KR20160000556A - Real-time traffic information processing system using unattended traffic information recording device - Google Patents

Abstract

The present invention relates to a real-time traffic information processing system using an unmanned traffic accident recording device capable of photographing a road and the surroundings by rotating surroundings in 360 degrees, photographing a number plate of a vehicle parked in the surroundings, and managing the roadside by being connected to a video. The real-time traffic information processing system comprises: the unmanned traffic accident recording device, and a traffic information management server. The unmanned traffic accident recording device is installed in an intersection; photographs the surroundings within a particular radius based on the intersection; confirms whether or not vehicles parked or stopped exists in a parking prohibition space from the video; and photographs the number plate of the vehicles illegally parked when the vehicles illegally parked exist. The traffic information management server extracts a vehicle number by receiving an image of the number plate of the vehicle outputted from the unmanned traffic accident recording device; and provides a parking prohibition guide message by using contact number information linked to the extracted the vehicle number. The present invention is provided to automatically issue a sticker to the vehicle having illegally parked, thereby reducing unnecessary manpower consumption, effort, costs, etc.

Description

Technical Field [0001] The present invention relates to a real-time traffic information processing system using an unmanned traffic accident recording apparatus,

The present invention relates to a real-time traffic information processing system using an unmanned traffic accident recording apparatus, and more particularly to a real-time traffic information processing system using an unmanned traffic accident recording apparatus, which records moving pictures of roads and roads while rotating 360 degrees, And more particularly, to a real-time traffic information processing system using an unmanned traffic accident recording apparatus.

As the economic activity accelerates, the vehicle is widely distributed to the general public. However, since the place to park the car is limited, the illegal parking of the vehicle caused by it is becoming a social problem. Particularly, a vehicle parked on both sides of a road or on a shoulder narrows the width of the road substantially, obstructing the flow of other vehicles while driving, and may lead to a traffic accident such as a contact accident or a collision accident. In the Transportation Act, various illegal parking prohibition signs are set up to prohibit illegal parking.

However, it is a fact that the police force who conducts the crackdown can not be deployed for every parking monitoring area. Therefore, the parking lot on the shoulder of the road is flooded with vehicles that violate the parking regulations.

In order to overcome this situation, the traffic police conducts the patrol more swiftly, but the effect is temporary and the conflict with the civilian person and the friction often occur during the crackdown. In order to solve such a problem, in some cases, a loop coil is installed on the floor of a road after a camera is installed, or a photographing point of a vehicle is set by using a vehicle detection sensor and the photograph is photographed. However, there is also a problem in that it is not possible to precisely capture the intermittent speed due to the limitation of the performance of the camera, and the camera can not be installed on every road, which limits the interception and surveillance.

In addition, recently, in order to solve a parking problem, a designated parking zone is set in a local autonomous district, and only a designated vehicle is parked in the parking zone. In order to solve the inconvenience of the applicant of the designated parking, the illegal parking member has to turn around the designated parking area every once in a while. If the driver of the illegally parked car is notified of the illegal act, he / she shall inform the driver of illegally parked vehicle by sticker or other means, and send a fined bill at a later date. As a result, it takes a lot of time to identify an illegally parked vehicle and perform an administrative process on the illegally parked vehicle, resulting in a large labor cost.

Korean Registered Patent No. 10-1176123 [Title of the Invention: Notification System for Intermittent Violation of Intelligent Vehicle using Smart Technology] Korean Registered Patent No. 10-1051005 [Title of the invention: system for controlling intermittent vehicles using mobile communication network]

In order to satisfy such a necessity, the present invention provides a real-time traffic accident recording apparatus that records moving pictures of roads and roads while rotating 360 degrees, records license plates of vehicles stopped around the roads, A traffic information processing system is provided.

The present invention provides a real-time traffic information processing system using an unmanned traffic accident recording apparatus that enables users to shoot a illegally parked vehicle using a smart phone or the like and upload the captured image through an unmanned traffic accident recording device. It has its purpose.

The real-time traffic information processing system using the unmanned traffic accident recording apparatus according to the embodiment of the present invention acquires image information in an intersection using a camera and analyzes the cause of the accident by transmitting the obtained information to an analysis system through a communication network (10a, 10b) for taking an actual situation in an intersection as a real-time moving picture and a vehicle of an accident vehicle or a traffic violation vehicle A high performance microphone 12a for detecting a vehicle collision accident voice in an intersection and a speaker 13a or 13b for warning or guiding a violation of a traffic regulation in an intersection, 13b), a mixer (14) for composing moving images and images of the cameras, a mixer (14) A memory 15 for converting moving images and images of the cameras into data compression files and storing them in accordance with a program, a camera driving unit 17 for driving the cameras by a camera driving control table and remote control for the cameras, An interphone 18 for receiving an accident report and accident analysis image data in the intersection and a control unit 16 for controlling the entire unmanned traffic accident recording apparatus 100 in cooperation with the multi-codec CMS server 20 of the central control center An unattended traffic accident recording apparatus 100; The moving picture data and the vehicle license plate image data obtained from the unmanned traffic accident recording apparatus 100 may be transmitted to the central control center control room or the unmanned traffic accident recording apparatus 100 from the central control center control room to the high- An Internet transmission means and a server 200 transmitting via the Internet 21 and providing user support in connection with monitoring and analyzing information; A surveillance monitor for monitoring the entire moving picture about the actual situation in the intersection from the server 20, the license plate image data for the traffic accident violation vehicle and the vehicle license plate image by the multi-split screen method and the electronic map (E-map) (300); The moving picture information analyzing unit 300 precisely analyzes the accident vehicle and the traffic regulation violation behavior in the intersection in three dimensions by the multi-split screen method and the video / image mapping technique through the monitoring monitor 300, Providing system 400; Based on the video information and the evidence data secured from the monitoring monitor 300 and the moving picture information analysis and providing system 400, it is possible to confirm the receipt of the accident to the informant, warn the traffic violator, The traffic accident recording apparatus 100 is installed on a road and photographs and provides a moving image within a predetermined radius centering on the road and provides the illegal traffic accident recording apparatus 100 The illegal parking accident monitoring apparatus (100) further includes an illegal parking monitoring device (110) for checking whether a vehicle is present and photographing a license plate of an illegally parked vehicle in the form of an image when an illegally parked illegal vehicle exists. Receives the license plate image transmitted from the illegal parking sensor device 110, extracts the car number, And a traffic information management server 600 for providing the disturbance guidance message to be delivered using the extracted vehicle number and the contact information linked thereto.

The real-time traffic information processing system using the unmanned traffic accident recording apparatus according to another embodiment of the present invention acquires image information in an intersection using a camera, transmits the obtained information to an analysis system through a communication network, (10a, 10b) for taking an actual situation in an intersection as a real-time moving picture, and an accident vehicle or a traffic violation vehicle A high performance microphone 12a for detecting a vehicle collision accident voice in the intersection, and a speaker (for example, a speaker for warning or guiding the violation of a traffic regulation in the intersection) 13a and 13b, a mixer 14 for composing moving images and images of the cameras, A memory 15 for converting the moving images and images of the cameras into data compression files and storing them in accordance with a program, a camera driving control table for the cameras, and a camera driving unit for driving the cameras by remote control An interphone 18 for receiving accident report and accident analysis image data in the intersection and a control unit for controlling the entire unmanned traffic accident recording apparatus 100 in cooperation with the multi-codec CMS server 20 of the central control center, An unmanned traffic accident recorder (100) having an unmanned traffic accident recorder (16); The moving picture data and the vehicle license plate image data obtained from the unmanned traffic accident recording apparatus 100 may be transmitted to the central control center control room or the unmanned traffic accident recording apparatus 100 from the central control center control room to the high- A multi-codec CMS (Central Management System) server 20 for transmitting via the Internet 21 and providing user support for monitoring and analyzing information; A surveillance monitor for monitoring the entire moving picture about the actual situation in the intersection from the server 20, the license plate image data for the traffic accident violation vehicle and the vehicle license plate image by the multi-split screen method and the electronic map (E-map) (300); The moving picture information analyzing unit 300 precisely analyzes the accident vehicle and the traffic regulation violation behavior in the intersection in three dimensions by the multi-split screen method and video / image mapping technique through the monitoring monitor 300, Providing system 400; Based on the video information and the evidence data secured from the monitoring monitor 300 and the moving picture information analysis and providing system 400, it is possible to confirm the receipt of the accident to the informant, warn the traffic violator, Wherein the unmanned traffic accident recording apparatus 100 is installed at an intersection and photographs a video around the intersection while rotating at a predetermined angle with a predetermined time interval, If there is a stopped vehicle, it is checked whether or not there is a stopped vehicle. Then, a license plate image of the stopped vehicle is secured, and if a vehicle stopped in the prohibited area is present, After confirming whether or not the vehicle has been stopped, obtain a license plate image of the vehicle, Further comprising an illegal parking monitoring apparatus 110 for extracting and transmitting only a license plate image having the same vehicle number as the vehicle number of the secured license plate image and receiving the license plate image transmitted from the unmanned traffic accident recording apparatus And a traffic information management server 600 for extracting the vehicle number and providing the disturbance guidance message to be delivered using the contact information linked with the extracted vehicle number.

As an embodiment related to the present invention, when the illegally parked car camera apparatus 150 of the unmanned traffic accident recording apparatus 100 identifies a vehicle stopped in the illegal stop zone, the vehicle number is extracted from the license plate image, The traffic information management server 600 receives the vehicle number and the portable terminal number transmitted from the traffic information management server, and transmits the request to the portable terminal for illegal parking Message and a fine guiding message to be issued when the traveling parking time limit is exceeded.

As an embodiment related to the present invention, the illegal parking device 150 of the unmanned traffic accident recording apparatus 100 includes a first camera unit 151 which photographs a traffic situation within a predetermined radius around the installation position and provides the moving picture as a moving picture, A first camera unit 151 installed close to the first camera unit 151 and capable of photographing an illegal area prohibited area around the intersection and adapted to receive a vehicle number of a vehicle parked in a prohibited area in response to a photographing control signal input from the outside, A second camera unit 152 for providing the moving picture image in the form of an image, and a second camera unit 152 for receiving the moving picture from the first camera unit 151 and checking the image of the forbidden zone, 152 of the first camera unit 151 and combines the image of the car number of the second camera unit 152 with the moving image of the first camera unit 151, To the controller (600).

As an embodiment related to the present invention, the illegal parking space camera device 150 of the unmanned traffic accident recording apparatus 100 includes a camera unit 151a for photographing a traffic situation within a predetermined radius around an installation position and providing moving images, If there is an illegal vehicle in the illegal car in the prohibited area, captures only the illegitimate vehicle in the form of an image, and displays the captured vehicle in the form of an image If the vehicle number is extracted from the image, and the extracted vehicle number is compared with the previously extracted vehicle number, if there is a matching vehicle number, the traffic information management server 600 notifies the traffic information management server 600 of the corresponding vehicle number And a control unit 153a for transmitting the vehicle image.

The control unit 153 checks the image of the vehicle number inputted from the second camera unit 152 and then notifies the second camera unit 152 of the position control signal and zoom The second camera unit 152 changes the photographing position on the basis of the position control signal and the zoom control signal, and performs a zoom function to photograph the vehicle number, and then sends the control signal to the control unit 153 Can be output.

As an embodiment related to the present invention, the control unit 153a may extract a plurality of still images from the moving image, extract only the car number from the extracted images, compare the car numbers, and read the car number.

As an embodiment related to the present invention, the traffic information management server 600 includes a traffic information database 610 that stores actual situation videos for roads and vehicle numbers of illegally parked vehicles, And a first monitoring means 620 for precisely monitoring the license plate image of the parking brake intermittent vehicle three-dimensionally through a multi-split screen.

The present invention can be applied to a vehicle that is illegally parked on the road by shooting a moving picture of a road and a road around 360 degrees while rotating 360 degrees, photographing a license plate of a vehicle stopped around the road, So that it is possible to reduce unnecessary manpower consumption, effort and cost.

The present invention allows users to shoot a illegally parked vehicle using a smart phone or the like and simply upload the captured image through the unmanned traffic accident recording device to eradicate illegally parked illegal vehicles, It is possible to reduce the manpower and the expense.

1 is a view for explaining a real-time traffic information processing system using an unmanned traffic accident recording apparatus according to the present invention.
2 is a detailed block diagram of Fig.
FIG. 3 is a view for explaining a first embodiment of an unmanned traffic accident recording apparatus for performing an illegal parking mode according to the present invention.
Fig. 4 is a view showing another embodiment of Fig. 3. Fig.
5 and 6 are screen diagrams provided by the traffic information management server according to the present invention.
FIG. 7 is an understanding of a method of driving a surveillance camera in an intersection according to the present invention.
8 is an illustration showing an actual intersection picture of Fig.
9 is an understanding of the driving method of a license plate monitoring camera in an intersection according to the present invention.
FIG. 10 is an illustration showing an actual intersection photograph of FIG. 9; FIG.
11 is a flowchart of a real-time accident processing method using the unmanned traffic accident recording apparatus according to the present invention.
FIG. 12 is a schematic diagram of an interphone monitor of the unmanned traffic accident recording apparatus according to the present invention.
13 is a view of an actual speed dome camera of the unmanned traffic accident recording apparatus according to the present invention.
FIG. 14 is a view of a speed dome camera body installed along with a traffic light within an intersection of the unmanned traffic accident recording apparatus according to the present invention.

It is noted that the technical terms used in the present invention are used only to describe specific embodiments and are not intended to limit the present invention. In addition, the technical terms used in the present invention should be construed in a sense generally understood by a person having ordinary skill in the art to which the present invention belongs, unless otherwise defined in the present invention, Should not be construed to mean, or be interpreted in an excessively reduced sense. In addition, when a technical term used in the present invention is an erroneous technical term that does not accurately express the concept of the present invention, it should be understood that technical terms can be understood by those skilled in the art. In addition, the general terms used in the present invention should be interpreted according to a predefined or prior context, and should not be construed as being excessively reduced.

Furthermore, the singular expressions used in the present invention include plural expressions unless the context clearly dictates otherwise. In the present invention, terms such as "comprising" or "comprising" and the like should not be construed as encompassing various elements or various steps of the invention, Or may further include additional components or steps.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, wherein like reference numerals refer to like or similar elements throughout the several views, and redundant description thereof will be omitted.

In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. It is to be noted that the accompanying drawings are only for the purpose of facilitating understanding of the present invention, and should not be construed as limiting the scope of the present invention with reference to the accompanying drawings.

( Example  1_ unmanned traffic accident Recording mode )

1 is a view for explaining a real-time traffic information processing system using an unmanned traffic accident recording apparatus according to the present invention. FIG. 2 is a view for explaining an embodiment of the unmanned traffic accident recording apparatus applied to FIG. 1. FIG.

1, a real-time traffic information processing system using an unmanned traffic accident recording apparatus includes an unmanned traffic accident recording apparatus 100, an Internet transmission means and a server 200, a monitoring monitor 300, (400), a service guide device (500), and a traffic information management server (600).

The unmanned traffic accident recorder (100) is installed at a predetermined height of a traffic signal light tower in each of the first to nth intersections, wherein two intersection monitoring cameras (10a, 10b) Two cameras 11a and 11b for license plate monitoring, a high performance microphone 12a, speakers 13a and 13b, a mixer 14, a memory (including an 8-channel audio storage) 15, A camera driver 17, an interphone 18, and an unmanned traffic accident recorder box 19. [

As shown in Figs. 3 and 4, the first intersection monitoring cameras 10a and 10b are arranged such that any one of the cameras 10a and 10b is diagonally forward with respect to the intersection, And its operation function simultaneously photographs the actual situation scene for the intersection foreground including the traffic light system in the intersection and the traffic law violation vehicle 110 or the pedestrian 130 at the same time.

On the other hand, the license plate monitoring cameras 11a and 11b are installed side by side in the same position as the first intersection monitoring cameras 10a and 10b, and as shown in FIGS. 5 and 6, (Table), which is a programmed vehicle license plate for a traffic violation vehicle such as a lane, a lane, a lane, a turn, or a traffic lane according to a traffic light system, and a camera control table do.

At this time, even if the license plate monitoring cameras 11a and 11b capture the license plates and do not take an enlarged photograph, the monitor room monitor 300 for police station central control center facilitates the situation room monitor It is photographed with a high-quality color image photograph so that it can be confirmed.

The intersection monitoring cameras 10a and 10b and the license plate monitoring cameras 11a and 11b are all capable of rotating 360 degrees and tilting functions and the camera driving is performed in advance in a programmed camera drive control table , A high-performance 30x optical zoom (3.3 ~ 99mm) and a maximum of 300x (including 10x digital), which are driven and controlled by the program control method by the control room and the remote control method by the situation room monitor. And a speed dome camera including a zoom zoom function.

In order to control the cameras 10a, 10b, 11a, and 11b and the camera driver 17, any one of RS-485/422/232 communication methods may be employed. In the present invention, In order to eliminate noise due to long distance communication between the situation room and install multiple cameras, it is necessary to use RS-485 communication which can connect RX and TX simultaneously using two differential input / output lines, Method. The RS-485 communication method is well known in the art, so a detailed description thereof will be omitted.

The high performance microphone 12a is a means for recording noise generated at the moment of collision against a collision accident between vehicles in an intersection. The noise detected by the high performance microphone 12a is stored in the memory (including 8-channel voice storage) 15 and is used to drive the license plate monitoring cameras 11a, 11lb under the control of the control unit 16. [

The speakers 13a and 13b and the interphone 18 are connected to the service guide unit 500 to be described later when an accident occurs in the intersection, The driver and the traffic officer can immediately check the video data obtained by recording and analyzing the accident scene through the large TFT LCD monitor 18a of the interphone 18, The user can be alerted or broadcasted to the driver or the violator of the violation of the traffic regulations through the speaker 300 through the speaker 13a or 13b.

The mixer 14 combines the moving images of the cameras 10a and 10b for intersection and the image photographs of the license plate monitoring cameras 10c and 10d and sends them to the memory 12 as the storage means.

The memory 15 receives and stores moving picture and license plate image photographs in the intersections synthesized from the mixer 14 or photographs of moving pictures and license plates images taken from the cameras 10a, 10b, 10c, and 10d, respectively (MPEG-4) technology is used by converting the data into a data compression file according to a preset code assignment scheme or an address designation program under the control of the control unit 16, do.

In addition, the setting program further includes classification by month, date, time (up to hours, minutes, seconds) and contents, and includes all the moving picture data photographed in the intersection, the traffic accident in the intersection, The image data of the vehicle license plate is stored for the violating vehicle.

The memory 12 may be a magnetic tape, a semiconductor memory, a magnetic disk, a hard disk, or the like. In the present invention, a hard disk (HDD) having a capacity of 1000 G or more is used to store moving picture data in real time.

The control unit 16 not only controls the entire unmanned traffic accident recording apparatus 100 but also controls an emergency signal such as a traffic accident in the intersection in cooperation with the server 20 of the central control center, The speaker 13a and 13b, the mixer 14, the memory 15, the camera driving unit 17 and the interphone 18 of the high-performance microphone 12a.

The camera driving unit 17 is a means for driving the cameras 10a and 10b for monitoring the intersection and the license plate monitoring cameras 11a and 11b, The worker is driven under the control of the control unit 16 in accordance with a command to remotely control the worker through the monitor monitor 300. [

In the case of an intersection such as a crossroad where at least four lanes cross each other, the camera driving unit 17 drives the cameras so as to photograph two adjacent directional roads and a crosswalk, It is possible to drive the cameras 10c and 10d to selectively photograph them.

The camera driving method generally includes a driving method in connection with a traffic signal in an intersection, a scan method in which the stop line violation region is divided into a plurality of rows and sequentially photographing the rows, a loop coil (Loop Coil) A detection sensor system for installing the same sensing line, and a motion detection system for comparing a specific motion in an intersection with a reference image are already known.

The present invention is characterized in that a predicted situation is programmed in advance so as to quickly and accurately drive the camera according to an unexpected situation in an intersection although the above-mentioned camera driving control method is partially included. In Table 1 below, As shown in the figure, there are a program control method based on the camera drive control table, a method of remotely controlling the worker at the central control station of the police station through the first monitoring monitor (31), a report of a traffic accident reporter, (E-map) list-up on the second monitoring monitor 32 by the remote controller 32. The specific control method will be described later.

[Table 1] Camera drive control table

The following will be described with reference to the pre-programmed camera drive control table in [Table 1].

First, in the case of a human accident detection method, a person standing in an intersection is compared with a person who has fallen, and the camera is driven and controlled. When an accident occurs in an intersection, a person or a cross In consideration of the fact that most of the persons collapsed by the vehicle collision during the crossing of the sidewalk, the intersection monitoring cameras 10a and 10b detect the fallen person while shooting the intersection in real time, The camera driving section 17 drives the license plate monitoring cameras 11a and 11b so that the number plate of the accident vehicle is photographed as an image photograph by a camera zooming function.

The control unit 16 compares and judges the images obtained from the cameras 10a and 10b for intersection monitoring as described above and commands the camera driving unit 17 to drive and control the license plate monitoring cameras 11a and 11b And a camera drive control table built in the control unit 16 are programmed, and the same holds for the methods described later.

Next, the voice detection method compares and determines whether or not the voice detection level is higher than a preset voice detection level (120 db), and drives the camera. The initial voice detection level is set to about 120 db in preparation for a collision accident in an intersection , It is read as to whether noise of 120 db or more is detected from the high-performance microphone 12a at the time of vehicle collision, and the license plate monitoring cameras 11a and 11b are driven to photograph license plates of the accident vehicle as image photographs.

In addition, the time delay detection method compares the time lapse in the stop lane with the straight line signal (blue color) and the left turn signal linked with the traffic signal in the intersection, (Blue) and a left turn signal in association with a traffic light in an intersection through a moving picture photographed from the cameras 10a and 10b for intersections, if the specific vehicle does not move for a predetermined time in the stop lane in spite of the straight line signal (17a) instructs the license plate monitoring cameras (11a, 11b) to take a photograph of the image of the license plate of the specific vehicle which has been stopped for a predetermined time or longer by the camera zooming function.

In addition, the vehicle contour difference and the motion detection method can determine whether or not the vehicle contour (shape) difference between the accident vehicle in the intersection is different from that of the accident vehicle driver or a plurality of motion states in the intersection by the spectators, When an accident occurs between vehicles in the intersection, the outline (form) of the accident vehicle is largely deformed or a plurality of motion states in the intersection are generated by the driver of the accident vehicle driver or viewers in the intersection even in a simple contact accident. The control unit 16 compares the reference image data in the intersection before the accident with the outline (shape) of the normal vehicle according to the vehicle type, and instructs the camera driving unit 17 to issue a command And the license plate monitoring cameras 11a and 11b cause the number plates of the accident vehicle to be detected by the camera zooming function Take an unknown picture.

In addition, the traffic law violation detection method of a pedestrian is based on a crosswalk signal light system in an intersection, and the movement state of the pedestrian is compared with the red state signal to determine whether the pedestrian is moving or not. The intersection monitoring cameras 10a and 10b acquire moving images and monitor them through the monitoring room first and second monitoring monitors 31 and 32 of the central control center of the police station , A bidirectional real-time voice transmission device 51, which will be described later, to warn or guide the passengers to prevent traffic accidents and smooth traffic flows.

Finally, the traffic regulation violation detection method of the vehicle is to control the camera by comparing and judging whether the vehicle is in an unsteady state such as straight rotation, sin rotation, U-turn, etc. in conjunction with the traffic light system, When an abnormal moving state is detected, the controller 16 issues a command to the camera driver 17 so that the license plate monitoring cameras 10a and 10b directly shoot.

On the other hand, in the case of the remote control system, moving images and images obtained from the intersection monitoring cameras 10a and 10b and the license plate monitoring cameras 11a and 11b are transmitted to the first and second monitoring monitors 31 and 32 (E-map) of the second monitoring monitor 32 by a report of a traffic accident reporter, a report of a traffic police officer, or an emergency signal transmitted from the unmanned traffic accident recording apparatus 100, The emergency signal for the intersection where the traffic accident occurred is automatically alarmed or a signal in the form of an icon 35 is automatically displayed on the monitor 34. When the icon is clicked, The moving picture of the traffic accident intersection can be automatically displayed on the thumbnail screen 36 of the lower part of the intersection, It is possible to take more precise photographs of violations of traffic laws and regulations.

At this time, when the camera can not be photographed by a spectator or a stagnant vehicle in the traffic accident intersection, precise photographing becomes possible by arranging the traffic accident area through the bidirectional real-time voice communication device 51 in the situation room and the loudspeakers 13a and 13b in the intersection.

As described above, the remote control method corresponds to another feature section in addition to the camera drive control table which is pre-programmed in the camera drive control system to be implemented by the present invention, and has a complicated traffic signal light system such as an intersection It is possible to acquire more accurate video information and to acquire evidence data in the case of a dispute in an accident-prone area or a traffic violation area.

The internet transmission means and the server 200 according to the present invention are composed of a multi-codec CMS (Color Management System) server 20, an internet transmission means 21 and a printer 22.

The internet transmission means 21 is constructed as a high speed optical communication network and transmits video data and license plate image data obtained from the unmanned traffic accident recording apparatus 100 to a color management system (CMS) server 20 Or real time transmission and reception of voice data between the unmanned traffic accident recorder 100 and the bidirectional real time voice transmission device 51 installed in the situation room of the police control center. In the moving picture analysis information providing system 400, To the related agencies such as the accident driver, the accident handling unit, and the car insurance company.

The multi-codec CMS (Central Management System) server 20 transmits moving picture data and license plate image data for real situations within intersections of various places transmitted from the unmanned traffic accident recording apparatus 100 through the Internet to the National Police Agency Speed real-time voice communication device 51 as well as various data via the high-speed optical fiber network Internet 21 by the monitoring monitor 300 and the moving image analysis information providing system 400 installed in the central control center monitoring room The unmanned traffic accident recording apparatus 100 can be configured to provide various and convenient user support for not only the relay of voice data but also the integrated management of the evidence data output from the information providing means 43. [

Here, the CMS (Central Management System) refers to the state-of-the-art equipment that enables simultaneous monitoring regardless of codec types such as PC, DVR, stand alone DVR, and IP camera. The CMS to date has been provided as a single codec, which is divided into programs according to the type of codec or DVR (Digital Video Recorder). However, the multi-codec CMS (Central Management System) .

① Tree structure: Multiple DVR server list (Cameras Alarm in out)

② Various split screen: 64 split (1, 4, 6, 9, 10, 13, 16, 25, 36, 64)

③ Free channel position switching: Drag & Drop

④ When an alarm event occurs, the interlock channel pop-up (Pop-up)

⑤ Easy user function (Easy to use)

- Immediate search for recorded video in the event of a traffic accident in the surveillance screen at the Central Control Center of the National Police Agency (instant playback)

- Pre-analysis of the accident vehicles by analyzing the accident scene before dispatch to the traffic accident site

- Free Pan Tilt Zoom control and Preset control (PTZ contrl preset) of the camera is possible, so it is possible to inquire the car by pedestrian pedestrian, car number confirmation in case of hit-and-run accident, and helps to arrest the escapee

⑥ Electronic map (E-MAP) function

- Multiple maps List up (Muiti Layer)

- Arrangement of cameras and alarms on the map by drag & drop

- Clicking the camera (installation location) you want to monitor instantly displays the image (free position movement, multi channel view)

- A total of 128 scenes can be displayed on the map, allowing instant real-time video and recorded screen to be recalled.

As described above, according to the present invention, the monitoring monitor 300 in the intersection is configured such that the efficiency and promptness and accuracy of user convenience and monitoring are improved by utilizing the features of the multi-codec CMS (Central Management System) The first monitoring monitor 31 and the second monitoring monitor 32 constitute a monitoring system, and the main operation functions thereof are as follows.

The first monitoring monitor 31 can register and monitor up to two divided screens of 64 divided screens and page pages (total of 128 cameras). That is, even if a plurality of digital video recorders (DVRs) are used, grouping can be performed according to camera attributes and regions, and a plurality of intersections can be integrally controlled at the same time.

In addition, it is possible to search real-time video on the current screen, and to search instant images according to date, time (up to hour / minute / second) and camera number.

The second monitoring monitor 32 is an electronic map (E-map) 34 for an intersection where several cameras are installed on the monitor and is listed up. The cameras installed for each intersection are displayed in the form of an icon 35 so that an intersection where a traffic accident occurs is displayed as an alarm or a signal and when a specific icon to be monitored is clicked, The actual situation can be displayed on the thumbnail screen 36 in real time by displaying the moving image or by immediately calling up the stored moving image.

The display of an alarm or a signal for a traffic accident intersection along with the electronic map 34 on the second monitor monitor 32 indicates that a traffic accident informant in the intersection reports a traffic accident, When the intersection monitoring cameras 10a and 10b of the reporting and unmanned traffic accident recording apparatus 100 acquire a traffic accident video in the intersection through the interphone 18 or a cellular phone (not shown) It is configured to be displayed automatically.

At this time, the operator of the central control center situation room can easily monitor the contents of traffic accident in the specific intersection which is not detected on the first monitoring monitor 31 through the second monitoring monitor 32.

In addition, the moving picture information analysis and provision system 400 according to the present invention includes a moving picture / image data analysis system 41, evidence data storage and storage means 42, and information providing means 43.

The moving image / image data analysis system 41 analyzes moving image data and license plate image data transmitted from the unmanned traffic accident recording apparatus 100 through the first and second monitoring monitors 31 and 32 in real time (By hour / minute / second) by analyzing video data of accident intersection and traffic accident license plate image data by intensive monitoring by report of traffic accident report or report of traffic police officer And in case of lane violation detection, it is necessary to map the type of vehicle, the lane and the image by using predetermined moving picture data and license plate image data analysis program, It is possible to detect the position of the vehicle and the lane and analyze whether the detected vehicle is in violation of the traffic regulations.

However, in the present invention, the intersection monitoring cameras 10a and 10b and the license plate monitoring cameras 11a and 11b are installed in a three-dimensional (diagonal) manner in the intersection. The video and image data recorded in real time can be stored as it is and can be variously analyzed and analyzed through 64 divided screens on the first monitoring monitor 31. In the present invention, It is not necessary to rely on a separate analysis program because it is possible to perform precise analysis by the split screen method and video / image mapping method.

In addition, moving picture data obtained through monitoring cameras 10a and 10b and car license plate monitoring cameras 11a and 11b in an intersection installed in a three-dimensional (diagonal) manner with respect to the movement of a vehicle and the movement of a pedestrian according to a traffic light system, The license plate image data can be directly read on the monitor 300 for monitoring the status room of the central control center of the police station and can be precisely analyzed by a variety of divided screens. Thus, it is possible to visually detect whether the traffic regulations are violated or not, Data storage and storage means 42.

The evidence data storing and storing means 42 stores the moving image data and the car number image data transmitted from the unmanned traffic accident recording apparatus 100 and the evidence data detected by the moving image / (HDD) or CD so that it can provide information to related organizations such as an accident driver, an accident handling unit, and an insurance company.

The information providing means 43 provides the evidence data detected from the moving image / image data analysis system 41 in connection with a wired / wireless communication network such as a portable terminal, a DMB terminal, a WiBro, and the Internet.

In the present invention, the service guide means 500 for real-time bidirectional voice communication between the intersection and the situation room of the central control center of the police station includes a bidirectional real-time voice transmission device 51 and a microphone 52, (13a, 13b) and the interphone (18) in the portable telephone (100).

The bidirectional real-time voice transmission device 51 is a means for real-time voice communication between the situation control room of the National Police Agency's central control center and a traffic accident reporter in the intersection or a traffic police officer in the intersection, The user is alerted or guided via the bidirectional real-time voice transmission device 51, the microphone 52 and the speaker 13a when the traffic law violation such as a stop lane in the intersection, unauthorized parking on the roadside, It is possible to prevent traffic accidents in advance and to smooth traffic flow by controlling vehicles and pedestrians that violate regulations.

In addition, the bidirectional real-time voice transmission device 51 transmits a traffic accident to a situation room operator in the central control station of the police station in association with the interphone 18 in the unmanned traffic accident recording apparatus 100 installed in the traffic signal lamp in the intersection when a traffic accident occurs in the intersection. Can be reported.

1 to 14, a real-time traffic accident handling method using the unmanned traffic accident recording apparatus according to the present invention will be described as follows.

One camera is installed for each of the intersection monitoring camera 10a and the license plate monitoring camera 11a in the diagonal direction all around the intersection with the traffic lights in the intersection, The intersection monitoring camera 10b and the license plate monitoring camera 11b are installed in order to acquire moving images in real time (S1).

The intersection monitoring cameras 10a and 10b shoot at an angle of 45 degrees in the diagonal front and back direction of the intersection, and the license plate monitoring cameras 11a and 11b detect the license plate of the vehicle The cameras are all under the control of the control unit 16 in accordance with the camera drive control program table.

The video and license plate images obtained from the cameras 10a, 10b, 11a, and 11b in step S2 are converted into a compressed file by MPEG-4 compression technology (S3).

The moving picture data and the license plate image data converted in the step S3 are stored in a hard disk (HDD) 15 of the unmanned traffic accident recording apparatus 100 in accordance with a preset program (S4).

The moving picture and image data stored in step S4 is transmitted to the Centrol Management System server 20 through the high speed optical network Internet 200 in step S5.

In step S5, the server 20 sends the moving picture data received in real time to the monitoring room monitor 300 of the central control center of the police station (S6).

In step S6, the monitoring monitor 300 is divided into a first monitoring monitor 31 and a second monitoring monitor 32. The moving image data and the license plate image data can be monitored on the respective monitors or simultaneously monitored have.

At this time, the first monitoring monitor 31 precisely monitors the actual situation moving picture with respect to the entire intersection where the camera is installed and the license plate image for the accident car stereoscopically through the multi-segment screen 33.

On the other hand, in the second monitoring monitor 32, an electronic map (E-map) 34 for the entire intersection where the camera is installed is list-up on the monitor, (Alarm or signal) is displayed through the camera icon 35 displayed on the monitor screen 35. If there is an accident display, the camera icon 35 is clicked on the second monitoring monitor It is possible to monitor a moving picture displayed in real time through a thumbnail screen 66 displayed at the bottom of the hard disk 32. It is also possible to monitor a moving picture displayed in real time on a thumbnail screen even when there is no accident display, HDD) can be loaded and monitored (S7).

In step S7, it is determined whether there is an accident vehicle or a violation of a traffic regulation. When an accident vehicle or an illegal act is detected, the video data and the license plate image data are captured and sent to the moving image / image data analysis system 41, The monitoring monitor 31 and the second monitoring monitor 32 continue to monitor the accident vehicle and the traffic regulation violation behavior (S8).

In step S8, video data and car license plate image data in which traffic accidents and violations of traffic regulations are captured are captured and analyzed by the moving image / image data analysis system 41. The intersection monitoring cameras 10a and 10b And car license plate image data captured by the car license plate monitoring cameras 11a and 11b are precisely analyzed in three dimensions by a multi-screen division method and a video / image mapping method to secure evidence data S9).

The evidence data obtained in the step S9 is stored as a hard disk (HDD) or a CD, and information is provided to the accident driver, the informer, the traffic police officer, the accident handling unit, the related organizations (S12, S13) (S10).

In addition, a traffic accident occurred in the intersection is received through the interphone 18 and the speaker 13a installed in the intersection and the bidirectional real-time voice transmission device 51 and the microphone 52 installed in the control room of the central control center of the police station (S13) (S11), warning or guiding the violator of the traffic law, and remotely voice communication to maintain the order in the intersection crowded with traffic accidents.

( Example 2 Illegal driving Intermittent mode  1st Example )

1 is a view for explaining a real-time traffic information processing system using an unmanned traffic accident recording apparatus according to the present invention. FIG. 3 is a view for explaining a first embodiment of an unmanned traffic accident recording apparatus for performing an illegal parking mode according to the present invention.

The second embodiment employs the hard-wired components of the first embodiment as they are, or similarly constructed and installed around an intersection or on a separate road so as to control illegally parked or stopped vehicles on the road, Lt; / RTI >

The unmanned traffic accident recording apparatus 100 is installed at an intersection and shoots a moving picture around an intersection while rotating at a predetermined angle with a predetermined time interval and confirms whether or not there is a vehicle stopped in the prohibited area If there is a stopped vehicle, a license plate image of the stopped vehicle is obtained. After a predetermined time has elapsed, it is checked whether or not there is a vehicle stopped in the prohibited area from the photographed moving image. Obtains the license plate image, and extracts only the license plate image having the same car number as the car number of the license plate image secured in advance and transmits it.

The traffic information management server 600 receives the vehicle license plate image transmitted from the unmanned traffic accident recorder 100, extracts the vehicle number, and transmits the vehicle distance violation notification message using the contact information linked with the extracted vehicle number .

As shown in FIG. 3, the illegal parking device 150 of the unmanned traffic accident recording apparatus 100 includes a first camera unit 151 for photographing a traffic situation within a predetermined radius around the installation location and providing the captured moving picture as a moving picture A camera 153 installed in proximity to the first camera 151 and capable of taking pictures of a prohibited area around the intersection, a vehicle number of the vehicle parked in the prohibited area in response to the photographing control signal input from the controller 153, A second camera unit 152 for receiving the moving picture from the first camera unit 151 and checking the image of the pseudo range-prohibited area, And combines the image of the car number of the second camera unit 152 with the moving image of the first camera unit 151 and transmits it to the Internet transmission means and the server 200 through the communication unit 154 A proximity communication control unit 156 for transmitting an image stored in the smart phone to the control unit through proximity communication with the smartphone, a control unit 153 for controlling the proximity communication control unit 156, An output unit 155 for outputting data, and a USB connection terminal 157 to which a USB terminal can be connected.

When the USB terminal is connected to the USB connection terminal 157, the control unit 153 recognizes the USB terminal and displays the data stored in the USB in the output unit 155, and supports the download of the data selected by the user.

The control unit 153 outputs the position control signal and the zoom control signal to the second camera unit 152 when the vehicle number image can not be recognized after confirming the image of the vehicle number inputted from the second camera unit 152. [ Then, the second camera unit 152 changes the photographing position based on the position control signal and the zoom control signal, executes the zoom function, captures the vehicle number, and outputs the photograph to the control unit 153. [

The control unit 153 extracts a plurality of still images from the moving image, extracts only the car number from the extracted images, compares the car numbers with each other, reads the car number, and reads the car number thus read through the communication unit 154 The Internet transmission means and the server 200.

The traffic information management server 600 includes a traffic information database 610 that stores actual situation videos of roads and vehicle numbers of illegally parked cars, and a traffic information database 610 for storing actual situation videos and intersection vehicles A first monitoring means 620 for precisely monitoring the license plate image three-dimensionally through a multi-segment screen, and an electronic map (E-map) for the entire intersection or road where the camera is installed, When the monitor confirms whether the alarm or signal is displayed on the intersection or the road from the camera icon displayed on the electronic map, and the alarm or signal is displayed. If the alarm or signal is clicked, the corresponding intersection or road Is displayed on a thumbnail screen (see Fig. 4) at the bottom of the monitor in real time (See FIG. 5) that is displayed as a real-time moving picture when there is no alarm or signal display, or a second monitoring means 630 for monitoring and monitoring the moving picture data stored in the moving picture database .

A method of operating the real-time traffic information processing system using the unmanned traffic accident recording apparatus configured as described above will now be described.

First, the unmanned traffic accident recording apparatus 100 is rotatably installed in a signal lamp installed at an intersection. The unmanned traffic accident recording apparatus 100 photographs a vicinity of an intersection while rotating in a predetermined direction and transmits the traffic information to the traffic information management server 600 through the communication network 300.

That is, the first camera unit 110 composed of one or more video cameras continuously captures moving images around the intersection, and the captured moving images are output to the control unit 130.

The control unit 130 receives the moving picture from the first camera unit 110 and checks the image of the prohibited area, and outputs the photographing control signal to the second camera unit 120 when the illegal car exists.

Then, the second camera unit 120 photographs the vehicle number of the vehicle that was parked in the parking space prohibited area in response to the photographing control signal input from the control unit 130, and provides the image data to the control unit 130. At this time, the second camera unit 120 is installed in proximity to the first camera unit 110, and is installed so as to take a picture of the prohibited area around the intersection.

The control unit 130 combines the image of the car number of the second camera unit 120 with the moving image of the first camera unit 110 and transmits it to the traffic information management server 200 through the communication unit 140. [

At this time, the controller 130 checks the vehicle number image input from the second camera unit 120 and outputs the position control signal and the zoom control signal to the second camera unit 120 when the vehicle number can not be recognized. Then, the second camera unit 120 changes the photographing position based on the position control signal and the zoom control signal, executes the zoom function, photographs the vehicle number, and outputs the photograph to the controller 130.

The control unit 130 extracts a plurality of still images from the moving image, extracts only the vehicle number from the extracted images, compares the extracted vehicle numbers with each other, reads the vehicle number, and reads the vehicle number thus read through the communication unit 140 And sent to the traffic information management server 200.

Then, the traffic information management server 200 receives the vehicle license plate image transmitted from the unmanned traffic accident recorder 100, extracts the vehicle number, and outputs the vehicle distance violation notification message using the contact information linked with the extracted vehicle number .

( Example  3_ Illegal driving Intermittent mode  Second Example )

1 is a view for explaining a real-time traffic information processing system using an unmanned traffic accident recording apparatus according to the present invention. Fig. 4 is a view showing another embodiment of Fig. 3. Fig.

In the third embodiment, detailed description of constituent elements which are different from the constituent elements constituting the second embodiment and whose functions are the same are omitted.

As shown in FIGS. 1 and 4, another embodiment of the real-time traffic information processing system using the unmanned traffic accident recording apparatus includes a plurality of unmanned traffic accident recording apparatuses 100 and a traffic information management server 600.

In the unmanned traffic accident recording apparatus 100, when the vehicle stopped in the prohibited driving prohibited area is identified, the unmanned traffic accident recording apparatus extracts the vehicle number from the license plate image and requests the portable terminal number registered with the vehicle number together with the vehicle number The traffic information management server 600 receives the vehicle number and the portable terminal number transmitted from the traffic information management server and transmits the illegal parking instruction message along with the vehicle moving parking guidance message and the moving parking limit time A fine guiding message to be imposed may be issued.

The unmanned traffic accident recording apparatus 100 includes a camera unit 110a for photographing a traffic situation within a predetermined radius around an installation position and providing moving images, If there is an illegal vehicle in the illegally parked car in the prohibited driving area, only the illegitimate vehicle of the illegally parked car is captured in the image form, and the vehicle number is extracted from the captured vehicle image. And a control unit 120a for comparing the vehicle numbers and transmitting the corresponding vehicle image including the vehicle number together with the disturbance violation message to the traffic information management server 200 when there is a matching vehicle number.

A method of operating the real-time traffic information processing system using the unmanned traffic accident recording apparatus configured as described above will now be described.

In the third embodiment, unlike the second embodiment, the controller 130a of the unmanned traffic accident recorder 100 continuously receives moving images in the vicinity of the intersection through the camera unit 110a including a plurality of moving picture cameras.

The control unit 130a checks whether or not the illegal vehicle exists in the illegal parking area in the illegal parking area from the moving picture inputted from the camera unit 110a and captures only the illegally illegally parked vehicle in the image form If the vehicle number is extracted from the captured vehicle image and the extracted vehicle number is compared with the previously extracted and stored vehicle number, if there is a matching vehicle number, the traffic information management server 200 includes the vehicle number violation message together with the vehicle distance violation message The corresponding vehicle image is transmitted.

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 essential characteristics thereof. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

100: Unmanned traffic accident recorder
10a, 10b: camera for monitoring an intersection
11a, 11b: Camera for license plate monitoring
12a: High performance microphone 13a: Speaker
14: Mixer
15: Memory (with 8-channel audio storage)
16: control unit 17: camera driving unit
18: Interphone
19: Unmanned Traffic Accident Recorder Box
110: first camera 110a: camera unit
120: Second camera
130, 130a: Control section 140, 140a:
200: Internet transmission means and server
20: CMS server 21: printer
300: Surveillance monitor
31: first monitoring monitor 32: second monitoring monitor
33: Multiple (64) divided screen 34: Electronic map (E: map)
35: Intersection camera display icon 36: Thumbnail screen
400: Video analysis information providing system
41: Video / image data analysis system
42: evidence data storing and storing means 43: information providing means
500: Service guide device
51: bi-directional real-time voice communication device 52: microphone
600: traffic information management server

Claims (8)

A real-time traffic accident processing system for acquiring image information in an intersection using a camera, analyzing the cause of an accident by transmitting the obtained information to an analysis system through a communication network, storing evidence data,
The system includes intersection monitoring cameras 10a and 10b for photographing actual situations in an intersection as real-time moving images and license plate monitoring cameras 11a and 11b for photographing vehicle plates of an accident vehicle or a traffic violation vehicle as image photographs A high-performance microphone 12a for detecting a voice of a vehicle collision accident in an intersection, speakers 13a and 13b for warning or guiding a violation of a traffic regulation in an intersection, a mixer 14 for composing moving images and images of the cameras, A memory 15 for converting the moving pictures and images of the cameras or the cameras into data compression files and storing them in accordance with a program, a camera driving control table for the cameras, A camera driver 17, an interphone 18 for receiving an accident report and accident analysis image data in the intersection, Tea codec CMS server in conjunction with 20 and unattended car accident recording apparatus 100 comprises a control unit 16 for controlling the overall unattended car accident recording apparatus 100;
The moving picture data and the vehicle license plate image data obtained from the unmanned traffic accident recording apparatus 100 may be transmitted to the central control center control room or the unmanned traffic accident recording apparatus 100 from the central control center control room to the high- An Internet transmission means and a server 200 transmitting via the Internet 21 and providing user support in connection with monitoring and analyzing information;
A surveillance monitor for monitoring the entire moving picture about the actual situation in the intersection from the server 20, the license plate image data for the traffic accident violation vehicle and the vehicle license plate image by the multi-split screen method and the electronic map (E-map) (300);
The moving picture information analyzing unit 300 precisely analyzes the accident vehicle and the traffic regulation violation behavior in the intersection in three dimensions by the multi-split screen method and video / image mapping technique through the monitoring monitor 300, Providing system 400; And
Based on the video information and the evidence data secured from the monitoring monitor 300 and the moving picture information analysis and provision system 400, it is possible to confirm the receipt of the accident to the informant, warn the traffic violator, arrange and guide the accident site A service guide device 500,
The unmanned traffic accident recording apparatus 100 is installed on a road, photographs moving pictures within a predetermined radius around the road, provides the unauthorized traffic accident recording apparatus 100, checks whether there is an illegally parked vehicle in the illegal parking zone from the moving picture, And an illegal parking monitoring device 110 for photographing a license plate of an illegally parked vehicle and providing the license plate in the form of an image,
The car number is extracted from the license plate image transmitted from the illegal parking monitoring device 110 of the unmanned traffic accident recording apparatus 100 and the car number is extracted using the contact information linked with the extracted car number, And a traffic information management server (600) for providing a guidance message to be transmitted.
A real-time traffic accident processing system for acquiring image information in an intersection using a camera, analyzing the cause of an accident by transmitting the obtained information to an analysis system through a communication network, storing evidence data,
The system includes intersection monitoring cameras 10a and 10b for photographing actual situations in an intersection as real-time moving images and license plate monitoring cameras 11a and 11b for photographing vehicle plates of an accident vehicle or a traffic violation vehicle as image photographs A high-performance microphone 12a for detecting a voice of a vehicle collision accident in an intersection, speakers 13a and 13b for warning or guiding a violation of a traffic regulation in an intersection, a mixer 14 for composing moving images and images of the cameras, A memory 15 for converting the moving pictures and images of the cameras or the cameras into data compression files and storing them in accordance with a program, a camera driving control table for the cameras, A camera driver 17, an interphone 18 for receiving an accident report and accident analysis image data in the intersection, Tea codec CMS server in conjunction with 20 and unattended car accident recording apparatus 100 comprises a control unit 16 for controlling the overall unattended car accident recording apparatus 100;
The moving picture data and the vehicle license plate image data obtained from the unmanned traffic accident recording apparatus 100 may be transmitted to the central control center control room or the unmanned traffic accident recording apparatus 100 from the central control center control room to the high- A multi-codec CMS (Central Management System) server 20 for transmitting via the Internet 21 and providing user support for monitoring and analyzing information;
A surveillance monitor for monitoring the entire moving picture about the actual situation in the intersection from the server 20, the license plate image data for the traffic accident violation vehicle and the vehicle license plate image by the multi-split screen method and the electronic map (E-map) (300);
The moving picture information analyzing unit 300 precisely analyzes the accident vehicle and the traffic regulation violation behavior in the intersection in three dimensions by the multi-split screen method and video / image mapping technique through the monitoring monitor 300, Providing system 400; And
Based on the video information and the evidence data secured from the monitoring monitor 300 and the moving picture information analysis and provision system 400, it is possible to confirm the receipt of the accident to the informant, warn the traffic violator, arrange and guide the accident site A service guide device 500,
The unmanned traffic accident recording apparatus 100 is installed at an intersection and photographs a video around an intersection while rotating at a predetermined angle with a predetermined time interval and determines whether or not there is a vehicle stopped in the prohibited area After confirming, if there is a stopped vehicle, obtain an image of the license plate of the stopped vehicle. After confirming whether or not there is a vehicle stopped in the prohibited area from the photographed video after a preset time elapses, Further comprising an illegal parking monitoring device 110 for securing an image of a license plate and extracting only a license plate image having the same car number as the car number of the license plate image secured in advance,
A traffic information management server 600 that receives the vehicle license plate image transmitted from the unmanned traffic accident recording device and extracts the vehicle number and provides the disturbance guidance message to be delivered using the contact information linked with the extracted vehicle number 600 ) For real-time traffic information processing using an unmanned traffic accident recorder.
3. The method according to claim 1 or 2,
When the vehicle stopped in the illegal driving prohibited area is identified, the illegal driving accident camera device 150 of the unmanned traffic accident recording apparatus 100 extracts the vehicle number from the vehicle license plate image and displays the portable terminal number The traffic information management server 600 receives the vehicle number and the portable terminal number transmitted from the traffic information management server and transmits the illegal parking instruction message together with the illegal parking instruction message to the portable terminal Message and a fine guiding message to be imposed when the moving parking time limit is exceeded.
The method according to claim 1,
The illegal parking space camera device 150 of the unmanned traffic accident recording apparatus 100
A first camera unit 151 for photographing a traffic situation within a predetermined radius around the installation location and providing the captured image as a moving picture,
The camera unit is installed close to the first camera unit 151 and is capable of photographing an illegal area prohibited area around the intersection. In response to the photographing control signal input from the outside, the vehicle number of the vehicle parked in the illegal area is photographed A second camera unit 152 for providing an image in the form of an image,
The first camera unit 151 receives the moving picture and checks the image of the prohibited area and outputs the photographing control signal to the second camera unit 152 when the illegal car illegally exists, And a control unit (153) for combining the image of the car number of the second camera unit (152) with the moving image of the second camera unit (152) and transmitting the combined image to the traffic information management server (600) Processing system.
3. The method of claim 2,
The illegal parking space camera device 150 of the unmanned traffic accident recording apparatus 100
A camera unit 151a for photographing a traffic situation within a predetermined radius around the installation location and providing a moving picture,
If there is an illegal vehicle in the illegal car in the prohibited area, captures only the illegitimate vehicle in the form of an image, and displays the captured vehicle in the form of an image If the vehicle number is extracted from the image, and the extracted vehicle number is compared with the previously extracted vehicle number, if there is a matching vehicle number, the traffic information management server 600 notifies the traffic information management server 600 of the corresponding vehicle number And a control unit (153a) for transmitting the vehicle image.
5. The method of claim 4,
The control unit 153 outputs the position control signal and the zoom control signal to the second camera unit 152 when the vehicle number image can not be recognized after checking the image of the vehicle number inputted from the second camera unit 152,
The second camera unit 152 changes the photographing position on the basis of the position control signal and the zoom control signal, executes the zoom function, photographs the vehicle number, and outputs the photographing result to the control unit 153 Real - time traffic information processing system using unmanned traffic accident recorder.
6. The method of claim 5,
Wherein the control unit (153a) extracts a plurality of still images from the moving image, extracts only vehicle numbers from the extracted images, and compares the extracted vehicle numbers with each other to read vehicle numbers. Processing system.
3. The method according to claim 1 or 2,
The traffic information management server 600
A traffic information database 610 storing the actual situation video of the road and the vehicle number of the illegitimate vehicle,
And a first monitoring means (620) for precisely monitoring the actual situation of the road on which the camera is installed and the license plate image of the intermittent vehicle in three dimensions through a multi-segment screen. Real - time traffic information processing system.

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