KR20090001774U - . Toll Charging System and Use Method - Google Patents

Abstract

The present invention relates to a toll collection system and operation method,

More specifically, a device for generating a toll basis such as height and type of vehicle, time of entry, and place of entry, such as a toll card issuer installed in an existing toll gate,

It relates to toll road toll collection system and operation method to charge and collect fee based on generated evidence.

In the present toll collection system and operation method,

The composition is

An entrance sensor 110 configured to include a laser or a non-contact sensor of an infrared sensor and detect an entry vehicle,

An entrance reading device 120 that reads a signal sensed by the entrance detecting device 110 and displays the data of the vehicle model and the date of entry;

An entrance camera device 130 for capturing an image of an entrance vehicle at a predetermined time interval;

An entrance image processing apparatus 140 representing a license plate of a vehicle and a driver image from image data obtained from the obtained entrance camera apparatus 130;

Inlet transmission to configure the vehicle number field, time field, entry and exit location information field, image data field obtained through the entrance reading device 120 and the entrance image processing device 140 into a packet to transmit to the management center server 200 Device 150,

An entrance vehicle information acquisition device 100 including an entrance control device 160 electrically connected and controlled with each device; and

An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150;

An inlet data storage device 215 for classifying a database received from the inlet transmission device 150 into a database;

An exit data storage device 225 for classifying and classifying packets received from the exit transmission device 350;

Management center server 200 consisting of a charge calculator 230 for calculating the charge by comparing the packets received by the inlet receiving device 210 and the outlet receiving device 220: And,

An exit detection device 310 installed at an exit and configured to include a non-contact sensor of a laser or an infrared sensor to detect an entry vehicle;

An exit reading device 320 that reads a signal sensed by the exit detecting device 310 and displays a vehicle type and a date and time of entry as data;

An exit camera device 330 for photographing the entry vehicle at a predetermined time interval to obtain an image;

An exit image processing apparatus 340 represented by a license plate and a driver's image of the vehicle in the image data obtained from the exit camera apparatus 330;

An exit transmission configured to transmit the vehicle number field, the time field, the entry / exit position information field, and the image data field obtained through the exit reading device 320 and the exit image processing device 340 into a packet to the management center server 200. Device 350,

An exit vehicle information acquisition device 300 including an exit control device 360 that is electrically connected and controlled with each device; and

When escaping without paying a fee, an emergency treatment apparatus 400 is configured to transmit data on the escape vehicle to the police department and notify the owner of the escape.

In the present invention, the entry and exit data of the vehicle stored as a database in the management center server 200 can be used as the data for investigating criminals,

In particular, when registering a list of vehicles used or likely to be used in crime, there is an effect that the vehicle can be quickly tracked.

In addition, the conventional method not only causes traffic jams at the toll road entrances, but also solves the problem that the pass card takes an excessive cost for a single use and a cost for disposal after use. It works.

Toll, detection device, image processing device, packet, management center server, settlement system, vehicle information acquisition means

Description

Toll collection system and operation method. {Toll Charging System and Use Method}

The present invention more specifically charges and collects fees based on the evidence data generated by generating toll charges such as height and type, time of entry, and location of vehicles, such as toll cards issued to existing toll gates. Toll collection system and operation method.

In general, the process of collecting tolls on toll roads involves the driver of the vehicle pulling out the toll card from the toll card issuing device, going to the destination, and submitting the card to the toll collector. It was a situation that was done by the driver to handle the fee.

Therefore, this conventional method not only causes traffic jams at the toll road entrances, but also has a problem that the pass card takes an excessive cost for a single use and a cost for disposal after use.

The prior art devised to solve the above problems relates to a 'tollgate toll collection service method' as Korean Patent No. 10-05008777-000.

The present invention enables unmanned management to recognize the vehicle entering the toll gate and wirelessly transmit the information of the RFID card or the credit card of the driver by using the card information processor installed in the vehicle.

Another prior art relates to a 'wireless communication method of an electronic toll collection system' of Korean Patent Registration No. 10-0403819-0000.

All of the above prior art relates to a method for allowing a credit card or an electronic wallet to collect charges, and the vehicle must be equipped with a wireless signal transmitter that can exchange signals with a wireless signal receiver installed at a gate. There is a problem that the customer bears the cost of installing all the radio signal transmitters, and the above prior art is impossible to pay when there is a problem with the credit card or the electronic card, therefore, the customer unintentionally pays the toll. There is a problem that there is a risk of being classified as a vehicle.

Accordingly, the present invention has been made to solve the above conventional problems,

The system will allow the driver to pay the toll at the exit without having to pull out the toll card by systemizing the toll card issuer and the image capturing system currently installed at the entrance of the expressway or toll road.

That is, the current card is installed in the highway access device, the pass card issuing device indicating the type of vehicle and the date and time of entry and the camera device for photographing the entry vehicle at a predetermined time interval,

An exit camera device installed at the exit to acquire a vehicle image;

The management center server is connected to the wired / wireless communication network, and the management center server calculates toll charges by calculating the number of vehicles entering and entering, the vehicle type, the location and the time of entry. By sending it so that the driver can calculate the fare.

As described above, in the present invention, a driver who intends to pass a highway is disadvantageous due to inconvenience caused by pulling a toll card installed at an entrance and paying a toll on the basis, that is, a delay and loss of the vehicle caused by issuing a toll card. In addition to solving the problem of the problem, it was devised to reduce the cost and forest damage caused by issuance and disposal of the pass card.

The present invention supplements the pass card issuer and the traffic vehicle image photographing device currently installed at the entrance of the expressway or toll road, and uses the information of the vehicle entered at the time of entry to reach the exit even if the driver does not pull out the pass card. We want to implement a way to make payments.

That is, the card issuing device which is installed in the current highway access device to indicate the type of vehicle and the date and time of entry and the camera to shoot the entrance vehicle at a predetermined time interval,

The exit camera device installed at the exit to acquire the vehicle image is connected to the wired / wireless communication network, and the management center server 200 calculates the toll by calculating the number and type of the vehicle entering and leaving the vehicle, the entry position and the entry time, and passes the exit to the exit. It is displayed on the fare calculation terminal and toll display board so that the driver can calculate the fare.

Therefore, the present invention has the effect that can be solved at the same time to solve the problem of expensive equipment loading leading to the burden of the issued card and customer burden by complementing the existing installed device.

In the present inventors toll collection system and operation method to achieve the above object,

The composition is

An entrance sensor 110 configured to include a laser or a non-contact sensor of an infrared sensor and detect an entry vehicle,

An entrance reading device 120 that reads a signal sensed by the entrance detecting device 110 and displays the data of the vehicle model and the date of entry;

An entrance camera device 130 installed at the entrance and acquiring an image by photographing the entrance vehicle at a predetermined time interval;

An entrance image processing apparatus 140 representing a license plate of a vehicle and a driver image from image data obtained from the obtained entrance camera apparatus 130;

The entrance transmission device configured to transmit the vehicle number field, the time field, the entrance / exit position information field, and the image data field obtained through the entrance reading device 120 and the entrance image processing device 140 into a packet to the management center server 200. Device 150,

An entrance vehicle information acquisition device 100 including an entrance control device 160 that is electrically connected and controlled with each device;

An entrance receiver 210 for receiving a packet transmitted from the entrance data transmitter 150;

An inlet data storage device 215 for classifying the received packets to the inlet receiving device into a database;

An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350;

An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database;

A charge calculator 230 for calculating a charge by comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225, and

A charge display panel 240 displaying the tolls transmitted from the toll calculator 230,

A management center server 200 configured to charge calculator 250 for collecting the tolls transmitted from the toll calculator 230 from the driver;

An exit detection device 310 installed at an exit and configured to include a non-contact sensor of a laser or an infrared sensor to detect an entry vehicle;

An exit reading device 320 that reads the signal sensed by the exit detecting device 310 and displays the data of the vehicle model and the date of entry;

An exit camera apparatus 330 for capturing an image of an exit vehicle at a predetermined time interval and obtaining an image;

An exit image processing apparatus 340 represented by a license plate of a vehicle and a driver image in the image data obtained from the obtained exit camera apparatus 330;

An exit transmission configured to transmit the vehicle number field, the time field, the entry / exit position information field, and the image data field obtained through the exit reading device 320 and the exit image processing device 340 into a packet to the management center server 200. Device 350,

An exit vehicle information acquisition device 300 including an exit control device 360 that is electrically connected and controlled with each device; and

An emergency treatment device 410 for comparing traffic information with traffic vehicles and transmitting traffic facts of wanted vehicles;

It is characterized in that it comprises a escape vehicle processing device 420 for informing the police department and interested parties about the escape to the vehicle to escape without paying a fee.

The packet,

And a vehicle number field, a time field, an entry and exit position information field, and an image data field.

On the other hand, in the toll collection system operating method of the present invention,

A vehicle information acquisition process of receiving information of a vehicle entering through the entrance vehicle information acquisition device 100 (S100);

Classifying the packet transmitted from the entrance transmission device 150 in the entrance data storage device 215 and transmitting it to the management center server 200 (S110);

Process of the entrance database to the entrance database in the management center server 200 installed at the headquarters of the road construction (S120),

A vehicle information acquisition process (S300) for receiving information of a vehicle entering through the exit vehicle information acquisition device 300;

Classifying the packet transmitted from the exit transmission device 350 in the exit data storage device 225 and transmitting it to the management center server 200;

Process of the exit database to the exit database in the management center server 200 installed at the headquarters of the road construction (S320),

Calculating the toll with the entrance database and the exit database (S400); And,

Transmitting the calculated fee to the rate display board 240 and the charge counter (410);

As a result of comparing the entrance database and the list of wanted vehicles, the police department was notified of the traffic arrangement for the same vehicle, and the police department and the owner of the vehicle were notified of the escape due to the vehicle escaping without paying the fee (420). Characterized in that comprises a.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present toll collection system and operation method.

1 is an overall configuration of a toll collection system according to an embodiment of the present invention.

The overall composition of this toll collection system is

Entrance vehicle information acquisition device 100,

 Management Center server (200) installed at the headquarters of the road construction

Exit vehicle information acquisition device 300,

The inlet vehicle information acquisition apparatus 100, the management center server 200, the exit vehicle information acquisition apparatus 300, and a wire / wireless communication network 600 which communicates with the fare counter, the fare display panel, and the emergency processing apparatus 400. Characterized in that the configuration.

The entrance vehicle information acquisition device 100,

An entrance sensor 110 configured to include a laser or a non-contact sensor of an infrared sensor and detect an entry vehicle,

An entrance reading device 120 that reads a signal sensed by the entrance detecting device 110 and displays the data of the vehicle model and the date of entry;

An entrance camera device 130 installed at the entrance and acquiring an image by photographing the entrance vehicle at a predetermined time interval;

An entrance image processing apparatus 140 representing a license plate of a vehicle and a driver image from image data obtained from the obtained entrance camera apparatus 130;

The entrance number transmitting the vehicle number and driver's image obtained through the entrance reading device 120 and the entrance image processing device 140, the vehicle model, the entry date and the name of the entrance gate into a packet and transmitting the packet to the management center server 200. Device 150,

It characterized in that it comprises a inlet control device 160 that is electrically connected to each of the devices to control.

Management Center server 200,

Installed at the headquarters of the road construction

An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150;

An inlet data storage device 215 for classifying the received packets to the inlet receiving device into a database;

An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350;

An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database;

A charge calculator 230 for calculating a charge by comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225, and

A charge display panel 240 displaying a toll transmitted from the toll calculator 230;

A toll payment device consisting of a contact and laser or a non-contact sensor of an infrared sensor that allows the driver to pay the toll directly transmitted by the toll calculator 230 so that the driver can directly calculate the toll or toll card. It characterized in that it comprises a (260).

As another example, the management center server 200 may include an entrance reception device 210 for receiving a packet transmitted from the entrance transmission device 150;

An inlet data storage device 215 for classifying a database received by the inlet reception device 210 into a database;

An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350;

An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database;

A rate calculator 230 for comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225 to calculate a fee;

A charge display panel 240 displaying a toll transmitted from the toll calculator 230;

Characterized in that it consists of a charge counter 250 to collect the toll fee transmitted from the charge calculator 230 from the driver.

Exit vehicle information acquisition device 300,

An exit sensor 310 configured to include a laser or a non-contact sensor of an infrared sensor to detect an entry vehicle,

An exit reading device 320 that reads the signal sensed by the exit detecting device 310 and displays the data of the vehicle model and the date of entry;

An exit camera device 330 installed at the exit to acquire an image by photographing the entrance vehicle at a predetermined time interval;

An exit image processing apparatus 340 represented by a license plate of a vehicle and a driver image in the image data obtained from the obtained exit camera apparatus 330;

An exit transmission configured to transmit the vehicle number field, the time field, the entry / exit position information field, and the image data field obtained through the exit reading device 320 and the exit image processing device 340 into a packet to the management center server 200. Device 350,

Characterized in that it is composed of an outlet control unit 360 that is electrically connected and controlled with each device.

The wired and wireless communication network 600,

Entrance vehicle information acquisition device 100,

 Installed in the headquarters of the road construction, management center server (200),

Exit vehicle information acquisition device 300,

Emergency treatment device 400 is characterized in that connected to each other in a communication network.

The emergency treatment device 400,

An emergency treatment apparatus 410 for comparing a list of traffic arrangements with a traffic vehicle and transmitting a traffic fact to a police station for the same vehicle

The vehicle that escapes without paying a fee is characterized in that it comprises a escape vehicle processing device 420 to notify the police department and interested parties the fact of escape.

The wired / wireless communication network 600 includes a highway information communication network, a telephone line, the Internet, a LAN, a WAN, a PSDN, a wired TV network, a wireless communication network, and the like, which are currently used in road construction. In addition, it is also possible to use a PLC (Power Line Communication) network as a communication network that can be commercialized in the future.

The packet includes a vehicle number field, a time field, an entry and exit position information field, and an image data field.

Characterized in that consists of.

2 is a block diagram constituting vehicle information obtaining means according to an embodiment of the present invention.

As shown in Fig. 2, the vehicle information acquiring means is installed at the entrance and includes a laser or a non-contact sensor of an infrared sensor.

 Vehicle information acquisition means includes a sensing device for detecting the entry vehicle,

An entrance reading device which reads the signal detected by the detection device and displays the data of the vehicle model and the date of entry;

A camera device installed at the entrance and acquiring an image by photographing the entrance vehicle at a predetermined time interval;

An entrance image processing apparatus representing an image of a license plate of a vehicle from image data acquired by a camera apparatus;

A transmission device configured to transmit a vehicle number field, a time field, an entry / exit position information field, and an image data field obtained through a reading device and an image processing device into packets to a management center server;

It characterized in that it comprises a control device that is electrically connected to each of the devices and controls.

3 is a block diagram of a server of a management center server according to an embodiment of the present invention.

The server of the management center server,

An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150;

An inlet data storage device 215 for classifying the received packets to the inlet receiving device into a database;

An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350;

An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database;

A charge calculator 230 for calculating a charge by comparing the packets stored in the inlet data storage device 215 and the outlet data storage device 225, and

A charge display panel 240 displaying a toll transmitted from the toll calculator 230;

Tollgate 250 equipped with toll payment device 260 that allows the driver to pay the tolls transmitted from the charge calculator 230 directly through a contactless, laser, or non-contact sensor of an infrared sensor. It is characterized in that the configuration.

As another example, the server of the management center server,

An entrance receiver 210 for receiving a packet transmitted from the entrance data transmitter 150;

An inlet data storage device 215 for classifying a database received by the inlet reception device 210 into a database;

An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350;

An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database;

A charge calculator 230 for calculating a charge by comparing the packets stored in the inlet data storage device 215 and the outlet data storage device 225, and

A charge display panel 240 displaying a toll transmitted from the charge calculator 230;

Characterized in that it consists of a charge counter 250 to collect the toll fee transmitted from the charge calculator 230 from the driver.

Figure 4 is an exemplary view showing a packet of a vehicle information acquisition system according to an embodiment of the present invention.

As shown in Fig. 4, the packet of the vehicle information acquisition system transmitted to each device is characterized by comprising a vehicle number field, a time field, an entry and exit position information field, and an image data field.

5 is an operation flowchart schematically showing a toll collection system and an operating method according to an embodiment of the present invention.

A vehicle information acquisition process of receiving information of a vehicle entering through the entrance vehicle information acquisition device 100 (S100);

Classifying the packet transmitted from the entrance transmission device 150 in the entrance data storage device 215 and transmitting it to the management center server 200 (S110);

Process of the entrance database to the entrance database in the management center server (200) and

A vehicle information acquisition process (S300) for receiving information of a vehicle entering through the exit vehicle information acquisition device 300;

Classifying the packet transmitted from the exit transmission device 350 in the exit data storage device 225 and transmitting it to the management center server 200;

Database the exit data in the management center server 200 (S320) and

Calculating a toll with an entrance database and an exit database (S400); And,

Transmitting the calculated fee to the rate display board 240 and the charge counter (410);

When comparing the entrance database with the wanted vehicle list, if the same is true, the police department notifies the police agency of the arrangement of the wanted vehicle, and the police station and the owner of the vehicle are notified of the escape for the vehicle escaping without paying fees (420) Characterized in that it comprises a.

To explain in more detail, when '01 1234 'enters the toll road (where the pass card issuing device and the traffic vehicle image acquisition device installed in Daejeon IC toll gate are installed),

The entrance detecting device 110 detects a signal of the entry vehicle, and the entrance reading device 120 analyzes the detected signal to indicate the type of vehicle, the date and time of entry, and the entry place, and the control device 160 enters the vehicle. The operation signal is sent to the camera device 130 to photograph. At this time, the camera device 130 receiving the operation signal is operated to photograph the vehicle entered '01 is 1234 ', and the image acquired through the camera device 130 is sent to the image processing device 140' 01 is 1234 'and' Daejeon IC 'and the vehicle model Equus, where the vehicle entered, will be acquired at 10 o'clock February 10, 2007,

The inlet transmitter 150 transmits the vehicle model Equus to '01 is 1234 ',' Daejeon IC 'and 10 pm on February 10, 2007 to the management center server 200 configured at a remote location.

The entrance receiver 210 of the management center server 2000 receives this, sends it to the entrance data storage device 215, and the entrance data storage device 215 stores the database.

Meanwhile, the exit detection device 310 detects a signal of the entry vehicle, and the exit analysis device 320 analyzes the vehicle signal detected by the detection device, and displays 'vehicle model', February 10, 2007 at 12 o'clock. At the same time, the control device 360 transmits an operation signal to the camera device 330 to photograph the vehicle entering.

At this time, the camera device 330 receiving the operation signal operates to photograph the license plate of the '01 is 1234 'vehicle, and the image acquired through the camera device 330 is transferred to the image processing device 340. Send '01 is 1234 'and' Seoul IC 'where the vehicle is going to go out and 12.12 am on February 10, 2007

The exit transmission device 350 of the management center server 200 transmits the vehicle model Equus to '01 is 1234 ',' Daejeon IC 'and 10 pm on February 10, 2007 to the management center server 200 configured at a remote location. .

The exit receiver 210 of the management center server 200 receives this, sends it to the exit data storage device 225, the exit data storage device 225 is stored in the database.

After the above process, the management center server 200 calculates a fee by comparing the database of the inlet data storage device 215 and the outlet data storage device 225 to calculate the fee, and transmits the fee to the fee display board and the fee counter. To be collected.

In this process, if the comparison is made with the wanted vehicle list, the fact that the wanted vehicle is transported is transmitted to the police department, and if the person escapes without paying the fee, the police officer and the owner of the vehicle are required to escape. It is characterized in that it comprises a notification process (420).

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the invention is indicated by the following claims rather than the above description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the invention. do.

1 is an overall configuration of a toll collection system according to an embodiment of the present invention.

2 is a block diagram constituting vehicle information obtaining means according to an embodiment of the present invention.

3 is a block diagram of a management center server according to an embodiment of the present invention.

Figure 4 is an exemplary view showing a packet of a vehicle information acquisition system according to an embodiment of the present invention.

5 is an operation flowchart schematically showing a toll collection system and an operating method according to an embodiment of the present invention.

Description of the main devices in the drawings

100: entrance vehicle information acquisition device

110: entrance detection device 120: entrance reading device

130: entrance camera device 140: entrance image processing device

150: inlet transmission device 160: inlet control device

200: management center server

210: entrance receiver 215: entrance data storage device

220: exit receiver 225: exit data storage device

230: charge calculator 240: charge display board

250: tollgate 260: toll payment device

300: exit vehicle information acquisition device 310: exit detection device

320: exit reader 330: exit camera device

340: exit image processing device 350: exit transmission device

360: outlet control device

400: emergency treatment device

500: police station

600: wired and wireless communication network

700: vehicle

Claims (5)

In toll collection system and operation method, The composition is An entrance sensor 110 configured to include a laser or a non-contact sensor of an infrared sensor and detect an entry vehicle, An entrance reading device 120 that reads a signal sensed by the entrance detecting device 110 and displays the data of the vehicle model and the date of entry; An entrance camera device 130 installed at the entrance and acquiring an image by photographing the entrance vehicle at a predetermined time interval; An entrance image processing apparatus 140 representing a license plate of a vehicle and a driver image from image data obtained from the obtained entrance camera apparatus 130; An inlet transmitter 150 configured to transmit packets to the management center server 200 by the packets obtained through the inlet reading apparatus 120 and the inlet image processing apparatus 140; An entrance vehicle information acquisition device 100 including an entrance control device 160 that is electrically connected and controlled with each device; An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150; An inlet data storage device 215 for classifying the received packets (vehicle number and vehicle type, entry date and time and name of the entry toll gate) by the entrance reception device 210 into a database; An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350; An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database; A rate calculator 230 for comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225 to calculate a fee; A charge display panel 240 displaying a toll transmitted from the toll calculator 230; Tollgate 250 equipped with toll payment device 260 that allows the driver to pay the tolls transmitted from the charge calculator 230 directly through a contactless, laser, or non-contact sensor of an infrared sensor. Configured management center server 200: And, An exit detection device 310 installed at an exit and configured to include a non-contact sensor of a laser or an infrared sensor to detect an entry vehicle; An exit reading device 320 that reads the signal sensed by the exit detecting device 310 and displays the data of the vehicle type and the date of entry; An entrance camera device 330 for capturing an image of an exit vehicle at a predetermined time interval to obtain an image; An exit image processing apparatus 340 represented by a license plate and a driver image of the vehicle in the image data obtained from the obtained entrance camera apparatus 330; The vehicle number and driver's image acquired through the exit reading device 320 and the exit image processing device 340, the type of the vehicle, the date and time of the entry gate and the entrance gate configured to transmit the exit to the management center server 200 Device 350, An exit vehicle information acquisition device 300 including an exit control device 360 that is electrically connected and controlled with each device; and An emergency processing apparatus 410 for comparing a wanted vehicle list with a traffic vehicle and transmitting a traffic fact of the wanted vehicle; It is characterized in that it comprises a escape vehicle processing device 420 for informing the police department and interested parties about the escape to the vehicle to escape without paying a fee. The method of claim 1, The packet is And a vehicle number field, a time field, an entry and exit position information field, and an image data field. Toll collection system and operation method, A vehicle information acquisition process of receiving information of a vehicle entering through the entrance vehicle information acquisition device 100 (S100); Classifying the packet transmitted from the entrance transmission device 150 in the entrance data storage device 215 and transmitting it to the management center server 200 (S110); Process of the entrance database to the entrance database in the management center server (200) and A vehicle information acquisition process of receiving information of a vehicle entering through the exit vehicle information acquisition device 300 (S300); Classifying the packet transmitted from the exit transmission device 350 in the exit data storage device 225 and transmitting it to the management center server 200; The process of making the exit data exit database in the management center server (200) (S320), Calculating the toll with the entrance database and the exit database (S400); And, Transmitting the calculated fee to the rate display board 240 and the charge counter 250; When comparing the entrance database and the list of wanted vehicles, if the same is true, the process of notifying the police station of the arrangement of the wanted vehicle is carried out (410), and the police officer and the owner of the vehicle are notified of the escape of the vehicle escaping without paying the fee. Characterized in that it comprises a process (420). The method of claim 1, Management Center server 200, An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150; An inlet data storage device 215 for classifying the received packets to the inlet receiving device into a database; An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350; An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database; A rate calculator 230 for comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225 to calculate a fee; A charge display panel 240 displaying the tolls transmitted from the toll calculator 230, It includes the installation of a toll payment device 260 with a contact and laser or a non-contact sensor of an infrared sensor that allows the driver to directly calculate a toll card or a toll card transmitted from the toll calculator 230. Characterized in that the configuration. The method of claim 1, Management Center server 200,  An entrance receiver 210 for receiving a packet transmitted from the entrance transmitter 150; An inlet data storage device 215 for classifying the received packets to the inlet receiving device into a database; An outlet receiver 220 for receiving a packet transmitted from the outlet transmitter 350; An outlet data storage device 225 for classifying the packets transmitted from the outlet receiver 220 into a database; A charge calculator 230 for calculating a charge by comparing the packets received by the inlet data storage device 215 and the outlet data storage device 225, and A charge display panel 240 displaying the tolls transmitted from the toll calculator 230, Characterized in that it consists of a charge counter 250 to collect the toll fee transmitted from the charge calculator 230 from the driver.

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