KR20090035379A - Intellectual system for public security and crime prevention through sensing events in the pictures of a parking place and a method thereof - Google Patents

Abstract

An intelligent security system and a control method using an image sensor sensing an event related to security within a parking lot are provided to offer an alarm to a portable terminal by sensing event image about security. A camera unit(10) comprises a plurality of cameras. An image interface unit(20) outputs and converts photographed image into digital signal. An event sensor(30) senses the event in a sensing area according to an event condition and stores the event to database(50). An event searcher(40) searches the sensed event. Event data sensed are stored database according to the event condition. A communication unit(60) sends the emergency signal according to the sensed event to the terminal(100). Signal is received from the terminal. The display unit displays the image from the camera.

Description

Intellectual system for public security and crime prevention through sensing events in the pictures of a parking place and a method

The present invention relates to an intelligent security crime prevention system using a video detection in a parking lot and a control method thereof, and a parking lot that senses an image through a camera installed in a parking lot and detects an event image related to security and crime prevention and alerts an external system and a mobile terminal. The present invention relates to an intelligent security crime prevention system using a video detection and a control method thereof.

Most parking lots of apartments and large buildings are installed underground, and except for entrances and exits such as elevators and emergency exits to enter these parking lots, traffic is not free, and there is no traffic other than the person using the vehicle. Therefore, Closed Circuit Television (CCTV) and other video recording devices are installed to monitor the parking lot for security and security.

1 shows a security and surveillance system using a conventional digital video recorder system.

The conventional security and surveillance system receives a digital image data from a camera capable of capturing a predetermined image, and stores a video data in which motion is detected among the images in correspondence with an action type table (DVR: Digital Video Recorder). And an output device that receives the image data stored in the digital video recorder and provides the user with a predetermined image output means.

In addition, the digital video recorder includes an input unit 1 which receives image data from a camera, converts the input image data into digital image data, and converts the image data selected through the user interface 6 into analog image data. / D controller (2), an action detection control unit (3) for determining an image detection action type of the digitally converted image data, at least two or more image detection action types and the criteria of the image detection action type as an action type table. A behavior type table storage unit 4 for storing, a database unit 5 for storing the received image data in association with the determined image sensing behavior type, and a first image sensing behavior type included in an image search request received from a user. Extract the image sensing behavior type defined in the behavior type table corresponding to the first image sensing behavior type. Search unit 7 for retrieving the image data from the database unit 5, receives the action zone setting from the user, sets the image detection behavior type and stores it in the behavior type table, receives the image search request from the user and retrieves A user interface (6) configured to transmit to the unit (7) and to receive the image data retrieved from the search unit (7) so that the user can watch the image data, and is communicatively connected with a digital video recorder and a client located remotely, Through the network communication unit 8 and the A / D controller 2 which receives an image search request from the client and transmits the image search request to the search unit 7 and receives the image data retrieved from the search unit 7 and transmits the image data to the client. And an output unit 9 for outputting the image data converted into analog to an output device.

The conventional security and surveillance system classifies and stores the images received from the camera by the type of action, but does not classify and classify the type of action according to the action area without judging and classifying whether the action of the image taken by the camera corresponds to a criminal act. By storing, only the search for the acting area was possible, and it was troublesome to search the acting area and determine whether there was a crime on the video again.

The present invention has been made to solve the above problems, an object of the present invention is to detect the security and security-related events in the image in the parking lot intelligent security security system using the image detection in the parking lot and display the image and its control To provide a way.

Another object of the present invention is to detect an event related to security and security in the image in the parking lot and to display on the portable terminal and the monitor screen of the administrator intelligent security security system using the video detection in the parking lot to alarm the occurrence of the event in real time and its It is to provide a control method.

Still another object of the present invention is to provide an intelligent security crime prevention system using a video detection in a parking lot which can detect an event related to security and security in a parking lot image, store it in a database, and retrieve it later, and a control method thereof.

Intelligent security security system using the video detection in the parking lot according to the present invention comprises a camera unit including a plurality of cameras fixed to a plurality of areas for monitoring a plurality of areas in the detection zone; A video interface unit for converting and outputting images captured by the plurality of cameras into digital signals and inputting and outputting signals for controlling the operation of the camera; An event detector configured to set a detection area to be monitored in the image photographed by the camera, set an event condition, detect an event in the detection area according to the event condition, and store the event in a database; An event search unit for searching for detected events stored in the database; A database configured to store image data captured by the camera, sensing region data and event condition data set by an event detector, and store event data detected according to the event condition; A communication unit connected to a communication network to transmit an alarm according to the detected event to a terminal and to receive a signal from the terminal; A display unit which displays an image photographed by the camera; An input unit for inputting data for setting a detection area to be monitored in the image displayed on the display unit; Control the operation of the plurality of cameras to capture the detection area, and control the event detection unit to detect the event in the image taken by the plurality of cameras, the image of the event detected by the event detection unit in the database And a main control unit configured to search for an event stored in the database according to a search condition set by the event search unit and to transmit an alarm signal to the terminal according to the detected event.

The event detection unit according to the present invention detects an event in the detection area according to the event region setting unit for setting a specific area to be monitored in the image captured by the camera, an event condition setting unit for setting an event condition, the event condition Event detection unit for storing in the database and the event notification unit for outputting the event detected by the event detection unit to the management server.

The event search unit according to the present invention includes an event search setting unit for setting an event search condition and an event search / output unit for searching the sensing event database according to the condition set by the event search setting unit and outputting search data.

The detection zone setting unit according to the present invention inputs data on a human entity (M) and data on a vehicle entity and stores the data on the detection zone setting database, and images of the nth camera from the first camera photographed by the camera unit are stored. Data is input, a parking line area in contact with a passage is set, and the set parking line data is stored in a sensing area setting database.

The event conditions set by the event condition setting unit according to the present invention are as follows. Contact / collision accident detection condition (1) Condition 1: If the front part or the rear part of the vehicle to be parked is near the parking line where another vehicle is parked and stays for a certain time (set by the operator) (2) Condition 2: If the driver leaves the vehicle under the condition 1 and parks near the parking line where the other vehicle is parked; (1) Condition 1: When a person hangs around for a certain period of time (set by the operator) near a vehicle that has already been parked. (2) Condition 2: People are already parked. If you are hanging near several vehicles, c. Conditions for detecting assaults in a parking lot (1) Condition 1: A person falls to the floor of a parking lot (2) Condition 2: A plurality of individual recognized individual objects are combined (or recognized as being combined) within a designated area Characterized in that the case consists of staying for more than a predetermined time (set by the operator).

According to an aspect of the present invention, there is provided a method of controlling an intelligent security security system using image detection in a parking lot, the method comprising: initializing and sequentially receiving images photographed by each camera of a camera unit; Detecting a security / security event in the images sequentially received in the step; Displaying an alarm on an image of which the event is detected and displaying an object that generated the event; Storing an image of the event detected in a detection event database and controlling a communication unit to display and alert an administrator screen through a communication network; Providing the detected event image and its associated snapshot to a management server via the Internet; After transmitting the video with the event to the mobile terminal along with the message, it returns to the video receiving step and repeats.

Security / security events according to the present invention is 1. vehicle collision / contact event, 2. theft of goods in the vehicle event, 3. vehicle damage event, 4. there is an assault event in the parking lot, these events are composed of subroutines It is characterized by.

The alarm display of the image of the event detected by the present invention is characterized by displaying the event content in the upper part of the screen as a letter and the object that caused the event in a red box.

In the vehicle collision / contact event according to the present invention, the overlapping time is determined by determining whether the time when the vehicle object overlaps the parking line area is greater than the time that an event where the vehicle object collides / contacts the parking vehicle may occur. In the case where the event of the collision / contact is greater than the time that can occur, it is determined that the vehicle collision / contact event has occurred.

The in-vehicle article theft event according to the present invention is a vehicle when the movement of a human object is detected in the area of the parking vehicle corresponding to the inside of the parking line area, the detection time is more than the time to steal the goods in the vehicle Characterized by determining that my item theft event has occurred.

The assault event in the parking lot according to the present invention is characterized in that it is determined whether a plurality of human entities are combined or collapsed, and when the plurality of human entities are combined or fallen, it is determined that an assault event in the parking lot has occurred.

According to the present invention, by detecting the security and security-related events in the image taken by the camera installed in the parking lot and display on the administrator screen and alarm event occurrence, it is possible to quickly search and search for a highly reliable image, the mobile terminal in real time By sending a crime can be processed quickly.

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

2 is a block diagram showing the configuration of the intelligent security security system using the video detection in the parking lot according to the present invention.

Intelligent security security system using the image detection in the parking lot according to the present invention is a plurality of cameras (10-1, 10-2, ..., 10-n fixed to a plurality of areas to monitor a plurality of areas in the detection area) Camera unit 10 and consisting of; The video interface unit 20 converts and outputs images captured by the plurality of cameras 10-1, 10-2,..., 10-n into digital signals, and inputs and outputs signals for controlling the operation of the camera. )Wow; An event detection unit (30) for setting a detection area to be monitored in the image photographed by the camera, setting an event condition, detecting an event in the detection area according to the event condition, and storing the event in the database (50); An event search unit 40 for searching for detected events stored in the database 50; A database (50) for storing image data captured by the camera and sensing area data and event condition data set by an event detecting unit, and storing event data detected according to the event condition; A communication unit 60 connected to a communication network for transmitting an alarm according to the detected event to a terminal and receiving a signal from the terminal; A display unit 70 which displays an image photographed by the camera; An input unit 80 for inputting data for setting a detection area to be monitored in the image displayed on the display unit 70; The operation of the plurality of cameras 10-1, 10-2,..., 10-n is controlled to photograph a sensing area, and the plurality of cameras 10-1, 10-2,. Control the event detector 30 to detect an event in the image captured by 10-n), store the image detected by the event detector 30 in the database 50, and store the event. The main controller 90 is configured to search for an event stored in the database 50 according to a search condition set by the searcher 40 and to transmit an alarm signal to the terminal 100 according to the detected event.

Each camera 10-1, 10-2,. And photographs a number of areas that have a significant impact on crime prevention. Each camera 10-1, 10-2,..., 10-n of the camera unit 10 rotates left, right, up, and down according to an operation control signal output from the main controller 90, and focuses. Adjust the distance to lengthen or shorten to enlarge or reduce the image and shooting range of the detection area.

3 is a block diagram showing a configuration of a video interface unit according to the present invention.

The image interface unit 20 according to the present invention includes an image input / output unit 21 for converting an image of each region photographed by the camera unit 10 into a digital signal and outputting the digital signal to the main controller 90; A screen setting unit 22 for correcting brightness, deterioration, etc. of the plurality of cameras 10-1, 10-2, ..., 10-n of the camera unit 10; The operation state of the plurality of cameras 10-1, 10-2,..., 10-n is output to the main control unit 90, and the operation control signals of the main control unit 90 are output to the plurality of cameras 10-n. 1, 10-2, ..., 10-n).

The image input / output unit 21 includes a switching unit which sequentially switches images input from the plurality of cameras 10-1, 10-2,..., 10-n for each camera, and an image input from the switching unit. It may be configured as an A / D conversion unit for converting the digital data. In addition, when using as many A / D converters as the number of cameras, the switching unit may be omitted.

The screen setting unit 22 corrects brightness, noise, and the like of images captured by the plurality of cameras 10-1, 10-2,..., 10-n according to a correction control signal of the main controller 90. do.

The serial data communication unit 23 communicates the image data output from the image input / output unit 21 and the data about the operation of the camera to the main control unit 90 in a serial communication form.

4 is a block diagram showing the configuration of the event detection unit according to the present invention.

The event detection unit 30 according to the present invention includes a detection area setting unit 31 for setting a specific portion to be monitored in the image captured by the camera unit 10, and an event condition setting unit 32 for setting an event condition. And an event detector 33 for detecting an event in the detection area and storing the event in the database 50 according to the event condition, and an event notification unit 34 for outputting an event detected by the event detector to a management server. It consists of.

The detection area setting unit 31 displays an image captured by the camera unit 10 on the display unit 70, and an area setting input cursor (for example, a dotted line) input to the displayed image from the input unit 80. Move the square box to set the detection area.

FIG. 5 is a flowchart illustrating a method of setting a detection area by the detection area setting unit according to the present invention, and FIG. 6 illustrates a person object, a vehicle object, and a parking line in the image of the parking lot displayed on the display unit according to the present invention. An embodiment for setting area data is shown.

As shown in FIG. 6, after the area setting input cursor is positioned on the human object M, pressing an input key (for example, a right button of a mouse) causes data for the human object M to be set.

The human object M is set to a rectangular box that is longer in the vertical direction and has a horizontal to vertical ratio of 1: 7, and its on-screen size is set as horizontal x height, 0.5 x 3.5, 1 x 7, 2 x 14, and the vehicle The data for the object is set up as a rectangular box that is longer in the horizontal direction and has a horizontal to vertical ratio of 3: 2 to 5: 2, and its size on the screen is set as horizontal x height, 6 x 4 and 12 x 8 so that the detection area setting database It is stored at 52 (step S51).

Image data from the first camera photographed by the camera unit 10 to the nth camera is input (step S52), and the parking line areas L ₁ , L ₂ , and L _{3 are} shown in FIG. 6. Set it. Parking line areas (L ₁ , L ₂ , L ₃ ) are set for the parking line in contact with the passage, and the parking line between the vehicle and the vehicle is excluded. The parking line data thus set is stored in the detection area setting database 52 (step S53), and the present program ends.

The event condition setting unit 32 sets the conditions such as a contact / collision accident, theft of goods in the vehicle, the abuse of the vehicle, and the violence event in the parking lot through the input unit 80.

The following describes the event conditions for contact / collision accidents, theft of goods in the vehicle, and damage to the vehicle.

end. Contact / collision accident conditions

(1) Condition 1: If the front part or the rear part of the vehicle to be parked is near the parking line where the other vehicle is parked and stays for a certain time (set by the operator).

(2) Condition 2: When the driver comes out of the vehicle to park in condition 1, and hangs around the parking line where other vehicles are parked.

The contact / collision accident condition is stored in the detection area setting database in advance as described above, and the parking line data and the moving object data are stored in the parking line area (L ₁ , L ₂ , L ₃ ). ) Is judged to satisfy Condition 1 by the case of over a certain period of time. In other words, condition 1 is satisfied when the front part or the rear part of the vehicle, which is determined to be a vehicle object, overlaps for a predetermined time set by the operator from the parking line where the other vehicle is parked within the area set by the operator. I think that.

Condition 2 in which the human object M emerges from the vehicle object V and stands around when condition 1 is satisfied is represented by the human object M (for example, rectangular box data, and has a minimum area and a maximum value). When the data of the area range is detected in the vicinity of the vehicle object V covering the parking line areas L ₁ , L ₂ , and L ₃ , the condition 2 is satisfied to determine that the vehicle is in contact / collision accident. In other words, when the person determined to be the human individual M comes out of the vehicle determined as the vehicle individual V in the condition 1, and overlaps the region set by the operator for a predetermined time or more, the condition 2 is determined to be satisfied. do.

I. Theft detection condition of car in-vehicle and accidental damage of parking vehicle

(1) Condition 1: When a person hangs around for a certain time (set by the operator) near a vehicle that is already parked.

(2) Condition 2: People hang around near several vehicles that are already parked.

The condition of detecting stolen goods and injured parking vehicles is determined as satisfying condition 1 when a person determined to be a human individual is detected for a predetermined time or more within an area set by an operator near a parked vehicle. It is determined that condition 2 satisfies when a person determined to be a human individual is detected in duplicate in various detection areas set by an operator near a plurality of parked vehicles.

All. Simple / Assault Accident Detection Condition

(1) Condition 1: If a person falls on the floor of the parking lot

(2) Condition 2: When a plurality of individual recognized individual objects stay in a combined form (or recognized as a combined entity) for a predetermined time (set by the operator) within a designated area.

The simple / assault incident detection condition determines the horizontal / vertical ratio of a person judged as a human object, and the condition 1 when the horizontal size is longer than the vertical size while the vertical size is longer than the horizontal size. The condition 2 is determined to satisfy the condition 2 when a plurality of individually recognized individual objects are recognized as a combined form or as a combined entity and remain in the designated area for a predetermined time or more.

The event detector 33 detects an image captured and input by the camera unit 10 according to a condition set by the event condition setting unit 32. And c. Alarm message is displayed on the top of the camera image and the object that triggered the event is displayed in a red box to display contact / collision accident or theft of goods in the vehicle and applied to the parking vehicle. do.

7 is a flowchart showing a subroutine for detecting a vehicle crash / contact event by the event detector according to the present invention.

In step S71, image data from the first camera photographed by the camera unit 10 to the nth camera is sequentially input, and the vehicle object V and the parking line area L ₁ , in the detection area setting database 52. L ₂ , L ₃ ).

In step S72, it is determined whether or not the vehicle entity V overlaps the parking line areas L ₁ , L ₂ , L ₃ , and jumps to the in-vehicle article theft subroutine.

When the vehicle object V overlaps the parking line areas L ₁ , L ₂ , and L ₃ , the time when the event that the vehicle object V collides / contacts the parking vehicle may occur in step S73. For example, if the overlapping time is not longer than the time when the event of the vehicle object V colliding with or contacting the parking vehicle may occur, it is repeated for the next camera. / Detects the image of the camera where the contact event occurred.

If the time when the vehicle object V overlaps the parking line areas L ₁ , L ₂ , and L ₃ is more than a time at which an event in which the vehicle object V collides / contacts the parking vehicle may occur, the manager screen in step S74. Notify in pop-up form, and notify SMS (Short Message Service) text message to the parking personnel / manager's mobile phone.

In step S75, when the vehicle collision / contact event is detected, the image is stored in the detection event database 53, and in step S76, when it is determined whether the detection process is completed up to the last nth camera, the in-vehicle stolen sub When the jump to the routine does not complete the sensing process up to the last nth camera, the process returns to step S71 to repeat the following process.

8 is a flowchart showing a subroutine for detecting an in-vehicle article theft event by the event detecting unit according to the present invention.

In step S81, the image data from the first camera to the nth camera of the camera unit 10 are sequentially input, and the person object M and the parking line area L ₁ and L _{2 are} detected in the detection area setting database 52. , L ₃ ).

In step S82, it is determined whether the movement of the human entity M is detected in the area of the parking vehicle corresponding to the inside of the parking line areas L ₁ , L ₂ , and L ₃ .

If the movement of the human entity M is not detected, jumping to the assault subroutine in the parking lot, and if the movement of the human entity M is detected, the detection time at step S83 may steal the goods inside the vehicle. It is determined whether or not the time (for example, 1 minute) or more.

If the detection time is not longer than the time for stealing the goods in the vehicle (for example, 1 minute), the process jumps to step S87 and repeats the steps S81 to S83 for the next camera.

If the detection time is longer than the time (for example, 1 minute) to steal the goods inside the vehicle, it is determined that the goods have been stolen from the parking vehicle (step S84), and informs the manager screen in a pop-up form, parking personnel / Short message service (SMS) text message is notified to the manager's mobile phone (step S85).

In step S86, if the detected image stolen event in the vehicle is stored in the detection event database 53, and in step S87, it is determined whether the detection process is completed to the last nth camera, the assault subroutine in the parking lot Jump to the last nth camera, the process returns to step S81 and repeats the following steps.

9 is a flowchart showing a subroutine for detecting an assault event in a parking lot by the event detector according to the present invention.

In operation S91, image data from the first camera to the nth camera of the camera unit 10 are sequentially input, and the data of the human entity M is read from the detection area setting database 52.

In step S92, it is determined whether the plurality of human objects M have been combined or fallen for 20 seconds or more, and if the plurality of human objects M have not been combined or fallen for 20 seconds or more, the process jumps to step S96 and the above camera is recalled. The process from step S91 to step S92 is repeated.

If a plurality of human objects (M) is combined or fallen for more than 20 seconds, it is determined in step S93 that an assault event in the parking lot has occurred, informs the administrator screen in a pop-up form, SMS (Short Message Service) to the parking agent / manager's mobile phone In step S94, a text message is notified.

In step S95, the image of detecting the assault event in the parking lot is stored in the detection event database 53, and in step S96, if it is determined whether the detection process is completed to the last nth camera, the jump to the main routine, If the detection process is not completed until the last nth camera, the process returns to step S91 and the following process is repeated.

The database 50 according to the present invention includes a camera information database 51 for storing image data photographed by the camera unit 10; A detection area setting database 52 for storing the detection area data and the event condition data set by the detection area setting unit 31 and the event condition setting unit 32; The detection event database 53 stores the event data detected by the event detection unit 30 according to the event condition.

10 is a block diagram showing the configuration of an event search unit according to the present invention.

The event search unit 40 according to the present invention inputs a screen (for example, a search condition) on which the user can input an event search condition such as time and event content to the display unit 70 (for example, a monitor). And an event search setting unit 41 for setting an event search condition such as time and event contents input by the user through the input unit 80 (for example, a keyboard or a mouse) by displaying a dialog window). And an event search / output section 42 for searching in the sensing event database 43 and outputting the search data to the management server according to the condition set in the event search setting section 41.

11 is a flowchart illustrating a control method of an intelligent security crime prevention system using image detection in a parking lot according to the present invention.

Initialized in step S111, and in step S112, images captured by the cameras 10-1, 10-2, ..., 10-n of the camera unit 10 are sequentially received.

In step S113, a security / security event is detected from the sequentially received images. Examples of security / security events include 1. vehicle crash / contact events, 2. in-vehicle theft events, 3. car-injury events, and 4. violent incident events in the parking lot, which are composed of subroutines. The event of the branch will be detected.

In step S114, an alarm display (for example, "vehicle collision / contact" is displayed on the top of the screen) on the image where the event is detected, and the object that generated the event is displayed in a red box or the like.

In step S115, the image of which the event is detected is stored in the detection event database 53, and the communication unit 60 is controlled to display and alert the administrator screen through a communication network.

In step S116, the detected event image and a snapshot related thereto are provided to the parking management server through the Internet.

After transmitting the video with the event generated in step S117 with the message to the mobile terminal 100, the process returns to step S112 again to detect the event for the next received video.

1 is a security and surveillance system using a conventional digital video recorder system,

2 is a block diagram showing the configuration of an intelligent security security system using the video detection in the parking lot according to the present invention;

3 is a block diagram showing a configuration of a video interface unit according to the present invention;

4 is a block diagram showing the configuration of an event detection unit according to the present invention;

5 is a flowchart illustrating a method of setting a detection area by the detection area setting unit according to the present invention;

6 is an embodiment of setting the person object, the vehicle object and the parking line area data in the image of the parking lot displayed on the display unit according to the present invention;

7 is a flowchart illustrating a subroutine for detecting a vehicle collision / contact event by an event detection unit according to the present invention;

8 is a flowchart illustrating a subroutine for detecting an in-vehicle article theft event by the event detecting unit according to the present invention;

9 is a flowchart showing a subroutine for detecting an assault event in a parking lot by an event detection unit according to the present invention;

10 is a block diagram showing a configuration of an event search unit according to the present invention;

11 is a flowchart illustrating a control method of an intelligent security crime prevention system using image detection in a parking lot according to the present invention.

<Description of Symbols for Main Parts of Drawings>

10: camera unit 20: video interface unit

30: event detector 40: event searcher

50: database 60: communication unit

70: display unit 80: input unit

90: main controller 100: terminal

Claims (15)

A camera unit 10 including a plurality of cameras 10-1, 10-2, ..., 10-n for monitoring a plurality of areas in the detection zone; The video interface unit 20 converts and outputs images captured by the plurality of cameras 10-1, 10-2,..., 10-n into digital signals, and inputs and outputs signals for controlling the operation of the camera. )Wow; An event detection unit 30 is configured to set a detection area to be monitored in the image photographed by the camera unit 10, set an event condition, detect an event in the detection area according to the event condition, and store the event in the database 50. Wow; An event search unit 40 for searching for detected events stored in the database 50; A database (50) for storing image data captured by the camera and sensing area data and event condition data set by an event detecting unit, and storing event data detected according to the event condition; A communication unit 60 connected to a communication network for transmitting an alarm according to the detected event to a terminal and receiving a signal from the terminal; A display unit 70 which displays an image photographed by the camera; An input unit 80 for inputting data for setting a detection area to be monitored in the image displayed on the display unit 70; The operation of the plurality of cameras 10-1, 10-2,..., 10-n is controlled to photograph a sensing area, and the plurality of cameras 10-1, 10-2,. 10-n) controls the event detection unit 30 to detect an event in the image captured in the image, stores the image detected by the event detection unit 30 in the database 50, the event search The main control unit 90 controls to search for an event stored in the database 50 according to the search condition set in the unit 40 and to transmit an alarm signal to the terminal 100 according to the searched event. Intelligent security security system using a video detection in the parking lot characterized in that it comprises a. The method of claim 1, wherein the event detection unit 30 is a detection area setting unit 31 for setting a specific portion to be monitored in the image captured by the camera 10, and an event condition setting unit for setting an event condition ( 32), an event detector 33 for detecting an event in the detection area according to the event condition, and an event notification unit 34 for outputting an event detected by the event detector to a management server. Intelligent security system using video detection in parking lot. The detection event database of claim 1, wherein the event search unit 40 sets an event search condition for setting an event search condition for a time and an event content, and the detection event database according to a condition set in the event search setting unit 41. Intelligent security crime prevention system using the video detection in the parking lot, characterized in that it comprises an event search / output unit 42 for outputting the data retrieved by searching in (43). The method of claim 2, wherein the detection area setting unit 31 receives the data on the person object (M) and the data on the vehicle object (V) and stores in the detection area setting database 52, the camera unit 10 Receiving image data of the nth camera from the first camera photographed at), setting the parking line areas L ₁ , L ₂ , and L ₃ in contact with the aisle, and setting the sensing area of the set parking line data. Intelligent security security system using the video detection in the parking lot, characterized in that stored in the database (52). The event condition set by the event condition setting unit 32 is one of a contact / collision accident detection condition, a stolen property of an in-vehicle vehicle and an accident detection condition of a parking vehicle, and a simple / assault accident detection condition in a parking lot. Intelligent security security system using the video detection in the parking lot, characterized in that it comprises one or more. The method of claim 5, wherein the contact / collision accident detection condition When the front condition or the rear part of the vehicle determined to be the vehicle individual satisfies the first condition detected as overlapping for a predetermined time set by the operator from the parking line where the other vehicle is parked within the area set by the operator. Intelligent security security system using the video detection in the parking lot, characterized in that. The method of claim 6, wherein the contact / collision accident detection condition A parking lot characterized in that it is a case where a person determined to be a human individual is satisfied from the vehicle determined as the vehicle individual in the state of the first condition and satisfies a second condition detected as overlapping with a region set by the operator for a predetermined time or more; Intelligent security security system using video detection. The method of claim 5, The conditions for detecting theft of the goods in the vehicle and the accident of parking the vehicle A person determined to be a human individual is detected for a predetermined time or more within an area set by an operator near a parked vehicle, Intelligent security security system using the image detection in the parking lot, characterized in that the person detected as a human object is detected in duplicate in the various detection area set by the operator near the vehicle is already parked. The method of claim 5, The simple / assault incident detection condition is When the width / height ratio of a person judged as a person is judged and the length of the width changes from the length of the width to the length of the length of the length, Intelligent security security system using a video detection in the parking lot, characterized in that the case of staying for a predetermined time set by the operator within the designated area in the form of a plurality of individuals recognized as a combined or combined objects. Sequentially receiving images captured by the cameras 10-1, 10-2,..., 10-n of the camera unit 10; Detecting a security / security event in the sequentially received images; Displaying an alarm on an image of which the event is detected and displaying an object that generated the event; Storing an image of the event detected in a detection event database (53) and controlling the communication unit (60) to display and alert an administrator screen through a communication network; Providing the detected event image to a parking management server through the Internet; And The control method of the intelligent security security system using the video detection in the parking lot comprising the step of transmitting the image generated by the event with a message to the mobile terminal (100). 12. The method of claim 10, wherein the security / security event comprises at least one of a vehicle crash / contact event, an in-vehicle item theft event, a vehicle damage event, and an assault accident event in the parking lot. Control method of security security system. The image detection of the parking lot according to claim 10, wherein the alarm display of the image on which the event is detected is characterized by displaying the content of the event on the top of the screen in text and displaying the object generating the event in a red box. Control method of intelligent security security system using The vehicle collision / contact event according to claim 11, wherein the vehicle collision / contact event is determined by determining whether the time when the vehicle entity V overlaps the parking line areas L ₁ , L ₂ , and L ₃ is greater than or equal to a preset time. Intelligent security security system control method using the video detection in the parking lot characterized in that it is determined to occur. The method of claim 11, wherein the in-vehicle item theft event is detected when the movement of the human object (M) is detected in the area of the parking vehicle corresponding to the inside of the parking line area (L ₁ , L ₂ , L ₃ ) If the time is more than a predetermined time, the control method of the intelligent security crime prevention system using the video detection in the parking lot, characterized in that it is determined that the in-vehicle theft event occurred. 12. The assault event in the parking lot according to claim 11, wherein the assault event in the parking lot determines whether a plurality of human objects M are combined or fallen down, and if the plurality of human objects M are combined or fallen down, an assault event in the parking lot has occurred. Intelligent security security system control method using the image detection in the parking lot, characterized in that the judging.

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