CN114140888A - Oil station non-inductive payment method and system based on ETC (electronic toll Collection) end cloud cooperation - Google Patents
Oil station non-inductive payment method and system based on ETC (electronic toll Collection) end cloud cooperation Download PDFInfo
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Abstract
The invention discloses an oil station non-inductive payment method and system based on ETC (electronic toll collection) end cloud cooperation, wherein the method comprises the following steps: s1, the cloud client management platform stores vehicle ETC information, refueling habit information and ETC account information of the user; s2, acquiring vehicle ETC information of the driving vehicle through the ETC plug-in; s3, the cloud client management platform extracts user storage information based on the vehicle ETC information and generates refueling information based on the storage information; s4, the gas station end system carries out the refueling operation on the vehicle based on the refueling information; s5, the ETC plug-in binds the vehicle ETC information and the refueling information to generate a refueling order; s6, the third-party ETC system transfers the corresponding money in the ETC account of the user to the account of the gas station based on the refueling order, and transmits the transfer result to the cloud client management platform; s7, the cloud client management platform updates the ETC account information of the user, and transmits the transfer result to the gas station end system, so that the gas station end system refuels and collects cash. The invention improves the oil filling efficiency of the ETC channel.
Description
Technical Field
The invention belongs to the technical field of intelligent payment, and particularly relates to an oil station non-inductive payment method and system based on ETC (electronic toll collection) end cloud cooperation.
Background
Etc (electronic Toll collection), namely electronic Toll collection, means that when a vehicle passes through a Toll station, vehicle identification and information writing (entrance) are realized through vehicle-mounted equipment, and corresponding funds (exit) are automatically deducted from a pre-bound IC card or a bank account, and the electronic Toll collection system for roads, bridges and tunnels is developed, popularized and popularized internationally. The charging system takes less than two seconds per car, and the traffic capacity of the charging channel is 5 to 10 times of that of a manual charging channel. The intelligent toll collection system is the most advanced toll collection system in the world at present, is one of the service functions of the intelligent traffic system, and can realize automatic toll collection without stopping when passing vehicles pass through a road junction. It is especially suitable for use in expressway or heavy traffic bridge and tunnel environment. In recent years, research and implementation of the electronic toll collection system in China have made certain progress.
At present, most of gas stations still charge for refueling in a manual mode, which not only consumes a great deal of manpower, but also consumes time of users. Although there are some filling stations and apply the charging technique of ETC to filling stations, at present, the setting of the volume of fuel that ever needs the manual work to refuel, and intelligent degree is not high, has reduced the efficiency of refueling of ETC passageway. Secondly when user ETC account balance is not enough, all the other users in the ETC passageway need wait for this user to carry out the amount of money and supplement, especially in the filling station that some vehicle flows are high, sets up the initial purpose of ETC payment and lies in improving user's noninductive payment experience on the one hand, and on the other hand lies in improving the efficiency of refueling, if other users in the ETC passageway still need wait the front truck and carry out the amount of money and supplement, with the efficiency of refueling of greatly reduced ETC passageway.
For example, chinese patent publication No. CN202011185684.9 provides a method for charging a gas station based on ETC, which includes: the ETC detects whether a parked vehicle exists in a preset area or not by using a radar; the ETC acquires vehicle information related to the vehicle when the ETC determines that the vehicle is present; the ETC sends the vehicle information to a server; the server sends a fee request to the corresponding oiling machine according to the vehicle information; the server acquires the refueling amount sent by the refueling machine in response to the fee request; the server generates an order according to the vehicle information and the refueling amount; the order is sent to a third party settlement platform to transfer the refuel amount from the payer account to the payee account. The ETC-based gas station charging method shortens the payment process, reduces the payment risk, and provides safer, more convenient and faster payment experience, but the setting of the oiling oil quantity in the oiling process cannot be automatically generated, and the condition that the balance of an ETC account of a user is insufficient is not considered.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides the oil station non-inductive payment method and system based on the cooperation of the ETC terminal cloud, which can better utilize an ETC channel in a gas station and improve the oil filling efficiency of the ETC channel.
The invention adopts the following technical scheme: an oil station non-inductive payment method based on ETC end cloud cooperation comprises the following steps:
s1, the user makes ETC payment signing on the cloud client management platform, and the cloud client management platform stores vehicle ETC information and refueling habit information of the ETC payment signing user;
s2, the cloud client management platform stores ETC account information of the ETC payment subscriber in a third-party ETC system;
s3, vehicle ETC information of a driven vehicle is obtained through an ETC plug-in installed in a gas station end system and is transmitted to a cloud client management platform;
s4, the cloud client management platform extracts the storage information of the ETC payment signing user based on the vehicle ETC information, generates refueling information based on the storage information, and transmits the refueling information to the gas station end system through the ETC plug-in;
s5, the gas station end system carries out the refueling operation on the vehicle based on the refueling information;
s6, the ETC plug-in binds corresponding vehicle ETC information and refueling information to generate a refueling order, and transmits the refueling order to a third party ETC system through the cloud customer management platform;
s7, the third-party ETC system transfers corresponding money in an ETC payment signing user ETC account to a gas station account based on the refueling order, and transmits a transfer result to the cloud customer management platform;
s8, the cloud client management platform updates the ETC account information of the ETC payment subscriber, and transmits the transfer result to the gas station end system through the ETC plug-in unit, so that the gas station end system refuels and receives cash.
Preferably, step S4 specifically includes the following steps:
s4.1, extracting the refueling habit information and the ETC account information of the ETC payment signing user based on the vehicle ETC information;
s4.2, judging whether the balance of the ETC account is lower than a preset value, if so, executing a step S4.3, and otherwise, executing a step S4.4;
s4.3, generating refueling information for refusing refueling, and transmitting the refueling information to the ETC plug-in to finish refueling;
s4.4, if the refueling amount required according to the refueling habit information is less than or equal to the balance of the ETC account, performing the step S4.5, otherwise, performing the step S4.6;
s4.5, generating refueling information based on the refueling habit information, transmitting the refueling information to the ETC plug-in, and executing the step S5;
and S4.6, generating and transmitting the refueling information to the ETC plug-in based on the balance of the ETC account, and executing the step S5.
Preferably, the cloud client management platform further stores the fueling date of each time of the ETC payment subscriber, so as to serve as a basis for generating the fueling information in step S4.
Preferably, in step S1, the cloud client management platform further stores the personal basic information and the vehicle information of the ETC payment subscriber;
in step S4, the cloud client management platform further pushes the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
Preferably, in step S3, the ETC plugin interfaces with the gas station end system through any one of three interface modes, namely, intermediate table docking, protocol docking and service docking.
Preferably, in step S3, the ETC card communicates with the on-board ETC device via the ETC antenna and the control box to obtain the plaintext and encrypted information for the vehicle ETC payment.
Correspondingly, the system comprises a fueling station end module, an ETC plug-in module, a cloud client management module and a third-party ETC module which are sequentially connected, wherein the ETC plug-in module comprises an ETC identification unit and an order generation unit, and the cloud client management module comprises a signing unit, a storage unit and a fueling information generation unit;
the ETC identification unit is used for acquiring vehicle ETC information of a driven vehicle and transmitting the vehicle ETC information to the cloud client management module;
the signing unit is used for carrying out ETC payment signing by a user;
the storage unit is used for storing vehicle ETC information and refueling habit information of the ETC payment subscriber and also used for storing and updating ETC account information of the ETC payment subscriber in a third-party ETC module;
the system comprises a refueling information generating unit, a refueling station end module and a vehicle ETC card, wherein the refueling information generating unit is used for extracting the storage information of an ETC payment signing user according to the vehicle ETC information, generating refueling information based on the storage information and transmitting the refueling information to the refueling station end module through the ETC card;
the refueling station end module is used for refueling the vehicle according to the refueling information;
the order generating unit is used for binding the corresponding vehicle ETC information and the refueling information to generate a refueling order and transmitting the refueling order to the third party ETC module through the cloud client management module;
the third party ETC module is used for transferring corresponding money in an ETC account of an ETC payment signing user to an account of the gas station according to the refueling order and transmitting a transfer result to the cloud client management module;
the high in the clouds customer management module still is used for transferring the ETC account result and transmits to the end module of refueling station through ETC plug-in components module, realizes that the end module of refueling station refuels and receives silver.
As a preferred scheme, the fueling information generation unit generates the fueling information specifically by generating the fueling information according to the fueling habit information, the ETC account balance, and the preset value.
Preferably, the storage unit further stores a fueling date of each time of the ETC payment subscriber as a basis for generating fueling information.
As a preferred scheme, the cloud client management module further comprises a pushing unit;
the storage unit is used for storing personal basic information and vehicle information of the ETC payment signing user;
and the pushing unit is used for pushing the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
The invention has the beneficial effects that:
the invention can automatically generate the refueling information based on the refueling habit information and the ETC account information of the ETC payment signing user, does not need to manually input the refueling information for refueling, and improves the refueling efficiency of the ETC channel. And the situation that the ETC channel oiling efficiency is reduced due to the fact that the user with insufficient ETC account balance occupies the ETC channel is avoided.
Can generate the information of refueling according to ETC payment signing user's date of refueling at every turn, the user refuels the habit information and probably not satisfy the car that uses in user's later stage and refuels the habit when signing in high in the clouds customer management platform, therefore the system can be according to the date of refueling at every turn of user to revise the information of refueling according to the formation of the habit of refueling, with the current car that accords with the user and refuels the habit.
When the ETC is signed, the personal information and the vehicle information of a user are generally required to be recorded, and the personal information or the vehicle information can reflect the consumption level and the consumption preference of the user.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a flow chart of an oil station non-inductive payment method based on ETC terminal cloud cooperation, which is disclosed by the invention;
fig. 2 is a minimum structure schematic diagram of the oil station non-inductive payment system based on the ETC terminal cloud cooperation;
fig. 3 is a schematic diagram of a complete structure of the oil station non-inductive payment system based on the ETC terminal cloud cooperation.
Detailed Description
The following description of the embodiments of the present invention is provided by way of specific examples, and other advantages and effects of the present invention will be readily apparent to those skilled in the art from the disclosure herein. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention. It is to be noted that the features in the following embodiments and examples may be combined with each other without conflict.
The first embodiment is as follows:
referring to fig. 1, the embodiment provides an oil station non-inductive payment method based on ETC terminal cloud cooperation, including the steps of:
s1, the user makes ETC payment signing on the cloud client management platform, and the cloud client management platform stores vehicle ETC information and refueling habit information of the ETC payment signing user;
s2, the cloud client management platform stores ETC account information of the ETC payment subscriber in a third-party ETC system;
s3, vehicle ETC information of a driven vehicle is obtained through an ETC plug-in installed in a gas station end system and is transmitted to a cloud client management platform;
s4, the cloud client management platform extracts the storage information of the ETC payment signing user based on the vehicle ETC information, generates refueling information based on the storage information, and transmits the refueling information to the gas station end system through the ETC plug-in;
s5, the gas station end system carries out the refueling operation on the vehicle based on the refueling information;
s6, the ETC plug-in binds corresponding vehicle ETC information and refueling information to generate a refueling order, and transmits the refueling order to a third party ETC system through the cloud customer management platform;
s7, the third-party ETC system transfers corresponding money in an ETC payment signing user ETC account to a gas station account based on the refueling order, and transmits a transfer result to the cloud customer management platform;
s8, the cloud client management platform updates the ETC account information of the ETC payment subscriber, and transmits the transfer result to the gas station end system through the ETC plug-in unit, so that the gas station end system refuels and receives cash;
and S9, finishing the non-sensitive payment by the user and leaving the scene.
Specifically, the method comprises the following steps:
step S4 specifically includes the following steps:
s4.1, extracting the refueling habit information and the ETC account information of the ETC payment signing user based on the vehicle ETC information;
s4.2, judging whether the balance of the ETC account is lower than a preset value, if so, executing a step S4.3, and otherwise, executing a step S4.4;
s4.3, generating refueling information for refusing refueling, and transmitting the refueling information to the ETC plug-in to finish refueling;
s4.4, if the refueling amount required according to the refueling habit information is less than or equal to the balance of the ETC account, performing the step S4.5, otherwise, performing the step S4.6;
s4.5, generating refueling information based on the refueling habit information, transmitting the refueling information to the ETC plug-in, and executing the step S5;
and S4.6, generating and transmitting the refueling information to the ETC plug-in based on the balance of the ETC account, and executing the step S5.
The invention can automatically generate the refueling information based on the refueling habit information and the ETC account information of the ETC payment signing user, does not need to manually input the refueling information for refueling, and improves the refueling efficiency of the ETC channel. And when the balance of the ETC account of the user is lower than the preset value, the user is not allowed to refuel in the ETC channel, so that the situation that the user with insufficient balance of the ETC account occupies the ETC channel and the refueling efficiency of the ETC channel is reduced is avoided.
More specifically:
the cloud client management platform further stores the fueling date of each time of the ETC payment subscriber, so as to serve as a basis for generating the fueling information in step S4.
The invention can generate the refueling information according to the refueling date of the ETC payment signing user each time, and the refueling habit information stored when the user signs on the cloud client management platform may not necessarily meet the later-stage vehicle refueling habit of the user, so the system can correct the refueling information generated according to the refueling habit information according to the each-time refueling date of the user so as to accord with the current vehicle refueling habit of the user.
For example, when it is recognized that the date interval for refueling the user is shorter and shorter, it is stated that the original refueling habit cannot meet the current vehicle-using habit of the user, so that when refueling information is generated, the original refueling habit can be automatically corrected to increase the single refueling amount, avoid that the user refuels for many times in a short time, and improve the refueling experience of the user.
In step S1, the cloud client management platform further stores personal basic information and vehicle information of the ETC payment contracted user;
in step S4, the cloud client management platform further pushes the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
When the ETC is signed, the personal information and the vehicle information of a user are generally required to be recorded, and the personal information or the vehicle information can reflect the consumption level and the consumption preference of the user.
It should be noted that the online mode can push information to the mobile terminal of the user, and the offline mode can push information to the fuel dispenser screen in the gas station end system or the gas station large screen.
In step S3, the ETC plug-in unit is docked with the gas station end system through any one of three interface modes of intermediate table docking, protocol docking, and service docking, and the ETC plug-in unit communicates with the ETC device in the vehicle by the ETC antenna and the control box to obtain the plaintext and encrypted information of the vehicle ETC payment. The mode that adopts plug-in components carries out oil station ETC payment transformation, has shortened the complexity that traditional filling station reformed transform into ETC payment mode to shorten the transformation cycle, reduce and reform transform the cost.
Example two:
referring to fig. 2, the embodiment provides an oil station non-inductive payment system based on ETC end cloud cooperation, which includes an oil station end module, an ETC plug-in module, a cloud client management module and a third party ETC module, which are sequentially connected, wherein the ETC plug-in module includes an ETC identification unit and an order generation unit, and the cloud client management module includes a signing unit, a storage unit and an oil filling information generation unit;
the ETC identification unit is used for acquiring vehicle ETC information of a driven vehicle and transmitting the vehicle ETC information to the cloud client management module;
the signing unit is used for carrying out ETC payment signing by a user;
the storage unit is used for storing vehicle ETC information and refueling habit information of the ETC payment subscriber and also used for storing and updating ETC account information of the ETC payment subscriber in a third-party ETC module;
the system comprises a refueling information generating unit, a refueling station end module and a vehicle ETC card, wherein the refueling information generating unit is used for extracting the storage information of an ETC payment signing user according to the vehicle ETC information, generating refueling information based on the storage information and transmitting the refueling information to the refueling station end module through the ETC card;
the refueling station end module is used for refueling the vehicle according to the refueling information;
the order generating unit is used for binding the corresponding vehicle ETC information and the refueling information to generate a refueling order and transmitting the refueling order to the third party ETC module through the cloud client management module;
the third party ETC module is used for transferring corresponding money in an ETC account of an ETC payment signing user to an account of the gas station according to the refueling order and transmitting a transfer result to the cloud client management module;
the high in the clouds customer management module still is used for transferring the ETC account result and transmits to the end module of refueling station through ETC plug-in components module, realizes that the end module of refueling station refuels and receives silver.
Specifically, the method comprises the following steps:
the fueling information generation unit generates the fueling information specifically by generating the fueling information according to the fueling habit information, the ETC account balance and the preset value.
And the storage unit also stores the oil filling date of each time of the ETC payment signing user as a basis for generating the oil filling information.
The cloud client management module further comprises a pushing unit;
the storage unit is used for storing personal basic information and vehicle information of the ETC payment signing user;
and the pushing unit is used for pushing the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
Referring to fig. 3, the complete structure schematic diagram of the oil station non-inductive payment system based on the cooperation of the ETC terminal cloud is shown, the cloud client management module can simultaneously manage a plurality of oil station terminal modules in the oil station, the ETC plug-in module realizes communication with the cloud client management module through the terminal cloud communication module, and the cloud client management module realizes communication through the ETC communication module.
It should be noted that, the oil station non-inductive payment system based on the cooperation of the ETC end cloud provided by this embodiment is similar to the embodiment, and is not described herein in detail.
The above-mentioned embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solutions of the present invention by those skilled in the art should fall within the protection scope of the present invention without departing from the design spirit of the present invention.
Claims (10)
1. The utility model provides a cooperative oil station noninductive payment method based on ETC end cloud, which is characterized in that includes the steps:
s1, the user makes ETC payment signing on the cloud client management platform, and the cloud client management platform stores vehicle ETC information and refueling habit information of the ETC payment signing user;
s2, the cloud client management platform stores ETC account information of the ETC payment subscriber in a third-party ETC system;
s3, vehicle ETC information of a driven vehicle is obtained through an ETC plug-in installed in a gas station end system and is transmitted to a cloud client management platform;
s4, the cloud client management platform extracts the storage information of the ETC payment signing user based on the vehicle ETC information, generates refueling information based on the storage information, and transmits the refueling information to the gas station end system through the ETC plug-in;
s5, the gas station end system carries out the refueling operation on the vehicle based on the refueling information;
s6, the ETC plug-in binds corresponding vehicle ETC information and refueling information to generate a refueling order, and transmits the refueling order to a third party ETC system through the cloud customer management platform;
s7, the third-party ETC system transfers corresponding money in an ETC payment signing user ETC account to a gas station account based on the refueling order, and transmits a transfer result to the cloud customer management platform;
s8, the cloud client management platform updates the ETC account information of the ETC payment subscriber, and transmits the transfer result to the gas station end system through the ETC plug-in unit, so that the gas station end system refuels and receives cash.
2. The method for realizing the oil station non-inductive payment based on the ETC plug-in unit to realize the end cloud coordination according to claim 1, wherein the step S4 specifically comprises the following steps:
s4.1, extracting the refueling habit information and the ETC account information of the ETC payment signing user based on the vehicle ETC information;
s4.2, judging whether the balance of the ETC account is lower than a preset value, if so, executing a step S4.3, and otherwise, executing a step S4.4;
s4.3, generating refueling information for refusing refueling, and transmitting the refueling information to the ETC plug-in to finish refueling;
s4.4, if the refueling amount required according to the refueling habit information is less than or equal to the balance of the ETC account, performing the step S4.5, otherwise, performing the step S4.6;
s4.5, generating refueling information based on the refueling habit information, transmitting the refueling information to the ETC plug-in, and executing the step S5;
and S4.6, generating and transmitting the refueling information to the ETC plug-in based on the balance of the ETC account, and executing the step S5.
3. The method according to claim 2, wherein the cloud client management platform further stores the fueling date of each time of the ETC payment subscriber as a basis for generating the fueling information in step S4.
4. The oil station non-inductive payment method based on ETC plug-in unit to realize end-cloud collaboration according to claim 1, characterized in that:
in step S1, the cloud client management platform further stores personal basic information and vehicle information of the ETC payment contracted user;
in step S4, the cloud client management platform further pushes the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
5. The method according to claim 1, wherein in step S3, the ETC plugin interfaces with a gas station end system in any one of three interface modes, namely, intermediate meter docking, protocol docking and service docking.
6. The method according to claim 1, wherein in step S3, the ETC plugin communicates with an ETC device in a vehicle via an ETC antenna and a control box to obtain plaintext and encrypted information of vehicle ETC payment.
7. An oil station non-inductive payment system based on ETC end cloud cooperation is characterized by comprising an oil station end module, an ETC plug-in module, a cloud client management module and a third-party ETC module which are sequentially connected, wherein the ETC plug-in module comprises an ETC identification unit and an order generation unit, and the cloud client management module comprises a signing unit, a storage unit and an oil filling information generation unit;
the ETC identification unit is used for acquiring vehicle ETC information of a driven vehicle and transmitting the vehicle ETC information to the cloud client management module;
the signing unit is used for carrying out ETC payment signing by a user;
the storage unit is used for storing vehicle ETC information and refueling habit information of the ETC payment subscriber and also used for storing and updating ETC account information of the ETC payment subscriber in a third-party ETC module;
the system comprises a refueling information generating unit, a refueling station end module and a vehicle ETC card, wherein the refueling information generating unit is used for extracting the storage information of an ETC payment signing user according to the vehicle ETC information, generating refueling information based on the storage information and transmitting the refueling information to the refueling station end module through the ETC card;
the refueling station end module is used for refueling the vehicle according to the refueling information;
the order generating unit is used for binding the corresponding vehicle ETC information and the refueling information to generate a refueling order and transmitting the refueling order to the third party ETC module through the cloud client management module;
the third party ETC module is used for transferring corresponding money in an ETC account of an ETC payment signing user to an account of the gas station according to the refueling order and transmitting a transfer result to the cloud client management module;
the high in the clouds customer management module still is used for transferring the ETC account result and transmits to the end module of refueling station through ETC plug-in components module, realizes that the end module of refueling station refuels and receives silver.
8. The oil station non-inductive payment system based on ETC terminal cloud cooperation according to claim 7, wherein the fueling information generation unit generates the fueling information specifically according to the fueling habit information, the ETC account balance and the preset value.
9. The system according to claim 7, wherein the storage unit further stores the date of refueling of the ETC payment subscriber each time as a basis for generating refueling information.
10. The ETC-terminal-cloud-collaboration-based oil station non-inductive payment system according to claim 7, wherein the cloud client management module further comprises a pushing unit;
the storage unit is used for storing personal basic information and vehicle information of the ETC payment signing user;
and the pushing unit is used for pushing the online or offline marketing information according to the personal basic information and the vehicle information of the ETC payment signing user.
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