CN106971429B - A kind of highway toll collection system and method based on mobile communication - Google Patents
A kind of highway toll collection system and method based on mobile communication Download PDFInfo
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- CN106971429B CN106971429B CN201710088232.0A CN201710088232A CN106971429B CN 106971429 B CN106971429 B CN 106971429B CN 201710088232 A CN201710088232 A CN 201710088232A CN 106971429 B CN106971429 B CN 106971429B
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- 238000010295 mobile communication Methods 0.000 title claims abstract description 42
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- 230000004044 response Effects 0.000 claims description 39
- 238000013475 authorization Methods 0.000 claims description 27
- 238000001514 detection method Methods 0.000 claims description 25
- 230000006698 induction Effects 0.000 claims description 10
- 238000004891 communication Methods 0.000 claims description 9
- 230000001960 triggered effect Effects 0.000 claims description 2
- 230000003993 interaction Effects 0.000 abstract description 3
- 238000007726 management method Methods 0.000 description 75
- 238000010586 diagram Methods 0.000 description 2
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- 230000006978 adaptation Effects 0.000 description 1
- 238000004364 calculation method Methods 0.000 description 1
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- 230000000694 effects Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 238000012795 verification Methods 0.000 description 1
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/06—Arrangements for road pricing or congestion charging of vehicles or vehicle users, e.g. automatic toll systems
- G07B15/063—Arrangements for road pricing or congestion charging of vehicles or vehicle users, e.g. automatic toll systems using wireless information transmission between the vehicle and a fixed station
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Abstract
The present invention proposes a kind of highway toll collection system and method based on mobile communication, comprising: the central platform database of vehicle-mounted mobile communication terminal, in/out mouth charge station end and Highway Control Center；Before vehicle pull-in, vehicle license plate number, directly clearance vehicle are detected by wireless signal transmitter in entrance charge station end in advance, and the vehicle binding information in vehicle pull-in information and central platform database is introduced local real-time data base；Vehicle license plate number is detected by wireless signal transmitter in outlet charge station end in advance, toll is calculated before vehicle pull-in, and in vehicle pull-in, takes off corresponding expense and vehicle of letting pass.Entire current process is stopped without user, and the quick interaction of information is only realized by wireless network, and progress identity is veritified before vehicle pull-in and expense is calculated, deducted, and realization highway non-parking charge improves expressway tol lcollection working efficiency.
Description
Technical Field
The invention relates to the field of intelligent traffic toll collection, in particular to a highway electronic toll collection system and method based on mobile communication.
Background
At present, highway toll in China is generally carried out in two ways:
1. and (3) manual charging mode: the vehicle gets the card on the entrance lane of the highway, and the payment is finished on the exit lane in a cash or mobile phone code scanning mode.
2. ETC electronic toll collection mode: firstly, the OBU unit is required to be added on the vehicle and is pre-charged. The vehicle needs to enter from and exit from the ETC-dedicated lane. When the vehicle leaves the expressway, the fee is automatically deducted without stopping the vehicle.
Among the two charging modes, the manual charging mode consumes a long time, the charging efficiency is low, the ETC non-stop charging mode needs to be additionally provided with a specific OBU unit, and a special detection device needs to be additionally arranged in an ETC special lane, so that the cost is high.
Disclosure of Invention
The invention aims to solve the technical problem of providing a highway toll collection scheme which does not need to be additionally provided with an OBU (on board unit) and can realize highway toll collection without stopping.
In order to achieve the technical effects, the technical scheme adopted by the invention is as follows:
a highway toll collection system based on mobile communication comprises: a central platform database of the vehicle-mounted mobile communication terminal, the entrance/exit toll station end and the highway management center; the entrance/exit toll station side includes: the system comprises a local business management server, a local real-time database, a wireless signal transmitter, a lane controller, a lane gate and license plate identification equipment; wherein,
the vehicle-mounted mobile communication terminal is used for providing a window for displaying information for a user, interacting with a wireless signal transmitter arranged at the entrance of a toll lane of an exit/entrance toll station through a wireless network, receiving a detection signal transmitted by the wireless signal transmitter and feeding back a response signal according to the detection signal; the detection signal includes: the number of a toll station where the wireless signal transmitter is located and the address of the wireless signal transmitter; the answer signal includes: vehicle-mounted mobile communication terminal ID and license plate number;
the central platform database is used for storing payment account information, vehicle information and mobile communication terminal ID uploaded by a user and vehicle passing records uploaded by each local service management server;
the wireless signal emitter is arranged at the entrance of the toll lane of the entrance/exit toll station and used for periodically sending a detection signal to a communication range, receiving a response signal fed back by the vehicle-mounted mobile communication terminal and sending the received response signal to the local service management server for entrance/exit toll station charging;
the license plate recognition equipment is arranged at the entrance of a toll lane of an entrance/exit toll station and is connected with a local service management server of a corresponding station; the license plate recognition equipment is used for collecting and recognizing license plate numbers of vehicles entering the station and sending the recognized license plate numbers to a local business management server of the corresponding station;
the local business management server is connected with the wireless signal transmitter, the license plate recognition device and the lane controller of the toll station through wired or wireless links, receives the response signal uploaded by the wireless signal transmitter and the license plate number uploaded by the license plate recognition device, generates authorization information of the corresponding vehicle according to the response signal and the license plate number, and issues the authorization information to the lane controller; generating a vehicle passing record and uploading the vehicle passing record to a central platform database; the exit/entrance local service management server is provided with an interface for accessing the local real-time database;
the lane controller is connected with the lane gate and opens or closes the lane gate according to the authorization information;
the local real-time database is interacted with the central platform database and stores vehicle identity information introduced from the central platform database, vehicle entering information uploaded by the local service management server of the entrance toll station and vehicle exiting information uploaded by the local service management server of the exit toll station;
the vehicle arrival information includes: entrance toll station number, vehicle license plate number and vehicle arrival time;
the vehicle outbound information includes: the system comprises an exit toll station number, a vehicle license plate number, vehicle exit time, vehicle toll payment amount and fee deduction time.
Further, the vehicle-mounted mobile communication terminal is a smart phone terminal.
Further, the license plate recognition apparatus includes: the system comprises a snapshot camera with a license plate recognition function and a ground induction coil; the ground induction coil is buried at the entrance of the toll lane and is connected with the snapshot camera; after the ground induction coil detects that the vehicle passes by, the snapshot camera is triggered immediately to snapshot and identify the license plate.
The invention also provides a highway non-stop toll collection method based on mobile communication, which comprises the following steps:
(1) constructing the highway non-stop toll collection system based on mobile communication;
(2) the method comprises the steps that a vehicle-mounted mobile communication terminal is arranged on a vehicle, a user opens a payment account in the central platform data of a highway management center in advance, and the payment account is bound with the ID of the vehicle-mounted mobile communication terminal and vehicle information;
(3) an entrance toll station vehicle for passing a station, comprising the steps of:
(3-1) when a vehicle enters the communication range of a wireless signal transmitter at the entrance of a toll lane of an entrance toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
(3-2) the wireless signal transmitter of the entrance toll station transmits the received response signal to the local service management server of the entrance toll station, the local service management server searches the central platform database according to the mobile communication terminal ID number in the response signal, and introduces the binding information of the corresponding mobile communication terminal in the central platform database into the local real-time database of the local service management server;
(3-3) when the vehicle enters the entrance of the toll collection lane of the entrance toll station, the license plate recognition equipment recognizes the license plate number of the vehicle and sends the license plate number to the local service management server;
(3-4) the local service management server generates authorization information for directly passing the corresponding vehicle according to the response signal and the license plate number sent by the license plate recognition equipment, and sends the authorization information to the lane controller; generating vehicle arrival information and storing the vehicle arrival information into a local real-time database;
(3-5) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
(4) an exit toll station collects toll and releases vehicles, comprising the steps of:
(4-1) when a vehicle enters the communication range of a wireless signal transmitter at the entrance of a toll lane of an exit toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
(4-2) the wireless signal transmitter of the exit toll station transmits the received response signal to the local service management server of the exit toll station, and the local service manager retrieves the entrance information and the payment account information of the vehicle in the local real-time database and calculates the toll amount of the vehicle;
(4-3) when the vehicle enters the entrance of the toll collection lane of the exit toll station, the license plate recognition equipment recognizes the license plate number of the vehicle and sends the license plate number to the local service management server;
after deducting the toll from the payment account corresponding to the vehicle, the local service management server generates authorization information for directly releasing the corresponding vehicle and issues the authorization information to the lane controller; generating vehicle outbound information and storing the vehicle outbound information into a local real-time database;
(4-4) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
(5) after the vehicle is out of the station, the local service management server packages the station-entering information, the station-exiting information and the payment information of the vehicle into vehicle passing records and uploads the vehicle passing records to the central platform database.
Has the advantages that: compared with the prior art, the invention has the following advantages:
the invention can realize the quick interaction of information through a wireless network, carry out identity verification and expense calculation and deduction before vehicles enter a station, realize the non-stop toll collection of the expressway and improve the working efficiency of the toll collection of the expressway.
Drawings
FIG. 1 is a layout diagram of the highway toll collection system of the present invention.
Detailed Description
The invention will be further explained with reference to the drawings.
FIG. 1 is a layout diagram of the highway toll collection system of the present invention, which includes: a central platform database of the vehicle-mounted mobile communication terminal, the entrance/exit toll station end and the highway management center; the entrance/exit toll station side includes: the system comprises a local business management server, a local real-time database, a wireless signal transmitter, a lane controller, a lane gate and license plate identification equipment; wherein,
the vehicle-mounted mobile communication terminal is used for providing a window for displaying information for a user, interacting with a wireless signal transmitter arranged at the entrance of a toll lane of an exit/entrance toll station through a wireless network, receiving a detection signal transmitted by the wireless signal transmitter and feeding back a response signal according to the detection signal; the detection signal includes: the number of a toll station where the wireless signal transmitter is located and the address of the wireless signal transmitter; the answer signal includes: vehicle-mounted mobile communication terminal ID and license plate number;
the central platform database is used for storing payment account information, vehicle information and mobile communication terminal ID uploaded by a user and vehicle passing records uploaded by each local service management server;
the wireless signal emitter is arranged at the entrance of the toll lane of the entrance/exit toll station and used for periodically sending a detection signal to a communication range, receiving a response signal fed back by the vehicle-mounted mobile communication terminal and sending the received response signal to the local service management server for entrance/exit toll station charging;
the license plate recognition equipment is arranged at the entrance of a toll lane of an entrance/exit toll station and is connected with a local service management server of a corresponding station; the license plate recognition equipment is used for collecting and recognizing license plate numbers of vehicles entering the station and sending the recognized license plate numbers to a local business management server of the corresponding station; the license plate recognition device includes: the system comprises a snapshot camera with a license plate recognition function and a ground induction coil; the ground induction coil is buried at the entrance of the toll lane and is connected with the snapshot camera; after the ground induction coil detects that the vehicle passes by, immediately triggering a snapshot camera to snapshot and identify a license plate;
the local business management server is connected with the wireless signal transmitter, the license plate recognition device and the lane controller of the toll station through wired or wireless links, receives the response signal uploaded by the wireless signal transmitter and the license plate number uploaded by the license plate recognition device, generates authorization information of the corresponding vehicle according to the response signal and the license plate number, and issues the authorization information to the lane controller; generating a vehicle passing record and uploading the vehicle passing record to a central platform database; the exit/entrance local service management server is provided with an interface for accessing the local real-time database;
the lane controller is connected with the lane gate and opens or closes the lane gate according to the authorization information;
the local real-time database is interacted with the central platform database and stores vehicle identity information introduced from the central platform database, vehicle entering information uploaded by the local service management server of the entrance toll station and vehicle exiting information uploaded by the local service management server of the exit toll station;
the vehicle arrival information includes: entrance toll station number, vehicle license plate number and vehicle arrival time;
the vehicle outbound information includes: the system comprises an exit toll station number, a vehicle license plate number, vehicle exit time, vehicle toll payment amount and fee deduction time.
In this embodiment, the vehicle-mounted mobile communication terminal is preferably a smartphone terminal loaded with an expressway toll Application (APP). The highway payment APP mainly realizes the following functions: user registration and management, vehicle information binding, payment binding and recharging, account inquiry, settlement and fee deduction, path inquiry and navigation, road condition reminding and intelligent induction, position feedback, service inquiry and the like, and social credit investigation.
The highway payment APP is divided into a front-end application system and a background management system, and the APP front-end application system and the background management system are in interface calling and data exchange with the peripheral subsystem through the data exchange platform. The system comprises a front-end application system, a background management system and a client application system, wherein the front-end application system comprises a client contact point of the whole platform, presentation of service data and a client man-machine interaction window, and the background management system is used for providing background services. The background service mainly comprises user management, charging management, settlement management, resource management, system management and the like, and realizes unified management of people, property and objects related to the mobile phone APP system.
The user management mainly comprises the following steps: user's increasing, deleting, modifying, checking, authority management, password management, role management, etc.;
the social credit investigation data management comprises the following steps: social credit bad user management and fee evasion user management.
The charge management mainly comprises: vehicle passage management, recharge management, prepaid card management, member management, resource management, and the like;
the settlement management mainly comprises: charge management, bill management, reconciliation management, bill management, settlement management, and the like;
the resource management mainly comprises the following steps: basic information management, device management, resource management, and the like;
the system management mainly comprises: rights management, personnel management, organizational management, role management, log management, and the like.
The application method of the medium and high speed highway electronic toll collection system comprises the following steps:
firstly, a vehicle-mounted mobile communication terminal is arranged on a vehicle, a user opens a payment account in the central platform data of the highway management center in advance, and the payment account is bound with the ID of the vehicle-mounted mobile communication terminal and the vehicle information;
(II) the entrance toll station vehicle for passing comprises the following steps:
1) when a vehicle enters a communication range of a wireless signal transmitter at the entrance of a toll lane of an entrance toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
2) the wireless signal transmitter of the entrance toll station transmits the received response signal to the local service management server of the entrance toll station, the local service management server searches the central platform database according to the mobile communication terminal ID number in the response signal, and introduces the binding information of the corresponding mobile communication terminal in the central platform database into the local real-time database of the local service management server;
3) when a vehicle enters an entrance toll station toll lane entrance, license plate recognition equipment recognizes a license plate number of the vehicle and sends the license plate number to a local service management server;
4) the local service management server generates authorization information for directly passing the corresponding vehicle according to the response signal and the license plate number sent by the license plate recognition equipment, and sends the authorization information to the lane controller; generating vehicle arrival information and storing the vehicle arrival information into a local real-time database;
5) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
(III) the exit toll station collects the toll and releases the vehicle, comprising the steps of:
1) when a vehicle enters a communication range of a wireless signal transmitter at an entrance of a toll lane of an exit toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
2) the wireless signal transmitter of the exit toll station transmits the received response signal to the local service management server of the exit toll station, and the local service manager retrieves the entrance information and the payment account information of the vehicle in the local real-time database and calculates the toll amount of the vehicle;
3) when a vehicle enters an entrance of a toll collection lane of an exit toll station, license plate recognition equipment recognizes a license plate number of the vehicle and sends the license plate number to a local service management server; after deducting the toll from the payment account corresponding to the vehicle, the local service management server generates authorization information for directly releasing the corresponding vehicle and issues the authorization information to the lane controller; generating vehicle outbound information and storing the vehicle outbound information into a local real-time database;
4) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
5) after the vehicle is out of the station, the local service management server packages the station-entering information, the station-exiting information and the payment information of the vehicle into vehicle passing records and uploads the vehicle passing records to the central platform database.
The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the invention and these are intended to be within the scope of the invention.
Claims (4)
1. A highway toll collection system based on mobile communication is characterized by comprising: a central platform database of the vehicle-mounted mobile communication terminal, the entrance/exit toll station end and the highway management center; the entrance/exit toll station side includes: the system comprises a local business management server, a local real-time database, a wireless signal transmitter, a lane controller, a lane gate and license plate identification equipment; wherein,
the vehicle-mounted mobile communication terminal is used for providing a window for displaying information for a user, interacting with a wireless signal transmitter arranged at the entrance of a toll lane of an exit/entrance toll station through a wireless network, receiving a detection signal transmitted by the wireless signal transmitter and feeding back a response signal according to the detection signal; the detection signal includes: the number of a toll station where the wireless signal transmitter is located and the address of the wireless signal transmitter; the answer signal includes: vehicle-mounted mobile communication terminal ID and license plate number;
the central platform database is used for storing payment account information, vehicle information and mobile communication terminal ID uploaded by a user and vehicle passing records uploaded by each local service management server;
the wireless signal emitter is arranged at the entrance of the toll lane of the entrance/exit toll station and used for periodically sending a detection signal to a communication range, receiving a response signal fed back by the vehicle-mounted mobile communication terminal and sending the received response signal to the local service management server for entrance/exit toll station charging;
the license plate recognition equipment is arranged at the entrance of a toll lane of an entrance/exit toll station and is connected with a local service management server of a corresponding station; the license plate recognition equipment is used for collecting and recognizing license plate numbers of vehicles entering the station and sending the recognized license plate numbers to a local business management server of the corresponding station;
the local business management server is connected with the wireless signal transmitter, the license plate recognition device and the lane controller of the toll station through wired or wireless links, receives the response signal uploaded by the wireless signal transmitter and the license plate number uploaded by the license plate recognition device, generates authorization information of the corresponding vehicle according to the response signal and the license plate number, and issues the authorization information to the lane controller; generating a vehicle passing record and uploading the vehicle passing record to a central platform database; the exit/entrance local service management server is provided with an interface for accessing the local real-time database;
the lane controller is connected with the lane gate and opens or closes the lane gate according to the authorization information;
the local real-time database is interacted with the central platform database and stores vehicle identity information introduced from the central platform database, vehicle entering information uploaded by the local service management server of the entrance toll station and vehicle exiting information uploaded by the local service management server of the exit toll station;
the vehicle arrival information includes: entrance toll station number, vehicle license plate number and vehicle arrival time;
the vehicle outbound information includes: the system comprises an exit toll station number, a vehicle license plate number, vehicle exit time, vehicle toll payment amount and fee deduction time.
2. The system according to claim 1, wherein the vehicle-mounted mobile communication terminal is a smartphone terminal.
3. The system for highway toll collection based on mobile communication according to claim 1, wherein said license plate recognition device comprises: the system comprises a snapshot camera with a license plate recognition function and a ground induction coil; the ground induction coil is buried at the entrance of the toll lane and is connected with the snapshot camera; after the ground induction coil detects that the vehicle passes by, the snapshot camera is triggered immediately to snapshot and identify the license plate.
4. A highway non-stop toll collection method based on mobile communication is characterized by comprising the following steps:
(1) constructing a mobile communication-based highway toll collection system according to any one of claims 1 to 3;
(2) the method comprises the steps that a vehicle-mounted mobile communication terminal is arranged on a vehicle, a user opens a payment account in the central platform data of a highway management center in advance, and the payment account is bound with the ID of the vehicle-mounted mobile communication terminal and vehicle information;
(3) an entrance toll station vehicle for passing a station, comprising the steps of:
(3-1) when a vehicle enters the communication range of a wireless signal transmitter at the entrance of a toll lane of an entrance toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
(3-2) the wireless signal transmitter of the entrance toll station transmits the received response signal to the local service management server of the entrance toll station, the local service management server searches the central platform database according to the mobile communication terminal ID number in the response signal, and introduces the binding information of the corresponding mobile communication terminal in the central platform database into the local real-time database of the local service management server;
(3-3) when the vehicle enters the entrance of the toll collection lane of the entrance toll station, the license plate recognition equipment recognizes the license plate number of the vehicle and sends the license plate number to the local service management server;
(3-4) the local service management server generates authorization information for directly passing the corresponding vehicle according to the response signal and the license plate number sent by the license plate recognition equipment, and sends the authorization information to the lane controller; generating vehicle arrival information and storing the vehicle arrival information into a local real-time database;
(3-5) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
(4) an exit toll station collects toll and releases vehicles, comprising the steps of:
(4-1) when a vehicle enters the communication range of a wireless signal transmitter at the entrance of a toll lane of an exit toll station, receiving a detection signal transmitted by the wireless signal transmitter, and generating a response signal according to the detection signal and feeding back the response signal to the corresponding wireless signal transmitter;
(4-2) the wireless signal transmitter of the exit toll station transmits the received response signal to the local service management server of the exit toll station, and the local service manager retrieves the entrance information and the payment account information of the vehicle in the local real-time database and calculates the toll amount of the vehicle;
(4-3) when the vehicle enters the entrance of the toll collection lane of the exit toll station, the license plate recognition equipment recognizes the license plate number of the vehicle and sends the license plate number to the local service management server;
after deducting the toll from the payment account corresponding to the vehicle, the local service management server generates authorization information for directly releasing the corresponding vehicle and issues the authorization information to the lane controller; generating vehicle outbound information and storing the vehicle outbound information into a local real-time database;
(4-4) the lane controller controls the lane gate to be opened according to the received authorization information, and vehicles which are authorized are directly released;
(5) after the vehicle is out of the station, the local service management server packages the station-entering information, the station-exiting information and the payment information of the vehicle into vehicle passing records and uploads the vehicle passing records to the central platform database.
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| CN107862755A (en) * | 2017-11-29 | 2018-03-30 | 合肥寰景信息技术有限公司 | High speed toll collection system based on big data analysis |
| CN107845154A (en) * | 2017-12-14 | 2018-03-27 | 湖北工程职业学院 | A kind of toll station card-taking device |
| CN108198257A (en) * | 2018-01-22 | 2018-06-22 | 四川精工伟达智能技术股份有限公司 | Non-stop charging method and toll collection system |
| CN108597042A (en) * | 2018-02-23 | 2018-09-28 | 北京是捷科技有限公司 | A kind of non-motor van ETC realization method and systems |
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| CN110035129B (en) * | 2019-04-23 | 2021-11-30 | 北京梦陀螺科技有限公司 | Highway vehicle management system and working method thereof |
| CN112215971B (en) * | 2019-07-12 | 2023-01-31 | 北京四维图新科技股份有限公司 | Highway charging processing method and device |
| CN112785737A (en) * | 2021-02-08 | 2021-05-11 | 孙昌林 | Highway toll collection scheme based on pre-charging |
| CN114331392A (en) * | 2021-12-31 | 2022-04-12 | 招商华软信息有限公司 | Mobile payment system |
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