WO2009079846A1

WO2009079846A1 - A validating-monitoring system and method of traffic vehicle for validating the identity of vehicle by handset

Info

Publication number: WO2009079846A1
Application number: PCT/CN2007/003710
Authority: WO
Inventors: Kamfu Wong
Original assignee: Kamfu Wong
Priority date: 2007-12-21
Filing date: 2007-12-21
Publication date: 2009-07-02
Also published as: HK1150916A1; CN101904161B; CN101904161A

Abstract

A validating-monitoring system and method of traffic vehicle for validating the identity of vehicle by handset, validates the identity of vehicle by an accessing information of a vehicle handset (3) in the vehicle with which the handset accesses to the mobile telephone network (2). If the mobile telephone network (2) detects the appearance of vehicle handsets (3) with same SIM card in the same time, it puts the information of this SIM card into the blacklist, then the vehicle handset (3) with this SIM card could not access to the mobile telephone network (2), so that even there is a vehicle handset (3) with counterfeit identity SIM card, it will be detected in time, it assures that the identity of vehicle handset (3) which accesses to the mobile telephone network (2) successfully is exclusive. When validating the identity of vehicle, whether the base stations (201) of the mobile telephone network (2) to which the handset of the inspector and the vehicle handset (3) corresponding to the number of the validated vehicle access are the same station is checked, it could judge the identity of validated vehicle is true or false.

Description

Transportation vehicle certification monitoring system and method for authenticating automobile identity by mobile phone

[Technical Field]

The invention relates to an automobile identity authentication technology, in particular to a transportation vehicle certification monitoring system and method for authenticating a vehicle identity by using a mobile phone.

【Background technique】

At present, cars usually have to obtain relevant licenses according to regulations. Some of the operating vehicles must also purchase insurance for passengers, etc., in order to drive on the road. However, because automobile license plates and license plates are easily counterfeited, some lawless elements will not receive licenses through various methods. The car, stealing someone else’s license plate number and information, applying to these unlicensed cars, walking on the road as someone else’s car, especially some business cars such as taxis, the problem of fake cards is particularly serious, according to the People’s Network. According to a news report on July 12, 2006, there are as many as 72,000 black cars in Beijing. These black cars that use fake cards have problems such as bullying, extortion, and security risks. , has a bad impact on urban transportation management. What is more serious is that these fake license plate cars often do not obey the traffic rules. Even if they violate the rules, as long as they are not caught by the police on the spot, these illegal violations are usually carried out by the owners of the real license plates. This is an extremely problem to be solved.

[Summary of the Invention]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a transportation vehicle certification monitoring system and method for authenticating a vehicle identity using a mobile phone for authenticating various applications such as automobile identity.

At present, mobile phone communication technology is more and more developed, and communication devices such as mobile phones are being used more and more widely. Many people already have more than one mobile phone, and the price of mobile phones is getting cheaper and cheaper. Most mobile phones are currently available. The network has been a digital network, including GSM, CDMA, 3G and other networks. These digital mobile phone networks have a feature that when users use mobile phones to access mobile phone networks, the base stations of mobile phone networks SIM card identity pre-pre The procedures of authentication, authentication, etc., after the authentication is successful, the mobile phone can access the mobile phone network. ^The mobile phone network discovers that two mobile phones with the same SIM card identity appear on the network at the same time, and the mobile phone network will immediately identify the SIM card. The data is blacklisted, and the mobile phone with the SIM card inserted in the future cannot be connected to the mobile phone network. Due to this feature of the mobile phone network, even if a mobile phone with a fake identity SIM card is found, it will be immediately discovered, ensuring that all mobile phones that can successfully access the mobile phone network have the same identity, and there is no fake identity. The problem is a very safe and reliable method of authentication. The invention utilizes the authentication technology of the mobile phone to access the mobile phone network, and accesses the access information of the mobile phone network through the mobile phone as the authentication automobile identity.

The object of the present invention is achieved by using a transportation vehicle certification system for authenticating a vehicle identity, characterized in that the system comprises a monitoring center (1), a mobile telephone network (2), and a car phone. (3) , wherein the in-vehicle mobile phone (3) is installed in the car, the in-vehicle mobile phone (3) is inserted with a SIM card, and the monitoring center (1) and the mobile phone network (2) are connected to each other by a predetermined program. The monitoring center (1) authenticates the identity of the car by accessing the information of the mobile phone network (2) via the car phone (3).

In terms of setting, each car needs to install a car phone (3). The car phone (3) has a SIM card registered in the monitoring center (1). The monitoring center (1) stores each car. Car identity information, the car identity information includes: car license plate number and / or car model information and / or SIM phone number and / or driver's driver phone (4) phone number and / or the owner's mobile phone (5 ) telephone number. Each car corresponds to a SIM card, and the license plate number and SIM card are unique. The car uses the license plate number and the car phone (3) with this SIM card as the identity of the car.

And a transportation vehicle authentication method, characterized in that the method uses an in-vehicle mobile phone (3) installed in a car to access an access information of a base station (201) of the mobile phone network (2) to authenticate the car. Identity. The monitoring center (1) accesses the access information of the base station (201) of the mobile phone network from the car phone (3), and knows the location and status of the car. The traffic management personnel can pass the monitoring center (1). Know the location of each car And the state, when checking the car, find out the car's identity information from the information stored in the monitoring center (1) to check the car using the fake license plate. In the present invention, the in-vehicle mobile phone (3) is equal to the car identity certificate, if a car with the same identity appears at the same time, or a car in a certain location is connected to the car phone (3) corresponding to its license plate number. When the location of the base station (201) is inconsistent with the location of the car, it is also easily detected by the transportation manager.

This achieves the object of the present invention.

The system and method of the present invention has the advantages of simple and easy setup, no need to build another network, and can be used as long as the mobile phone network (2) covers, even if a car with a fake license plate appears, it is easy to be found. In addition to timely discovering and investigating counterfeit license plates, the traffic management authority may also use the system and method of the present invention to discover and investigate speeding vehicles.

[Description of the Drawings]

1 is a block diagram showing the structure of a system for authenticating a car identity using a mobile phone according to the present invention;

Figure 2 is a schematic illustration of the steps taken by the auditor to verify the identity of the vehicle using the handset (8); Figure 3 is a schematic illustration of the steps of another embodiment of the auditor using the handset (8) to verify the identity of the vehicle;

Figure 4 is a schematic illustration of the steps taken by the inspector to use the mobile phone (8) to talk to the driver of the car being inspected;

Figure 5 is a schematic explanatory diagram of the steps of the inspector using the mobile phone (8) to inquire the location of the car; Figure 6 is a schematic illustration of the steps of the monitoring center (1) detecting whether the car is speeding;

Figure 7 is a schematic illustration of the steps of the monitoring center (1) obtaining the position of the car through the GPS locator (301) of the in-vehicle mobile phone (3) to detect whether the car is speeding; FIG. 8 is a schematic explanatory diagram of a system for adding a mobile phone to authenticate a car identity of the monitoring terminal (6);

Figure 9 is a schematic explanatory diagram of a step of the monitoring terminal (6) identifying the identity of the car;

Figure 10 is a block diagram showing the structure of a transportation vehicle certification system that increases the identity of a driver who drives a car.

In the figures, the same numerals represent the same systems, devices, and component devices, and the method steps are indicated by the number of circles and the straight line with arrows. The drawings are schematic to illustrate the main steps of the construction and method of the system of the present invention.

【detailed description】

The method of the present invention will be further described in detail below with reference to the accompanying drawings.

Referring to FIG. 1, FIG. 1 is a schematic block diagram showing the structure of a system for authenticating a car identity using a mobile phone according to the present invention. The system shown in the figure includes a monitoring center (1), a mobile phone network.

(2), car phone (3), wherein the car phone (3) is installed in the car, the car phone (3) is inserted with a SIM card, and the monitoring center (1) and the mobile phone network (2) are telecommunications Connection, operating according to a predetermined procedure, the monitoring center (1) authenticates the identity of the car by accessing the information of the mobile phone network (2) via the car phone (3).

among them,

The mobile phone network (2) includes an account management system (202) and respective base stations (201) disposed at different locations, wherein the account management system (202) is connected to the monitoring center (1) by a telephone, and is managed by an account. The system (202) collects access information of each in-vehicle mobile phone (3) accessing the base station (201) and/or access information of each driver mobile phone (4) accessing the base station (201), and then collecting the collected information The incoming information is transmitted to the monitoring center (1) for certification.

In terms of setting, the government can stipulate that every car must have a car phone installed.

(3), the in-vehicle mobile phone (3) has a SIM card registered in the monitoring center (1) in advance, and the monitoring center (1) stores the car identity information of each car, the car identity information package Includes: car license plate number and / or car model information and / or SIM card phone number and / or driver's driver phone (4) phone number and / or the owner's mobile phone (5) phone number.

The transportation vehicle authentication system of the present invention authenticates the vehicle identity by using the access information of the base station (201) of the mobile phone network (2) that is installed in the car. In addition, the location information of the base station (201) of the mobile telephone network (2) is accessed by using the onboard mobile phone (3) on the car, and the location of the car is found. The systems and methods of the present invention are described in detail below with different embodiments.

In this manual, the monitoring center (1) can also be integrated into the mobile phone network (2), and the account management system (202) provides the function of the monitoring center (1), which can save operating costs and can be well The objects of the invention are all within the scope of the invention.

Referring to FIG. 2, FIG. 2 is a schematic explanatory diagram of the steps of the inspector using the mobile phone (8) to check the identity of the car. The figure shows the method in which the inspector uses the mobile phone (8) to check the identity of the car, which is characterized in that the inspector passes the mobile phone ( 8) From the monitoring center (1), extract the location data of the in-vehicle mobile phone (3) of the inspected car and the base station (201) to which the inspector's mobile phone (8) is connected. When the location information of the two is the same, the car's The authentication was successful.

Continuing to refer to Figure 2, the method illustrated includes the following Group A steps, the steps of the inspector using the hand-machine (8) to verify the identity of the car, the specific steps are as follows:

A1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

A2. Inspector's mobile phone (8) Within the coverage of the base station (201), the mobile phone (8) automatically connects to the base station (201), and the mobile phone (8) is accessed by the account management system (202). The access information of the base station (201) is transmitted to the monitoring center (1). The monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

A3. The inspector uses the mobile phone (8) to transmit the license plate number of the inspected car near the inspector to the monitoring center (1) via SMS or MMS via the mobile phone network, and the monitoring center (1) from the source number of the SMS or MMS message Find the phone number of the mobile phone (8), find the access information of the mobile phone (8) from the phone number of the mobile phone (8) in step A2, and find the base station (201) that the mobile phone (8) accesses from the access information. Location information,

as well as,

The monitoring center (1) finds the license plate number from the content of the SMS or MMS, and then the monitoring center (1) finds the access information of the car phone (3) corresponding to the license plate number in all the access information records, from the car phone ( 3) The access information finds the location data of the base station (201) to which the in-vehicle mobile phone (3) is connected,

A4. Monitoring Center (1) The location data of the base station (201) to which the in-vehicle mobile phone (3) is connected and the location data of the base station (201) to which the inspector mobile phone (8) is connected are transmitted through the mobile telephone network (2) Go to the mobile phone (8) to check with the inspector;

When the location data of the base station (201) accessed by the in-vehicle mobile phone (3) and the location data of the base station (201) accessed by the auditor's mobile phone (8) are the same, it indicates that the identity verification of the inspected car is successful, otherwise the inspector Action can be taken immediately to further verify the identity of the car.

Referring to FIG. 3, FIG. 3 is a schematic explanatory diagram of steps of another embodiment in which the auditor uses the mobile phone (8) to check the identity of the automobile. Compared with the embodiment of FIG. 2, the difference is that in the embodiment of FIG. 2, the inspector The entire license plate number is transmitted to the monitoring center (1) by SMS or MMS, and in the embodiment of Fig. 3, the inspector dials the car number of the inspection vehicle containing the digital part of the license plate number to the monitoring center (1). Identifying the identity of the car makes operation easier and faster. Continuing to refer to FIG. 3, the method shown in the figure includes the following group B steps, the inspector uses the hand 8) to check the identity of the car, the specific steps are as follows:

B1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

B2. Inspector's mobile phone (8) Within the coverage of the base station (201), the mobile phone (8) automatically accesses the base station (201), and the mobile phone (8) is accessed by the account management system (202). The access information of the base station (201) is transmitted to the monitoring center (1), and the monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

B3. The inspector uses the mobile phone (8) to dial the designated telephone number of the inspection vehicle. After dialing, the line can be immediately hanged. The telephone number of the inspection vehicle includes the digital part of the license plate number of the vehicle being inspected. (1) After receiving the call from the auditor, find the telephone number of the auditor's mobile phone (8) from the caller number, and find the access information of the mobile phone (8) from the phone number of the mobile phone (8), from which the access information Find the location data of the base station (201) to which the mobile phone (8) is connected;

as well as,

The monitoring center (1) finds the digital part of the license plate number of the inspected car from the inspection phone number dialed by the inspector, and then monitors the center (1) at all base stations (from the inspector's mobile phone (8) ( 201) in the issued access information record, find the access information of all the in-vehicle mobile phones (3) having the same license plate number as the digital part of the license plate number and the license plate number corresponding to the in-vehicle mobile phone (3); B4. Monitoring Center (1) Send the license plate number found in step B3 to the mobile phone via the mobile phone network (8) via SMS or MMS to the inspector. The inspector sees all the audits from the SMS or MMS content. The mobile phone (8) is the license plate number corresponding to the in-vehicle mobile phone (3) within the coverage of the same base station (201). If the scanned vehicle license plate number is included in the SMS or MMS content, it indicates the identity of the car being inspected. The certification is successful, otherwise the inspector can take immediate action to further verify the identity of the car.

Referring to FIG. 4, FIG. 4 is a schematic explanatory diagram of the steps of the auditor using the mobile phone (8) to talk with the driver of the inspected car. The method shown in the figure includes the following group C steps, and the inspector uses the mobile phone (8) and the To check the steps of the driver's call, the specific steps are as follows:

C1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

C2. The inspector uses the mobile phone (8) to transmit the license plate number of the inspected car via SMS or MMS to the monitoring center (1) designated SMS interface via the mobile phone network;

C3. Monitoring Center (1) Find the phone number of the mobile phone (8) from the source phone number of the SMS or MMS message, find the license plate number of the checked car from the content of the SMS or MMS message, and find the corresponding license plate number from the license plate number. Car phone (3) Phone number; Monitoring center (1) Dial the phone to the inspector's mobile phone (8) and the car phone (3) of the car, and then the monitoring center (1) through the mobile phone network (2) The inspector's mobile phone (8) establishes a connection call with the in-vehicle mobile phone (3) of the inspected car; C4. After the inspector and the driver of the inspected car respectively answer the call, the inspector and the driver of the inspected car can make a call.

Referring to FIG. 5, FIG. 5 is a schematic explanatory diagram of the steps of the inspector using the mobile phone (8) to inquire the position of the car. The method shown in the figure includes the following group D steps, the inspector uses the mobile phone (8) and checks the position of the car. Steps, the specific steps are as follows:

D1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

D2. The inspector uses the mobile phone (8) to transmit the license plate number of the inspected car via SMS or MMS to the monitoring center (1) designated SMS interface via the mobile phone network; D3. Monitoring Center (1) Find the content from the SMS or MMS The license plate number of the car is checked, and the location information of the base station (201) that is connected to the vehicle-mounted mobile phone (3) corresponding to the license plate number is found from the license plate number, together with several previous accesses of the car-mounted mobile phone (3) The location information of the base station (201) is transmitted to the auditor's mobile phone (8) via a mobile phone network (2) by SMS or MMS to the inspector.

Continuing to refer to FIG. 2 to FIG. 5, the inspectors described in the embodiments of FIG. 2 to FIG. 5 refer to the person who inspects the identity of the automobile. The inspectors may be police, traffic management personnel, law enforcement personnel, etc., and the inspectors may even be ordinary citizens. For example, if the embodiment of FIG. 2 or FIG. 3 is applied to a bus, the passenger can transmit the bus number of the bus to the monitoring center (1), and know whether the bus he is riding is a black car with a fake license plate. It is a black car and you can report it immediately. With continued reference to Fig. 4, the embodiment of Fig. 4 is particularly suitable for use in police and driver calls. When the police find that a car violates traffic rules, the driver can talk to the driver through the method of the embodiment of Fig. 4, instructing the driver to immediately stop for inspection. With continued reference to Figure 5, the embodiment of Figure 5 is particularly suitable for use in police Looking for a lost car, when the police are looking for a car, the location of the car can be queried by the method of the embodiment of Fig. 5, which can narrow the search for the missing car.

Referring to Figure 6, Figure 6 is a schematic illustration of the steps of the monitoring center (1) to detect whether the car is speeding or not. It is estimated whether the car is speeding by using the car phone (3) on the car to access different base stations (201). Method, the method shown in the figure further comprises a monitoring center (1) method for detecting the traveling speed of the automobile, characterized in that the monitoring center (1) accesses different base stations (201) from the in-vehicle mobile phone (3) of the detected automobile. The time of the base station and the distance between the base station (201) and another base station (201) calculate the average travel speed of the car.

Continuing to refer to Figure 6, the method shown in the figure further includes the following group E steps, which are the steps of the monitoring center (1) detecting whether the car is speeding, and the specific steps are as follows:

E1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

E2. When the car leaves the coverage of the base station (201) accessed by the in-vehicle mobile phone (3) in step E1 and enters the coverage of another base station (201), the in-vehicle mobile phone (3) automatically connects to the mobile phone Another base station (201) transmits the access information of the in-vehicle mobile phone (3) through the mobile phone network (2) and the account management system (202) by the other base station (201), that is, the currently accessed base station (201). Go to the monitoring center (1), and the monitoring center (1) updates the record of the license plate number corresponding to the access information according to the received access information;

E3. The monitoring center (1) receives the access information of the current mobile station (3) after accessing the current mobile phone (3), and accesses the current base station (201) and the previously accessed base station according to the in-vehicle mobile phone (3) ( 201) The time is calculated from the base before the car is driven. The coverage of the station (201) to the required travel time to enter the coverage of the currently connected base station (201), and the distance between the base stations (201) and the required travel time, the car is calculated from the previous access. The moving speed of the base station (201) to the currently accessed base station (201);

When the monitoring center (1) finds that the moving speed of the car from the previously accessed base station (201) to the currently accessed base station (201) is higher than the safe speed, the monitoring center (1) transmits the mobile phone network to the car. The mobile phone (8) sends an overspeed warning message, asking the driver not to speeding. The method for sending the overspeed warning message includes sending the overspeed warning message to the car's mobile phone by text message (8), or sending the overspeed warning message to the message via MMS. The car's mobile phone (8), or the phone number of the car (8) that dials the car, then voices the overspeed warning message to the driver of the car after the call is connected.

Referring to Figure 7, Figure Ί is a schematic illustration of the steps of the monitoring center (1) to obtain the position of the car through the GPS locator (301) of the car phone (3) to detect whether the car is speeding. The embodiment of Fig. 7 is Fig. 6. A further improvement of the embodiment is to add a GPS locator (301) to the in-vehicle mobile phone (3), and to the base station (201) of the mobile phone network (2) when the in-vehicle mobile phone (3) is connected. Thereafter, the in-vehicle mobile phone (3) obtains the location information of the location where the in-vehicle mobile phone (3) is located through the GPS locator (301), and transmits the location information to the mobile phone network (2) to Monitoring Center (1).

Continue to refer to Figure 7, the method shown in the figure also includes the following group F steps, which is the monitoring center (1) to detect whether the car has speeding steps, the specific steps are as follows:

F1, when the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) is automatically connected to the base station (201), and the car phone (3) passes the GPS locator (301). Obtain the location information of the location where the car phone (3) is located, and transmit the location information by SMS or MMS to the monitoring center (1) via the mobile phone network (2), the monitoring center (1) from the SMS or MMS Letter Find the phone number of the car phone (3), and then the monitoring center (1) stores the phone number and location information in the record of the license plate number corresponding to the phone number;

F2. When the car leaves the coverage of the base station (201) accessed by the in-vehicle mobile phone (3) in step F1 and enters the coverage of another base station (201), the in-vehicle mobile phone (3) automatically accesses the telecommunications After another base station (201), the in-vehicle mobile phone (3) obtains the location information of the location where the in-vehicle mobile phone (3) is located through the GPS locator (301), and uses the location information as a short message or multimedia message through the mobile phone network (2) ) Transfer to the monitoring center (1), the monitoring center (1) Find the phone number of the car phone (3) from the phone number of the SMS or MMS message, and then the monitoring center (1) save the phone number and location information to The phone number corresponding to the record of the license plate number;

F3. Monitoring Center (1) According to the time of sending the SMS or MMS received in steps F1 and F2, and the location information of the content of the SMS or MMS, calculate the position of the car from step F1 to step F2. The distance of the position and the required travel time to calculate the travel speed of the car;

When the monitoring center (1) finds that the driving speed of the car is higher than the safe speed, the monitoring center (1) sends an overspeed warning message to the mobile phone (8) on the car through the mobile phone network, and the driver is not allowed to speeding, The method of sending the overspeed warning message includes sending an overspeed warning message to the car's mobile phone (8) by SMS, or sending the overspeed warning message to the car's mobile phone (8) by MMS, or dialing the car's mobile phone (8) The phone number then reads the overspeed warning message to the driver of the car by voice after the call is connected.

At present, the police are dealing with speeding cars. In many cases, police officers drive police cars to chase speeding cars. The disadvantage of this method is that in addition to illegal speeding cars, there is also a high-speed police car driven by police. Dangerous means to stop the danger from happening, will be nearby Cars, pedestrians and policemen pose greater dangers and are prone to life-threatening injuries. Using the embodiment of Figure 6 or Figure 7 to prevent the driver from speeding, does not increase the risk of cars, pedestrians and police near the speeding car. All cars within the coverage of the mobile phone network (2), as long as they are speeding, are very It is easy to be discovered by the monitoring center (1). The monitoring center (1) will immediately send an overspeed warning message to the driver to let the driver know that his illegal speeding has been discovered, so most drivers are afraid to continue speeding. , can reduce accidents caused by speeding.

Referring to FIG. 8, FIG. 8 is a schematic explanatory diagram of a system for adding a mobile phone to authenticate a car identity of a monitoring terminal (6). The system shown in the figure further includes a monitoring terminal (6) for checking the identity of the car. The monitoring terminal (6) is provided with a camcorder (7) and a mobile phone (8) and optical recognition software.

among them,

The camcorder (7) is mainly used for collecting license plate number image information of the inspected car; the mobile phone (8) is mainly used for extracting the car phone from the monitoring center (1) through the mobile phone network (2) ( 3) and the location information of the base station (201) of the mobile phone network (2) connected to the mobile phone (8);

The optical identification software is mainly used for restoring the license plate image information of the vehicle to the license plate number;

as well as,

The monitoring terminal (6) collects the license plate number image information of the inspected car through the camcorder (7), and restores the license plate image information to the license plate number through the optical identification software, and then monitors the terminal (6) through the mobile phone (8) And the mobile phone network (2) extracts the location data of the car phone (3) corresponding to the license plate number and the base station (201) of the mobile phone network (2) from the monitoring center (1), when checking the vehicle When the location information of the base station (201) accessed by the mobile phone (3) and the mobile phone (8) is the same, the identity verification of the car is successful.

Referring to FIG. 9, FIG. 9 is a schematic explanatory diagram of a step of the monitoring terminal (6) recognizing the identity of the automobile, and the method shown in the figure includes a method for checking the identity of the automobile through the monitoring terminal (6), which is characterized in that The monitoring terminal (6) collects the license plate number image information of the inspected car through the camcorder (7), and restores the license plate image information to the license plate number through the optical identification software, and then monitors the terminal (6) through the mobile phone. (8) and the mobile phone network (2) extract the location data of the car phone (3) corresponding to the license plate number and the base station (201) of the mobile phone network (2) from the monitoring center (1), when When the location data of the base station (201) accessed by the in-vehicle mobile phone (3) and the mobile phone (8) is the same, the identity verification of the car is successful.

Continuing to refer to Figure 9, the method shown in the figure includes the following G group steps, which are steps for the monitoring terminal (6) to identify the identity of the car. The specific steps are as follows:

G1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

G2. When the monitoring terminal (6) is within the coverage of the base station (201), the mobile terminal (8) of the monitoring terminal (6) automatically accesses the base station (201), and the mobile phone is managed by the account management system (202) (8) The access information accessing the base station (201) is transmitted to the monitoring center (1), and the monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

G3. The monitoring terminal (6) collects the license plate image information of the vehicle that has been inspected and certified by the camcorder (7), and restores the license plate image information to the license plate number through the optical identification software, and then the mobile phone (8) SMS or MMS to transmit the license plate number to the monitoring center via the mobile phone network (1);

G4. Monitoring Center (1) Find the phone number of the mobile phone (8) from the phone number of the SMS or MMS message, and find the phone (8) from the phone number of the phone (8) in step G2 Access information, from which the location information of the base station (201) accessed by the mobile phone (8) is found,

as well as,

The monitoring center (1) finds the license plate number from the content of the SMS or MMS, finds the access information of the car phone (3) corresponding to the license plate number from the license plate number, and finds the car phone from the access information of the car phone (3) (3) Location data of the accessed base station (201);

Monitoring Center (1) The location data of the base station (201) to which the in-vehicle mobile phone (3) is connected and the location data of the base station (201) to which the mobile terminal (8) of the monitoring terminal (6) is connected, through the mobile telephone network (2) ) and the mobile phone (8) is transmitted to the monitoring terminal (6) for the staff to view,

as well as,

When the location data of the base station (201) accessed by the in-vehicle mobile phone (3) and the location data of the base station (201) accessed by the mobile phone (8) of the monitoring terminal (6) are the same, it indicates that the monitoring terminal (6) passes the recording. Machine (7) The identity of the car that collects the license plate image information on the car is successful, otherwise the staff immediately intercepts the car to further check the identity of the car.

Referring to FIG. 10, FIG. 10 is a schematic block diagram showing the structure of a transportation vehicle certification system for checking the identity of a driver driving a car. The system shown also includes a driver's mobile phone (4) for driving a car, and a monitoring center. (1) Use the driver's mobile phone (4) to access the access information of the mobile phone network (2) to authenticate the driver. In the embodiment of FIG. 10, the phone number of the driver's mobile phone (4) is pre-registered in the monitoring center (1), and the phone number of the driver's mobile phone (4) is bundled with the license plate number or the in-vehicle mobile phone (3) phone number. In this way, the monitoring center (1) can authenticate the driver of the car by using the driver's mobile phone (4) accessing the base station (201) of the mobile phone network (2), and, by using the driver's mobile phone (4). Enter the location data of the base station (201) of the mobile telephone network (2) to find out the location of the driver. In addition, more The phone number of the owner's mobile phone (5) is registered in the monitoring center (1), and the phone number of the owner's mobile phone (5) is bundled with the license plate number or the car phone (3) phone number. When the monitoring center (1) finds the car When it may be illegally used, send a warning message to the owner's mobile phone (5) to inform the owner.

Continuing to refer to FIG. 10, the monitoring center (1) shown in the figure accesses the base station (201) by monitoring the access information of the in-vehicle mobile phone (3) accessing the base station (201) and the driver's mobile phone (4) driving the driver of the car (4) The access information, according to the access information, calculates the state and location of the car, and the position of the driver. When the car is in a moving state, and the position of the car and the position of the driver are consistent with each other, it indicates that the identity of the car and the driver is successfully authenticated. If the car is in a moving state and the position of the car does not match the position of the driver, it means that the car may be illegally used. And, the state includes a moving state, a stationary state, where the mobile state refers to that the access time of the in-vehicle mobile phone (3) on the car continuously accesses the same base station (201) does not exceed the specified time T. In the internal period, the stationary state refers to a period in which the access time of the in-vehicle mobile phone (3) on the car continuously accesses the same base station (201) exceeds the specified time T. In addition, if the car is driven by more than one driver, the phone number of the driver's mobile phone (4) of all drivers can be registered in the monitoring center (1), and the monitoring center (1) automatically finds the same base station as the car. (201) Cover the driver's mobile phone (4), then use the driver of the driver's mobile phone (4) as the driver to drive the car. It is also possible to use the method of who is responsible for driving. Before each driver drives, the driver should use the driver's mobile phone (4) to send a text message to the monitoring center (1), notify the monitoring center (1) that he wants to drive the car, the monitoring center (1) You can know who is driving the car. If the driver forgets to send a text message to the monitoring center (1), the monitoring center (1) will treat the driver as illegally using the car and send a text message to the driver. , the owner of the car, etc., can even inform the police to check the car.

In the embodiment of Fig. 10, when the car is in a moving state and the position of the car does not coincide with the position of the driver, the monitoring center (1) sends a warning message to the owner's cell phone (5) and/or via the mobile phone network (2). Or the driver's driver phone (4). And the warning information content The location information of the base station (201) currently accessed by the in-vehicle mobile phone on the car (3) and/or the location data of the base station (201) previously accessed by the in-vehicle mobile phone (3) on the car. For example, the specified time T is 1 minute. When the car enters the coverage of a certain base station (201) or one minute after parking, the car enters a stationary state, and the driver can leave the car; when the car is turned on again, the car enters another base station (201). Coverage, the car is moving, if the car is driven by the driver of the registered driver's mobile phone (4) phone number, the driver's mobile phone (4) will move along with the car and enter the coverage of another base station (201) together. The car phone (3) and the driver's phone (4) on the car will be connected to the same base station (201); if the car is stolen, the driver's phone (4) will not move with the car, when the car enters another The coverage of one base station (201), the car phone (3) on the car will connect to another base station (201), and the car may be in a moving state, and the position of the car is inconsistent with the position of the driver. (1) The owner and/or driver will be notified by a predetermined procedure.

Continuing to refer to the embodiment of FIG. 10, a further improvement of the embodiment is that a power input socket is disposed on the in-vehicle mobile phone (3), and the power input socket is opposite to a power output plug disposed on the automobile. Use, the car supplies power to the car phone (3) through the power output plug and the power input socket of the car phone (3), and the battery without the power supply in the car phone (3), the car phone (3) can only pass The power input socket inputs the power required for operation, and the SIM card in the car phone (3) has a power-on password. Every time the car phone (3) is turned on, the car phone (3) starts after the correct power-on password is entered. Operation. And, when the monitoring center (1) finds that the in-vehicle mobile phone (3) is turned off, or the in-vehicle mobile phone (3) leaves the coverage of the mobile phone network (2), the monitoring center (1) sends a warning message to the owner's mobile phone (5) And/or driver's driver phone (4). In this way, even if the car is stolen by a thief, the car phone (3) is removed or destroyed. Just disconnect the power output plug of the car phone (3) from the power input socket, and the thief will supply power to the car phone (3) again. No SIM If the card's power-on password is not restarted, the monitoring center (1) will find that the car phone (3) leaves the mobile phone network (2) and will send a message to the owner and driver in time.

With continued reference to FIG. 10, in the embodiment of FIG. 10, the monitoring center (1) can also use the access information of the in-vehicle mobile phone (3) and the driver's mobile phone (4) as a voucher for the driver of the violation of the car, for example, a driver. Driving a car in violation of the red light, the traffic management staff took pictures of the red light with the camera, the traffic management staff can save the car's car phone (3) and the driver's mobile phone (4) from the monitoring center (1) Access information, find out who violated the rules and red light, and then punish the driver who violated the rules, so as to avoid the driver's violation of the rules and punish the unfairness of the owner.

Further, in addition to supervising the driver using the embodiment of Fig. 10, a method of reporting the driven car by the driver to the monitoring center (1) may be employed, which is determined by the establishment of the monitoring center (1). The telephone number and one or more cancellation report telephone numbers, each of the report telephone numbers corresponds to a license plate number, and the cancel report telephone number may be that each license plate number corresponds to one cancel report telephone number or multiple license plate numbers corresponding to one cancel report telephone number. The monitoring center (1) also sets up a declaration record database to record the declaration records of each driver, and the relevant transportation department stipulates that each driver must declare the information of the driving car before driving. If it is found that someone drives the car, the rules are violated. For example, red light, non-compliance with traffic rules, etc., the monitoring center (1) can punish the offending driver with the declaration record. The driver declares the car to be driven by the driver using the driver's mobile phone before driving (4) to call the reporting telephone number of the monitoring center (1). After receiving the call, the monitoring center (1) finds the phone of the driver's mobile phone (4) from the caller number. Number, find the driver's identity data from the phone number of the driver's mobile phone (4), find the corresponding license plate number from the reporting phone number dialed by the driver's mobile phone (4), the monitoring center (1) and the driver's identity information and the license plate number and The time and other information at that time is recorded in the declaration record of the monitoring center (1). And, after the driver stops using the driver's mobile phone (4), dial the cancellation report number of the monitoring center (1). After receiving the call, the monitoring center (1) finds the phone number of the driver's mobile phone (4) from the caller's number, from the driver's mobile phone ( 4) The phone number finds the driver's identity information, and the cancellation report phone number dialed from the driver's mobile phone (4) knows that the driver wants to cancel the declaration, the monitoring center (1) Find the previous declaration record of the driver in the stored declaration record, and then store the current time as the cancellation time in the declaration record. In addition, the spirit of the present invention is not limited by the specific description in the embodiments, and various modifications may be made without departing from the spirit of the invention. For example, a driver's mobile phone (4) may be employed. It is also possible to achieve the object of the present invention by reporting the information of the vehicle being driven to the monitoring center (1) by texting, and all of them belong to the protection scope of the present invention. Further, the method of reporting the driven vehicle by the driver to the monitoring center (1) can be combined with the embodiment of FIG. 10, and the driver must report the information of the driving vehicle to the monitoring center (1) before driving, and the driver When driving, the monitoring center (1) monitors by the method of the embodiment of Fig. 10, and the position of the car is consistent with the position of the driver. When the driver stops driving, the report is cancelled to the monitoring center (1), so that the monitoring center (1) It is possible to supervise drivers and cars more effectively.

The system and method of the present invention are simple and easy to set up, and provide various applications such as checking and verifying the identity of the automobile and preventing speeding by using the existing mobile phone network and the mobile phone, and implementing the system of the present invention as long as there is a place covered by the mobile phone network, Another network is built, and even if a car with a fake license plate appears, it will be easy to be found. The implementation of the present invention will bring about good social and economic benefits.

Claims

Rights request

A transportation vehicle certification system for authenticating a vehicle identity, characterized in that the system comprises a monitoring center (1), a mobile telephone network (2), a car phone

(3) , wherein the in-vehicle mobile phone (3) is installed in the car, the in-vehicle mobile phone (3) has a SIM card interposed therein, and the monitoring center (1) and the mobile phone network (2) are connected to each other by a predetermined program. The monitoring center (1) authenticates the identity of the car by accessing the information of the mobile phone network (2) via the car phone (3).

2. The transportation vehicle certification system according to claim 1, wherein the system further comprises a driver mobile phone (4) driving the automobile, and the monitoring center (1) using the driver mobile phone

(4) Access the mobile phone network (2) access information to authenticate the driver.

3. The transportation vehicle certification system according to claim 1, wherein the vehicle-mounted mobile phone (3) is provided with a power input socket, and the power input socket is opposite to a power output plug provided on the vehicle. Connected, by car through the power outlet plug and car phone

(3) The power input socket supplies power to the car phone (3), and, in the car phone (3), there is no battery that supplies power. The car phone (3) can only input the power required for operation through the power input socket, and The SIM card in the car phone (3) has a power-on password. Every time the car phone (3) is turned on, the car phone (3) will start to operate after entering the correct power-on password.

4. The transportation vehicle certification system according to claim 1, wherein said vehicle-mounted mobile phone (3) is provided with a GPS locator (301), and, when said vehicle-mounted mobile phone

(3) After accessing the base station (201) of the mobile telephone network (2), the in-vehicle mobile phone (3) obtains the location of the in-vehicle mobile phone (3) through the GPS locator (301). Location information, and the location information is transmitted to the monitoring center (1) via the mobile phone network (2).

5. The transportation vehicle authentication system according to claim 1 or 2 or 3 or 4, wherein said mobile telephone network (2) comprises an account management system (202) and respective base stations arranged at different locations (201), wherein the account management system (202) is connected to the monitoring center (1), and the account management system (202) collects access information and/or access information of each in-vehicle mobile phone (3) to the base station (201). Each driver's mobile phone (4) accesses the base station

(201) access information, and then the collected access information is transmitted to the monitoring center (1) for authentication.

The transportation vehicle certification system according to claim 1 or 2 or 3 or 4, wherein the monitoring center (1) stores automobile identity data of each automobile, and the automobile identity data includes : Car license plate number and / or car model information and / or SIM card phone number and / or driver's driver phone (4) phone number and / or the owner's mobile phone (5) phone number.

7. The transportation vehicle certification system according to claim 1 or 2 or 3 or 4, wherein the system further comprises a monitoring terminal (6) for checking the identity of the automobile, the monitoring terminal (6) With video camera (7) and mobile phone (8) and optical identification software,

among them,

The camcorder (7) is mainly used for collecting license plate number image information of the inspected car; the mobile phone (8) is mainly used for extracting the car phone from the monitoring center (1) through the mobile phone network (2) ( 3) and the location information of the base station (201) of the mobile phone network (2) connected to the mobile phone (8); The optical identification software is mainly used for restoring the license plate image information of the vehicle to the license plate number;

as well as,

A method of authenticating a transportation vehicle, characterized in that the method authenticates an automobile identity by means of an access information of a base station (201) of a mobile telephone network (2) accessed by an in-vehicle mobile phone (3) installed on a car.

9. The transportation vehicle authentication method according to claim 8, wherein the method further comprises accessing a base station (201) of the mobile telephone network (2) by using the onboard mobile phone (3) on the vehicle. The location information, find out the location of the car.

10. The transportation vehicle authentication method according to claim 8, wherein the method further comprises using the driver mobile phone (4) to access the base station (201) of the mobile telephone network (2) for authentication information and driving driving. The identity of the driver of the car.

The method for authenticating a transportation vehicle according to claim 8, wherein the method further comprises: using a driver mobile phone (4) to access a location data of a base station (201) of the mobile telephone network (2), The location of the driver.

12. The transportation vehicle authentication method according to claim 8 or 9 or 10 or 11, the method further comprising a method for the inspector to check the identity of the vehicle using the mobile phone (8), characterized in that the inspector passes the mobile phone (8) From the monitoring center (1), extract the location data of the in-vehicle mobile phone (3) of the inspected car and the base station (201) to which the inspector's mobile phone (8) is connected. When the location data of the two is the same, the identity verification of the car success.

13. The method of claim 12, wherein the method comprises the following steps of group A, the step of the inspector using the mobile phone (8) to check the identity of the car, the specific steps are as follows:

A2. Inspector's mobile phone (8) Within the coverage of the base station (201), the mobile phone (8) automatically accesses the base station (201), and the mobile phone (8) is accessed by the account management system (202). The access information of the base station (201) is transmitted to the monitoring center (1), and the monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

A3. The inspector uses the mobile phone (8) The license plate number of the inspected car near the inspector is transmitted to the monitoring center via the mobile phone network by SMS or MMS (1), monitoring center

(1) Find the phone number of the mobile phone (8) from the source phone number of the SMS or MMS message, find the phone number from the phone number of the mobile phone (8) (8) Access letter in step A2 Information, from the access information, find the location data of the base station (201) accessed by the mobile phone (8),

as well as,

A4. Monitoring Center (1) The location data of the base station (201) to which the in-vehicle mobile phone (3) is connected and the location data of the base station (201) to which the inspector mobile phone (8) is connected are transmitted to the mobile telephone network (2) to The mobile phone (8) is checked by the auditor;

The method for authenticating a transportation vehicle according to claim 12, wherein the method comprises the following group B steps, and the inspector uses the mobile phone (8) to check the identity of the automobile. The specific steps are as follows:

B2. Inspector's mobile phone (8) Within the coverage of the base station (201), the mobile phone (8) automatically connects to the base station (201), and the account management system (202) hands the hand The access information of the machine (8) accessing the base station (201) is transmitted to the monitoring center (1), and the monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

B3. The inspector uses the mobile phone (8) to dial the designated telephone number of the inspection vehicle. After dialing, the telephone number can be immediately hanged. The telephone number of the inspection vehicle includes the digital part of the license plate number of the vehicle being inspected, and the monitoring center ( 1) After receiving the call from the auditor, find the phone number of the auditor's mobile phone (8) from the caller number, find the access information of the mobile phone (8) from the phone number of the mobile phone (8), and find the access information from the access information. Location information of the base station (201) accessed by the mobile phone (8);

as well as,

Monitoring Center (1) Find the digital part of the license plate number of the inspected car from the inspection phone number dialed by the inspector, and then monitor the center (1) at all base stations (201) accessed from the inspector's mobile phone (8) The access information record sent out finds all the access information of the in-vehicle mobile phone (3) with the same license plate number as the digital part of the license plate number and the license plate number corresponding to the in-vehicle mobile phone (3);

B4. Monitoring Center (1) Send the license plate number found in step B3 to the mobile phone via the mobile phone network (8) via SMS or MMS to the inspector. The inspector sees all the inspectors from the SMS or MMS content. Mobile phone (8) The license plate number corresponding to the in-vehicle mobile phone (3) within the coverage of the same base station (201). If the scanned vehicle license plate number is included in the SMS or MMS content, it indicates the identity authentication of the inspected car. Successful, otherwise the inspector can take immediate action to further verify the identity of the car.

The method for authenticating a transportation vehicle according to claim 12, wherein the method comprises the following steps of group C, wherein the auditor uses the mobile phone (8) to talk with the driver of the inspected vehicle, and the specific steps are as follows: : CI. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information;

C3. Monitoring Center (1) Find the phone number of the mobile phone (8) from the source phone number of the SMS or MMS message, find the license plate number of the checked car from the content of the SMS or MMS message, and find the corresponding license plate number from the license plate number. Car phone (3) Phone number; Monitoring center (1) Dial the phone to the inspector's mobile phone (8) and the car phone (3) of the car, and then the monitoring center (1) through the mobile phone network (2) Connect the inspector's mobile phone (8) to the in-vehicle mobile phone (3) of the inspected car;

C4. After the inspector and the driver of the inspected car respectively answer the call, the inspector and the driver of the inspected car can make a call.

16. The method of claim 12, wherein the method comprises the following steps of group D, the step of using the mobile phone (8) and checking the position of the vehicle by the inspector, the specific steps are as follows:

D1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile phone network (2) and the account management system (202), and is monitored. The heart (1) updates the record of the license plate number corresponding to the access information according to the received access information;

D2. The inspector uses the mobile phone (8) to transmit the license plate number of the inspected car to the monitoring center (1) through the mobile phone network by SMS or MMS;

D3. Monitoring Center (1) Find the license plate number of the checked car from the content of the SMS or MMS message, and find the location information of the base station (201) that is connected to the car phone (3) corresponding to the license plate number from the license plate number. Together with the location information of several base stations (201) previously accessed by the in-vehicle mobile phone (3), it is transmitted to the inspector's mobile phone (8) via a mobile phone network (2) by SMS or MMS to the inspector.

17. The transportation vehicle certification method according to claim 8 or 9 or 10 or 11, the method further comprising a monitoring center (1) method of detecting a driving speed of the vehicle, characterized in that the monitoring center (1) is Detecting the car's car phone (3) accessing different base stations

The time of (201) and the distance between the base station (201) and another base station (201) calculate the average travel speed of the car.

The method for authenticating a transportation vehicle according to claim 17, wherein the method further comprises the following group E step, which is a step of the monitoring center (1) detecting whether the vehicle is speeding, and the specific steps are as follows:

E1. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) automatically connects to the base station (201), and the car phone (3) is used by the base station (201). The access information of the access base station (201) is transmitted to the monitoring center (1) through the mobile telephone network (2) and the account management system (202), and the monitoring center (1) updates the access according to the received access information. a record of the license plate number corresponding to the information; E2. When the car leaves the coverage of the base station (201) accessed by the in-vehicle mobile phone (3) in step El and enters the coverage of another base station (201), the in-vehicle mobile phone (3) automatically accesses the telecom Another base station (201) transmits the access information of the in-vehicle mobile phone (3) through the mobile phone network (2) and the account management system (202) by the other base station (201), that is, the currently accessed base station (201). Go to the monitoring center (1), and the monitoring center (1) updates the record of the license plate number corresponding to the access information according to the received access information;

E3. The monitoring center (1) receives the access information of the current mobile station (3) after accessing the current mobile phone (3), and accesses the current base station (201) and the previously accessed base station according to the in-vehicle mobile phone (3) ( 201) The time required to calculate the travel time from the coverage of the base station (201) before entering the vehicle to the coverage of the currently connected base station (201), the distance between each base station (201) and Calculating the moving speed of the car from the previously accessed base station (201) to the currently accessed base station (201);

19. The transportation vehicle certification method according to claim 8 or 9 or 10 or 11, the method further comprising the following group F step, wherein the monitoring center (1) detects whether the vehicle has speeding, the specific steps as follows: Fl. When the car with the car phone (3) installed enters the coverage of the base station (201), the car phone (3) is automatically connected to the base station (201), and the car phone (3) passes the GPS locator (301). ) obtaining location information of the location where the in-vehicle mobile phone (3) is located, and passing the location information as a short message or multimedia message through the mobile phone network

(2) Transfer to the monitoring center (1), monitoring center (1) Find the phone number of the car phone (3) from the message source number of the SMS or MMS message, and then the monitoring center

(1) storing the phone number and the location information in the record of the license plate number corresponding to the phone number;

F2. When the car leaves the coverage of the base station (201) to which the in-vehicle mobile phone (3) is connected in step F1 and enters the coverage of another base station (201), the in-vehicle mobile phone

(3) After the automatic telecommunications accesses the other base station (201), the in-vehicle mobile phone (3) acquires the location information of the location where the in-vehicle mobile phone (3) is located through the GPS locator (301), and the location information is The SMS or MMS message is transmitted to the monitoring center (1) via the mobile phone network (2). The monitoring center (1) finds the phone number of the car phone (3) from the message source number of the SMS or MMS message, and then the monitoring center (1) The phone number and location information are stored in the record of the license plate number corresponding to the phone number;

When the monitoring center (1) finds that the driving speed of the car is higher than the safe speed, the monitoring center (1) sends an overspeed warning message to the mobile phone (8) on the car through the mobile phone network, and the driver is not allowed to speeding, The method of sending the overspeed warning message includes sending an overspeed warning message to the car's mobile phone (8) by using a short message, or sending the overspeed warning message to the car's mobile phone (8) by using a multimedia message, or calling the car. The phone number of the mobile phone (8) then reads the overspeed warning message to the driver of the car by voice after the call is connected.

The method for authenticating a transportation vehicle according to claim 8 or 9 or 10 or 11, wherein the method further comprises a method for checking the identity of the vehicle by monitoring the terminal (6), characterized in that the monitoring terminal (6) passes The camcorder (7) collects the license plate number image information of the inspected car, and restores the license plate image information to the license plate number through the optical identification software, and then monitors the terminal (6) through the mobile phone (8) and the mobile phone network ( 2) From the monitoring center

(1) Extract the location data of the car phone (3) corresponding to the license plate number and the base station (201) of the mobile phone network (2) connected to the mobile phone network (2), and check the access of the car phone (3) and the mobile phone (8). When the location information of the base station (201) is the same, the identity verification of the car is successful.

The method for authenticating a transportation vehicle according to claim 20, wherein the method comprises the following steps of group G, which is a step of monitoring the identity of the vehicle by the monitoring terminal (6), and the specific steps are as follows:

G2. When the monitoring terminal (6) is within the coverage of the base station (201), the mobile terminal (8) of the monitoring terminal (6) automatically accesses the base station (201), and the mobile phone is managed by the account management system (202) (8) Access information transmission to the base station (201) Go to the monitoring center (1), and the monitoring center (1) updates the access information record corresponding to the mobile phone (8) according to the received access information;

G4. Monitoring Center (1) Find the phone number of the mobile phone (8) from the phone number of the SMS or MMS message, and find the phone number (8) from the phone number of the mobile phone (8). Enter the location information of the base station (201) accessed by the mobile phone (8),

as well as,

Monitoring Center (1) The location data of the base station (201) to which the in-vehicle mobile phone (3) is connected and the location data of the base station (201) to which the mobile terminal (8) of the monitoring terminal (6) is connected, through the mobile telephone network (2) ) and the mobile phone (8) is transmitted to the monitoring terminal 6) for the staff to view,

as well as,

22. The transportation vehicle certification method according to claim 8 or 9 or 10 or 11, the method further comprising a monitoring center (1) method for checking the driver's identity of driving the vehicle, characterized in that the monitoring center (1) By monitoring the access information of the in-vehicle mobile phone (3) accessing the base station (201) and the driver's mobile phone (4) driving the driver of the car (4) accessing the access information of the base station (201), calculating the state of the car based on the access information and The position, as well as the position of the driver, when the car is in a moving state, and the position of the car and the position of the driver coincide with each other, indicating that the identity of the car and the driver is successfully authenticated.

The method for authenticating a transportation vehicle according to claim 22, wherein the state includes a moving state and a stationary state, wherein the moving state refers to continuous connection of the in-vehicle mobile phone (3) on the automobile. The access time to the same base station (201) does not exceed the period within the specified time T, which means that the access time of the in-vehicle mobile phone (3) on the car continuously accesses to the same base station (201) exceeds A period other than the specified time T.

24. The method of authenticating a transportation vehicle according to claim 22, wherein when the vehicle is in a moving state and the position of the vehicle is inconsistent with the position of the driver, the monitoring center

(1) Send a warning message to the owner's mobile phone (5) and/or the driver's driver's mobile phone (4) via the mobile phone network (2).

25. The method for authenticating a transportation vehicle according to claim 22, wherein when the monitoring center (1) finds that the in-vehicle mobile phone (3) is turned off, or the in-vehicle mobile phone (3) leaves the coverage of the mobile phone network (2) When the monitoring center (1) sends a warning message to the owner's mobile phone

(5) and / or driver's driver phone (4).

The method for authenticating a transportation vehicle according to claim 24 or 25, wherein the content of the warning information includes the location of the base station (201) currently accessed by the onboard mobile phone (3) on the car. Information and/or location information of the base station (201) previously accessed by the in-vehicle mobile phone (3) on the car.

27. The transportation vehicle certification method according to claim 8 or 9 or 10 or 11, the method further comprising a method for the driver to report the driven vehicle to the monitoring center (1), characterized in that the driver uses before driving Driver's mobile phone (4) Dial the reporting phone number of the monitoring center (1). After receiving the call, the monitoring center (1) finds the phone number of the driver's mobile phone (4) from the calling number, and finds the driver from the phone number of the driver's mobile phone (4). Identity information, find the corresponding license plate number from the reporting phone number dialed by the driver's mobile phone (4), monitoring center

(1) Record the driver's identity information and the license plate number and the time of the time in the declaration record of the monitoring center (1).

28. The method according to claim 27, wherein the method further comprises the method of the driver cancelling the reported driving car to the monitoring center (1), wherein the driver dials the driver's mobile phone (4) after parking. The cancellation report phone number of the monitoring center (1), the monitoring center (1) After receiving the call, find the phone number of the driver's mobile phone (4) from the caller's number, and find the driver's identity data from the phone number of the driver's mobile phone (4). Driver mobile phone

(4) The cancellation report telephone number dialed knows that the driver has to cancel the declaration. The monitoring center (1) finds the previous report record of the driver in the stored declaration record, and then stores the current time as the cancellation report time. Within the declaration record.