CN114863577A - Roadside parking charging method based on video inspection system - Google Patents
Roadside parking charging method based on video inspection system Download PDFInfo
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- CN114863577A CN114863577A CN202210379021.3A CN202210379021A CN114863577A CN 114863577 A CN114863577 A CN 114863577A CN 202210379021 A CN202210379021 A CN 202210379021A CN 114863577 A CN114863577 A CN 114863577A
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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
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/01—Detecting movement of traffic to be counted or controlled
- G08G1/017—Detecting movement of traffic to be counted or controlled identifying vehicles
- G08G1/0175—Detecting movement of traffic to be counted or controlled identifying vehicles by photographing vehicles, e.g. when violating traffic rules
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
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Abstract
The invention discloses a roadside parking charging method based on a video inspection system, which comprises the following steps: the method comprises the following steps that firstly, an inspection vehicle runs according to a planned inspection route, a video inspection system on the inspection vehicle respectively obtains vehicle information and identifies license plates of vehicles at all parking positions, an ETC (electronic toll collection) module on the inspection vehicle reads vehicle ETC information in an identification area, and then the read vehicle ETC information is sent to a management control module; the management control module sends the vehicle ETC information that will read to the management platform after matching with the license plate, detects when the vehicle leaves the berth with this information routing to the management platform as management control module, then sends ETC charging information to ETC charging module by the management platform, sends to the ETC settlement center by ETC charging module and withholds the operation and accomplish the charge. The invention can realize ETC charging for roadside parking and effectively prevent mutual conflict among different payment channels.
Description
Technical Field
The invention relates to a parking charging method, in particular to a roadside parking charging method based on a video inspection system.
Background
In the face of increasing parking requirements, the function of on-road parking begins to be highlighted, but as the on-road parking is compared with the mode of a parking lot and a parking garage, a charging port with a blocking function cannot be arranged, so that the charging and charging work of vehicles on parking berths is more difficult. The traditional charging mode for parking in the road is to adopt a handheld PDA mode to charge and charge, namely, a toll collector is held by a toll collector to record a newly parked vehicle and obtain a license plate, and then the license plate is read to obtain the parking time of the vehicle when the vehicle drives away, so that the charging is carried out in a mode of generating a two-dimensional code order or scanning for payment. However, the mode is not only limited by the supervision and inspection range of a toll collector, and the parking range and the number of berths are reduced; and when the car of far away or field of vision blind area drives away fast, the toll collector still hardly perceives immediately and shouts the vehicle that parks and accomplishes the charge to cause the problem that the navigating mate flees the fee, untimely payment.
In order to overcome the above drawbacks, patent 202110632280.8 "a video inspection system" proposes a mode for performing inspection charging through an inspection vehicle, where the inspection system is composed of a remote management platform, geomagnetic parking space detectors installed at each parking position, and a positioning system, a management control module and a camera installed on the inspection vehicle; when the system is used, a patrol vehicle regularly shoots and identifies the license plate of the vehicle at each parking position, the geomagnetic parking space detector acquires the parking and leaving time of each parked vehicle, and then the acquired vehicle information and parking data are respectively sent to a remote management platform; and the remote management platform matches and integrates the data acquired by the two devices to obtain the license plate number, the vehicle parking photo and the parking time of the vehicle at each parking position, so that final charging information is generated, and the vehicle is paid on line and automatically deducted through the license plate number. Compared with the traditional manual charging and charging mode, the mode has the advantages that the supervision range is wider, the labor capacity of charging personnel is lower, and the problem of vehicle fee evasion is effectively solved. Although the parking charging mode can record the charging information of the vehicle in time, for the user who does not bind the automatic fee deduction protocol and does not actively complete the on-line fee deduction, the problem of untimely vehicle fee payment or fee evasion still exists, so the video inspection system needs to have a more complete and comprehensive fee deduction mode.
With the development of technology, adding the traditional ETC charging mode for the high-speed toll station into parking charging becomes a hotspot developed by manufacturers, but the application method of the ETC charging system in the parking lot at present is to install an ETC charging module at a charging post at an entrance and an exit of the parking lot, so that parking is automatically induced and fee deduction is completed when the parking lot is driven away; however, in this mode, the ETC charging function cannot be realized for a roadside parking space where an entrance and an exit are not provided. On the other hand, when the ETC charging system is added into the existing inspection charging system, because the charging of different payment channels has the problem of network delay, the phenomena of payment conflict and repeated payment are easy to occur in the payment process of a user, and how to avoid the phenomena is the problem to be solved by a manufacturer.
Therefore, there is a need for an ETC charging method that realizes roadside parking and prevents mutual conflict between different payment channels.
Disclosure of Invention
The invention aims to provide a roadside parking charging method based on a video inspection system. It can realize the ETC charge to the roadside parking to effectively prevent the mutual conflict between the different payment passageways.
The technical scheme of the invention is as follows: the roadside parking charging method based on the video inspection system comprises the following steps:
A. the inspection vehicle runs according to a planned inspection route, a video inspection system on the inspection vehicle respectively acquires vehicle information and identifies license plates of vehicles at all parking positions, and an ETC charging module on the inspection vehicle reads ETC information of the vehicles in an identification area and sends the read ETC information to a management control module;
B. the management control module sends the ETC information and vehicle information with license plate numbers and parking positions obtained by the video inspection system in the same time to the management platform, the management platform matches the ETC information with the vehicle information, if the ETC information and the license plate numbers of the vehicles correspond to each other, the ETC information of the vehicles is recorded, and if the ETC information and the license plate numbers of the vehicles do not correspond to each other, the ETC information of the vehicles is not recorded;
C. after the inspection vehicle finishes one inspection according to the plan, the management platform obtains and records the data information of all parked vehicles in the time period;
D. the inspection vehicle performs inspection for multiple times according to the original route after a specified time interval, and the management platform acquires data information of each parked vehicle in the same way during inspection each time; when the vehicle reaches the charging condition, the management platform calculates the ETC charging information of the vehicle and sends the ETC charging information to an ETC settlement center for charging.
In the roadside parking charging method based on the video inspection system, the charging conditions in the step D are that the management platform respectively obtains the entrance time and the exit time of the vehicle to generate a complete order.
In the roadside parking charging method based on the video inspection system, when a vehicle enters or exits a parking position, the geomagnetic parking space detector on the parking position is used for respectively acquiring the entering time and the leaving time of the vehicle, and the time information and the position information are sent to the management platform; after receiving the information that the vehicle leaves, the management platform calculates the parking time of the vehicle according to the time information, generates corresponding charging information if the parking time meets the charging requirement, then obtains the license plate number and the ETC information of the parked vehicle corresponding to the position information, and obtains the ETC charging information of the vehicle by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
In the roadside parking charging method based on the video inspection system, when the management control module sends the ETC information and the vehicle information to the management platform together in the step B, the management platform obtains the entering or leaving time of the vehicle according to the sending time of the management control module, wherein the entering time is the time when the video inspection system identifies a new license plate for the first time, and the leaving time is the time when the video inspection system identifies the same license plate number at the same parking position for the last time; after the management platform obtains the leaving time of the vehicle in the step D, the parking time of the vehicle is calculated according to the entering time and the leaving time, if the parking time meets the charging requirement, corresponding charging information is generated, then the license plate number and the ETC information of the parked vehicle corresponding to the position information are obtained, and the ETC charging information of the vehicle is obtained by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
In the roadside parking charging method based on the video inspection system, during the parking period of the vehicle, a user adopts one of four payment channels of code scanning payment, online payment, license plate binding automatic fee deduction and ETC fee deduction to pay fees,
the ETC charging method in the step D comprises the following steps:
D1. when the management platform calculates the ETC charging information of the vehicle, inquiring whether the parking vehicle finishes payment or not, stopping payment if the vehicle finishes payment, and entering the next step if the vehicle does not finish payment;
D2. inquiring whether the vehicle is paying through other payment channels, if so, entering the next step, and if not, directly entering the step D4;
D3. the method comprises the steps that a payment channel for paying by a vehicle is locked for specified time, so that other payment channels cannot carry out payment operation within the specified time, ETC charging information of the vehicle within the specified time is kept, after the specified time is finished, a management platform inquires whether the vehicle is parked to finish payment, and if the vehicle finishes payment, charging is stopped; if the vehicle is still in the payment state, the payment request is terminated and the next step is carried out; if the vehicle payment fails, entering the next step;
D4. the management platform sends ETC charging information to an ETC settlement center, and the ETC fee deducting channel is locked at the same time, so that charging is completed after the ETC fee deduction is successful, the ETC fee deducting channel is released when the fee deduction is failed, the failure information is sent to the management platform, and other payment channels are allowed to complete payment requests.
In the roadside parking charging method based on the video inspection system, when the ETC fee deduction channel is locked in step D4, when the user pays from other payment channels, it is displayed that the order is paying and the ETC fee deduction channel is given for a specified time; if the ETC finishes payment after the appointed time, the success of payment is displayed, if the ETC finishes payment after the appointed time, the overtime of payment is displayed, the payment request of the ETC fee deducting channel is stopped, the ETC payment channel is released, and other payment channels are allowed to initiate the payment request.
In the roadside parking charging method based on the video inspection system, in the step D, when the parking duration of the vehicle reaches the charging condition, the management platform calculates the charging information of the vehicle based on the parking time and the license plate number, and pays the fee by binding the license plate automatic fee deduction channel, and if the fee is failed, the management platform enters the ETC fee deduction channel to pay the fee.
In the roadside parking charging method based on the video inspection system, after the license plate binding automatic fee deduction channel and the ETC fee deduction channel fail to deduct fees, the management platform keeps the arrearage information and informs a manager, and the manager charges the fees manually.
In the roadside parking charging method based on the video inspection system, the speed of the inspection vehicle in the step A and the step D is less than 25km/h, the parking positions in the steps A-D are parking spaces on the inner side of the road, and the length of the parking spaces is not less than 5 m.
In the roadside parking charging method based on the video inspection system, in the step B, after the management control module sends the data information of the same vehicle at the same parking position to the management platform, the management platform re-matches the license plate number of the vehicle with the ETC information to obtain the ETC information of the vehicle, then compares the ETC information of the vehicle with the ETC information of the same license plate number, and if the two ETC information of the same license plate number are consistent, then filters the ETC information of the vehicle obtained at the last time.
Compared with the prior art, the invention has the following characteristics:
(1) the ETC charging module is additionally arranged on the basis of the existing video inspection system, and a corresponding charging method is specifically arranged, so that the ETC charging module can sense vehicles at each parking position in a road and acquire ETC information along with the movement inspection of an inspection vehicle, and the sensed ETC information is matched with a license plate acquired by the video inspection system, so that the ETC information of the parking vehicle is acquired; when the vehicle is driven away, the management platform can send the charging information to the ETC settlement center according to the ETC information corresponding to the parking vehicle to deduct fees, and the automatic fee deduction of the ETC of the parking vehicle by the video inspection system is realized;
(2) on the basis, the invention further optimizes the charging method for the parked vehicle, inquires whether the vehicle pays the fee before the ETC fee deduction operation is sent out through the management platform, and locks the payment channel after inquiring that other payment channels are paying the fee, thereby effectively avoiding repeated payment generated by a plurality of payment channels within the same time or payment delay time and improving the stability of parking payment; when the ETC sends the fee deduction request, the appointed locking time is given to the ETC fee deduction channel after other payment channels send the payment request, so that the problem that when the ETC has fee deduction obstacles, other payment channels are locked and the fee deduction cannot be finished can be avoided, and the stability of the charging method is further improved;
(3) the invention also optimizes the charge calculation method of the parked vehicle on the basis of the video inspection system, and the vehicle data information time sent by the video inspection system is taken as the parking and leaving time of the vehicle, so that the invention can also realize the charging and the charging of the parked vehicle under the condition of reducing the geomagnetic parking space detector, thereby effectively reducing the integral parking charge cost;
therefore, the invention can realize ETC charging for roadside parking and effectively prevent mutual conflict among different payment channels.
Drawings
FIG. 1 is a flowchart of the operation of example 1;
FIG. 2 is a flowchart of the operation of example 2.
Detailed Description
The invention is further illustrated by the following figures and examples, which are not to be construed as limiting the invention.
Example 1. A roadside parking charging method based on a video inspection system and a geomagnetic parking space detector is shown in a flow chart 1 and comprises the following steps:
A. the inspection vehicle runs according to a planned inspection route, a video inspection system on the inspection vehicle respectively acquires vehicle information and identifies license plates of vehicles at all parking positions, the vehicle information acquisition mode comprises the steps of shooting head and tail photos with the license plates and body photos, so that the vehicle type and color information of the vehicle is obtained, and meanwhile, the parking positions of the vehicles are obtained through a positioning system; the license plate recognition is to recognize the license plate number in the photo through the existing recognition software to obtain the license plate information of the vehicle at the parking position, and simultaneously, the ETC charging module on the inspection vehicle reads the ETC information of the vehicle in the recognition area (the recognition area is the maximum recognition range of the ETC charging module), and sends the read ETC information to the management control module;
B. the management control module sends the ETC information and vehicle information with license plate numbers and parking positions obtained by the video inspection system in the same time to the management platform, the management platform matches the ETC information with the vehicle information, if the ETC information and the license plate numbers of the vehicles correspond to each other, the ETC information of the vehicles is recorded, and if the ETC information and the license plate numbers of the vehicles do not correspond to each other, the ETC information of the vehicles is not recorded;
C. after the inspection vehicle finishes one inspection according to a plan, the management platform obtains and records data information of all parked vehicles in the time period, wherein the data information comprises parking photos of the head, the tail and the side parts of the vehicles in all parking positions, license plate colors of the vehicles and ETC information of the vehicles, and if the vehicles do not have ETC, the ETC information is not contained;
D. the inspection vehicle performs inspection for multiple times according to the original route after a specified time interval, and the management platform acquires data information of each parked vehicle in the same way during inspection each time; when the vehicle reaches the charging condition, the management platform calculates the ETC charging information of the vehicle and sends the ETC charging information to an ETC settlement center for charging;
the inspection vehicle is an inspection vehicle comprising a camera, a positioning system, a management control module and a first communication module in 'a video inspection system' of patent 202110632280.8, the ETC charging module is an ETC charging module which is conventionally used in a high-speed toll station or a parking lot, and the ETC charging module is directly installed on the inspection vehicle and can sense ETC information of vehicles parked on parking places in a road;
the management platform is a management platform with data receiving, recording, parking charge calculating and payment functions in a video inspection system 202110632280.8.
And D, generating a complete order by the management platform according to the charging conditions in the step D, wherein the management platform respectively acquires the driving time and the leaving time of the vehicle.
When a vehicle enters or exits a parking position, respectively acquiring the entering time and the leaving time of the vehicle through a geomagnetic parking space detector on the parking position, and sending the time information and the position information to a management platform, wherein the geomagnetic parking space detector is an existing geomagnetic detector with a positioning function and a function of sensing the parking time of the vehicle, and is arranged on the ground of each parking position; after receiving the information that the vehicle leaves, the management platform calculates the parking time of the vehicle according to the time information, generates corresponding charging information if the parking time meets the charging requirement, then obtains the license plate number and the ETC information of the parked vehicle corresponding to the position information, and obtains the ETC charging information of the vehicle by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
During the parking of the vehicle, a user pays fee by scanning a code, pays fee on line, automatically deducts fee by binding a license plate (the automatic fee deduction of the bound license plate refers to that a vehicle owner binds the license plate number on a payment treasure/public number/small program in advance, selects an automatic fee deduction protocol after agreeing to leave, inquires user information according to the license plate number by a background after parking once, and deducts fee) and ETC,
the ETC charging method in the step D comprises the following steps:
D1. when the management platform calculates ETC charging information of the vehicle, inquiring whether the parking vehicle finishes paying or not, if the vehicle finishes paying, stopping paying, and if the vehicle does not pay, entering the next step;
D2. inquiring whether the vehicle is paying through other payment channels, if so, entering the next step, and if not, directly entering the step D4;
D3. the method comprises the steps that a payment channel for which a vehicle is paying is locked for 5 minutes, so that other payment channels cannot perform payment operation within 5 minutes (the payment channel is locked, namely payment can be performed only by a single payment channel within a specified time period, and other payment channels cannot send payment requests), and ETC charging information of the vehicle within 5 minutes is reserved; after 5 minutes, the management platform inquires whether the parked vehicle finishes paying or not again, and stops charging if the vehicle finishes paying; if the vehicle is still in the payment state, the payment request is terminated and the next step is carried out; if the vehicle payment fails, entering the next step;
D4. the management platform sends ETC charging information to an ETC settlement center, and the ETC fee deducting channel is locked at the same time, so that charging is completed after the ETC fee deduction is successful, the ETC fee deducting channel is released when the fee deduction is failed, the failure information is sent to the management platform, and other payment channels are allowed to complete payment requests.
When the ETC fee deduction channel is locked in the step D4, when the user pays from other payment channels, the order is displayed to be paid and the ETC fee deduction channel is given for 5 minutes; if the ETC finishes paying after 5 minutes, the success of paying is displayed, if the ETC does not finish paying after 5 minutes, the overtime of paying is displayed, the paying request of the ETC fee deducting channel is stopped, the ETC payment channel is released, and other payment channels are allowed to initiate the paying request.
And D, when the parking time of the vehicle reaches the charging condition, the management platform calculates the charging information of the vehicle based on the parking time and the license plate number, pays the fee through binding the license plate automatic fee deduction channel, and enters the ETC fee deduction channel to pay the fee if the fee is failed.
After the license plate binding automatic fee deduction channel and the ETC fee deduction channel fail to deduct fees, the management platform reserves the arrearage information and informs a manager, and the manager charges the fees manually.
The speed of the patrol vehicle in the step A and the step D is less than 25km/h, the parking position in the steps A-D is a side parking space (side parking space) on the inner side of the road, the length of the parking space is not less than 5 meters, and the identification area range of the ETC charging module is 10 meters.
And B, after the management control module sends the data information of the same vehicle at the same parking position to the management platform, the management platform matches the license plate number of the vehicle with the ETC information again to obtain the ETC information of the vehicle, then the ETC information of the vehicle is compared with the recorded ETC information of the same vehicle plate number at the same parking position, and if the two ETC information of the same vehicle plate number are consistent, the ETC information of the vehicle obtained at the last time is filtered.
The working principle of the invention is as follows: according to the invention, the ETC charging module is combined with the existing inspection vehicle, so that the inspection vehicle can sense the ETC information of the parked vehicle in the inspection process, and the ETC information is matched with the vehicle information obtained by the inspection system, thereby obtaining the license plate number and the parking position corresponding to the ETC information. When the vehicle drives away, the management platform deducts the fee, the parking fee to be paid can be calculated based on the parking time of the vehicle at the parking position, the fee is deducted to the ETC settlement center through the corresponding ETC information, and the ETC fee deduction function of the video inspection system is realized.
When the management platform deducts the fee, the fee charging method is optimized, so that the fee can be locked when any payment channel is deducted, and the problem of repeated fee charging caused by multiple payment of vehicles in different channels at the same time is solved. In the ETC fee deduction process, when the user pays through other payment channels, the ETC fee deduction channel is limited in time, so that long-term locking of the management platform to a single charging channel due to charging faults can be avoided, and the function of completing payment of the user from other payment channels is guaranteed.
Example 2. The roadside parking charging method based on the video inspection system, the flow of which is shown in figure 2, comprises the following steps:
A. the inspection vehicle runs according to a planned inspection route, a video inspection system on the inspection vehicle respectively acquires vehicle information and identifies license plates of vehicles at all parking positions, the vehicle information acquisition mode comprises the steps of shooting head and tail photos with the license plates and body photos, so that the vehicle type and color information of the vehicle is obtained, and meanwhile, the parking positions of the vehicles are obtained through a positioning system; the license plate recognition is to recognize the license plate number in the photo through the existing recognition software to obtain the license plate information of the vehicle at the parking position, and simultaneously, the ETC charging module on the inspection vehicle reads the ETC information of the vehicle in the recognition area (the recognition area is the maximum recognition range of the ETC charging module), and sends the read ETC information to the management control module;
B. the management control module sends the ETC information and vehicle information with license plate numbers and parking positions obtained by a video inspection system in the same time to a management platform, the management platform matches the ETC information with the vehicle information, if the ETC information and the license plate numbers of the vehicles correspond to each other, the ETC information of the vehicles is recorded, and if the ETC information and the license plate numbers of the vehicles do not correspond to each other, the ETC information of the vehicles is not recorded;
C. after the inspection vehicle finishes one inspection according to a plan, the management platform obtains and records data information of all parked vehicles in the time period, wherein the data information comprises parking photos of the head, the tail and the side parts of the vehicles in all parking positions, license plate colors of the vehicles and ETC information of the vehicles, and if the vehicles do not have ETC, the ETC information is not contained;
D. the inspection vehicle performs inspection for multiple times according to the original route after a specified time interval, and the management platform acquires data information of each parked vehicle in the same way during inspection each time; when the vehicle reaches the charging condition, the management platform calculates the ETC charging information of the vehicle and sends the ETC charging information to an ETC settlement center for charging;
the inspection vehicle is an inspection vehicle comprising a camera, a positioning system, a management control module and a first communication module in 'a video inspection system' of patent 202110632280.8, the ETC charging module is an ETC charging module which is conventionally used in a high-speed toll station or a parking lot, and the ETC charging module is directly installed on the inspection vehicle and can sense ETC information of vehicles parked on parking places in a road;
the management platform is a management platform with data receiving, recording, parking charge calculating and payment functions in a video inspection system 202110632280.8.
And D, generating a complete order by the management platform according to the charging conditions in the step D, wherein the management platform respectively acquires the driving time and the leaving time of the vehicle.
When the management control module sends the ETC information and the vehicle information to the management platform in the step B, the management platform obtains the entering or leaving time of the vehicle according to the sending time of the management control module, wherein the entering time is the time when the video inspection system identifies a new license plate for the first time, and the leaving time is the time when the video inspection system identifies the same license plate number at the same parking position for the last time; after the management platform acquires the leaving time of the vehicle (namely the vehicle information sent by the management control module is inconsistent with the vehicle information of the current parking position recorded by the management platform), the parking time of the vehicle is calculated according to the entering time and the leaving time, if the parking time meets the charging requirement, corresponding charging information is generated, then the license plate number and the ETC information of the parking vehicle corresponding to the position information are acquired, and the ETC charging information of the vehicle is acquired by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
And taking the polling interval of the polling vehicle as free parking time, and if the vehicle parks and drives away in the interval of two polling, so that the video polling system does not acquire or only acquires the parking record of the vehicle once, determining that the vehicle is in the free parking time.
During vehicle parking, a user adopts one of four payment channels of code scanning payment, online payment and bound license plate automatic deduction (the bound license plate automatic deduction refers to that a vehicle owner binds a license plate number in advance on a payment treasure/public number/small program, and selects an automatic deduction protocol after agreeing to leaving the field;
the ETC charging method in the step D comprises the following steps:
D1. when the management platform calculates ETC charging information of the vehicle, inquiring whether the parking vehicle finishes paying or not, if the vehicle finishes paying, stopping paying, and if the vehicle does not pay, entering the next step;
D2. inquiring whether the vehicle is paying through other payment channels, if so, entering the next step, and if not, directly entering the step D4;
D3. locking a payment channel for 5 minutes, which is paying by the vehicle, so that other payment channels can not perform payment operation within 5 minutes, and simultaneously keeping ETC charging information of the vehicle within 5 minutes; after 5 minutes, the management platform inquires whether the parked vehicle finishes paying or not again, and stops charging if the vehicle finishes paying; if the vehicle is still in the payment state, the payment request is terminated and the next step is carried out; if the vehicle payment fails, entering the next step;
D4. the management platform sends ETC charging information to an ETC settlement center, and the ETC fee deducting channel is locked at the same time, so that charging is completed after the ETC fee deduction is successful, the ETC fee deducting channel is released when the fee deduction is failed, the failure information is sent to the management platform, and other payment channels are allowed to complete payment requests.
When the ETC fee deduction channel is locked in the step D4, when the user pays from other payment channels, the order is displayed to be paid and the ETC fee deduction channel is given for 5 minutes; if the ETC finishes paying after 5 minutes, the success of paying is displayed, if the ETC does not finish paying after 5 minutes, the overtime of paying is displayed, the paying request of the ETC fee deducting channel is stopped, the ETC payment channel is released, and other payment channels are allowed to initiate the paying request.
And D, when the parking time of the vehicle reaches the charging condition, the management platform calculates the charging information of the vehicle based on the parking time and the license plate number, pays the fee through binding the license plate automatic fee deduction channel, and enters the ETC fee deduction channel to pay the fee if the fee is failed.
After the license plate binding automatic fee deduction channel and the ETC fee deduction channel fail to deduct fees, the management platform reserves the arrearage information and informs a manager, and the manager charges the fees manually.
The vehicle inspection speed in the step A and the step D is less than 25km/h, the parking position in the steps A-D is a side parking space (side parking space) on the inner side of the road, the length of the parking space is not less than 5 meters, and the identification area range of the ETC charging module is 10 meters.
And B, after the management control module sends the data information of the same vehicle to the management platform in the step B, the management platform matches the license plate number of the vehicle and the ETC information of the vehicle again to obtain the ETC information of the vehicle, then the ETC information of the vehicle is compared with the recorded ETC information of the same parking position and the same license plate number, and if the two ETC information of the same license plate number are consistent, the ETC information of the vehicle obtained at the last time is filtered.
Compared with the embodiment 1, the embodiment adjusts the calculation method of the entering time and the leaving time of the parked vehicle, and the time for obtaining the vehicle information by the management platform is taken as the parking or leaving time of the vehicle, so that the embodiment does not need to obtain the entering and leaving time of the vehicle through the geomagnetic parking space detector, the arrangement of the geomagnetic parking space detector is omitted, and the overall cost and the installation difficulty of the parking charging system are effectively reduced; and the road can be directly charged by the method after the roadside parking space is divided, the parking space does not need to be occupied, the construction in the earlier stage is not needed, and the use efficiency of the embodiment is improved.
Claims (10)
1. A roadside parking charging method based on a video inspection system is characterized by comprising the following steps:
A. the inspection vehicle runs according to a planned inspection route, a video inspection system on the inspection vehicle respectively acquires vehicle information and identifies license plates of vehicles at all parking positions, and an ETC charging module on the inspection vehicle reads ETC information of the vehicles in an identification area and sends the read ETC information to a management control module;
B. the management control module sends the ETC information and vehicle information with license plate numbers and parking positions obtained by the video inspection system in the same time to the management platform, the management platform matches the ETC information with the vehicle information, if the ETC information and the license plate numbers of the vehicles correspond to each other, the ETC information of the vehicles is recorded, and if the ETC information and the license plate numbers of the vehicles do not correspond to each other, the ETC information of the vehicles is not recorded;
C. after the inspection vehicle finishes one inspection according to the plan, the management platform obtains and records the data information of all parked vehicles in the time period;
D. the inspection vehicle performs inspection for multiple times according to the original route after a specified time interval, and the management platform acquires data information of each parked vehicle in the same way during inspection each time; when the vehicle reaches the charging condition, the management platform calculates the ETC charging information of the vehicle and sends the ETC charging information to an ETC settlement center for charging.
2. The roadside parking charging method based on the video inspection system according to claim 1, wherein: and D, generating a complete order by the management platform according to the charging conditions in the step D, wherein the management platform respectively acquires the driving time and the leaving time of the vehicle.
3. The roadside parking charging method based on the video inspection system according to claim 2, wherein: when a vehicle enters or exits a parking position, respectively acquiring the entering time and the leaving time of the vehicle through a geomagnetic parking space detector on the parking position, and sending the time information and the position information to a management platform; after receiving the information that the vehicle leaves, the management platform calculates the parking time of the vehicle according to the time information, generates corresponding charging information if the parking time meets the charging requirement, then obtains the license plate number and the ETC information of the parked vehicle corresponding to the position information, and obtains the ETC charging information of the vehicle by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
4. The roadside parking charging method based on the video inspection system according to claim 2, wherein: when the management control module sends the ETC information and the vehicle information to the management platform in the step B, the management platform obtains the entering or leaving time of the vehicle according to the sending time of the management control module, wherein the entering time is the time when the video inspection system identifies a new license plate for the first time, and the leaving time is the time when the video inspection system identifies the same license plate number at the same parking position for the last time; after the management platform acquires the leaving time of the vehicle, the parking time of the vehicle is calculated according to the driving time and the leaving time, corresponding charging information is generated if the parking time meets the charging requirement, then the license plate number and the ETC information of the parked vehicle corresponding to the position information are acquired, and the ETC charging information of the vehicle is acquired by combining the license plate number, the charging information and the ETC information; and if the parking time of the vehicle does not reach the charging requirement, not performing the charging operation.
5. The roadside parking charging method based on the video inspection system according to claim 3 or 4, wherein: during the parking period of the vehicle, the user adopts one of four payment channels of code scanning payment, on-line payment, license plate binding automatic fee deduction and ETC fee deduction to pay the fee,
the ETC charging method in the step D comprises the following steps:
D1. when the management platform calculates the ETC charging information of the vehicle, inquiring whether the parking vehicle finishes payment or not, stopping payment if the vehicle finishes payment, and entering the next step if the vehicle does not finish payment;
D2. inquiring whether the vehicle is paying through other payment channels, if so, entering the next step, and if not, directly entering the step D4;
D3. the method comprises the steps that a payment channel for paying by a vehicle is locked for specified time, so that other payment channels cannot carry out payment operation within the specified time, ETC charging information of the vehicle within the specified time is kept, after the specified time is finished, a management platform inquires whether the vehicle is parked to finish payment, and if the vehicle finishes payment, charging is stopped; if the vehicle is still in the payment state, the payment request is terminated and the next step is carried out; if the vehicle payment fails, entering the next step;
D4. the management platform sends ETC charging information to an ETC settlement center, and the ETC fee deducting channel is locked at the same time, so that charging is completed after the ETC fee deduction is successful, the ETC fee deducting channel is released when the fee deduction is failed, the failure information is sent to the management platform, and other payment channels are allowed to complete payment requests.
6. The roadside parking charging method based on the video inspection system according to claim 5, wherein: after the ETC fee deduction channel is locked in the step D4, when the user pays from other payment channels, the order is displayed to be paid and the ETC fee deduction channel is given the appointed time; if the ETC finishes payment after the appointed time, the success of payment is displayed, if the ETC finishes payment after the appointed time, the overtime of payment is displayed, the payment request of the ETC fee deducting channel is stopped, the ETC payment channel is released, and other payment channels are allowed to initiate the payment request.
7. The roadside parking charging method based on the video inspection system according to claim 5, wherein: and D, when the parking time of the vehicle reaches the charging condition, the management platform calculates the charging information of the vehicle based on the parking time and the license plate number, pays the fee through binding the license plate automatic fee deduction channel, and enters the ETC fee deduction channel to pay the fee if the fee is failed.
8. The roadside parking charging method based on the video inspection system according to claim 7, wherein: after the license plate binding automatic fee deduction channel and the ETC fee deduction channel fail to deduct fees, the management platform reserves the arrearage information and informs a manager, and the manager charges the fees manually.
9. The roadside parking charging method based on the video inspection system according to claim 1, wherein: the speed of the inspection vehicle in the steps A and D is less than 25km/h, the parking position in the steps A-D is a parking space on the inner side of the road, and the length of the parking space is not less than 5 meters.
10. The roadside parking charging method based on the video inspection system according to claim 1, wherein: and B, after the management control module sends the data information of the same vehicle at the same parking position to the management platform, the management platform matches the license plate number and the ETC information of the vehicle again to obtain the ETC information of the vehicle, then compares the ETC information of the vehicle with the ETC information of the same license plate number, and if the two ETC information of the same license plate number are consistent, the ETC information of the vehicle obtained at the last time is filtered.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115830727A (en) * | 2022-11-18 | 2023-03-21 | 广东科陆智泊信息科技有限公司 | Patrol vehicle-based ETC combined evidence obtaining and fee deduction method and system |
| CN115862170A (en) * | 2023-02-27 | 2023-03-28 | 成都智源易行科技有限公司 | License plate recognition auxiliary system and method for ETC charging system |
| CN117201938A (en) * | 2023-08-11 | 2023-12-08 | 广东有位智能科技有限公司 | Inspection instrument, inspection system and application method for parking in road |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115830727A (en) * | 2022-11-18 | 2023-03-21 | 广东科陆智泊信息科技有限公司 | Patrol vehicle-based ETC combined evidence obtaining and fee deduction method and system |
| CN115862170A (en) * | 2023-02-27 | 2023-03-28 | 成都智源易行科技有限公司 | License plate recognition auxiliary system and method for ETC charging system |
| CN115862170B (en) * | 2023-02-27 | 2023-06-09 | 成都智源易行科技有限公司 | License plate recognition auxiliary system and method for ETC charging system |
| CN117201938A (en) * | 2023-08-11 | 2023-12-08 | 广东有位智能科技有限公司 | Inspection instrument, inspection system and application method for parking in road |
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