KR101867215B1 - Security system and method for preventing camera image illegal outward flow and reacting real-time crime - Google Patents

Abstract

A security system for prevention of camera image illegal leakage and real-time crime coping is disclosed. A wearable camera for attaching or carrying a disclosed security system to a user's body, clothing, a hat or a bag, initiating a photographing operation by the user and transmitting an image of the photographing by a near field wireless communication system in real time; (3 / 4th generation) mobile communication method in real-time receiving the image from the wearable camera in real time using the near field wireless communication method and further including user information, position and time information in the real-time received image A user mobile terminal; And a control center server that receives the status information from the user mobile terminal in real time and reproduces the image in real-time received status information, and transmits the status information to the structure center server in an emergency situation to report a structure request .

Description

TECHNICAL FIELD [0001] The present invention relates to a security system and a security system for preventing illegal leakage of a camera image and real-time disaster /

The present invention relates to a security system and method, and more particularly, to a security system and method using a wearable camera attached to or carried by a human body or clothes, and more particularly, to a security system and method using a wearable camera, And a security system and method for enabling a wearable camera and a control center server to cope with a disaster / crime in real time in order to protect the safety of a photographer.

In recent years, violent crime targeting children and women has been steadily increasing.

A variety of IT technologies are being used to inform and respond to dangerous situations in real time.

Typically, there is a configuration in which a global positioning system (GPS) positional information is transmitted in real time using a smartphone or a camera-based image is stored in a smartphone or transmitted to a server or an acquaintance in real time.

Patent Publication No. 10-2012-0089141 exemplifies this configuration.

However, such a configuration is disadvantageous in that it is difficult to operate in an emergency, and motion is exposed to a criminal and it is not easy to shoot.

On the other hand, SenseCam of Microsoft (Microsoft) is configured to wirelessly transmit photographed images by using a micro camera.

Small cameras have the advantage of notifying criminals of criminal situations. However, there are side effects.

For example, a micro camera captures a camera in secret, causing damage to privacy or disseminating illegal images.

There is a need for measures to prevent such social side effects and to capture images that criminals can not recognize.

In addition, image reporting plays a large role in detecting various crimes and absurdities in society. However, if the report reception desk is dispersed too much, the reporting process is difficult and cumbersome, and if you report your sightings with your real name, . Therefore, there is a need for a way for ordinary citizens to report anonymously what they witnessed easily and easily at the site.

Korean Patent Publication No. 10-2012-0089141

It is an object of the present invention to provide a security system for prevention of camera image illegal leakage and real-time crime coping.

Another object of the present invention is to provide a security method for prevention of camera image illegal leakage and coping with real-time crime.

The security system for prevention of camera image illegal leakage and real-time disaster / crime coping according to the object of the present invention is to be attached or carried to a user's body, clothing, hat or bag, A wearable camera for real-time transmission of a video image by a short distance wireless communication method; (3 / 4th generation) mobile communication method in real-time receiving the image from the wearable camera in real time using the near field wireless communication method and further including user information, position and time information in the real-time received image A user mobile terminal; And a control center server that receives the status information from the user mobile terminal in real time and reproduces the image in real-time received status information, and transmits the status information to the structure center server in an emergency situation to report a structure request .

The user mobile terminal may be configured to receive only the image transmitted from the wearable camera, which is connected to the previously registered wearable camera through a short-distance wireless communication method, when the user's identity is authenticated.

Upon completion of the emergency situation, the control center server encrypts and stores the status information received from the wearable camera, and the encrypted status information is decrypted by the approval of the user of the corresponding user and approval by the control center server, .

In the meantime, the security method for preventing camera image illegal leakage and real-time disaster / crime of the present invention comprises the steps of: a) starting the photographing by switching the wearable camera to the emergency photographing mode by user's operation; b) real-time transmission of a video image by the wearable camera to a user mobile terminal in a short distance wireless communication manner; c) The user mobile terminal receives the video from the wearable camera in real time using a short distance wireless communication method, and further includes the user information, position, and time information in the received video, Transmitting in real time a mobile communication method; d) the control center server receives the status information from the user mobile terminal in real time, reproduces the image in the received status information, and transmits the status information to the structure center server in the emergency situation to report the structure request .

When the user mobile terminal is authenticated through the user account before the step b), the mobile terminal may be connected to the wearable camera in the short-range wireless communication mode.

After completion of the emergency situation, the control center server encrypts and stores the status information that was received in real time, encrypts and stores the log information by the user approval and approval of the control center server, .

In addition, the security system for illegal leakage of camera images and real-time disaster / crime coping of the present invention may be attached or carried to a user's body, clothing, hat or bag, A wearable camera for transmitting an image by a camera; A user mobile terminal for receiving an image from the wearable camera and being encrypted and stored so as not to be reproducible, and requesting encryption release while transmitting the encrypted image; A control center server for receiving an encrypted image from the user mobile terminal and requesting decryption to decrypt the encrypted image so that the decrypted image can be reproduced and logging the decrypted image to the user mobile terminal; ; ≪ / RTI >

In addition, the present invention provides a security system for prevention of camera image illegal leakage and real-time disaster / crime coping, comprising: a camera for capturing an image and transmitting the captured image; And a user mobile terminal for receiving an image from the camera, inserting and storing a unique identification watermark and encrypted unique identification information in the received image, and transmitting the stored image.

In addition, the security system for illegal leakage of camera images and real-time disaster / crime coping of the present invention may be attached or carried to a user's body, clothing, hat or bag, A wearable camera for transmitting an image by a camera; The wearable camera receives an image from the wearable camera, inserts and stores a unique identification watermark and encrypted unique identification information in the received image, and switches to a blindness reporting mode or an anonymous reporting mode by user's manipulation, And transmitting the image stored with the unique identification watermark and the encrypted unique identification information to the mobile terminal, wherein the unique identification watermark and the encrypted unique identification information are deleted from the stored image in the anonymous report mode, Terminal; And a control center server for receiving the image from the user mobile terminal and transmitting the received image to the reporting server for reporting.

The user mobile terminal may be configured to receive only the image transmitted from the wearable camera, which is connected to the previously registered wearable camera through a short-distance wireless communication method, when the user's identity is authenticated.

The security method for prevention of illegal camera image illegal leakage and real-time disaster / crime coping according to the present invention comprises the steps of: a) starting a photographing by switching a wearable camera to a normal photographing mode or an emergency photographing mode by a user's operation; b) transmitting the captured image by the wearable camera to a user mobile terminal in a short distance wireless communication manner; c) In the normal shooting mode, the user mobile terminal may receive the image from the wearable camera, insert a unique identification watermark and encrypted unique identification information in the received image, and store the inserted image .

The user mobile terminal executes the blindness reporting mode or the anonymous reporting mode by the user's operation, transmits the image stored with the unique identification watermark and the encrypted unique identification information stored in the blindness reporting mode to the control center server, And transmitting the corresponding image to the control center server by deleting the unique identification watermark and the encrypted unique identification information from the stored image when the control center server receives the image from the user mobile terminal, And transmitting the received and received image to the reporting server and reporting it.

When the user mobile terminal is authenticated through the user account before the step b), the mobile terminal may be connected to the wearable camera in the short-range wireless communication mode.

According to another aspect of the present invention, there is provided a security system comprising: a camera that captures an image and transmits the captured image; And a user mobile terminal for receiving an image from the camera by a near field wireless communication method. The user mobile terminal is connected to the previously registered camera by a short-range wireless communication method when the user is authenticated by the user, And may be configured to receive only the image transmitted from the camera.

In addition, the security system of the present invention attaches to or holds a user's body, clothing, a hat or a bag, starts shooting by the operation of the user, captures an image in the emergency shooting mode, A wearable camera that transmits in real time to the user; (3 / 4th generation) mobile communication method in real-time receiving the image from the wearable camera in real time using the near field wireless communication method and further including user information, position and time information in the real-time received image A user mobile terminal; The mobile terminal receives and stores the status information from the user mobile terminal in real time, transmits an emergency status confirmation message to the user mobile terminal, and transmits the emergency status confirmation message to the structure center server or the guardian mobile terminal And a control center server for transmitting an emergency occurrence message to the control center server.

The security method of the present invention further includes the steps of: a) starting the photographing by switching the wearable camera to the emergency photographing mode by the user's operation; b) real-time transmission of a video image by the wearable camera to a user mobile terminal in a short distance wireless communication manner; c) receiving the real time image from the wearable camera by the user's mobile terminal, and transmitting the configured status information including the user information, position, and time information to the received image in real time using a mobile communication method; d) The control center server receives the status information from the user mobile terminal, transmits an emergency status message to the user mobile terminal, receives a response to the emergency status message from the user mobile terminal, ; and f) the control center server transmits an emergency occurrence message to the structure center server based on the contents of the situation information.

According to the above-described security system and method for prevention of illegal leakage of camera images and real-time crime coping, it is possible to acquire evidence of criminal or criminal behavior by shooting a wearable camera when an emergency occurs, By transmitting a strong warning message, it is possible to block the crime of the user from the scene. Also, by transmitting the user information, location information and time information of the user mobile terminal together with the image photographed in real time to the control center, And transmits the situation information to a server such as a police station or 119 to report a rescue request. Therefore, it is possible to prevent the user from exiting the emergency situation as quickly as possible .

In addition, when the event processing is completed and the emergency situation is ended, the control center encrypts and stores the received situation information, and the encrypted and stored situation information can be released and exported only under the joint approval of the user approval and the server approval There is an effect that unauthorized viewing or illegal dissemination of the wearable camera image is blocked.

In addition, when the control center decrypts and stores encrypted and stored situation information, the log record is left so that the image export management becomes transparent and the willingness to unlawfully move out is reduced.

Meanwhile, the present invention stores an image photographed by a user's mobile terminal in a general photographing mode, and inserts and stores a unique identification watermark or unique identification information in an image, thereby quickly analyzing illegal dissemination, It has the effect of preventing illegal dissemination by reducing the will.

In addition, the present invention stores images photographed in a user's mobile terminal in a general photographing mode, and can make a report almost instantaneously and simultaneously when a stored image is related to an illegal method. An anonymous name and a real name can be selected by a simple operation, It is possible to protect people and to integrate various information sources in a single place, so that it is possible to easily provide information on a mobile terminal in a desired place, thereby enabling citizens to voluntarily participate in a wide range of information.

In addition, in the emergency shooting mode, when an image photographed on a control center server is received and played through a user's mobile terminal and the photographer is exposed to an emergency such as a crime through the corresponding image, 119 server, it is effective for the photographer to quickly get out of the emergency situation.

FIG. 1 is a block diagram of a security system for preventing camera image illegal leakage and coping with real-time crime according to the first embodiment of the present invention.
2 is a flowchart of a security method for preventing camera image illegal leakage and coping with real-time crime according to the first embodiment of the present invention.
FIG. 3 is a block diagram of a security system for preventing camera image illegal leakage and coping with real-time crime according to a second embodiment of the present invention.
4 is a flowchart of a security method for preventing camera image illegal leakage and coping with real-time crime according to a second embodiment of the present invention.
FIG. 5 is a block diagram of a security system for preventing camera image illegal leakage and coping with real-time crime according to the third embodiment of the present invention.
FIG. 6 is an example of an emergency situation confirmation message transmitted from the control center server to the user mobile terminal in the security system of FIG. 5, an example of an emergency occurrence message transmitted from the control center server to the structure center server, Is an example of an emergency cancellation message transmitted to the rescue center server and the guardian mobile terminal.
7 is a flowchart illustrating a security method for preventing camera image illegal leakage and coping with real-time crime according to a third embodiment of the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail to the concrete inventive concept. It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. Like reference numerals are used for like elements in describing each drawing.

The terms first, second, A, B, etc. may be used to describe various elements, but the elements should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. And / or < / RTI > includes any combination of a plurality of related listed items or any of a plurality of related listed items.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between.

The terminology used in this application is used only to describe a specific embodiment and is not intended to limit the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the terms "comprises" or "having" and the like are used to specify that there is a feature, a number, a step, an operation, an element, a component or a combination thereof described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

Hereinafter, a first preferred embodiment according to the present invention will be described in detail with reference to FIGS. 1 and 2. FIG.

FIG. 1 is a block diagram of a security system for preventing camera image illegal leakage and coping with real-time crime according to the first embodiment of the present invention.

Referring to FIG. 1, a security system (hereinafter, referred to as 'security system') 100 for preventing camera image illegal leakage and coping with real-time crime according to the first embodiment of the present invention includes a wearable camera 110, The terminal 120, and the control center server 130. [

The security system 100 is constructed so that the wearable camera 110 can be used to secure the image of the wearable camera while the criminal can not easily recognize the shooting process. The wearable camera 110 and the user mobile terminal 120 are configured to have both users.

The security system 100 receives the wearable camera image from the user mobile terminal 120 and adds the user information such as the resident registration number and the telephone number, the user location information via the GPS, and the shooting time information to the received image, To the control center server 130. The control center server 130 receives the situation information, reproduces the image, checks the reproduced image, and displays the situation information in an emergency situation (a crime situation or a disaster situation) It can be configured to send to the police station or 119 server or to file a rescue request on the wire so that the user can get out of the emergency more quickly.

In particular, when the emergency situation is resolved and ended, the control center server 130 encrypts and stores the situation information received from the user mobile terminal 120, thereby illegally distributing the wearable camera image is blocked.

In particular, it is configured to inquire situation information (including wearable camera images) through the joint approval of the control center server and the user, and is used strictly for user's crime coping and security.

Hereinafter, the detailed configuration will be described.

 The wearable camera 110 is configured to be attached to or held on a user's body, clothes, hat or bag.

 The wearable camera 110 may further include a user operation button and a short-distance wireless communication module.

 The wearable camera 110 can be switched to the normal shooting mode or the emergency shooting mode when the user presses the user operation button. For example, when the user presses the user operation button for one second, the camera switches to the normal photographing mode, and if the user presses the user operation button for three seconds or longer, the camera switches to the emergency photographing mode.

Emergency shooting mode can be used in a very pressing situation where a crime is deemed certain.

 The wearable camera 110 may be configured to start shooting in either the normal shooting mode or the emergency shooting mode and transmit the captured wearable camera image to the user mobile terminal 120 in real time via the short range wireless communication module. Here, the wearable camera image means an image including a voice. That is, the wearable camera 110 may be configured as a moving image shooting means for simultaneously acquiring audio and video.

The user mobile terminal 120 may be configured to receive the image from the wearable camera 110 in real time using a local area wireless communication method. Here, the user mobile terminal 120 is a mobile device possessed by a photographer having the wearable camera 110.

The user mobile terminal 120 may be configured to transmit the received wearable camera image to the control center server 130 in real time in a 3G / 4G (3rd / 4th generation) mobile communication manner.

Meanwhile, in the case of the emergency photographing mode, the user mobile terminal 120 transmits user information such as a user's resident registration number, a user's telephone number, current GPS position information, and photographing time information together with the wearable camera image to the control center server 130 . At this time, the wearable camera image, user information, position information, and photographing time information are referred to as 'situation information'.

The user can be configured to register the wearable camera 110 of the wearable camera 110 in the user mobile terminal 120 by installing and registering a unique registration number of the wearable camera 110 in the user mobile terminal 120. [

As another example, the user mobile terminal 120 may be configured so that the application is installed, and the user can sign in and log in while creating a user account through the application, and the wearable camera 110, Can register the unique registration number of the user. Then, when the user executes the application installed in the user mobile terminal 120 and logs in, the user is connected to the wearable camera 110 in which the user mobile terminal 120 is registered in the short-range wireless communication manner, and the registered wearable camera 110 So that it can receive only the image transmitted from the mobile terminal.

That is, according to the present invention, after registering the unique registration number of the wearable camera 100 in the user account of the user mobile terminal 120 that has been authenticated (logged in) beforehand, the image of the wearable camera 110 The user mobile terminal 120 in a state in which the user authentication is completed can receive the video real name system.

In other words, the user mobile terminal 120 can be configured to receive only the image transmitted from the registered wearable camera 110, with the user authentication being performed. In other words, the user mobile terminal 120 can authenticate the user Is connected to the wearable camera 110 through a short distance wireless communication method. In this state, when the registered wearable camera 110 transmits an image, the registered authentication number is transmitted to the user mobile terminal 120 together with the image And the user mobile terminal 120 may receive the registration authentication number, determine that the registered wearable camera 110 is registered, and receive the image.

As described above, according to the user authentication of the user mobile terminal 120, only the image transmitted from the camera, which is connected to the user mobile terminal 120 in a wireless communication manner with the pre-registered camera, is transmitted to the user mobile terminal 120 The received technology can be applied not only to the wearable camera 110, but also to other cameras such as an IP camera.

By configuring the user mobile terminal 120 to be able to receive the image only from the pre-registered camera only when the user's mobile terminal 120 is authenticated as such, the image real name system can be realized.

The control center server 130 is configured to receive only the wearable camera image from the user mobile terminal 120 in the general photographing mode, and to encrypt and store the received image. The control center server 130 can be configured to decrypt the encrypted image by approval of the user and server approval.

The reason for encrypting and storing it is to prevent illegal dissemination of wearable camera images.

The user can access the control center server 130 and delete the wearable camera image previously stored once or periodically once a month. However, if the server is not approved, the user can not export it by itself.

The control center server 130 is configured to receive the situation information from the user mobile terminal 120 in the emergency shooting mode in real time and to reproduce the wearable camera image included in the situation information.

When the operator of the control center server 130 determines that the reproduced image is an emergency situation such as a disaster situation or a crime situation, the control center server 130, by the operation of the operator, Or to the 119 server, and is configured to report the rescue request.

Upon receipt of the situation information and the structure request report, the police station or 119 can quickly evacuate the user from an emergency in a crime or disaster area based on the image, user information, location information, and time information in the situation information.

On the other hand, when the emergency situation is resolved and the event is ended, the control center server 130 encrypts and stores the situation information received from the wearable camera, and the encrypted status information is configured so that it can never be taken out without user approval or server approval do.

That is, the control center server 130 can be configured to decrypt and inquire encrypted status information only by user approval and server approval, or to export it to the outside of the server.

In addition, the control center server 130 is configured to leave a log record of the decryption when the user decides to decrypt the data by the user approval and the server approval.

In addition, the control center server 130 can be configured to transmit GPS position information to the police station or the 119 server in real time in the emergency shooting mode.

The police station or the 119 server may be configured to receive and display the CCTV image near the GPS position in real time to the CCTV video server 10 using the GPS position information.

When the GPS position information is received in real time, the police station or the 119 server can receive and reproduce the CCTV image of the changed position from the CCTV video server 10 on the basis of the GPS position information in real time. It is very useful in that it can grasp the emergency situations such as crime and disaster accurately from various directions through CCTV images and recognize it in real time.

At this time, the police station or the 110 server can be configured to automatically extract the license plate that is continuously captured even if the CCTV changes depending on the moving position when moving to the vehicle. With this configuration, it is possible to deal with the situation more quickly in an emergency such as a kidnapping.

FIG. 2 is a flowchart of a security method for prevention of camera image illegal leakage and real-time crime coping according to an embodiment of the present invention.

Referring to FIG. 2, the wearable camera 110 is switched to a normal shooting mode or an emergency shooting mode by a user's operation and starts shooting (S101).

Next, the wearable camera 110 transmits the photographed image to the user mobile terminal 120 in real time in a short distance wireless communication system (S102).

In the present invention, before the step S102, the user mobile terminal 120 carries out the authentication of the user due to the login through the user account by the operation of the user, and accordingly, the user mobile terminal 120 transmits the registered registered wearable camera 110 and a short-range wireless communication method.

Next, the user mobile terminal 120 real-time receives the image from the wearable camera 110 registered in the general photographing mode in the short-range wireless communication method and transmits the real-time received image to the 3G / 4G (3rd / 4th generation) To the control center server 130 in real time (S103).

Next, the control center server 130 receives an image from the user mobile terminal 120 in real time, encrypts and stores the real-time received image (S104).

Next, the control center server 130 decrypts the encrypted image by the user approval of the user and the server approval, and transmits the decrypted image to another external server or terminal (S105).

On the other hand, when the wearable camera 110 is switched to the emergency shooting mode, the following steps may be further added after step S102.

First, the user mobile terminal 120 real-time receives the video from the wearable camera 110 in a short-distance wireless communication mode, and adds the user information, the position information, and the shooting time information to the real- (Step S106).

Next, the control center server 130 receives the situation information received from the user mobile terminal 120, reproduces the image included in the situation information, and transmits the situation information to the police / 119 server in an emergency situation A structure request notification is performed (S107).

On the other hand, at the end of the emergency situation, the control center server 130 encrypts and stores the situation information received from the user mobile terminal 120 (S108). Here, the encrypted status information can be exported by releasing the encryption upon approval of the user and server approval.

Meanwhile, the user mobile terminal 120 of the present invention can be configured to encrypt and store the image so that it can not be played simultaneously with receiving the image from the wearable camera 110. In this case, the user can not reproduce and confirm the stored image through the user mobile terminal 120.

In order to reproduce and confirm an image stored in the user mobile terminal 120, the user mobile terminal 120 transmits the encrypted image to the control center server 130 or a separate video server, When the control center server 130 or another video server receives the encrypted image and the decryption request, and decrypts the decrypted image, the decrypted encrypted image is decrypted and transmitted to the user mobile terminal 120.

In this case, the user mobile terminal 120 is configured to receive the decrypted video from the control center server 130 or a separate video server, and to reproduce and confirm the video.

As described above, according to the present invention, the image photographed by the wearable camera 110 can not be directly reproduced from the user mobile terminal 120, and the encryption server 110 or the separate video server can request encryption release, It is possible to confirm the released image, so that it is possible to reduce the damage caused by illegal removal of the image.

Such a configuration is applied to an army sensitive to illegal leakage, a police, or a government agency handling first-class secrets, thereby facilitating image management and the like.

Hereinafter, a security system and a method according to a second embodiment of the present invention will be described with reference to FIGS. 3 and 4. FIG.

FIG. 3 is a block diagram of a security system for preventing camera image illegal leakage and coping with real-time crime according to a second embodiment of the present invention.

Referring to FIG. 3, the security system for prevention of camera image illegal leakage and real-time crime according to the second embodiment of the present invention includes a wearable camera 110, a user mobile terminal 120, a control center server 130, A center server 150, and a destination server 160. [

The wearable camera 110 is configured to be attached to or held on a user's body, clothes, hat or bag. The wearable camera 110 may further include a user's operation button and a short-distance wireless communication module.

The wearable camera 110 can be switched to the normal shooting mode or the emergency shooting mode when the user presses the user operation button. For example, when the user presses the user operation button for one second, the camera switches to the normal photographing mode, and if the user presses the user operation button for three seconds or longer, the camera switches to the emergency photographing mode.

Emergency shooting mode can be used in a very pressing situation where a crime is deemed certain.

The wearable camera 110 may be configured to transmit the captured wearable camera image to the user mobile terminal 120 through the local communication module in real time after starting the photographing, whether in the normal photographing mode or the emergency photographing mode.

The wearable camera 110 may be configured such that the captured image is not normally received by the user mobile terminal 120 due to a short distance communication failure with the user mobile terminal 120, May be stored in the camera memory at predetermined time intervals, and may be configured to transmit an image of a predetermined amount of time.

In addition, the wearable camera 110 may include a vibrator. When the photographed image is normally transmitted in the emergency photographing mode, the user can operate the vibrator to recognize that normal image transmission is being performed.

The user mobile terminal 120 may be configured to receive the image from the wearable camera 110 in real time using a local area wireless communication method.

In this embodiment, an application may be installed in the user mobile terminal 120, and a user may sign up and log in while creating a user account through the application. In the login state, the wearable camera 110, Can register the unique registration number of the user. Thereafter, the user executes an application installed in the user mobile terminal 120, and when the user authentication is performed through login, the user mobile terminal 120 can be configured to connect with the wearable camera 110 through a wireless communication method .

After registering the unique registration number of the wearable camera 100 in the user account of the user mobile terminal 120 that has been authenticated by the user in advance (login), the image of the wearable camera 110 is displayed on the user mobile The terminal 120 can receive the image realignment agent.

In other words, the user mobile terminal 120 can be configured to receive only the status information transmitted from the registered wearable camera 110, with the personal authentication being performed. That is, the user mobile terminal 120 is authenticated through login, and is connected to the wearable camera 110 through a short-range wireless communication method. In this state, when the registered wearable camera 110 transmits the status information, The registration authentication number is transmitted to the user mobile terminal 120 together with the image and the user mobile terminal 120 receives the registration authentication number and determines that it is the registered wearable camera 110 and receives the status information .

Meanwhile, in the present invention, the user mobile terminal 120 may be configured to insert and store a unique identification watermark in an image received from the wearable camera 110. The stored image can be reproduced by the user's operation in the user's mobile terminal 120, and a unique identification watermark is displayed on the reproduced image, so that the unique identification watermark can be visually confirmed.

In addition, in the present invention, the user mobile terminal 120 not only inserts and stores the unique identification mark in the image received from the wearable camera 110, but also encrypts the unique identification information for the user, May be stored in the image file.

In the present invention, the app operated by the control center server 130 is installed in the user mobile terminal 120, the registered member of the installed app is registered, and then the product number of the wearable camera 110 is registered in the installed application So that the unique identification information is generated. The unique identification information may be composed of information matched with user information such as a user telephone number, a user's resident registration number, and a user name, and the unique identification information may be encrypted by the user mobile terminal 120 and inserted into the received image file .

The unique identification information is embedded not in a form that can be visually confirmed when the image is reproduced, but in a form hidden in the image file, such as a unique identification watermark. When analyzing an illegally distributed image file, By identifying the unique identification information, the image distributor can be identified.

As described above, the user mobile terminal 120 can store the unique ID watermark and the unique ID information encrypted in the image received from the wearable camera 110. The user mobile terminal 120 may be configured to share the stored image with other devices connected in a wireless manner through a mobile communication method, an Internet communication method, or a short distance communication method.

As described above, the user mobile terminal 120 of the present invention is a method of inserting not only the unique identification watermark but also the encrypted unique identification information into the image received from the wearable camera 110, and storing the encrypted unique identification information It is possible to prevent the forgery and tampering of the unique identification watermark through the real image realization system.

As described above, the technique of double-inserting and storing the encrypted unique identification information together with the image identification watermark on the received image of the user mobile terminal 120 is not limited to the wearable camera 110, The present invention can also be applied to a technique for storing a received image.

In addition, the user mobile terminal 120 may be configured to perform the blindness reporting mode and the anonymous reporting mode by a user operation.

The user mobile terminal 120 transmits the image stored in a form in which the unique identification watermark and the encrypted unique identification number are inserted in real-time notification mode to the control center server 130 in real time in the 3G / 4G mobile communication system, In the mode, after deleting (removing) the unique identification watermark and the encrypted unique identification number from the stored image, the video having the unique identification watermark and the encrypted unique identification number deleted is transmitted to the control center server 130 in real time.

The user mobile terminal 120 inserts the unique identification watermark and the unique identification information encrypted for the user in the wearable camera 110 in the emergency shooting mode, Lt; / RTI >

Meanwhile, the image stored in the user mobile terminal 120 may include an image of the photographee who has not undergone the consent process. In this case, the user mobile terminal 120 may, when reproducing the stored image, And can be configured to mask by masking or erasing the face (face) of the photographer. For this purpose, a masking program, a masking application, and the like may be installed in the user mobile terminal 120. The user mobile terminal 120 may mask the facial or specific part of the image of the image reproduced by the user's manipulation, And can be configured to store the masked edited image of a face or a specific region.

The control center server 130 receives an image from the user mobile terminal 120 through the blindness reporting mode or the anonymous reporting mode of the user mobile terminal 120 and transmits the received image to a public notice board, To the reporting server 160 such as an authorized institution server such as the National Interest and Interest Association, the National Police Agency, and the like.

The report destination server 160 stores the received image received from the control center server 130, and can reproduce the stored image. Based on these reports, we can start auditing and investigation.

The control center server 130 may be configured to receive an image in real time from the user mobile terminal 120 and reproduce the received image in the emergency shooting mode of the wearable camera 110. [ When the operator judges that the reproduced image is in an emergency state, the operator reports the information to the rescue center by the operation of the operator or the rescue center server 130 reports the rescue request to the rescue center server 150 such as police station or 119 server . ≪ / RTI >

The control center server 130 may be configured to encrypt and store the image received from the user mobile terminal 120 after the end of the emergency situation. In this case, the image encrypted and stored in the control center server 130 can be configured to be viewed and confirmed only by the user mobile terminal 120 of the photographer who has photographed the image through the wearable camera 110.

The control center server 130 encrypts and decrypts the image stored in the control center server 130 according to the user's approval at the request of the user mobile terminal 120 and the approval of the control center server, To the terminal 120, and the transmitted image may be stored in the user mobile terminal 120.

Hereinafter, with reference to FIG. 4, a security method for prevention of camera image illegal leakage and real-time crime coping according to the second embodiment of the present invention will be described.

The wearable camera 110 is switched to the ordinary shooting mode or the emergency shooting mode by the user's operation to start shooting (S201).

Next, the wearable camera 110 transmits the photographed image to the user mobile terminal 120 in real time in a short-distance wireless communication manner (S202).

Next, in the general photographing mode of the wearable camera 110, the user mobile terminal 120 receives the image from the wearable camera 110, inserting the unique identification watermark and the encrypted unique identification information into the received image, (S203).

The images stored in the user mobile terminal 120 may be distributed and shared with other wireless devices through various communication methods.

On the other hand, if the user determines that the image stored through the user mobile terminal 120 is an image related to an offense against the public interest, the user can inform the user through the user mobile terminal 120 with an anonymous name or a real name.

In this case, the user mobile terminal 120 is switched to the blindness reporting mode or the anonymous reporting mode by the user's operation (S204).

Next, in the anonymous reporting mode, the user mobile terminal 120 deletes the unique identification watermark and the encrypted unique identification information from the stored image, and transmits the deleted unique identification watermark and the encrypted unique identification number to the control center server 130 (S205).

On the other hand, in the blindness reporting mode, the user mobile terminal 120 transmits the image having the unique identification watermark and the encrypted unique identification information inserted therein to the control center server 130 without processing (S206).

Next, the control center server 130 receives the image transmitted from the user mobile terminal 120, and transmits the received image to a certified institution server such as a national newspaper, a public interest committee, a media company, the National Tax Service, To the reporting server 160 (S207).

On the other hand, if the wearable camera 110 is switched to the emergency shooting mode, the following steps may be configured after step S202.

The user mobile terminal 120 real-time receives the image from the wearable camera 110 in a short distance wireless communication manner, inserting the unique identification watermark and the encrypted unique identification information into the received image, (S208).

Next, the control center server 130 receives the video in real time from the user mobile terminal 120 and plays back the received real-time image (S209). In this case, the administrator of the control center server 130 can determine the crime relevance through the reproduced image.

Next, when it is determined that the image received by the control center server 130 is related to the crime, the control center server 130 may transmit a structure request report to a structure center server such as a police server or a 119 server (S210 ).

Next, at the end of the emergency situation, the control center server 130 encrypts and stores the image received from the user mobile terminal 120 (S211).

When the image is encrypted and stored in the control center server 130, the user mobile terminal 120 requests the control center server 130 to transmit the image and transmits the image transmission request to the control center server 130 Decrypts the encrypted image, and transmits the decrypted image to the user mobile terminal 120 (S212).

After storing the decrypted image received from the control center server 130, the user mobile terminal 120 may perform the blindness reporting mode or the anonymous reporting mode through steps S204 to S207.

As described above, the security system and security method according to the second embodiment of the present invention is a mode in which the user mobile terminal 120 inserts a unique identification watermark and encrypted unique identification information into a received image, Real image realignment system can be implemented to prevent illegal dissemination.

In addition, the present invention can provide a real name or anonymity through the user's mobile terminal 120 through a real-life naming mode or an anonymous information mode, thereby promoting reporting on a crime scene or the like.

Also, when the photographer is exposed to an emergency such as a crime by the emergency shooting mode, the control center server 130 requests a rescue center server such as a police server or a 119 server according to the image received by the control center server 130 , The photographer can quickly evacuate from an emergency such as a crime, and resolve the case quickly.

Hereinafter, a security system and a method according to a third embodiment of the present invention will be described with reference to FIGS. 5 to 7. FIG.

5 is a block diagram of a security system for preventing image illegal leakage and real-time crime according to a third embodiment of the present invention.

3, the security system for video illegal leakage prevention and real-time crime coping according to the third embodiment of the present invention includes a wearable camera 110, a user mobile terminal 120, a control center server 130, A server 150, and a protector mobile terminal 170. [

The wearable camera 110 is configured to be attached to or held on a user's body, clothes, hat or bag. The wearable camera 110 may further include a user's operation button and a short-distance wireless communication module.

The wearable camera 110 can be switched to the normal shooting mode or the emergency shooting mode when the user presses the user operation button. For example, when the user presses the user operation button for one second, the camera switches to the normal photographing mode, and if the user presses the user operation button for three seconds or longer, the camera switches to the emergency photographing mode. In addition, the wearable camera 110 may be equipped with a geomagnetic sensor to detect an operation of tapping the wearable camera 110 itself in an emergency, and switch to an emergency shooting mode.

The user mobile terminal 120 may be configured to receive the image from the wearable camera 110 in real time using a local area wireless communication method.

The wearable camera 110 is registered with the wearable camera 110 and the wearable camera 110 and the user mobile terminal 120 are registered in the login state by installing the app in the user mobile terminal 120, So that an image photographed by the wearable camera 110 can be received through the short-distance wireless communication method.

The user mobile terminal 120 transmits the image received from the wearable camera 110 to the control center server 130 for 10 seconds in order to prevent the image captured due to the communication failure with the control center server 130 from being normally transmitted to the control center server 130 And transmits the stored image to the control center server 130 as a relay.

In the case of the emergency photographing mode, the user mobile terminal 120 displays user information such as user name, age, sex, resident registration number, user telephone number, current GPS, IP position information and photographing time information together with the wearable camera image, To the server 130 via the network. At this time, the wearable camera image, user information, position information, and photographing time information are referred to as 'situation information'.

The control sensor server 130 is configured to receive the status information from the user mobile terminal 120 in the emergency shooting mode in real time and to store the status information.

The control center server 130 is configured to transmit an emergency status confirmation message (see FIG. 6A) to the user mobile terminal 120 when the status information is received from the user mobile terminal 120 in the emergency shooting mode. In this case, the user mobile terminal 120 displays the emergency status confirmation message (see a in FIG. 6) transmitted from the control center server 130, and the user mobile terminal 120 operates the control center server 130 in response to the emergency status confirmation message.

That is, a button 'yes' or 'no' is displayed on the user mobile terminal 120 according to whether an emergency is present. The user can press the yes button if the emergency is true and the no button if it is not an emergency. The user mobile terminal 120 is configured to transmit the emergency status to the control center server 130. [

The control center server 130 regards the emergency situation as a non-response state when the emergency mobile station 120 has not received the emergency state from the user mobile terminal 120 for 30 seconds after transmitting the emergency state confirmation message to the user mobile terminal 120, If the emergency response of the YES response indicating that the emergency situation is correct is received from the user mobile terminal 120, it is regarded as an emergency situation, and when it is considered as an emergency situation, the structure center server 150 such as the police server, 119 server, And to transmit an emergency occurrence message (see b, c in Fig. 6) to the guardian mobile terminal 170. [ Here, the guardian mobile terminal 170 refers to the guardian's mobile terminal such as the user's parent.

At this time, in the emergency occurrence message (see c in FIG. 6) that the control center server 130 transmits to the structure center server 150, the user information (user name, age and sex) of the user mobile terminal 120, Information on the server storage location where the wearable camera image is stored, request time information, contact information, and the like.

Upon reception of the emergency occurrence message, the rescue center server 150 outputs it to the monitor and can output an alarm sound. Police and firefighters can be rescued after confirming the situation based on the internal manual of the public institution based on this emergency occurrence message.

In addition, in the emergency occurrence message (see FIG. 6B), the control center server 130 transmits to the guardian mobile terminal 170 the content information indicating that the user has sent a rescue request signal to the guardian, And structure request time information. The control center server 130 transmits an emergency occurrence message including the IP location information of the situation information received from the user mobile terminal 120, the emergency occurrence place information and the structure request time information through the photographing time information to the guardian mobile terminal 170).

In the present invention, the control center server 130 may transmit the emergency occurrence message to both the police server, the 119 server, and the guardian mobile terminal, or may selectively transmit only the partial emergency message.

Meanwhile, according to the present invention, the user mobile terminal 120 can be configured to transmit the emergency cancellation information to the control center server 130 according to the user's operation. In this case, the control center server 130 transmits the emergency cancellation information Upon receiving the information, it can be configured to send an emergency cancellation message (see D in FIG. 6) to the rescue center server 150, such as the police and 119 server, and the protector mobile terminal 170.

7 is a flowchart illustrating a security method for preventing image illegal leakage and real-time foreclosure according to the third embodiment of the present invention.

Referring to Fig. 7, the wearable camera 110 starts shooting in a normal shooting mode or an emergency shooting mode by a user's operation (S301).

Next, the wearable camera 110 transmits the captured image to the user mobile terminal 120 in a short-range wireless communication manner in real time (S302).

Next, when the user mobile terminal 120 receives the wearable camera image and, in the emergency shooting mode, transmits the status information plus user information, position information, and photographing time information to the control center server 130 in real time (S303 ).

Next, the control center server 130 transmits an emergency status confirmation message to the user mobile terminal 120. The user mobile terminal 120 receives and displays the emergency status confirmation message, and according to the operation of the user, The control center server 120 responds to the control center server 130 whether or not the emergency situation is true or not (S304).

Next, if the control center server 130 regards the emergency mobile terminal 120 as an emergency situation according to the response of the emergency mobile terminal 120 to the emergency mobile terminal 120, the structure center server 150 such as a police server, a 119 server, (170).

The emergency occurrence message transmitted to the police server or the 119 server includes user information (user name, age, sex), IP location information, server storage location information in which the wearable camera image is stored, request time information, and contact information.

Accordingly, the police station or 119 proceeds with the rescue operation according to the emergency occurrence message, and the guardian can promptly recognize and respond to the emergency situation of the user.

Meanwhile, in a state where an emergency occurrence message is transmitted to the structure center server 150 or / and the guardian mobile terminal 170, the user mobile terminal 120 cancels the emergency state to the control center server 130 according to the user's operation (S306).

When the emergency center cancellation request is received at the control center server 130, the control center server 130 transmits an emergency cancellation message to the structure center server 150 and / or the guardian mobile terminal 170 at step S307. As a result, 119, the police, and the carer can quickly identify the user's departure from the emergency.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the following claims. There will be.

110: Wearable camera
120: user mobile terminal
130: control center server
150: rescue center server
160: reporting server
170: Protector mobile terminal

Claims (16)

A wearable camera for attaching or carrying to a user's body, clothes, a hat or a bag, starting a photographing operation by the user and transmitting the image by photographing in real-time wireless communication;
(3 / 4th generation) mobile communication method in real-time receiving the image from the wearable camera in real time using the near field wireless communication method and further including user information, position and time information in the real-time received image A user mobile terminal;
And a control center server for receiving the status information from the user mobile terminal in real time and reproducing the image from the received status information in real time and transmitting the status information to the structure center server in an emergency situation to report a structure request,
Wherein the user mobile terminal is configured to receive only images transmitted from the wearable camera, which is connected to the pre-registered wearable camera by a near field wireless communication method, when the user authentication is performed,
Upon completion of the emergency situation, the control center server encrypts and stores the status information received from the wearable camera, and the encrypted status information is decrypted by the user approval of the user and approval by the control center server, A security system for illegal leakage of camera images and real time disaster / crime coping.
delete delete a) starting the photographing by switching the wearable camera to the emergency photographing mode by the user's operation;
b) real-time transmission of a video image by the wearable camera to a user mobile terminal in a short distance wireless communication manner;
c) The user mobile terminal receives the video from the wearable camera in real time using a short distance wireless communication method, and further includes the user information, position, and time information in the received video, Transmitting in real time a mobile communication method;
d) the control center server receives the status information from the user mobile terminal in real time, reproduces the image in the received status information, and transmits the status information to the structure center server in the emergency situation to report the structure request In addition,
Wherein when the user mobile terminal is authenticated through a user account before the step b), the step of connecting with the previously registered wearable camera through a short-range wireless communication method,
After completion of the emergency situation, the control center server encrypts and stores the status information that was received in real time, encrypts and stores the log information by the user approval and approval of the control center server, And a security method for real-time disaster / crime coping.
delete delete delete delete A wearable camera for attaching or carrying to a user's body, clothes, a hat or a bag, and starting shooting by the user's operation and transmitting an image by shooting;
The wearable camera receives an image from the wearable camera, inserts and stores a unique identification watermark and encrypted unique identification information in the received image, and is switched to a blindness reporting mode or an anonymous reporting mode by user's manipulation, And transmitting the image stored with the unique identification watermark and the encrypted unique identification information to the mobile terminal, wherein the unique identification watermark and the encrypted unique identification information are deleted from the stored image in the anonymous report mode, Terminal; And
And a control center server for receiving the image from the user mobile terminal and transmitting the received image to the reporting server for reporting,
Wherein the user mobile terminal is connected to the previously registered wearable camera through a short-range wireless communication method when the user authentication is performed, and receives only the image transmitted from the wearable camera previously registered. Prevention and security system for real time disaster / crime coping.
delete a) starting the photographing by switching the wearable camera to the ordinary photographing mode or the emergency photographing mode by the user's operation;
b) transmitting the captured image by the wearable camera to a user mobile terminal in a short distance wireless communication manner;
c) receiving the image from the wearable camera and inserting and storing the unique identification watermark and the encrypted unique identification information in the received image in the general photographing mode,
The user mobile terminal executes the blindness reporting mode or the anonymous reporting mode by the user's operation, transmits the image stored with the unique identification watermark and the encrypted unique identification information in the blindness reporting mode to the control center server, And transmitting the corresponding image to the control center server by deleting the unique identification watermark and the encrypted unique identification information from the stored image in the reporting mode,
The control center server receiving an image from the user mobile terminal and transmitting the received image to a reporting server,
Wherein when the user authentication is performed through the user account before the user mobile terminal is connected to the wearable camera registered in the near field wireless communication method before the step b) Security method for real time disaster / crime coping.
delete delete delete A wearable camera for attaching or carrying to a user's body, clothes, a hat or a bag, starting shooting by the user's operation, photographing an image in an emergency photographing mode, and transmitting the photographed image in real time using a near field wireless communication system;
(3 / 4th generation) mobile communication method in real-time receiving the image from the wearable camera in real time using the near field wireless communication method and further including user information, position and time information in the real-time received image A user mobile terminal;
Receiving and storing the status information from the user mobile terminal in real time, transmitting an emergency status message to the user mobile terminal, receiving an emergency status for the emergency status message from the user mobile terminal, And a control center server for transmitting an emergency occurrence message to the rescue center server or the guardian mobile terminal when judged,
The emergency occurrence message includes user information including the user name, age and gender of the user mobile terminal, IP location information, storage location information of the control center server storing the image of the wearable camera, request time information, and contact information And a security system for preventing camera image illegal leakage and real-time disaster / crime coping.
a) starting the photographing by switching the wearable camera to the emergency photographing mode by the user's operation;
b) real-time transmission of a video image by the wearable camera to a user mobile terminal in a short distance wireless communication manner;
c) receiving the real time image from the wearable camera by the user's mobile terminal, and transmitting the configured status information including the user information, position, and time information to the received image in real time using a mobile communication method;
d) The control center server receives the status information from the user mobile terminal, transmits an emergency status message to the user mobile terminal, receives a response to the emergency status message from the user mobile terminal, ;
f) The control center server transmits an emergency occurrence message to the structure center server based on the contents of the situation information,
The emergency occurrence message includes user information including the user name, age and gender of the user mobile terminal, IP location information, storage location information of the control center server storing the image of the wearable camera, request time information, and contact information And a security method for real-time disaster / crime coping.

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