KR20150116472A - Cloud service system using blackbox - Google Patents

Abstract

The present invention relates to a cloud service system using a black box and especially, to the cloud service system using the black box which stores image data photographed in a vehicle black box installed with a USIM module in a cloud server contracted with a communication company selected by the USIM by transmitting the image data to the cloud server, and enables a user to check the image data related with various time or places at anytime and anywhere and further to manufacture and utilize various personal contents by processing the image data stored in the cloud server, by being configured to enable the user to use the stored image data. The cloud service system using the black box of the present invention includes: the vehicle black box which is installed with the USIM module, and transmits the image data to the cloud server contracted with the communication company selected by the USIM through a black box communication module; and the cloud server which analyzes and stores the image data transmitted from the vehicle black box through data transmission and reception with the vehicle black box, and provides the stored image data for the user to be able to use.

Description

[0001] CLOUD SERVICE SYSTEM USING BLACKBOX [0002]

The present invention relates to a cloud service system using a black box. More particularly, the present invention relates to a cloud service system using a black box, in which video data photographed in a vehicle black box equipped with a USIM module is transmitted to a contracted cloud server By configuring the stored video data to be available to the user, the user can check the video data related to various times or places at any time, and further, by processing the video data stored in the cloud server, various personalized contents can be created and utilized To a cloud service system using a black box.

The original black box records the performance and status of the aircraft in flight and provides an explanation for the cause of the aircraft accident. It consists of two main components: a flight path recorder (DFDR) and a cockpit voice recorder (CVR), each of which is housed in a square box of thick steel, typically 15 cm x 50 cm in size and 11 kg in weight.

The airplane is equipped with a black box, so it can tell you exactly when you are at an accident, and it helps you a lot in accident handling.

However, in the case of a general vehicle, there is a problem in that a black box such as an airplane is not equipped, so that it is not possible to know exactly which car was erroneous or where the cause of the accident occurred when the accident occurred.

In recent years, a black box for a vehicle has been used which solves such a problem and records the running state of the vehicle or records the running state of the other vehicle. The vehicle black box can store complex information including various images as well as vehicle status.

Such a vehicle black box is mounted on the user's vehicle, and the image photographed in the vehicle black box can be utilized as the content of only the user. For example, the front scenery or the background photographed in the vehicle black box can be utilized as contents related to the user's personal travel route or contents related to the travel history.

However, since the image data photographed in the vehicle black box is stored or backed up in the cloud server and the user can not utilize the stored image data in a secured state, It is a situation.

In fact, in Korean Patent Laid-Open Publication No. 10-2003-0012757 (traffic information providing method using a black box for a vehicle supporting a cloud computing), various traffic information transmitted to the cloud server is backed up. And only the technology that is used is described, but the system for utilizing the personalized image information or the production of the personalized contents is not described.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the related art as described above, and it is an object of the present invention to transmit video data photographed in a vehicle black box equipped with a USIM module to a contracted cloud server The user can check the video data related to various time or place at any time and further by processing the video data stored in the cloud server to create various personalized contents And it is an object of the present invention to provide a cloud service system using a black box.

In order to solve the above-described problems, the cloud service system using the proposed black box according to the present invention is equipped with a USIM module, and is configured to communicate with a communication company selected through the black box communication module A vehicle black box for transmitting image data to the cloud server, and a controller for analyzing and storing the image data transmitted from the vehicle black box through data transmission / reception with the vehicle black box, And a server.

Here, the vehicle black box transmits the video data in real time or periodically according to a user's setting, or transmits video data of a time range selected by the user at a specific time.

The cloud server includes a server communication module for transmitting and receiving the image data, a data analysis module for analyzing the image data received from the server communication module and determining a category to which the received image data belongs, A content backup module for sequentially storing the received video data and a content configuration module for providing a plurality of processing tools for allowing the user to configure the personalized content using the video data stored in the content backup module .

In addition, the image data transmitted from the vehicle black box may include a photographing date and time, a photographing position, and user-specific information.

According to the cloud service system using the black box of the present invention having the above-described problems and the solution, the image data photographed in the vehicle black box equipped with the USIM module is transmitted to the contracted cloud server The image data stored in the cloud server can be verified at various times and places, and the user can view the image data stored in the cloud server at any time and anywhere. Further, It has the advantage of creating and utilizing personalized contents.

Since the wake module is installed in the vehicle black box and the image data photographed in the vehicle black box is transmitted to the cloud server directly operated by the affiliated communication company or the cloud server contracted with the communication company, Can be transmitted in a state in which security is maintained, and a new value added value can be given to a communication server and / or a cloud server operator who has contracted with the communication company.

1 is an overall configuration diagram of a cloud service system using a black box according to an embodiment of the present invention.
2 is a detailed configuration diagram of a cloud service system using a black box according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a cloud service system using a black box according to the present invention having the above-described problems, solutions, and effects will be described in detail with reference to the accompanying drawings.

The sizes and shapes of the components shown in the drawings may be exaggerated for clarity and convenience. In addition, terms defined in consideration of the configuration and operation of the present invention may be changed according to the intention or custom of the user, the operator. Definitions of these terms should be based on the content of this specification.

FIG. 1 is an overall configuration diagram of a cloud service system 100 using a black box according to an embodiment of the present invention. FIG. 2 is a detailed configuration diagram of a cloud service system 100 using a black box according to an embodiment of the present invention. to be.

1, a cloud service system 100 using a black box according to an embodiment of the present invention includes a vehicle black box 10 installed in a vehicle, image data photographed from the vehicle black box 10, And a user (1) connected to the cloud server (30) to utilize or process the stored or backed up image data.

The vehicle black box 10 installed in the vehicle is mounted on the vehicle of the user 1 for photographing the surrounding situation, background, and the like in the course of stopping or moving the vehicle. The image data photographed by the vehicle black box 10 is transmitted to the cloud server 30 in real time, periodically or at a specific time according to user setting, and is stored or backed up.

The user 1 can access the stored or backed up image data by accessing the cloud server 30 by using various terminals after registering with the cloud server 30. 1, the user 1 (1) corresponds to the user of the vehicle black box 1 (10), and concludes a contract for using the cloud service using the black box with the cloud server 30.

The vehicle black box 10 is equipped with a wing module 17 provided by a communication company. Therefore, the vehicle black box 10 can transmit the image data together with the user-specific information identified by the wobble module 17, that is, the user identification information, to the cloud server 30 in a state where the image data is kept secure .

The cloud server 30 may be a server operated by a communication company providing the wormhole module 17 with a contract with the user or a server operated by another company that has a contract with the communication company.

The detailed configuration and operation of the cloud service system 100 using the black box configured as described above will be described with reference to FIG.

2, a cloud service system 100 using a black box according to an embodiment of the present invention is largely composed of a vehicle black box 10 and a cloud server 30, The cloud server 30 comprises a video acquisition module 11, a storage module 13, a black box communication module 15, a waterside module 17 and a black box control module 19, Module 31, a data analysis module 33, a server communication module 35, a content configuration module 37, and a server control module 39.

The vehicle black box 10 is mounted on a vehicle of each user 1 and photographs the surrounding situation, background, and scenery in the process of stopping or moving the vehicle, stores the image data, And transmits the data to the cloud server (30).

Specifically, the vehicle black box 10 is equipped with a USIM module 17 and is connected to the cloud server 30 contracted with the communication company selected by the user through the black box communication module 15, And transmits the data.

That is, the vehicle black box 10 is equipped with a waking module 17 provided by a communication company selected by the user, and transmits the image data to the cloud server 30 provided by a company contracted with the communication company . Of course, the cloud server 30 may be a server directly operated by the communication company.

The image data transmitted from the vehicle black box 10 to the cloud server 30 is transmitted through encryption and transmits the image data including the user's unique identification information stored in the wobble module 17 .

As shown in FIG. 2, the vehicle black box 10 that performs the above operation includes a black box function for a conventional vehicle, and further includes a wicket module 17 provided through a contract with a communication company And a black box communication module 15 for transmitting image data to the cloud server 30 according to a user setting.

Specifically, the vehicle black box 10 includes an image acquisition module 11 capable of receiving and collecting images captured by a camera (not shown), and the image data acquired by the image acquisition module 11 And a storage module 13 for storing the data.

The black box communication module 15 transmits the image data stored in the storage module 13 to the cloud server 30 under the control of the black box control module 19. [ At this time, in accordance with the control of the black box control module 19, the black box communication module 15 not only receives the image data, but also information about the shooting date and time of the image data, (Identification) information to the cloud server 30.

The black box control module 19 transmits the image data and the like to the cloud server 30 according to a set value using a button or the like by the user. For example, the user can set a time for transmitting the image data or the like by using a setting button or the like provided in the vehicle black box 10. The black box control module 19 controls the black box communication module 15 according to the transmission time set by the user so that the image data and the like can be transmitted to the cloud server 30.

The user can set the image data or the like to be transmitted in real time or periodically using the setting button or the like. Furthermore, a specific time point at which to transmit the image data or the like may be set, and the image data and the like may be directly transmitted at the present time using the setting button.

According to the setting of the user, the black box control module 19 controls the black box communication module 15 to transmit the image data and the like to the cloud server 30. That is, the vehicle black box 10 may transmit the video data in real time or periodically, or may transmit video data of a time range selected by the user at a specific time according to the setting of the user.

The image data transmitted according to the user setting is stored or backed up in the cloud server 30 as described above. Specifically, the image data transmitted from the vehicle black box 10 is received through the server communication module 35 of the cloud server 30.

The image data and the like received through the server communication module 35 are transmitted to the data analysis module 33 and classified into categories and stored in a corresponding category of the content backup module 31, The image data stored in the server module 31 may be processed or configured into various contents through a processing tool provided by the content configuration module 37 and the components of the cloud server 30 may be processed by the server control module 39 And is operated according to the control.

The detailed configuration of the cloud server 30 having such a configuration will be described in detail as follows.

The server communication module 35 sequentially transmits and receives image data and the like transmitted from the black box communication module 15 of the vehicle black box 10. The server communication module 35 receives information including the transmitted image data, the date and time of photographing the transmitted image data, the photographing position, and the user's unique identification information.

The image data and the like received by the server communication module 35 are sequentially input to the data analysis module 33. Then, the data analysis module 33 analyzes the image data or the like received from the server communication module 35, and determines a category to which the received image data belongs.

The category is configured by a user connected to the cloud server 30 in advance. Specifically, the user accesses the cloud server 30 and configures the desired category by matching with the date and time information.

For example, after accessing the cloud server, the user forms a category of "commute" in a category configuration module (not shown), and the date and time information corresponding to this " To "09 ".

Alternatively, the user may store "Monday to Friday afternoon 06 to 08 o'clock" in the category of "leaving work" and store it in the category "travel on the east coast" at 18 o'clock "May be stored and matched.

In this manner, the category previously configured by the user and the date and time matched thereto by the user are referred to by the data analysis module 33, and the data analysis module 33 refers to the category and the date and time matched to the category And determines a category to which the received image data belongs.

Specifically, the data analysis module 33 extracts the time at which the image data is received or the image capturing date and time of the image data transmitted together with the image data, Prepare the date and time.

As a result of the comparison, if there is date information including the shooting date and time among the referenced pre-configured date information, the data analysis module 33 compares the category matched with the date information to a category to which the received image data belongs .

On the other hand, if there is no date information including the shooting date and time among the referenced pre-configured date information, the data analysis module 33 determines that there is no category matching the date information, The category to which the image data belongs is determined as "Others "

For example, if the photographing date and time information received together with the received image data is "April 1, 12: 10 ", the data analysis module 33 sets the category to which the received image data belongs to" .

The data analysis module 33 transfers the determined category information to the content backup module 31. [ Then, the content backup module 31 stores the image data in the received category (for example, "East Coast Trip"). That is, the content backup module 31 sequentially stores the received video data in the determined category.

As described above, the image data stored in each category of the content backup module 31 can be accessed by the user. That is, the user accesses the cloud server 30 and enters a category in which his / her own image data stored in the content backup module 31 is stored, and records the image captured by the user's vehicle black box 10 Data can be checked and utilized. The categories constituted by the user can be prevented from being accessed by others through a password or the like.

The user can edit and process image data stored in the category constituted by the user using various processing tools. To this end, the content configuration module 37 includes various processing tools that the user can utilize.

That is, the content configuration module 37 provides a plurality of processing tools that allow the user to configure the personalized content using the video data stored in the content backup module 31. [

Accordingly, the user can perform various editing and processing using his / her own image data stored in the contents backup module 31 by using the specific processing tool provided by the contents configuration module 37, Personalized content can be configured.

For example, the user can edit and process the image data stored in the "East Coast Travel" category using one of the processing tools to create a travel Personalized content such as diary contents or travel albums can be produced.

The personalized contents woven by the user can be backed up in the cloud server, for example, the content backup module 31, or stored in the personal terminal through the server communication module 35 have. For example, the user may transmit the produced personalized content to a mobile terminal, a PC, a tablet, a wearable mobile, and the like, so that the user can check and utilize the personalized content at any time in his or her terminal.

On the other hand, the image data stored in the content backup module 31 can also be checked in the vehicle black box 10. That is, when the user wants to check the image data photographed in the vehicle black box while traveling, the user can request the image data transmission to the cloud server 30. Then, the server control module 39 extracts the video data stored in the content backup module 31 and transmits the extracted video data to the vehicle black box 10 through the server communication module 33. Then, the user can confirm the image data through a display unit provided in the vehicle black box.

The server control module 39 controls operations of the server communication module 35, the data analysis module 33, the content backup module 31 and the content configuration module 37, And controls data transmission and reception with the user 1 as a whole.

On the other hand, as described above, the image data transmitted from the vehicle black box 10 includes the image capturing date and time, image capturing position, and user specific (identification) information. Accordingly, the cloud server 30 can identify the user related to the image data as well as the shooting date and time and the location related to the image data, and can store the image data in the category configured by the user, The user can edit and process the image data stored in the category to produce personalized contents.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Accordingly, the true scope of the present invention should be determined by the following claims.

1: User 10: Car black box
11: image acquisition module 13: storage module
15: black box communication module 17: wicket module
19: Black box control module
30: Cloud server 31: Content backup module
33: data analysis module 35: server communication module
37: Content configuration module 39: Server control module
100: Cloud service system using black box

Claims (4)

A black box for a vehicle having a USIM module installed therein and transmitting image data to a cloud server contracted with the communication company selected through the black box communication module;
And a cloud server for analyzing and storing the image data transmitted from the vehicle black box through data transmission / reception with the vehicle black box, and providing the stored image data to the user in a usable manner. Cloud service system.
The method according to claim 1,
Wherein the vehicle black box transmits the image data in real time or periodically according to a user's setting or transmits image data of a time range selected by the user at a specific time.
The method according to claim 1,
A server communication module for transmitting and receiving the image data; a data analysis module for analyzing image data received from the server communication module and determining a category to which the received image data belongs; A content backup module for sequentially storing video data and a content configuration module for providing a plurality of processing tools for allowing the user to configure personalized content using video data stored in the content backup module, Cloud service system using black box.
The method according to any one of claims 1 to 3,
Wherein the image data transmitted from the vehicle black box includes a photographing date and time, a photographing position, and user-specific information.

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