines whether to start the content management module 207 and the vehicle management notification module 209 based on the calculation result of the calculation module 205.

The calculation module 205 calculates the driving distance of the vehicle based on the positional information provided from the driver terminal 105, initializes the driving distance at the time of fueling, and continuously accumulates the distance until initialization. That is, the calculation module 205 accumulates the driving distance for the vehicle to recognize the replacement time for the consumables, and calculates the driving distance after oiling so as to recognize the oiling time. Here, the replacement time or oiling time for the consumables is managed by the service operation module 211.

The service operation module 211 manages a replacement / exchange time of consumables, and specifies a fueling time based on a recent oil supply amount and a mileage of the vehicle. For example, when the fuel efficiency information of the vehicle is 10 Km / liter and the currently injected fuel flow information is 30 liters from the vehicle information input at the time of service registration, the service operation module 211 sets 300 Km. Then, by notifying the calculation module 205, it is determined whether the traveling distance reaches 300 km based on the position information of the vehicle.

In addition, the service operation module 211 is provided with information on the parts that are currently replaced or replaced from the parts information stored in the database 111, and extracts the expiration date (mileage) of the replaced parts. Then, the calculation module 205 is notified to calculate the mileage from the time of replacing the component, and the service operation module 211 determines whether the mileage reaches the expiration date of the part.

3 is a flowchart for explaining the main operation of the present invention. As shown in step S301, the user accesses the wireless Internet 101. The driver terminal 105 accesses a web page provided by the service server 109 and registers a vehicle management service. The service registration inputs corresponding vehicle information including user information (or terminal information) for user authentication. The vehicle information includes vehicle model and vehicle version information. The service server 109 extracts fuel economy information of the vehicle based on the vehicle information.

As such, when the service registration is completed, the service server 109 downloads the car account book for vehicle management to the driver terminal 105. The car accounting unit is for inputting the oiling history and the maintenance history of the vehicle, and may receive the oiling history and the maintenance history in a separate formatted table. In operation S303, the service server 109 determines whether the fuel injection state has been notified using the driver terminal 105. As a result of determination, when fuel injection is performed, the communication module 201 provides fuel injection information to the data management module 203. The data management module 203 stores fuel amount and fuel injection date information in the database 111.

In operation S305, the service operation module 211 calculates a distance that can be driven by the current injection fuel amount based on the fuel amount information and the vehicle information. The service operation module 211 stores distance information that can be driven and receives location information of the driver terminal 105 through the communication module 201. The service operation module 211 calculates the travel distance of the vehicle 103 using the calculation module 205. In step S307, the service operation module 211 calculates the travel distance from the fuel injection time. In step S309, the service operation module 211 compares the travelable distance information with the travel distance to the present, and determines whether the travel distance to the present is the same as the travelable distance.

As a result of the determination, when the distance traveled to the present is less than the distance that can be traveled, the process returns to step S307 to accumulate the continuous driving distance. However, if the driving distance to date is equal to or greater than the driving distance, the service operation module 211 enters step S311. The service operation module 211 activates the vehicle management notification module 209. The vehicle management notification module 209 extracts pre-stored fueling guide information into a database 111 and transmits it to the driver terminal 105. The fueling guide information may be transmitted in a short message or a multimedia message.

In operation S313, the service server 109 executes a query for gas station guidance to the driver terminal 105. As a result of the query, when the driver terminal 105 inputs a key signal for gas station guidance request, the service operation module 211 recognizes the service guidance request. The service operation module 211 instructs the content operation module 207 to execute a geographic information service. The content operation module 207 searches for the location of the gas station where the driver terminal 105 is located, that is, close to the current position of the vehicle 103, and then, based on the search result from the database 111. Extract a geographic information. The geographic information is information associated with a Geographic Information System (GIS) and may be referred to as a NATE drive service.

The geographic information is transmitted to the driver terminal 105 through the wireless Internet 101, and the user recognizes a gas station that is currently close based on the geographic information provided to the driver terminal 105.

On the other hand, if the user does not inject fuel in step S303, the process proceeds to step S317 to determine whether the replacement of the parts of the vehicle 103 is made. Of course, it will be determined based on the maintenance history information input to the subsidiary unit provided from the service server 109. As a result of the determination, when the parts are replaced, the service operation module 211 stores the replaced parts information and the parts replacement time, that is, the current time information at which the parts are replaced. The part information includes expiration date information of each part, and the service operation module 211 stores a use time point of the corresponding part according to the expiration date information, that is, a part replacement time later. Here, for the parts that are not replaced, the replacement time may be stored based on the time of shipment of the vehicle.

In operation S321, the service operation module 211 continuously calculates a travel distance of the vehicle 103 based on the location information provided from the driver terminal 105. This mileage is continuously integrated and counts the mileage from the time of component replacement. This is as in step S323, the service operation module 211 calculates the driving distance to the present by starting the calculation module 205, the time to replace the replacement parts arrived based on the driving distance to date Determine whether or not the expiration date has been reached for parts that have not been replaced.

If it is determined that the replacement time has not arrived, the service server 109 repeats the step S321 to accumulate the continuous running distance. On the other hand, when the parts replacement time of the vehicle arrives, the service operation module 211 starts the vehicle management notification module 209. The vehicle management notification module 209 extracts vehicle management guide information previously stored in the database 111 and transmits the vehicle management guide information to the driver terminal 105. The vehicle management guide information may be a short message or a multimedia message.

In step S335, when the user receives the vehicle management guide information and requests a shop guidance for vehicle management, the service operation module 211 starts the content operation module 207. The content operation module 207 grasps the location of the nearest garage based on the location information of the currently received driver terminal 105. The content operation module 207 extracts corresponding geographic information from the database 111 based on the location information of the nearest garage. In step S337, the geographic information is provided to the driver terminal 105, the user recognizes the location of the repair shop close to the current location.

As a result of the determination by the service server 109 in step S317, if the component is not replaced, the process proceeds to step S327. The service operation module 211 calculates a continuous driving distance based on the location information received from the driver terminal 105 using the calculation module 205. In operation S329, the service operation module 211 extracts part expiration information from the part information previously stored in the database 111.

In step S331, the service operation module 211 starts the operation module 205 and calculates whether the expiration date for the component has arrived based on the distance traveled up to now. If it is determined that the replacement time is not a part, the service operation module 211 enters the step S325. The service operation module 211 starts the vehicle management notification module 209 and transmits a predetermined guide message according to the parts replacement guide to the driver terminal 105. In operation S335, the service operation module 211 determines whether the user requests a guide for the repair shop. When the service server 109 receives a key signal from the driver terminal 105 according to the shop guidance request, the service operation module 211 activates the content operation module 207.

The content operation module 207 extracts geographic information previously stored in the database 111, that is, graphic information indicating a location of a garage close to the current location. The content operation module 207 provides the corresponding content to the operator terminal 105 through the communication module 201. Therefore, the user is notified of the time to replace the parts of the vehicle 103 using the driver terminal 105, or is guided to the nearest repair shop.

As described above, the vehicle maintenance guidance system and method using the terminal according to the present invention can receive fuel injection and maintenance history information from the driver terminal capable of receiving wireless Internet and GPS, and recognize the vehicle driving distance. By receiving the location information, the driver terminal notifies the fuel injection timing, or the parts replacement / replacement timing, and if necessary, the gas station guidance for fuel injection and the workshop guidance for parts replacement are executed in real time. It is effective to provide guidance and notification services for management in real time.

In addition, in the present invention, the vehicle management service is made in real time, by providing the necessary guidance information when necessary, there is an effect that can promote the safe driving of the user. In addition, the present invention has the effect that the system can be implemented without modification of the network.

What has been described above is merely an embodiment of the present invention, and is not limited to the embodiment of the present invention, and as claimed in the following claims, without departing from the gist of the present invention, ordinary knowledge in the field to which the present invention belongs. Anyone having the technical spirit of the present invention to the extent that various changes can be made.

Claims (14)

In a mobile communication system for providing a vehicle management service using a wireless terminal and a GPS terminal capable of receiving a vehicle, The mobile communication system calculates a driving distance of the vehicle based on a GPS signal received by the driver terminal, and manages the vehicle management information on the on-line vehicle register distributed to the driver terminal using the wireless Internet. A service server for transmitting and controlling a vehicle management notification guide message for guiding fuel injection time and parts replacement time to the driver terminal based on the mileage of the vehicle, The service server, A communication module for transmitting and receiving vehicle management information and vehicle management service information mounted on the wireless Internet, and receiving location information on the driver terminal; A data management module for receiving and managing vehicle management information and the location information through the communication module; A calculation module for calculating a travel distance for the vehicle based on the location information, and calculating a replacement time for the consumable based on the maintenance history information and the travel distance; A vehicle management notification module for notifying a predetermined multimedia guide message in response to the driving distance of the vehicle and the replacement time of the consumables based on the calculation result of the calculation module; A content operation module for providing predetermined geographic information such that a vehicle fueling guide or a repair shop guide is performed in response to the mileage of the vehicle and the replacement time of the consumables; And whether the content operation module and the vehicle management notification module are activated on the basis of the calculation result of the calculation module to control notification of the fueling time of the vehicle and the replacement time of the parts based on the previously stored parts information and the vehicle management information. Vehicle maintenance guidance system using a terminal comprising a service operation module for determining. The vehicle management information of claim 1, Fuel injection information, maintenance history information, and the like, which are inputted onto the on-line car book, and the fuel injection information includes fuel amount information and fuel injection time information, and the maintenance history information includes replacement or repair details for vehicle parts. Vehicle maintenance guidance system using a terminal, characterized in that. The vehicle management notification message is according to claim 1, A gas station for fuel injection and a service station geographic information message for the parts management further includes, the geographic information message is a terminal characterized in that the geographic information capable of searching for a gas station or a service station near the center of the vehicle Vehicle maintenance guidance system using. delete The method of claim 1, wherein the calculation module, Calculating a travel distance of the vehicle based on the location information provided from the driver terminal, initializing the travel distance at the time of refueling, and continuously accumulating the distance until initialization; The service operation module is a vehicle maintenance guidance system using a terminal, characterized in that for notifying the replacement time and fueling time for the vehicle consumables based on the driving distance. The method of claim 5, wherein the service operation module, Notify the fueling time based on the latest fuel flow rate and the mileage of the vehicle, receiving information on the current replacement or replacement parts from the stored parts information, and extracts the expiration date (mileage) of the replaced parts, the consumables Vehicle maintenance guidance system using a terminal, characterized in that for notifying the replacement time for. In the operating method of a mobile communication system for providing a vehicle management service using a driver terminal capable of receiving wireless Internet and GPS (GPS), a) requesting service registration through the wireless Internet and registering fuel efficiency information for the vehicle and terminal information for the driver terminal; b) receiving a GPS signal received by the driver terminal and receiving vehicle management information including fuel injection information and parts replacement information for the vehicle; c) calculating a driving distance of the vehicle in response to the GPS signal, and calculating a fuel injection time or a part replacement time based on the driving distance, the vehicle management information, and the fuel economy information; And and d) guiding the fuel injection timing or parts replacement timing to the driver terminal. The method of claim 7, wherein the vehicle management information in step b), The vehicle using the terminal, which is received through the online car book distributed over the wireless Internet, includes fuel injection information, maintenance history information, and the like, wherein the fuel injection information includes fuel amount information and fuel injection time information. How to guide maintenance. The method of claim 7 or 8, wherein step c) c-1) accumulating the mileage according to the moving trajectory of the vehicle based on the GPS signal; c-2) separately calculating the mileage at the fuel injection time; c-3) separately calculating the mileage at the time of component replacement; c-4) calculating a running distance of the vehicle based on the fuel efficiency information and the fuel amount information, and calculating a fuel injection time by comparing the driving distance and the driving distance; And c-5) calculating a part replacement time in consideration of the use period (travel distance) for the parts and the driving distance accumulated at the time of replacing the parts. 10. The method of claim 9, wherein the period of use (driving distance) for the parts of step c-5 is standardized information about the corresponding parts. The method of claim 7, wherein the guidance of the fuel injection timing or the component replacement timing of step d) is provided as a short message or a multimedia message. 8. The method of claim 7, further comprising the step of providing a gas station guide message for fuel injection or a service station guide message for parts replacement of the vehicle. The method of claim 12, wherein the guide message is geographic information. The method of claim 13, wherein step e) e-1) receiving current location information on the driver terminal; And e-2) based on the location information, the vehicle maintenance guidance method using a terminal comprising the step of providing the geographic information to be guided to the nearest gas station or maintenance station.

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