KR100919983B1 - system for chasing an unpaid or breach car of the toll road and controlling method for the same - Google Patents

Abstract

The present invention obtains or photographs the vehicle information of the vehicle entering the toll road access road to the sales office server, and settles the fare according to the result or warns of unpaid and illegal vehicles received from the sales office server. An access road side system which executes warning control of the current entering vehicle according to the control message; By comparing and analyzing the current vehicle information transmitted from the access road side system and the vehicle information on the black list received from the sales office server, a warning control message for normal use vehicle or unpaid and illegal vehicles is transmitted to the access road side system. The present invention provides a system for detecting tolls and illegal vehicle detection on toll roads including a video server and a control method thereof.

In the present invention as described above, the toll road entry video server periodically stores the toll or illegal vehicle information periodically or in real time from the upper server, and then detects the toll unpaid or illegal vehicle in real time, compared to the current vehicle information. By doing so, it is possible to reliably detect unpaid tolls or illegal vehicles on the toll road, so that the toll road is not abused, and thus the fairness of the use of the toll road can be secured accordingly.

Toll road, vehicle information, unpaid vehicle, illegal vehicle, vehicle information, vehicle number, video server

Description

System for chasing an unpaid or breach car of the toll road and controlling method for the same}

The present invention relates to a system for uncovering tolls and illegal vehicles on toll roads and a method of controlling the same, and in particular, the video server on the road side of the toll roads periodically updates or stores information on unpaid tolls or illegal vehicles from an upper server in real time. The present invention relates to an unpaid toll and illegal vehicle detection system and a control method of toll roads that detect unpaid tolls or illegal vehicles in real time compared to vehicle information.

Generally, toll road entrances and exits have toll settlements to settle the toll road tolls.Toll road tolls are settled on the basis of open type (fixed amount) and toll road entrance information that settles a certain amount. It is roughly classified into a closed type (pay as you pay). In the closed type, the driver pulls out the entrance information card from the toll road entrance and presents the entrance information card to the cashier before leaving the toll road exit. It is a system that can be used to pay the fee, the inconvenience of having to take the entrance information card every time you pass through the toll road entrance and exit, and to stop the car at the entrance to the toll road to pull out the entrance information card smoothly There was a problem that interfered with the communication. Therefore, in recent years, the high-pass system employing a state-of-the-art electronic toll collection system that pays tolls using infrared or wireless communication without having to pull out a toll in a car in which the driver proceeds has been widely expanded.

Then, referring to FIG. 1, an example of the conventional toll collection system of the toll road as described above includes a pass ticket issuer 71 that receives a recognition result output from the on-vehicle vehicle classifier 70 and issues a pass. An access road side system 72;

 The fare settlement calculator 75 and the license plate of the unpaid or escaping vehicle are used to settle the fare using the information in the ticket right ticket issued by the access road side system 72 and the recognition result output from the on-vehicle vehicle classifier 73. An advance path side system 77 including an imaging device 76.

On the other hand, the operation of the conventional toll road toll collection system as described above, when the vehicle 74 enters the access road side system 72 located on the toll gate of the toll road, the vehicle classifier 70 recognizes the vehicle type of the vehicle. To the pass issuer 71. Then, the pass issuer 71 issues a pass. Accordingly, the vehicle 74 travels to a desired destination by subtracting the issued right of travel.

When the vehicle 74 arrives at the destination, the vehicle 74 enters the tollgate and passes the pass to the manager of the tollgate, and the manager inserts the pass into the tollgate calculation device 75. Then, the entrance information (entry location, entry time, type of vehicle at the time of entry, etc.) recorded in the toll settlement device 75 of the advance path side system 77 and the vehicle model detected by the exit vehicle type classifier 73 match. After checking whether the vehicle is settled or not, if the vehicle is settled using the fare table already stored in the tollgate calculation device 75 and the vehicle 74 escapes without paying the toll, the license plate photograph The device 76 captures the license plate of the vehicle 74 and transmits it to the driveway side system 72, which is later used as evidence for non-payment of tolls.

However, the conventional toll collection system of the toll roads described above is stored only after the vehicle number by the license plate image pickup device 76 of the access road side system 77 even when the toll road is used for an illegal purpose such as the escape of unpaid tolls. We could not respond appropriately in real time to unpaid vehicles such as caught or restrained on the spot,

Furthermore, if a toll-free vehicle uses a toll road by manipulating the license plate, it is impossible to use the license plate photographing information stored in the access road side system 72 to collect the toll unpaid. Caused financial losses,

In addition, the conventional toll collection system as described above is a method of simply photographing the vehicle number in the access road side system and storing it for later use. Therefore, even if the current vehicle is illegal, there is no function to identify it. There was also the problem of significantly reducing public safety.

Therefore, the present invention was invented to solve the above problems, and because it is possible to detect unpaid tolls on the toll road or illegal vehicles on the side of the access road in real time, there is no use of the toll road unfairly. The purpose of the present invention is to provide a toll road unpaid and illegal vehicle detection system and a control method thereof, which can ensure fairness of use.

It is still another object of the present invention to comprehensively compare information such as vehicle number or color of a vehicle, as well as information on unpaid tolls or illegal vehicles in the toll road-side system, and detects unpaid tolls or illegal vehicles and replaces license plates. The present invention provides a system to control unpaid illegal vehicle detection systems and control methods of unpaid tolls on toll roads that can accurately detect illegal illegal vehicles.

The present invention for achieving the above object is a central server for creating a blacklist for the information of the unpaid or illegal vehicle and updating it to the office server;

A sales office server interspersed at each business place of the toll road for storing and managing the blacklist information received from the central server and updating the blacklist information periodically or in real time to the advance road side system;

Acquire or capture the vehicle information of the vehicle entering the toll road to the toll road and send it to the sales office server, and according to the warning control message for unpaid and illegal vehicles received from the sales office server according to the result An exit road side system for executing a warning control;

By comparing and analyzing the current vehicle information transmitted from the access road side system and the vehicle information on the black list received from the sales office server, a warning control message for normal use vehicle or unpaid and illegal vehicles is transmitted to the access road side system. It provides a toll road unpaid and illegal vehicle detection system characterized in that it comprises a video server.

Another feature of the present invention includes a blacklist transmission step of creating blacklist information for unpaid and illegal vehicles and transmitting the information to a sales office server scattered on a toll road periodically or in real time;

A blacklist updating step, after the blacklist transmitting step, the office server transmits the blacklist information to the video server to update periodically or in real time;

An information acquisition step of acquiring vehicle information and vehicle model information of the on-vehicle vehicle through a vehicle classifier and an image photographing device after the blacklist updating step;

  An information comparing step in which the image server compares the vehicle information of the on-vehicle vehicle with the vehicle information in the updated blacklist after the information acquisition step;

As a result of judging during the information comparison step, if the vehicle information of the on-vehicle vehicle is in the vehicle information in the blacklist to be updated, the information confirmation device installed in the rate clearing station receives a warning control message for non-payment and illegal vehicles from the video server, and the control signal of the administrator. In accordance with the present invention, a vehicle warning control step of driving an alarm device and a blocking device to control the current vehicle is provided.

According to the present invention as described above, the toll road entry video server periodically and in real time updates the unpaid toll or illegal vehicle information from the host server and stores the information, and compares the unpaid toll or illegal vehicle to compare with the current vehicle information. By detecting in real time, unpaid use of toll roads or illegal vehicles can be detected on the side of the toll road reliably, thus avoiding fraudulent use of toll roads. It has the advantage of ensuring fairness of use.

In addition, according to the present invention, the vehicle license plate is detected in the system of the toll road entry road to comprehensively judge not only the toll fee or illegal vehicle, but also the information such as the vehicle model and the color of the vehicle. Even illegal vehicles that have been replaced can be caught precisely, and thus, the detection of illegal vehicles is also significantly improved.

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

The present invention system comprises a central server (1) for creating a blacklist for the information of unpaid or illegal vehicles and updating it to a branch office server as shown in FIG.

An office server 2 interspersed at each business place of the toll road which stores and manages the blacklist information received from the central server 1 and updates the blacklist information periodically or in real time to the access road side system;

Acquire or capture vehicle information of the vehicle 3 installed on the access road to the toll road, for example, a vehicle model, a vehicle color, and a vehicle number or transmit it to a sales office server and settle a fee according to the result. Or an advance road side system (4) for executing warning control on the current entry vehicle (3) in accordance with a warning control message for non-payment and illegal vehicles received from a sales office server;

Compare and analyze the current vehicle information transmitted from the access road side system (4) and the vehicle information on the black list received from the sales office server (2) to advance the warning control message for normal use vehicles or unpaid and illegal vehicles. It comprises a video server (5) for transmitting to the furnace side system (4).

In addition, the access road side system 4 includes a vehicle classifier 6 which detects a vehicle type of the vehicle 3 advancing out of the toll road and transmits it to a sales office server, and a vehicle 3 advancing out of the toll road. An image pickup device 7 for capturing an image of the vehicle and extracting the vehicle number and vehicle color information from the captured image and transmitting the image number to the image server 5 and the vehicle model information detected by the vehicle type classification device 6. (5) and the warning control message for unpaid and illegal vehicles from the video server (5) is displayed on the monitor (not shown), and the alarm device (8) and the blocking device ( 9) and an information confirmation device 11 installed in the fare settlement 10 for warning control of the current entry vehicle (3).

Here, the unpaid vehicle on the blacklist is, for example, vehicle data of a delinquent vehicle that has sent out an unpaid toll bill two or more times, and the violation vehicle is composed of vehicle data of a vehicle that has been notified of a crime by the National Police Agency or other related agencies.

Next, a control method of the system having the above configuration will be described.

The method of the present invention proceeds from the initial state S1 to the blacklist transmission step S2 as shown in FIG. It is sent to the branch office servers scattered in. After the blacklist transmitting step S2, the blacklist updating step S3 is performed to transmit the blacklist information to the video server to update periodically or in real time.

On the other hand, after the blacklist updating step (S3) proceeds to the information acquisition step (S4) and the image server obtains the vehicle information and vehicle model information of the oncoming vehicle through the vehicle classifier and the image pickup device. Then, after the information acquisition step (S4) to proceed to the information comparison step (S5) and the image server compares the vehicle information of the on-vehicle vehicle and the vehicle information in the updated black list. In addition, if the vehicle information of the oncoming vehicle is not in the vehicle information in the blacklist to be updated as a result of the determination in the information comparison step (S5), the process proceeds to the normal processing step (S6) and normal processing of the vehicle fee through the information confirmation device in the toll settlement. do.

However, if it is determined during the information comparing step (S5) that the vehicle information of the on-vehicle vehicle is in the vehicle information in the blacklist to be updated, the vehicle warning control step (S7) is carried out and the information confirmation device installed in the toll settlement is provided from the video server. It receives warning control message about unpaid and illegal vehicle and operates alarm device and shut off device according to the control signal of the administrator to control the current vehicle.

That is, the central server 1 for comprehensively managing the toll road creates a blacklist of information on unpaid or illegal vehicles, updates it, and sends it to the office server 2 interspersed with each place of the toll road. Then, the office server 2 stores and manages the blacklist information received from the central server 1 and transmits the blacklist information to the video server 5 periodically or in real time to store the vehicle in the video server 5. Update the information.

On the other hand, at each point on the toll road, for example, the access road side system 4 installed at the toll gate side firstly enters the vehicle 3 through the vehicle classifier 6 when the vehicle 3 enters to enter the toll road. The vehicle model of (3) is detected and transmitted to the video server (5). When the vehicle 3 enters the toll settlement 10 to settle the toll, the image pickup device 7 installed near the toll settlement 10 picks up the image of the vehicle 3 and picks up the image. The vehicle number and vehicle color information are extracted from the collected image and transmitted to the image server 5. Then, the image server 5 is the vehicle information on the black list received the current vehicle information, for example, the vehicle model, vehicle number and vehicle color information transmitted from the sales office server (2) transmitted from the advance path axis system (4) Compare and analyze whether the vehicle is normal or unpaid and illegal. At this time, the image server 5 confirms that the vehicle information of the on-vehicle vehicle is a normal use vehicle if it is not in the vehicle information in the blacklist updated by the sales office server 2 and the information checking device 11 in the toll settlement 10 Normalize the fare of the vehicle through.

However, if the vehicle information of the on-vehicle vehicle is contained in the blacklist updated by the sales office server 2, the video server 5 confirms that the currently-incoming vehicle 3 is unpaid and illegal vehicle and warns according to the result. Receives a control message and sends it to the information confirmation device 11 in the toll settlement (10).

Then, the information checking device 11 in the toll settlement 10 is displayed on the monitor when receiving a warning control message for non-payment and illegal vehicles from the image server 5, the alarm device ( 8) and the shut-off device 9 to control the current entry vehicle (3) to warn the fare immediately or illegal vehicles to notify or take over the police.

Therefore, in the present invention as described above, the access road side system periodically and in real time is updated and stored from the upper server, and compared with the vehicle information currently entering the toll unpaid toll or illegal vehicles in real time to detect, Since illegal vehicles can be caught on the side of the access road, it can be very useful when applied to the system that calculates toll and parking fees, such as toll gates and toll parking lots on toll roads and toll parking lots. .

1 is an explanatory diagram illustrating a fare settlement system of a conventional toll road.

2 is an explanatory diagram illustrating a toll unpaid and illegal vehicle detection system of the present invention.

3 is a flowchart of the present invention.

*** Explanation of symbols for important parts of drawing ***

1: Central Server 2: Office Server

3: vehicle 4: access road side system

5: Image server 6: Vehicle type classification device

7: Image capturing device 8: Alarm device

9: blocking device 10: billing station

Claims (4)

A central server that creates a blacklist of information on unpaid or illegal vehicles and updates it to a sales office server; A sales office server interspersed at each business place of the toll road for storing and managing the blacklist information received from the central server and updating the blacklist information periodically or in real time to the advance road side system; According to the warning control message for unpaid and illegal vehicles received from the sales office server by acquiring or photographing the vehicle information of the moving vehicle installed on the toll road and entering the imaging server, and transferring the information to the sales office server. In the unpaid vehicle detection system and the unpaid vehicle toll on the toll road including the access road side system which executes warning control for the entering vehicle, By comparing and analyzing the vehicle information including the vehicle type, vehicle color, and vehicle number of the current vehicle to be transmitted from the access road side system with the vehicle information on the black list received from the sales office server, Non-payment of tolls on illegal toll roads and illegal vehicle detection system, characterized in that it comprises a video server for transmitting a warning control message to the access road side system. delete The vehicle classifier of claim 1, further comprising: a vehicle classifier that detects a vehicle type of a vehicle traveling out of the toll road and transmits it to the office server; and captures an image of the vehicle entering the toll road. Image pickup device for extracting the vehicle number and vehicle color information from the captured image and transmitting it to the image server, and transmits the vehicle model information detected from the vehicle classifier to the image server, and warning control message for unpaid and illegal vehicles from the image server. If it is received, it displays on the monitor, and the toll road unpaid includes an information checking device installed in the fare settlement that warns the current vehicle by driving the alarm device and the blocking device according to the administrator's control signal. And illegal vehicle detection system. A blacklist transmission step of creating blacklist information for unpaid and illegal vehicles and transmitting the information to a sales office server scattered on a toll road periodically or in real time; A blacklist updating step, after the blacklist transmitting step, the office server transmits the blacklist information to the video server to update periodically or in real time; An information acquisition step of acquiring vehicle information and vehicle model information of the on-vehicle vehicle through a vehicle classifier and an image photographing device after the blacklist updating step; An information comparing step in which the image server compares the vehicle information of the on-vehicle vehicle with the vehicle information in the updated blacklist after the information acquisition step; As a result of judging during the information comparison step, if the vehicle information of the on-vehicle vehicle is in the vehicle information in the blacklist to be updated, the information confirmation device installed in the rate clearing station receives a warning control message for non-payment and illegal vehicles from the video server, and the control signal of the administrator. And a vehicle warning control step of warningly controlling the current entering vehicle by driving an alarm device and a blocking device according to the present invention.

Images