KR20110078421A - Image information management systems useful moving vehicles and method thereof - Google Patents

Abstract

PURPOSE: An image information management system using a moving vehicle and a method thereof are provided to store image information collected using a vehicle DVR(Digital Video Recorder) to a database and efficiently transmit the stored data to a random information buyer. CONSTITUTION: An identity information of a vehicle terminal is registered(S101). The vehicle driving information which is transmitted from the vehicle terminal is collected(S103). Network interworking information based on the stored vehicle driving information is created(S107). If a high-resolution image purchase request is requested from the image purchase terminal, the high-resolution image information corresponding to the sample image is requested to the vehicle terminal(S115).

Description

Image information management systems useful moving vehicles and method

The present invention relates to image information management using a moving vehicle. More particularly, the present invention relates to vehicle information including vehicle driving information and surrounding images generated according to the driving of a vehicle, and makes a database based on the specific location and time. The present invention relates to a video information management system using a mobile vehicle and a method for providing video information.

In general, as a video information collection device for crime prevention and evidence, there is a DVR (Digital Video Recorder) system linked to CCTV. DVR linked with CCTV is a system that can continuously monitor and record a limited space and manages video information that can be used as evidence for crime prevention and crime or incident. However, such a system continuously monitors a limited space, and there is a spatial limitation that it is impossible to obtain video information of an invisible region where CCTV is not installed or cannot be monitored.

The DVR system, which is used to secure other evidences, is a vehicle DVR system designed to make objective and clear identification of the responsibilities and causes of traffic accidents. The vehicle DVR system is a vehicle black box system (Korean Patent Publication No. 10-2004-0008948 (published Jan. 31, 2004) (name of the invention: a car DVR including a black box function) the image while the vehicle is running. And by continuously recording the audio information, unlike the DVR system linked with CCTV to collect video information without spatial constraints to act as evidence.

However, unlike the DVR system linked with CCTV, the vehicle DVR system is not restricted by space, but it is difficult to use the collected data as evidence for others. The reason for this is that the vehicle is moving, so even if the vehicle collects video information at a certain time and at a certain place while the vehicle is moving, the user who needs this information has video information of the specific event at that time and place. There is no way to find out. In order to solve this problem, a centralized database must be created to allow arbitrary information requesters to search the video information collected by the vehicle DVR system using the network. Not only can't support the vast amount of data, but also because the database of too large image data is difficult in reality. However, in view of this purpose, the system for interlocking a vehicle DVR system and a network is disclosed in Korea Patent Publication No. 10-2008-0000823 (published Jan. 23, 2008) (name of the invention: a vehicle DVR system with a network interworking function) and the Republic of Korea Patent Publication 10-2006-0043983 (published May 16, 2006) (name of the invention: a vehicle DVR system using a wireless network) is disclosed in the prior art.

The disclosed prior art has the advantage of real-time recording of event occurrence notification, event occurrence record, and can record the image information related to the accident of the vehicle, but the SMS amount is also used for notifying using the network due to the large amount of image information It is a situation that uses a limited method such as.

Car DVR system operating in various places of the city records the video information of the corresponding route of the time when the installed vehicle is operated, and it is effective to leave the video record of 24 hours around the city, but there is no way to make this database. The reality is that the recorded useful video information is used only as evidence of traffic accidents on vehicles equipped with a vehicle DVR. If there is a system that can be used by any information user to make this database, we can be a clue and evidence that can solve various difficulties around us. For example, we have often seen banners plagued by traffickers and victims because they didn't have accurate contextual evidence after a car accident. In addition, many people may become witnesses without knowing the crime scene, and the efforts of the person in charge (for example, the detective) to find these witnesses have no realistic alternative to selling them.

Accordingly, the present invention is limited to the conventional specific area as described above to solve the disadvantages of CCTV to collect the video information and to mount on the vehicle can collect the video data without limitation of space, but it is difficult to make a large data database As proposed,

The problem to be solved by the present invention, by using a vehicle DVR to database the image information collected by the arbitrary information demander to obtain the image information of the desired time and place when the image using the mobile vehicle to effectively deliver it An information management system and method thereof are provided.

Another problem to be solved by the present invention is to obtain a database of the image information of a specific time and location, and to provide freely the necessary image information of the past point of view according to the purpose of crime resolution, evidence securing, etc. An image information management system using a mobile vehicle and a method thereof are provided.

Another object of the present invention is to provide a video information management system and method using a mobile vehicle that can conveniently provide video information of a specific time and location through a network.

Another problem to be solved by the present invention is a video information management system and a method using a mobile vehicle to collect all the video information recorded by a vehicle equipped with a video recording device in one place to be a database, and to manage it To provide.

The preferred embodiment of the "image information management system using a mobile vehicle" according to the present invention for solving the above problems,

Collecting and databaseting the location and visual information according to the driving using a vehicle terminal mounted on the vehicle, by distributing and storing the video information corresponding to the database, and interworking with the network based on the databased driving information It includes a database system for providing image information.

The vehicle terminal,

It records the image of the surrounding vehicle according to the driving position, and generates a sample image based on the location information and the time information of the recorded image to provide to the database system.

The vehicle terminal,

When the database system requests image information of a specific location and time according to an image purchase, the database system provides high resolution original image information corresponding to the requested specific location and time to the database system through a wireless network.

In addition, the vehicle terminal,

A recording device for recording an image around the vehicle according to the driving position;

It includes a location information generator for obtaining location information and time information through the GPS receiver.

In addition, the vehicle terminal,

The apparatus may further include a sample image generator generating a sample image based on the acquired position information, time information, and a recorded image.

In addition, the vehicle terminal,

And a main processor configured to generate vehicle driving information including the generated sample image, location information, time information, unique information, image valid time information, and image quality information and provide the same to the database system.

In addition, the vehicle terminal,

A black box mounted on a vehicle, a mobile communication terminal that can be used in the vehicle, and a digital camera are used.

In addition, the database system,

It is characterized in that the image information is managed so that an arbitrary information requester can obtain necessary image information using time and location information through the Internet.

In addition, the database system,

The image information may be managed to allow any information requester to obtain necessary image information by using time, location information, and sample image through the Internet.

In addition, the database system,

Information provided to the information requester through the Internet is characterized in that it includes time information, location information, sample image information, image valid time information, image quality information.

In addition, the database system,

When the information requester purchases the image information through the Internet, the purchased image information is delivered to the information requester.

In addition, the database system,

Extracting time and location information from the vehicle driving information obtained by the vehicle terminal, characterized in that the database.

In addition, the database system,

A communication module for performing data communication with the vehicle terminal and the image purchasing terminal through the Internet;

And a control module for collecting vehicle driving information in association with the communication module and managing visual information, location information, and sample image.

In addition, the database system,

A vehicle terminal management module for managing unique information of the vehicle terminal;

A vehicle information collection module for collecting vehicle driving information provided by the vehicle terminal and storing the vehicle driving information in an information database;

And a traffic information generation module that generates real-time traffic information and provides the control module in association with the information database.

In addition, the database system,

An image information extraction module for selectively extracting sample images and high resolution images for uploading onto a network from the information database;

And a network interworking module for interworking with a network and providing the video extracted from the video information extracting module to the video purchasing terminal through the network according to the selection and payment of information of the video purchasing terminal connected to the network.

In addition, the database system,

And a purchaser management module for managing information of an image purchase terminal requesting image purchase in association with the control module and the information database.

The apparatus may further include a payment module for performing online payment when the image is purchased by the image purchase terminal on the network.

The "image information management method using a mobile vehicle" according to the present invention for solving the above problems,

Registering the unique information of the vehicle terminal mounted on the vehicle;

Collecting and driving a database of vehicle driving information provided from the registered vehicle terminal;

Generating network linkage information based on the databased vehicle driving information, and providing a sample image of the corresponding region and time to the image purchasing terminal when the image purchasing terminal selects a specific region and time on the network map; Include.

In addition, the "image information management method using a mobile vehicle" according to the present invention,

If a request for a high resolution image purchase is requested from the video purchasing terminal, an online payment is guided and performed, and after completion of the payment, requesting the high resolution image information corresponding to the sample image requested by the image purchasing terminal to the vehicle terminal. It includes more.

In addition, the "image information management method using a mobile vehicle" according to the present invention,

The method may further include providing a high resolution purchase image obtained through the vehicle terminal to the image purchase terminal.

According to the present invention, vehicle driving information generated according to the driving of the vehicle can be collected in one place and made into a database, and based on this, it is possible to freely provide necessary image information of past viewpoints according to the purpose of crime resolution, evidence securing, etc. There is an advantage.

In addition, there is an advantage that it can conveniently provide the image information of a specific time and location through the network.

In addition, there is an advantage in that all of the video information recorded by the vehicle equipped with the video recording device can be collected in one place to make a database and manage it.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a configuration diagram of an embodiment of a video information management system using a mobile vehicle according to the present invention, FIG. 2 is a detailed configuration diagram of the vehicle terminal illustrated in FIG. 1, and FIG. 3 is a detail of the database system illustrated in FIG. 1. It is a block diagram.

As shown in the drawing, the image information management system using the mobile vehicle according to the present invention, the vehicle terminal 110 mounted on the vehicle 100, the base station 200, the Internet 300, the database system 400, traffic It consists of a situation room server 500 and the image purchasing terminal 600.

The vehicle terminal 110 records an image around a vehicle according to a driving position, and includes sample image, image valid time information, image quality information, and unique information generated based on the position information and time information of the recorded image. Providing the vehicle driving information to the database system 400, and when the database system 400 requests original image information of a specific position and time according to an image purchase, the high resolution circle corresponding to the requested specific position and time is requested. It performs a function of providing the image information to the database system 400. That is, the vehicle terminal 110 serves to provide the vehicle system information including the image information, the position information, the time information, the road information, etc. acquired during the vehicle operation to the database system 400 through the wireless network.

The vehicle terminal 110 preferably uses any one of a black box mounted in a general vehicle, a mobile communication terminal that can be used in a vehicle, a digital camera, and a navigation camera.

As shown in FIG. 2, the vehicle terminal 110 performing a function as described above may include a recording device 111 for recording an image of a vehicle around a vehicle according to a driving position, and a user to set a function or control a function. A location information generator 115 for obtaining location information and time information through a GPS receiver 114 for receiving location and time information through GPS satellites, the obtained location information and time information, and recording. A sample image generating unit 117 for generating a sample image based on the image, the vehicle system information including the generated sample image and time information and location information via the communication module 118 to the wireless network through the database system 400 And a main processor 113 for controlling the overall operation of the vehicle terminal 110 and a storage device 116 for storing data.

The base station 200 is a road side equipment (RSE) installed on a roadside, and performs data communication with the vehicle terminal 110 through a wireless network, and also performs data communication with the database system 400 through the Internet 300. Done.

The image purchase terminal 600 selects a location and time based on a map placed by the database system 400 on a network, checks a sample image corresponding to the selected location and time, and then interworks with the database system 400. As a terminal that performs online payment and purchases the original high resolution image corresponding to the sample image, it is used by a buyer and can be implemented by a general personal computer (PC). Alternatively, a mobile communication terminal capable of using the Internet, etc. Or a personal information terminal.

The database system 400 transmits payment information to the vehicle terminal 110 when the purchase image is selected by the video purchasing terminal 600 and online payment is made, and the purchase is transmitted to the vehicle terminal 110. Requests to provide an image, collects and database the location and visual information from the vehicle driving information provided from the vehicle terminal 110, and stores the database image by distributing and storing the corresponding image information, the database driving the vehicle It performs the function of providing the image information in conjunction with the network based on the information.

The database system 400 collects vehicle driving information in connection with the communication module 401 performing data communication with the vehicle terminal 110 and the image purchasing terminal 600, and the communication module 401. The control module 402 manages visual information, location information, and a sample image.

Preferably, the database system 400 collects vehicle driving information provided by the vehicle terminal management module 403 and the vehicle terminal 110 to manage the unique information of the vehicle terminal 110 and the information database 406. In addition, the vehicle information collection module 404 and the traffic information generating module 405 for generating real-time traffic information in association with the information database 406 to provide to the control module 402 is further included.

More preferably, the database system 400 interoperates with a network and an image information extraction module 407 which extracts a high resolution image based on a sample image and vehicle driving information for uploading on a network, from the information database 406. A network interworking module 408 that provides an image extracted by the image information extraction module 407 to the image purchasing terminal 110 through the network according to the selection and payment of information of the image purchasing terminal 600 connected to the network. And a purchaser management module 409 for managing information of the image purchasing terminal 600 requesting the image purchase by interworking with the control module 402 and the information database 406, and the image purchasing terminal on the network. The payment module 410 further includes an online payment module for performing online purchase.

The image information management system using the mobile vehicle according to the present invention configured as described above periodically transmits the vehicle driving information (visual information, location information, sample image, etc.) acquired while driving in the vehicle terminal 110 to the base station 200. In order to reduce the amount of data to be transmitted, the sample image is compressed into a still cut image or a snapshot image and provided as a preview image.

The database system 400 collects such vehicle driving information into a database and uploads the information on a network so that general users (buyers) can easily obtain necessary image information. That is, a buyer selects visual and location information to request a sample image, views the sample image, indicates an intention to purchase an image, and when an image purchase intention occurs, the database system 400 searches a database and provides a sample image. After connecting to the terminal 110 to perform a guide for selling the image, and then receives a high resolution original image corresponding to the sample image from the vehicle terminal 110 and provides it to the terminal (video purchasing terminal) of the buyer.

This operation will be described in more detail.

The vehicle terminal 110 having a video recording device such as a DVR is registered in the database system 400 and the vehicle terminal 110 is mounted on the vehicle 100, and recording starts when the vehicle 100 starts to run. The device 111 records the surrounding image. Since the recording device 111 has the same configuration as the existing DVR system, a detailed description thereof will be omitted.

In addition, when the vehicle starts running, the GPS receiver 114 receives the current location and time information through the GPS satellites, and the location information generator 115 generates location information that can be displayed on a map based on the location and time information. To the main processor 113.

In addition, the sample image generating unit 117 generates a sample image, such as a thumbnail form that is generated during printing on a general computer, for only a few images among the images recorded by the recording apparatus 111, and transmits the sample image to the main processor 113. to provide. Here, the sample image is generated as a sample image by capturing only a few screens at a certain period (time), but the resolution is compressed into a low-quality image rather than a high resolution recorded on a general DVR.

The main processor 113 generates one vehicle driving information including the sample image, the corresponding location information, the time information, and the unique information, and meets the base station 200 installed at the roadside through the communication module 118 while driving. The generated vehicle driving information is transmitted to the base station 200 through a wireless network. The vehicle driving information is preferably transmitted periodically, but may be transmitted in real time as needed. The cycle may be set through a connection with the database system 400, or may be arbitrarily set by the user (driver) through the input device 112. The unique information is information for distinguishing the vehicle terminal 110, and in general, may be referred to as an ID for logging into an arbitrary site on a network (internet, web).

The control module 402 of the database system 400 receiving the vehicle information transmitted from the vehicle terminal 110 extracts the unique information included in the vehicle information from the vehicle terminal management module 403, and the information database 406. Search for and check if the unique number is a registered unique number.

In the case of the registered unique number, the location information, the time information, and the image information (sample image) are extracted from the vehicle information received by the vehicle information collecting module 404 and stored in the information database 406. In addition, the raw image information corresponding to the position information, the visual information, and the sample image is distributed and stored in each vehicle terminal to make a database. Through this process, vehicle driving information transmitted from all vehicle terminals can be databased in one system.

Here, rather than storing the vehicle driving information randomly obtained when the vehicle driving information into a database, the database is classified by region, location, and time, thereby increasing its usefulness in future use.

The traffic information generation module 405 extracts vehicle driving information stored in the information database 406 and generates real-time traffic information based on region, location, and time. Here, the real-time traffic information is made in the same way as the traffic information is generated at the current traffic broadcasting station or the traffic situation room, but is differentiated in the information. In other words, the previous generation of traffic information generated traffic information by using the image information of a specific area obtained through a CCTV installed in a specific area or obtained by wire traffic from the registrant providing the traffic information, but in the present invention, the black box Since traffic information is collected in real time from all registered vehicle terminals equipped with lights, the traffic information can be very high quality and accurate traffic information that cannot be compared with existing traffic information at all.

The real-time traffic information generated as described above may be transmitted to the communication module 401 through the control module 402 and provided to the vehicle navigation through the communication module 401.

Here, as a method of providing vehicle information, there may be a method of providing traffic information only with a navigation registered in advance in order to receive real-time traffic information. In addition to these methods, it may include all of the various methods of providing traffic information in real time.

Next, referring to a method of providing image information, the network interworking module 408 provides map information through an image providing site based on visual information and location information stored in the information database 406, and a sample image. .

A buyer who wants to purchase an image according to a crime resolution or evidence acquisition and other needs, accesses the database system 400 through the image purchasing terminal 600 used by him, and performs a predetermined customer registration procedure. The management module 409 registers the buyer as a customer. Of course, it is also possible to purchase an image through a non-registration process, but preferably, registering as a customer may have various conveniences in terms of management.

A buyer who wants to purchase an image can view a map on the web, select a region (location) that he / she needs, and input visual information. In this case, it is preferable to select a time zone in order to purchase an accurate image rather than selecting a specific time.

When a location and time are selected on the map, the image information extraction module 407 searches the information database 406, extracts a sample image corresponding to the location and time, and delivers the sample image to the network interworking module 408. In the module 408, the sample image extracted from the network is displayed in a buyer's web browser so that the buyer can select whether to purchase the image.

That is, when the image purchaser inputs specific region and time information on his image purchasing terminal 600, a sample image corresponding to the region and time is displayed on the screen in real time. Therefore, you can check the displayed sample image and transfer the intention to purchase the image when it is determined to be necessary.

The payment module 410 informs the purchaser of the purchase price information and the online payment method when the user transmits the video purchase intention, and then, if the image purchaser completes the online payment, the sample image in the vehicle terminal management module 403. Search for the vehicle terminal provided. In this case, the image selling price is preferably determined differentially in consideration of the amount of images to be provided.

Thereafter, by connecting to the vehicle terminal 110 searched through the communication module 401, it provides information that the image purchase is requested, and requests the original high-resolution image (including the video) corresponding to the sample image. Thereafter, the main processor 113 of the vehicle terminal 110 searches for the storage device, extracts the requested high resolution image, and transmits the high resolution image to the image database system 40 through the communication module 118 to the wireless network. . After providing the original high resolution image is accompanied by the process of receiving the online payment through the payment module 410.

The database system 400 receiving the original high resolution image transmits it to the image purchasing terminal 600 so that the image buyer can utilize the image. In this way, by selling images taken in real time from a vehicle terminal to a video buyer through a network, the database system does not need to database all the image information provided by all vehicle terminals, thereby reducing the cost of constructing the database system. It will be possible to reduce and provide efficient video information.

That is, the well-known image providing method receives only basic vehicle driving information (location information, visual information, and sample image information) from all registered vehicles, makes a database, and uploads it on a network so that the image buyer can check it. Only when a video is requested for purchase, the original video is transmitted through the network to the vehicle where the video is stored. Then, the original image is transmitted to the image buyer, and the image is conveniently provided.

In other words, the present invention collects a database of location and visual information according to a driving using a vehicle terminal mounted on a vehicle, and stores a database by distributing and storing corresponding image information, based on the databased driving information. In conjunction with the network to provide the image information.

6 is a flowchart illustrating a method of managing image information using a mobile vehicle according to the present invention, where S represents a step (STEP), and this method is a control process performed in a main processor of a database system.

As shown in FIG. 2, the mobile terminal registers as a vehicle terminal for providing an image based on the information provided by the vehicle terminal in step S101, and collects the vehicle driving information provided by the vehicle terminal in step S103.

Thereafter, real-time traffic information is generated based on the databased information in step S105, and provided to vehicle navigation so that users can be provided with high-quality accurate traffic information in real time.

Next, in step S107, network interworking information is generated based on the databased information, and information on providing an image is provided through an image providing site established in the network. In this case, it is preferable to provide map information.

In the state where the image purchaser is registered in the image providing site (non-registrant is also available), as shown in step S109, the image purchaser enters the region and time information of the required image, and thus the region and time input by the purchaser. The corresponding sample image is extracted and provided to the image buyer.

Thereafter, when the image buyer confirms the sample image and reveals the intention to purchase the image (S111), the online payment process is performed (S113). When the online payment is made, the information about the image purchase is provided to the vehicle terminal that provided the sample image. In operation S115, an original high resolution image corresponding to the sample image is requested.

The vehicle terminal provides the original high resolution image requested and receives the payment. Then, in step S117, the main processor transmits the original high resolution image received from the vehicle terminal to the image purchase terminal used by the image buyer, so that the image purchaser receives the image. Is to make use of.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is an embodiment configuration of a video information management system using a mobile vehicle according to the present invention.

FIG. 2 is a detailed configuration diagram of the vehicle terminal shown in FIG. 1.

3 is a detailed configuration diagram of the database system shown in FIG.

4 is a flowchart showing a method of managing image information using a mobile vehicle according to the present invention;

<Explanation of symbols for the main parts of the drawings>

110... Vehicle terminal

200... Base station

300... Internet

400... Video database system

600... Video Purchase Terminal

Claims (19)

Collecting and databaseting the location and visual information according to the driving using a vehicle terminal mounted on the vehicle, by distributing and storing the video information corresponding to the database, and interworking with the network based on the databased driving information Image information management system using a mobile vehicle, characterized in that it comprises a database system for providing image information. The method of claim 1, wherein the vehicle terminal, The image information management system using a moving vehicle, characterized in that for recording the image around the vehicle according to the driving position, and generates a sample image based on the position information and visual information of the recorded image to the database system. The method of claim 2, wherein the vehicle terminal, When the database system requests image information of a specific location and time in accordance with an image purchase, the mobile vehicle provides high resolution original image information corresponding to the requested specific location and time to the database system through a wireless network. Image Information Management System. The method of claim 2, wherein the vehicle terminal, A recording device for recording an image around the vehicle according to the driving position; Image information management system using a mobile vehicle, characterized in that it comprises a location information generator for obtaining location information and time information through a GPS receiver. The method of claim 4, wherein the vehicle terminal, And a sample image generator for generating a sample image based on the acquired position information, time information, and a recorded image. The method of claim 5, wherein the vehicle terminal, And a main processor configured to generate vehicle driving information including the generated sample image, location information, time information, unique information, image valid time information, and image quality information and provide the same to the database system. Image Information Management System. The method of claim 6, wherein the vehicle terminal, Image information management system using a mobile vehicle, characterized in that using any one of a black box mounted on the vehicle, a mobile communication terminal that can be used in the vehicle, a digital camera. The method of claim 1, wherein the database system, An image information management system using a mobile vehicle, characterized in that for managing the image information so that any information requester can obtain the necessary image information using the time and location information through the Internet. The method of claim 1, wherein the database system, An image information management system using a mobile vehicle, characterized in that the image information management so that any information requester can obtain the necessary image information by using the time, location information and sample image. The method of claim 9, wherein the database system, The information provided to the information requester through the Internet includes time information, location information, sample image information, image valid time information, and image quality information. The method of claim 10, wherein the database system, And when the information requester purchases the image information through the Internet, deliver the purchased image information to the information requester. The method of claim 11, wherein the database system, And a database for extracting time and location information from the vehicle driving information obtained by the vehicle terminal. The method of claim 12, wherein the database system, A communication module for performing data communication with the vehicle terminal and the image purchasing terminal through the Internet; And a control module for collecting vehicle driving information in association with the communication module and managing visual information, location information, and sample images. The method of claim 13, wherein the database system, A vehicle terminal management module for managing unique information of the vehicle terminal; A vehicle information collection module for collecting vehicle driving information provided by the vehicle terminal and storing the vehicle driving information in an information database; And a traffic information generation module which generates real-time traffic information and provides the control module in association with the information database. The method of claim 14, wherein the database system, An image information extraction module for selectively extracting sample images and high resolution images for uploading onto a network from the information database; And a network interworking module for interworking with a network and providing the video extracted from the video information extraction module to the video purchasing terminal through the network according to the selection and payment of information of the video purchasing terminal connected to the network. Image information management system using a moving vehicle. The method of claim 15, wherein the database system, And a purchaser management module for managing information of an image purchase terminal requesting image purchase in association with the control module and the information database. And a payment module for performing on-line payment when the video is purchased by the video purchase terminal on the network. In the video information management method using a vehicle, Registering the unique information of the vehicle terminal mounted on the vehicle; Collecting and driving a database of vehicle driving information provided from the registered vehicle terminal; Generating network interworking information based on the databased vehicle driving information, and providing a sample image of a corresponding region and time to the image purchasing terminal when the image purchasing terminal selects a specific region and time on the network map; Image information management method using a moving vehicle, characterized in that. 18. The method according to claim 17, wherein when a request for purchasing a high resolution image is requested from the video purchasing terminal, an online payment is guided and performed; Image information management method using a mobile vehicle, characterized in that it further comprises the step of requesting information. 19. The method of claim 18, further comprising providing a high resolution purchase image obtained through the vehicle terminal to the image purchase terminal.

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