CN113178037A

CN113178037A - Refueling method, device, system, computer device and computer readable storage medium

Info

Publication number: CN113178037A
Application number: CN202110265289.XA
Authority: CN
Inventors: 杨绪勇; 黄海健; 张海; 罗诣; 付邦; 李宵; 黄耀鸿; 艾宇航
Original assignee: Shenzhen Weiche Technology Co ltd
Current assignee: Shenzhen Weiche Technology Co ltd
Priority date: 2021-03-11
Filing date: 2021-03-11
Publication date: 2021-07-27

Abstract

The invention is suitable for the technical field of communication, and provides a refueling method, a refueling device, a refueling system, a computer device and a computer readable storage medium, wherein the method comprises the following steps: acquiring a fuel tank identifier of a user side and a fuel gun identifier of a gas station by adopting radio frequency identification, and transmitting the fuel tank identifier and the fuel gun identifier to a management platform of the gas station for correlation matching; the personnel at the oil station refuels the oil for the user; sending refueling information to a management platform, wherein the refueling information carries refueling cost, a fuel tank identifier and oil gun identifier information; the management platform calculates the refueling expense information, generates a refueling expense sheet and pushes the refueling expense sheet to a user side; the user side receives the refueling expense list and pays expense at the user side; the oil tank mark and the oil gun mark are both electronic tags. Through the mode, the problems of complex vestibule position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-buried wire required for implementation, high implementation difficulty and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Description

Refueling method, device, system, computer device and computer readable storage medium

Technical Field

The invention belongs to the technical field of communication, and particularly relates to an RFID-based Internet of things noninductive refueling method, device and system, a computer device and a computer readable storage medium.

Background

Along with the continuous progress and development of society, in order to make things convenient for user's trip, reduce the pressure of public transport, personal motor vehicles are more and more popularized, and in order to avoid the unable circumstances of starting that the car oil mass is not enough to appear, the quantity of filling station presents the situation that constantly increases, and especially the increase dynamics of the car quantity of refueling is more great, however along with the increase of the number of the people that refuel, how convenient, the quick refuels, become current development trend.

At present, the traditional refueling mode is that, the user automobile enters the station, parks the refueling equipment department of corresponding oil number, and the user tells the oil mass or the price that the staff that refuels needs to add, refuels through the staff that refuels and handles to after refueling, the user need get off the bus and get into the cashier's desk and queue up and pay, and after paying to succeed, will refuel the information notice that succeeds for refueling the staff, so that refuel staff's clearance, accomplish to refuel. Known from above-mentioned refuel flow, among the prior art, there are the loaded down with trivial details, the cost of labor of payment mode, and user experience is poor problem. Accordingly, society, schools, scientists, government research institutions, businesses and the like are striving to seek a wide variety of techniques and ideas to address the problems of the prior art.

With the popularization of the insensitive payment technology in recent years, more and more gas stations begin to implement the insensitive refueling payment function adopting a visual screen and position identification to solve the problems in the prior art. At present, a non-sensitive payment scheme based on automobile license plate vision, a position identification means and a small amount secret-free withholding is generally used, but the scheme is limited by factors such as complex vestibule position, network transmission, angle light influence, identification accuracy, illegal fake license plates and the like of a gas station, and cannot well adapt to the non-sensitive payment requirement of the gas station. In addition, the implementation of the scheme requires buried wires, and the implementation difficulty of the whole system is high, so that the popularization of the application of the non-inductive payment technology in the aspect of gas station payment is limited.

According to the refueling process, the problems of complex vestibule position of a gas station, network transmission, angle light influence, identification accuracy, illegal fake license plates, buried lines required for implementation, high implementation difficulty of the whole system and the like exist in the existing non-sensitive refueling payment technology adopting video and position identification. A new and imperceptible payment scheme needs to be proposed to address the current challenges.

Disclosure of Invention

The embodiment of the invention provides a refueling method, aiming at solving the problems of complex vestibular position of a gas station, network transmission, angle ray influence, identification accuracy, illegal fake license plate, buried line required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive refueling payment technology adopting video and position identification.

The embodiment of the invention is realized in such a way that an oiling method is applied to a terminal, and the method comprises the following steps:

acquiring an oil tank identifier of a user side;

acquiring an oil gun identifier of a gas station which currently refuels the user terminal;

the oil tank identification and the oil gun identification are acquired and recognized and then transmitted to a management platform of a gas station for correlation matching;

the personnel at the oil station refuels the oil for the user;

sending refueling information to a management platform of a gas station, wherein the refueling information carries refueling expense information, fuel tank identification information and the oil gun identification information;

the management platform calculates the refueling expense information and generates a refueling expense sheet, and the refueling expense sheet is pushed to a user side through the management platform;

the user side receives the refueling expense list which is pushed by the management platform and corresponds to the oil gun identifier and the oil tank identifier, so that the user can pay at the user side according to the refueling expense list;

obtain the oil gun sign of current place filling station and the oil tank sign of user side, include:

the information acquisition and identification of the oil tank identification and the oil gun identification are both acquired and identified by adopting a radio frequency identification technology;

the oil tank identification and the oil gun identification are both electronic tags.

The electronic tag identification equipment is a wearable explosion-proof identification unit.

The user side sends a refueling cost query request to the management platform by the refueling cost query operation of the user side user, and the refueling cost query operation comprises the following steps:

the user side outputs a refueling expense query interface;

the management platform receives a query request input by a user on the refueling expense query interface;

and the management platform sends the refueling expense information to the user side and displays the refueling expense information on a user side interface.

The method further comprises the following steps:

the method comprises the steps that a management platform receives a charge payment request input by a user side, wherein the charge payment request comprises a third-party payment system identifier;

and the management platform calls the corresponding third-party payment system to pay according to the third-party payment system identification.

The method further comprises the following steps:

the management platform receives an invoice printing request input by a user and sends the invoice printing request to an invoice system, wherein the invoice printing request comprises an invoice printing type and invoice head-up information.

The embodiment of the invention also provides a refueling method which is applied to the management platform and comprises the following steps:

receiving a refueling cost query request sent by a user side, wherein the refueling cost query request comprises a fuel tank identifier;

matching the oil gun identification and the refueling expense information according to the oil tank identification to obtain corresponding refueling expense information;

sending the refueling expense information to the user side so that a user can pay at the user side according to the refueling expense information;

the method further comprises the following steps:

and when the oiling is finished, receiving the oiling cost information sent by the oiling device corresponding to the oil gun identifier.

Sending the refueling cost information to the user side so that the user can pay at the user side according to the refueling cost information, and then further comprising:

after the payment is successful, sending successful payment information to a corresponding gas station for managing the oil gun according to the oil gun identification; and/or the presence of a gas in the gas,

after the payment is successful, a broadcast instruction is sent to an external voice broadcast module, and the broadcast instruction is used for indicating the voice broadcast module to broadcast the payment success information.

The management platform receives a fueling cost query request sent by a user side, and the method comprises the following steps:

receiving the oil tank identification information reported by the user side and the user automobile related information bound with the oil tank identification information;

and acquiring the oil gun identification of the oil station where the user is currently located according to the information acquired by the gas station, and performing association matching on the oil gun identification and the oil tank identification.

The embodiment of the invention also provides an oiling device applied to a terminal, and the device comprises:

the wearable explosion-proof identification unit acquires the oil gun identification of the current gas station and the oil tank identification of the user side by adopting a radio frequency identification technology, matches the oil tank identification with the oil gun identification and then sends the oil gun identification to the next step;

a mobile terminal unit including an operation request unit and an operation information receiving unit; the operation request unit is used for the user to inquire the refueling cost, pay the request operation, print the request operation of the invoice, send the corresponding operation request to the management platform, the said corresponding operation request carries the fuel tank label; the operation information receiving unit is used for receiving the refueling expense information which is returned by the management platform and is matched with the oil gun identifier and the oil tank identifier in an associated manner, and displaying the refueling expense information to a user so that the user can pay at the user side according to the refueling expense information;

the intelligent routing gateway unit of the gas station is used for acquiring and receiving the information identified by the wearable explosion-proof identification unit and uploading the information to the management platform;

automobile oil tank label unit, including oil tank electronic tags module and oil tank label installing module, oil tank electronic tags module includes the oil tank sign, oil tank electronic tags module passes through oil tank label installing module installs on automobile oil tank, mobile terminal unit discernment matching oil tank electronic tags module information is uploaded to management platform after binding.

Oil gun label unit, including oil gun electronic tags module and oil gun label installing module, oil gun electronic tags module includes the oil gun sign, oil gun electronic tags module passes through oil gun label installing module installs on the oil gun of filling station, the oil gun of filling station binds and uploads the management platform with oil gun electronic tags module information.

The oil charge reading unit of the gas station is used for reading the oil charge of the oil gun, the oil charge reading unit of the gas station is installed on the gas station, and the oil charge reading unit of the gas station reads the oil charge of the oil gun and uploads the corresponding oil gun to the management platform.

And the Internet of things non-sensitive refueling payment system unit is a management platform and is used for receiving, correlating and matching, calculating and sending corresponding processing operations of data of each unit.

The operation request unit is provided with a fee inquiry request sending unit, and the fee inquiry request sending unit comprises:

the refueling expense query interface output module is used for outputting a refueling expense query interface;

the fuel tank identifier receiving module is used for receiving a fuel tank identifier which is input by a user on the refueling expense query interface;

and the refueling cost query request sending module is used for sending a refueling cost query request to the management platform.

The device further comprises:

the payment request receiving unit is used for receiving a payment request input by a user, and the payment request comprises a third-party payment system identifier;

and the fee payment unit is used for calling the corresponding third-party payment system to pay the fee according to the third-party payment system identification.

The device further comprises:

and the invoice printing request receiving unit is used for receiving an invoice printing request input by a user and sending the invoice printing request to the invoice system, and the invoice printing request comprises an invoice printing type and invoice head-up information.

The embodiment of the invention also provides an oiling device applied to a management platform, and the device comprises:

the system comprises a refueling cost query request receiving unit, a mobile terminal unit and a data processing unit, wherein the refueling cost query request receiving unit is used for receiving a refueling cost query request sent by the mobile terminal unit, and the refueling cost query request comprises a fuel tank identifier;

the refueling expense information acquisition unit is used for acquiring corresponding refueling expense information according to the oil gun identifier and the gas station;

the system comprises a refueling expense information sending unit, a mobile terminal unit and a data processing unit, wherein the refueling expense information sending unit is used for sending the refueling expense information to the Internet of things non-sensitive refueling payment system unit and sending the information to the mobile terminal unit by the Internet of things non-sensitive refueling payment system unit so that a user can pay at the mobile terminal unit according to the refueling expense information;

the device, still include:

and the oil gun refueling cost receiving unit is used for receiving the oil gun refueling cost information sent by the refueling equipment corresponding to the oil gun identification when refueling is completed.

The device further comprises:

the payment success information sending unit is used for sending payment success information to a gas station managed by a corresponding oil gun according to the oil gun identification after payment is successful; and/or the presence of a gas in the gas,

the payment success information broadcasting unit is used for sending a broadcasting instruction to an external voice broadcasting module after payment succeeds, and the broadcasting instruction is used for indicating the voice broadcasting module to broadcast the payment success information.

The device further comprises:

the automobile information receiving unit is used for receiving the oil tank identification information reported by the mobile terminal unit and the user automobile related information bound with the oil tank identification information;

and the gas station information receiving unit is used for acquiring the information of the gas station, acquiring the oil gun identifier of the gas station where the user is located at present, and binding and correlating the oil gun identifier and the gas station information for matching.

The embodiment of the invention also provides an oil filling system, which is characterized by comprising the following components:

the terminal comprises the oiling device;

the management platform comprises the refueling device.

An embodiment of the present invention further provides a computer apparatus, where the computer apparatus includes a processor, and the processor is configured to implement the steps of the method when executing the computer program stored in the memory.

Embodiments of the present invention further provide a computer-readable storage medium, on which a computer program is stored, where the computer program, when executed by a processor, implements the steps of the above-mentioned refueling method.

In the embodiment of the invention, an automobile is provided with an oil tank electronic tag module on the inner side of an oil tank cover in advance, the oil tank electronic tag module is scanned and identified (can download an APP (application) of a gas station or a WeChat applet) through a mobile terminal unit (the mobile terminal unit can be a user mobile phone), and after identification, oil tank identification information and automobile information to be bound with the oil tank identification are filled in and uploaded to an Internet of things non-inductive refueling payment system unit. And the gas station installs the oil gun electronic tag module on the oil gun in advance, and uploads the oil gun identification and the information of the oil machine equipment bound with the oil gun to the Internet of things non-sensing refueling payment system unit. The automobile is in carrying out the operation of refueling, when the oil gun inserts in the oil tank, the distance of oil tank sign and oil gun sign is nearer, refuel staff's manual activation is its wearable explosion-proof recognition unit of wearing to operating condition on hand this moment, wearable explosion-proof recognition unit passes through the radio frequency identification technique and responds to simultaneously and reads the information of oil tank sign and oil gun sign and conveys it to intelligent routing gateway unit, send this information to the noninductive payment system that refuels of oil station thing antithetical couplet by intelligent routing gateway unit again, make the oil tank sign, oil gun sign and the oil gun that corresponds with the oil gun sign and oil machine equipment establish the associative match relation. After refueling is finished, the Internet of things non-inductive refueling payment system automatically generates a fee bill and automatically pushes the fee bill to a small-amount password-free withholding account opened by a vehicle owner in advance to withhold the refueled money, and meanwhile, the refueling system in the gas station automatically changes the state of the fee bill into a settled state, and the vehicle owner leaves the vehicle. Therefore, the user does not need to get off the cashier desk to pay, the operation is simple, even if the refueling user has a large number of users, the user does not need to queue for payment, the congestion situation of the gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Drawings

FIG. 1 is a main implementation flow and detail point diagram of a refueling method provided by the embodiment of the invention;

FIG. 2 is an environmental implementation of a fueling method provided by an embodiment of the present invention;

FIG. 3 is a flow chart of an implementation of a fueling method provided by an embodiment of the present invention;

FIG. 4 is a timing diagram illustrating control of a fueling method provided by an embodiment of the present invention;

FIG. 5 is a schematic view of a fueling Internet of things noninductive structure of the fueling method provided by the embodiment of the present invention;

FIG. 6 is a schematic structural diagram of a wearable explosion-proof identification unit of the refueling method provided by the embodiment of the invention;

FIG. 7 is a schematic structural diagram of a tag unit of a fuel tank of an automobile for a refueling method according to an embodiment of the invention;

FIG. 8 is a schematic structural diagram of a grease gun label unit of the oiling method provided by the embodiment of the invention;

description of the drawings: 1. the system comprises an internet of things non-sensory refueling payment system unit, 2, a mobile terminal unit, 3, a vehicle fuel tank label unit, 4, a vehicle, 5, a wearable explosion-proof identification unit, 6, a fuel gun label unit, 7, a fuel gun, 8, a fuel station, 9, an intelligent routing gateway unit, 10, a fuel station fuel fee reading unit, 11, a fuel amount calculation module, 12, an order generation module, 13, a network communication module, 14, an order query module, 15, an invoice printing module, 16, a user management module, 17, an amount payment module, 31, a fuel tank electronic label module, 32, a fuel tank label installation module, 51, an RFID module, 52, a wearing module, 53, a network communication module, 54, a switch module, 55, an indicator light module, 56, a battery module, 57, a control module, 61, a fuel gun electronic label module, 62 and a fuel gun label installation module.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In the embodiment of the present invention, the automobile 4 mounts the oil tank electronic tag module 31 on the inner side of the oil tank cap in advance, scans and identifies (can download the gas station APP or the wechat applet for identification) through the mobile terminal unit 2 (the mobile terminal unit 2 can be a user mobile phone), fills the oil tank identification information and the information of the automobile 4 to be bound with the oil tank identification after identification, and uploads the information to the internet of things sensorless refueling payment system unit 1. The oil gun electronic tag module 61 is installed on the oil gun 7 in advance by the gas station 8, and the oil gun identifier and the information of the oil machine equipment bound with the oil gun are uploaded to the internet of things non-sensing refueling payment system unit 1. The automobile 4 is in the operation of refueling, when the oil gun 7 inserts in the oil tank, the distance of oil tank sign and oil gun sign is nearer, refuel staff's manual activation is its wearable explosion-proof recognition unit 5 of wearing to operating condition on hand this moment, wearable explosion-proof recognition unit 5 responds to and reads the information of oil tank sign and oil gun sign simultaneously and conveys it to intelligent routing gateway unit 9 through radio frequency identification technology, send this information to oil station thing allies oneself with noninductive refuel payment system unit 1 by intelligent routing gateway unit 9 again, make oil tank sign, oil gun sign and the oil gun 7 that corresponds with the oil gun sign and its oil engine equipment establish the associative matching relation. After refueling is finished, the Internet of things non-inductive refueling payment system unit 1 automatically generates a fee bill and automatically pushes the fee bill to a small-amount password-free account opened by a vehicle owner in advance to deduct the refueled money, and meanwhile, the refueled system in the gas station automatically changes the state of the fee bill into a settled state, and the vehicle owner leaves the vehicle. Therefore, the user does not need to get off the cashier desk to pay, the operation is simple, even if the refueling user has a large number of users, the user does not need to queue for payment, the congestion situation of the gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

As an example, the above-described fueling method may be applied to a terminal, which may be implemented in various forms. For example, the terminal described in the present invention may include a mobile terminal such as a mobile phone, a smart phone, a notebook computer, a digital broadcast receiver, a PDA (personal digital assistant), a PAD (tablet computer), a PMP (portable multimedia player), a navigation device, and the like, and a stationary terminal such as a digital TV, a desktop computer, and the like. In the following, it is assumed that the terminal is a mobile terminal. However, it will be understood by those skilled in the art that the configuration according to the embodiment of the present invention can be applied to a fixed type terminal in addition to elements particularly used for moving purposes.

As an example, the management platform may be the internet of things non-sensible fueling payment system unit 1 or a payment system.

Fig. 1 shows a main implementation flow and a detail point diagram provided by the embodiment of the invention, and fig. 2 shows an implementation environment diagram of a refueling system provided by the embodiment of the invention, and for convenience of explanation, only the part related to the embodiment of the invention is shown.

Referring to fig. 1 and 2, a fuel gun identifier is installed on a fuel gun 7 in advance by a fuel station 8, information of the fuel gun identifier, fuel equipment bound with the fuel gun identifier and the fuel gun 7 is sent to an internet of things non-sensing refueling payment system unit 1 of the fuel station 8, a vehicle owner installs the fuel tank identifier on a fuel tank of a vehicle 4 in advance, and scans, identifies or manually inputs information of the fuel tank identifier through an APP (application) or a WeChat applet and the like in a mobile terminal unit 2 (for example, a user mobile phone), and then uploads the information to a management platform/payment system/internet of things non-sensing refueling payment system unit 1 of the fuel station.

The automobile 4 is in the operation of refueling, when the oil gun 7 inserts in the oil tank, the distance of oil tank sign and oil gun sign is nearer, refuel staff's manual activation is its wearable explosion-proof recognition unit 5 of wearing to operating condition on hand this moment, wearable explosion-proof recognition unit 5 responds to and reads the information of oil tank sign and oil gun sign simultaneously and conveys it to intelligent routing gateway unit 9 through radio frequency identification technology, send this information to oil station thing allies oneself with noninductive refuel payment system unit 1 by intelligent routing gateway unit 9 again, make oil tank sign, oil gun sign and the oil gun 7 that corresponds with the oil gun sign and its oil engine equipment establish the associative matching relation. After refueling is finished, the Internet of things non-inductive refueling payment system unit 1 automatically generates a fee bill and automatically pushes the fee bill to a small-amount password-free account opened by a vehicle owner in advance to deduct the refueled money, and meanwhile, the refueling system in the gas station 8 automatically changes the state of the fee bill into a settled state, so that the vehicle owner leaves.

Or, after the user finishes the station entering refueling, the management platform acquires the oil gun identifier of the gas station 8 where the terminal is located and the refueling cost information corresponding to the oil gun 7, the user sends a cost query request to the management platform through the refueling cost query operation, the cost query request comprises the oil tank identifier, the management platform matches the corresponding oil gun identifier and the oil gun 7 and acquires the corresponding refueling cost information after receiving the oil tank identifier, and sends the corresponding refueling cost information to the user side, so that the user pays in the user side according to the refueling cost, the user side can be understood as a vehicle driver side or a fuel station manager side, and a special user side is understood as a vehicle driver side.

The management platform can communicate with the oil engine equipment through the concentrator, after oil filling of the oil gun 7 equipment on the oil engine equipment is completed and the oil gun is hung, the oil engine equipment calculates oil filling cost according to the oil outlet amount of the oil gun 7 and the unit price of oil products, and sends the oil filling cost to the management platform through the concentrator.

In the embodiment of the present invention, the terminal and the management platform may communicate with each other through a limited network or a Wireless local area network, such as a Wireless-Fidelity (WiFi) connection, a bluetooth connection, etc.; the communication connection can also be performed through a wireless wide area network of network systems such as CDMA (Code Division Multiple Access), GPRS (General Packet radio service), CDPD (Cellular Digital Packet Data switching network), and the like.

The first embodiment,

Fig. 3 shows a flow of implementing the fueling method according to the first embodiment of the present invention, and fig. 4 is a timing chart of the fueling method, which is detailed as follows:

the fuel gun identification is installed on the fuel gun 7 in advance by the fuel station 8, the fuel gun identification, the fuel machine equipment bound with the fuel gun identification and the payment system of the fuel gun 7 are sent to the fuel station 8, the fuel tank identification is installed on the fuel tank of the automobile 4 in advance by an automobile owner, the information of the fuel tank identification is scanned and identified or manually input through an APP (application) or a WeChat applet and the like in the mobile terminal unit 2 (such as a user mobile phone), and then the information is uploaded to the management platform/payment system/thing connection non-sensing fuel charging payment system unit 1 of the fuel station.

Or after the user finishes the station-entering refueling, the management platform acquires the oil gun identifier of the gas station 8 where the terminal is located and the refueling cost information corresponding to the oil gun 7, the user sends a cost query request to the management platform through the refueling cost query operation, the cost query request comprises the oil tank identifier, and after receiving the oil tank identifier, the management platform matches the corresponding oil gun identifier and the oil gun 7 and acquires the corresponding refueling cost information and sends the corresponding refueling cost information to the user side so that the user can pay in the user side according to the refueling cost.

In the embodiment of the invention, the oil gun identifier is an electronic tag, which can be an active electronic tag, a passive electronic tag, a semi-active electronic tag, etc., for example, the oil gun identifier can be a passive electronic tag; the identifier at the 4 end of the automobile is an oil tank identifier, the oil tank identifier is an electronic tag, and may be an active electronic tag, a passive electronic tag, a semi-active electronic tag, or the like, for example, the oil tank identifier may be a passive electronic tag, and may be specifically set according to actual conditions, which is not limited in the present invention.

In the embodiment of the invention, the oil tank identifier and the oil gun identifier can be obtained by the following steps:

as an implementation manner of the present invention, before the fueling user arrives at the fueling station 8, the fueling station staff obtains the grease gun identifier by scanning the two-dimensional code specifically bound to the grease gun identifier, and specifically, the grease gun identifier may be stored in association with the two-dimensional code, and further, the grease gun identifier is scanned by the fueling station staff and uploaded to a management platform of the fueling station in advance for storage in association. The electronic tag of the oil gun identifier and the two-dimensional code bound with the electronic tag are designed at the beginning of the setting of the management platform and are matched and stored on the management platform, and the operation of scanning and uploading the electronic tag to the management platform by oil station personnel activates a management program preset by the management platform.

As an implementation manner of the present invention, the fuel tank identifier may be obtained by a refueling person by scanning a two-dimensional code specifically bound to the fuel tank identifier before the refueling user reaches the gas station 8, and specifically, the fuel tank identifier may be stored in association with the two-dimensional code, and the two-dimensional code is scanned by the refueling person and uploaded to a management platform of the gas station in advance for storage in association. The electronic tag of the oil gun identifier and the two-dimensional code bound with the electronic tag are designed at the beginning of the setting of the management platform and are matched and stored on the management platform, and the operation of scanning and uploading the electronic tag to the management platform by a refueling worker activates a management program preset by the management platform.

As another implementation manner of the present invention, the earlier binding of the gun identifier and the tank identifier to the management platform can be performed by public number, specifically, the personnel/user of the oil station can pay attention to the public number of the oil station 8 in an application in advance, for example, in a wechat application, after the oil gun identifier or the oil tank identifier is received, the two-dimensional code arranged on the mailbox identifier/the oil gun identifier is scanned through the public number or the number carried by the mailbox identifier/the oil gun identifier is input, and the like, so that the area program stored in the management platform in advance of the oil gun identifier/the oil tank identifier can be acquired and activated, for example, and sending an oil gun identifier/oil tank identifier query request on a communication interface of a public number, or directly sending queries such as oil gun identifier/oil tank identifier codes and the like through the public number to obtain the oil gun identifier/oil tank identifier and upload the oil gun identifier/oil tank identifier to a management platform for activation.

Further, the oil gun identifier/oil tank identifier can be manually input or identified by induction through APP of the oil station personnel/users at the oil station.

In the embodiment of the invention, after the activation, the oil gun identifier, the oil tank identifier, the oil gun information, the oil engine equipment information and the oil filling cost information are acquired in the oil filling process, so that the user does not need to get off to check and manually input, the operation is simple, the acquisition efficiency of the oil station identifier is improved, and the user experience is improved.

And sending a refueling expense query request to a management platform according to the refueling expense query operation of the user, wherein the refueling expense query request carries a fuel tank identifier, and after receiving the fuel tank identifier, the management platform generates an expense list according to the corresponding refueling information of the fuel gun 7 and the fuel equipment thereof uploaded after matching by the radio frequency identification technology and sends the expense list to a corresponding user side.

In the embodiment of the present invention, the oil gun 7 is a fuel gun, and the oil gun 7 is a terminal of fuel output of fuel filling equipment in the fuel station 8, i.e. a part contacting a fuel tank of an automobile.

In an application scenario of the invention, after the oil tank identifier and the oil gun identifier are identified and matched by the radio frequency identification technology, the information is uploaded to the management platform and the matching program of the management platform is activated, after oil station personnel finish oil filling, a user can enter the installed oil filling application, and enter the oil filling cost query interface corresponding to the oil tank identifier by sending the oil tank identifier or clicking the cost query interface in the oil filling application, at the moment, the user can input the oil tank identifier or click the cost query interface to query the oil filling cost.

In another application scenario of the invention, after the oil tank identifier and the oil gun identifier are identified and matched by the radio frequency identification technology, the information is uploaded to the management platform, and after the oil station personnel finish oil filling, the information can directly jump to the oil filling cost query interface corresponding to the oil tank identifier through a program automatically set by the management platform, and at this time, a user can input the oil tank identifier or click the cost query to query the oil filling cost.

In another application scenario of the present invention, a user side (e.g., a mobile phone, etc.) receives fueling cost information corresponding to the fuel tank identifier and the fuel gun identifier bound to the fuel tank identifier, which is returned by the management platform, and displays the fueling cost information to a user on a user side interface, so that the user can pay at the terminal according to the fueling cost information.

In the embodiment of the present invention, the management platform performs unified management on the gas stations 8 according to the fueling condition in the gas stations 8, and is a control center. According to different requirements, the management platform comprises management systems such as an online system and a terminal software management system and necessary hardware devices such as various data interfaces and connecting pieces for realizing the method of the invention.

In the embodiment of the present invention, when the oil gun 7 finishes oil filling, the oil machine equipment where the oil gun 7 is located calculates the oil filling cost according to the oil filling amount and sends the oil filling cost to the management platform, the management platform stores the oil filling cost, and the management platform can obtain the oil gun identifier corresponding to the matching and the oil filling cost of the oil gun 7 corresponding to the oil gun identifier according to the oil tank identifier after receiving the oil gun identifier and the oil tank identifier information which are identified and sent by the radio frequency identification technology and send the oil gun identifier and the oil tank identifier information to the terminal, at this time, the user can pay at the terminal according to the oil filling cost.

In the embodiment of the invention, after the user finishes refueling, a refueling expense query request can be sent to the management platform through the terminal, the management platform can acquire the corresponding oil gun identifier and the refueling expense information of the oil machine equipment corresponding to the oil gun 7 according to the oil tank identifier carried in the refueling expense query request and return the information to the terminal, so that the terminal user can pay the expense through the terminal, the mobile payment of the refueling expense is realized, the expense payment is not required to be carried out when the user gets off the vehicle to a cash desk, the operation is simple, even under the condition that the number of refueling users is large, the payment in line is not required, the congestion condition of a gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example II,

The implementation process of the fueling method provided by the second embodiment of the present invention is similar to the first embodiment, and is different in that the radio frequency identification technology is adopted to obtain and match the oil gun identifier and the oil station identifier of the currently located gas station 8, and includes:

the equipment for identifying the oil tank identification and the oil gun identification by adopting the radio frequency identification technology can be fixed at the 7 end of the oil gun, can be fixed at the oil tank end, and can also be an explosion-proof bracelet worn on the hand by an oiling person in an oil station.

Further, after the oil tank identifier and the oil gun identifier are identified and acquired by adopting the radio frequency identification technology, the oil tank identifier and the oil gun identifier are sent to the management platform through the intelligent routing gateway unit 9 to activate the oil filling operation program.

In the embodiment of the invention, the mailbox identification and the oil gun identification are obtained through the radio frequency identification technology, so that the refueling expense of a gas station where a user is located is obtained and paid, manual input of the user is not needed, the operation is simple and convenient, the intellectualization of the terminal is improved, the efficiency of obtaining the refueling expense is improved, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example III,

The implementation process of the cost query method provided by the third embodiment of the present invention is similar to the first embodiment, and is different in that the sending of the fueling cost query request to the management platform according to the fueling cost query operation of the user includes:

and outputting a fueling cost inquiry interface.

In the embodiment of the present invention, after the refueling is completed, the refueling cost query interface of the gas station 8 corresponding to the oil gun identifier can be directly output according to the oil gun identifier, for example, after the refueling is completed, since the refueling is identified by the radio frequency identification technology and uploaded to the management platform to establish the association matching relationship among the oil tank identifier, the oil gun identifier, the oil engine equipment, and the like, the management platform can automatically match the oil tank identifier according to the oil gun identifier and return to the terminal, and since the terminal and the management platform establish the communication relationship on the network, the terminal can also output the refueling cost query interface corresponding to the oil gun identifier according to the oil gun identifier after acquiring the oil gun identifier.

And receiving the oil gun identification recorded by the user on the oil filling cost inquiry interface.

In the embodiment of the present invention, the user/fueling station fueling operator may select the grease gun identifier list provided by the fueling cost query interface, or may inquire the relevant information of the grease gun identifier of the fueling operator and manually input the information, or may scan the two-dimensional code set on the grease gun identifier to obtain the information.

And sending a refueling cost inquiry request to the management platform.

As an implementation mode of the invention, after the oil gun identification is input by a user/oil station personnel, the inquiry key is clicked, and the sending of the oil filling expense inquiry request is realized.

In the embodiment of the invention, the refueling expense query interface is output after the oil gun identification is obtained, the refueling expense query is carried out, the payment of the refueling expense can be completed without the user getting off the cashier desk, the operation is simple and convenient, the expense payment efficiency can be improved in the gas station with more people flow, and the condition of congestion of the gas station is avoided. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example four,

The embodiment provides an oiling method, which is different from the first embodiment in that the method further comprises the following steps:

receiving a fee payment request input by a user, wherein the fee payment request comprises a third-party payment system identifier;

and calling the corresponding third-party payment system to pay according to the third-party payment system identification.

In the embodiment of the invention, the third-party payment system comprises a WeChat payment system, a QQ payment system, a Baidu wallet payment system, a bank card payment system and other payment systems which can be used for the user to pay the refueling cost.

In the embodiment of the present invention, the third party payment system identifier is an identifier that uniquely identifies the same payment system to the user, for example, in the case of a wechat payment system, the third party payment system identifier may be a wechat icon.

In the embodiment of the invention, after the refueling expense information sent by the management platform is received, the user can select to pay through a third-party payment system, for example, a payment system required to be used can be selected in a list of the payment systems, for example, WeChat payment, and at the moment, the refueling expense is paid according to the WeChat payment.

In the embodiment of the invention, the payment is carried out through the third-party payment system, the payment can be finished at the terminal without getting off the vehicle of the user, the operation is simple and convenient, the transaction efficiency is high, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example V,

Embodiment five also provides an oiling method, which is similar to embodiment one, except that the method further comprises:

receiving an invoice printing request input by a user, and sending the invoice printing request to an invoice system, wherein the invoice printing request comprises an invoice printing type and an invoice head-up.

In the embodiment of the invention, the invoice printing type comprises an electronic invoice and a paper invoice.

In the embodiment of the invention, after the payment is completed, a user can send an invoice printing request to the management platform, the management platform can send the invoice printing request to the invoice system, or can directly send the invoice printing request to the invoice system, at the moment, the invoice system can print the invoice according to invoice information provided by the user, such as a raised head, an invoice type and the like, and return the invoice to the user, wherein when the invoice is a paper-edition invoice, the user can receive the printing completion information after the invoice is printed, and the invoice is received by the receipt payment system.

As an implementation scene of the invention, after the user finishes payment, the confirmation information of whether the invoice is printed or not can be output, after the user confirms, the invoice printing interface can be output, the user can fill in the invoice information according to the invoice information input area provided by the invoice printing interface, and after the filling is finished, the invoice information is sent to the invoice system for printing, the invoice printing can be realized without the user reaching a cashier desk, the operation is simple and convenient, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example six,

The implementation process of the refueling method provided by the sixth embodiment of the invention is applied to a management platform, and is detailed as follows:

and receiving a refueling cost query request sent by a terminal, wherein the refueling cost query request comprises an oil gun identifier or an oil tank identifier.

In the embodiment of the invention, the oil gun is a fuel gun which is a terminal for outputting fuel by fuel filling equipment in a fuel station, namely a part contacting a fuel tank of an automobile.

In the embodiment of the invention, the oil gun identifier is an electronic tag, which can be an active electronic tag, a passive electronic tag, a semi-active electronic tag, etc., for example, the oil gun identifier can be a passive electronic tag; the identifier of the automobile is an oil tank identifier, the oil tank identifier is an electronic tag, and may be an active electronic tag, a passive electronic tag, a semi-active electronic tag, or the like.

And acquiring corresponding refueling expense information according to the oil gun identifier or the oil tank identifier.

In the embodiment of the present invention, the fueling cost information may be generated by the fueling gun 7 according to the fuel output and the unit price of the fuel, or may be generated by the management platform according to the fuel output sent by the fueling gun 7 and calculated by combining the unit price of the fuel, and after the fueling cost information is obtained, the fueling cost information, the fueling gun identifier, and the fuel tank identifier are stored in an associated manner, and when a fueling cost query request is received, the corresponding fueling cost information is obtained according to the fueling gun identifier or the fuel tank identifier in the fueling cost query request.

In the embodiment of the invention, the oiling machine equipment and the management platform can be connected through the concentrator, when the oiling of the oil gun is completed, the oil gun 7 is hung up, at the moment, the oiling machine equipment can send an oiling completion signal to the management platform through the concentrator, and the oiling completion signal can comprise oiling cost information.

The hub can analyze the protocol of the refueling equipment to the refueling equipment data and transmit the analyzed data to the management platform.

And the refueling expense information is sent to the terminal so that the terminal can pay according to the refueling expense.

In the embodiment of the invention, the refueling expense information comprises the information of the refueling expense, the oil gun identification, the oil tank identification, the automobile information, the refueling amount, the refueling time and the like, so that a user can confirm whether the information is the refueling expense of the user according to the information, and unnecessary loss caused by sending wrong refueling expense information to the user due to excessive refueling personnel can be avoided.

In the embodiment of the invention, after the user finishes refueling, the refueling expense query request can be sent to the management platform through the terminal, the management platform can acquire corresponding refueling expense information according to the oil gun identifier or the oil tank identifier carried in the refueling expense query request and return the corresponding refueling expense information to the terminal, so that the terminal user can pay the expense through the terminal, the mobile payment of the refueling expense is realized, the expense payment is not required to be carried out from a vehicle to a cashier desk, the operation is simple, even under the condition that a plurality of refueling users exist, the queuing payment is not required, the congestion condition of a gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example seven,

The seventh embodiment shows a fueling method according to the sixth embodiment of the present invention, which is similar to the sixth embodiment, except that the acquiring of the fueling cost information of the fueling gun corresponding to the gun identifier and the tank identifier includes:

And when the oiling is finished, the oiling cost information sent by the oiling device corresponding to the oil gun identification is received.

In the embodiment of the invention, the oiling machine equipment and the management platform can be connected through the concentrator, when the oiling of the oil gun 7 is completed, the oil gun 7 is hung up, at the moment, an oiling completion signal can be transmitted to the management platform through the concentrator, the oiling completion signal can comprise oiling cost information, the management platform can store the oiling cost information, and the management platform can acquire the corresponding oiling cost according to the oil gun identifier or the oil tank identifier when receiving the oil gun identifier or the oil tank identifier sent by a user.

Example eight,

An eighth embodiment provides a fueling method similar to the sixth embodiment, except that the fueling cost information is transmitted to the terminal so that the terminal can pay the fueling cost, and thereafter, the method further includes:

after the payment is successful, sending successful payment information to the corresponding oil gun 7 management terminal according to the oil gun identifier or the oil tank identifier; and/or the presence of a gas in the gas,

In an application scenario of the present invention, each fueling operator may be equipped with a handheld terminal, for example, a mobile POS, and the fueling operator may know a currently paid order and an unpaid order through the POS, specifically, the POS may be associated with a gun identifier managed by the fueling operator, and one POS may manage one or more guns 7, and when the fueling cost of the gun 7 managed by the POS is settled, the management platform may send payment completion information to the POS according to the gun identifier, so that the fueling operator may know the settlement information of the fueling cost in real time, so as to allow the paying user to pass, avoid unpaid leaving of the vehicle, and also allow the paying vehicle to pass in time, avoid vehicle congestion, and improve fueling efficiency.

In another application scenario of the embodiment of the present invention, in order to avoid inconvenience of checking a terminal equipped when a fueling operator is fueling or handles other events, a voice announcement, such as "XX fuel tank, XX serial number, XX vehicle, payment order number XX, XX element success", etc., can be output through a voice module, so that the fueling operator can know the condition of payment settlement in time, and the method can be implemented without checking the terminal, is simple and convenient to operate, and can improve user experience.

Examples nine,

The implementation process of the fueling method provided by the ninth embodiment of the present invention is similar to the sixth embodiment, and the difference is that the receiving terminal sends the fee inquiry request, which further includes:

In the embodiment of the invention, the oil gun identification and the oil engine equipment information are stored in the management platform in an associated manner, and when the management platform receives the user oil tank identification/the oil gun identification sent by the terminal, the management platform can acquire the corresponding oil tank identification/the oil gun identification/the corresponding oil charge information according to the corresponding oil tank identification/the oil gun identification which is acquired by adopting a radio frequency identification technology and then uploaded to the management platform for associated matching.

In the embodiment of the invention, the oiling cost information of the user is further acquired according to the oil tank identifier and the oil gun identifier of the terminal, manual input of the user is not needed, the operation is simple and convenient, the intellectualization of the terminal is improved, the efficiency of acquiring the oil gun identifier and the oil tank identifier is improved, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Examples ten,

Fig. 5 is a schematic view of a refueling internet-of-things noninductive structure of a refueling method provided by the embodiment of the invention, fig. 6 is a schematic view of a wearable explosion-proof identification unit of the refueling method provided by the embodiment of the invention, fig. 7 is a schematic view of an automobile fuel tank tag unit structure of the refueling method provided by the embodiment of the invention, and fig. 8 is a schematic view of a fuel gun tag unit structure of the refueling method provided by the embodiment of the invention; for convenience of explanation, only portions related to the embodiments of the present invention are shown.

The wearable explosion-proof identification unit 5 is used for acquiring an oil gun identifier of a current gas station and an oil tank identifier of a user side by adopting a radio frequency identification technology, matching the oil tank identifier with the oil gun identifier and then sending the matched oil gun identifier to the next step;

a mobile terminal unit 2 including an operation request unit and an operation information receiving unit; the operation request unit is used for the user to inquire the refueling cost, pay the request operation, print the request operation of the invoice, send the corresponding operation request to the management platform, the said corresponding operation request carries the fuel tank label; the operation information receiving unit is used for receiving the refueling expense information which is returned by the management platform and is matched with the oil gun identifier and the oil tank identifier in an associated manner, and displaying the refueling expense information to a user so that the user can pay at the user side according to the refueling expense information;

the intelligent routing gateway unit 9 is used for acquiring and receiving the information identified by the wearable explosion-proof identification unit 5 and uploading the information to the management platform;

as shown in fig. 7, the automobile fuel tank label unit 3 includes a fuel tank electronic label module 31 and a fuel tank label installation module 32, the fuel tank electronic label module 31 includes the fuel tank identifier, the fuel tank electronic label module 31 passes through the fuel tank label installation module 32 is installed on the automobile fuel tank, the mobile terminal unit 2 identifies the information of the matched fuel tank electronic label module 31 and uploads the information to the management platform after binding.

As shown in fig. 8, the oil gun label unit 6 includes an oil gun electronic label module 61 and an oil gun label installation module 62, the oil gun electronic label module 61 includes the oil gun identifier, the oil gun electronic label module 61 passes through the oil gun label installation module 62 is installed on the oil gun 7 of the gas station, the oil gun 7 of the gas station is bound with the information of the oil gun electronic label module 61 and uploaded to the management platform.

The oil charge reading unit 10 of the gas station is used for reading the oil charge of the oil gun 7, the oil charge reading unit 10 of the gas station is installed on the gas station, and the oil charge reading unit 10 of the gas station reads the oil charge of the oil gun 7 and uploads the oil charge of the corresponding oil gun 7 to the management platform.

The Internet of things non-sensitive refueling payment system unit 1 is a management platform and is used for receiving, correlating and matching, calculating and sending corresponding processing operations of data of all units.

In the embodiment of the invention, when the oil gun 7 finishes oil filling, the oil filling equipment where the oil gun 7 is located calculates the oil filling cost according to the oil filling amount and sends the oil filling cost to the management platform, the management platform stores the oil filling cost, the management platform can obtain the corresponding oil gun identifier and the oil filling cost according to the oil tank identifier when receiving the oil tank identifier sent by a user and sends the oil gun identifier and the oil filling cost to the terminal, and at the moment, the user can pay on the terminal according to the oil filling cost.

In the embodiment of the present invention, the vehicle 4 mounts the fuel tank electronic tag module 31 on the inner side of the fuel tank cap in advance, scans and identifies (can download the gas station APP or the wechat applet for identification) through the mobile terminal unit 2 (the mobile terminal unit 2 can be a user mobile phone), fills the fuel tank identification information and the vehicle 4 information to be bound with the fuel tank identification after identification, and uploads the information to the internet of things sensorless refueling payment system unit 1. The oil gun electronic tag module 61 is installed on the oil gun 7 in advance by the gas station 8, and the oil gun identifier and the information of the oil machine equipment bound with the oil gun 7 are uploaded to the internet of things non-sensing refueling payment system unit 1. The automobile 4 is in the operation of refueling, when the oil gun 7 inserts in the oil tank, the distance of oil tank sign and oil gun sign is nearer, refuel staff's manual activation is its wearable explosion-proof recognition unit 5 of wearing to operating condition on hand this moment, wearable explosion-proof recognition unit 5 responds to and reads the information of oil tank sign and oil gun sign simultaneously and conveys it to intelligent routing gateway unit 9 through radio frequency identification technology, send this information to oil station thing allies oneself with noninductive refuel payment system unit 1 by intelligent routing gateway unit 9 again, make oil tank sign, oil gun sign and the oil gun 7 that corresponds with the oil gun sign and its oil engine equipment establish the associative matching relation. After refueling is finished, the Internet of things non-inductive refueling payment system unit 1 automatically generates a fee bill and automatically pushes the fee bill to a small-amount password-free account opened by a vehicle owner in advance to deduct the refueled money, and meanwhile, the refueled system in the gas station automatically changes the state of the fee bill into a settled state, and the vehicle owner leaves the vehicle. Therefore, the user does not need to get off the cashier desk to pay, the operation is simple, even if the refueling user has a large number of users, the user does not need to queue for payment, the congestion situation of the gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Examples eleven,

For convenience of description, only the parts related to the embodiment of the present invention are shown in the structure of the wearable explosion-proof identification unit 5 provided in the eleventh embodiment of the present invention.

As shown in fig. 6, the wearable explosion-proof identification unit 5 includes an RFID module 51, a wearing module 52, a network communication module 53, a switch module 54, an indicator light module 55, a battery module 56, and a control module 57.

The RFID module 51 acquires the oil tank identifier and the oil gun identifier information by using a radio frequency identification technology, and transmits the oil gun identifier and the oil tank identifier information to the network communication module 53, and the network communication module 53 transmits the information transmitted by the RFID module 51 to the intelligent routing gateway unit 9.

And the wearable module 52 is used for the oil station staff to wear the wearable explosion-proof identification unit 5, such as a wearable bracelet and the like.

And the network communication module 53 is used for receiving the information of the RFID module 51 and sending the information to the intelligent routing gateway unit 9 of the gas station 8.

And the switch module 54 is used for controlling the power on-off of the whole wearable explosion-proof identification unit 5 and each module thereof.

And the indicator light module 55 is used for displaying the normal working condition of each module.

And a battery module 56 for providing power for normal operation of the respective modules.

And the control module 57 is used for coordinating and controlling each module, so that each module can normally and coordinately work.

In the embodiment of the present invention, the RFID module 51 acquires the oil tank identifier and the oil gun identifier information by using a radio frequency identification technology, and transmits the oil gun identifier and the oil tank identifier information to the network communication module 53, the network communication module 53 sends the information transmitted by the RFID module 51 to the intelligent routing gateway unit 9 of the gas station 8, the intelligent routing gateway unit 9 of the gas station transmits the information to the internet of things non-sensitive fueling payment system unit 1, and the wearable module 52 may be in various forms, such as an intelligent bracelet, which can be specifically set according to actual conditions, which is not limited in the present invention.

The internet of things non-inductive refueling payment system unit 1 stores an oil gun identifier, an oil tank identifier, automobile 4 information corresponding to the oil tank identifier, and oil engine equipment and oil station information corresponding to the oil gun identifier before refueling. The RFID module 51 adopts the radio frequency identification technology to obtain oil tank identification and oil gun identification information, and transmits the oil gun identification and the oil tank identification information to the network communication module 53, the network communication module 53 sends the information transmitted by the RFID module 51 to the 8 intelligent routing gateway unit 9 of the gas station, and the 8 intelligent routing gateway unit 9 of the gas station transmits the information to the internet of things noninductive refueling payment system unit 1. At this time, the internet of things non-inductive refueling payment system unit 1 has stored the oil gun identifier, the oil tank identifier, and the information of the vehicle 4 corresponding to the oil tank identifier before refueling, and at this time, the information of the oil engine equipment and the oil station corresponding to the oil gun identifier is activated, and a corresponding association matching relationship is established. When receiving the oil tank identifier/oil gun identifier sent by the terminal, the internet of things non-inductive refueling payment system unit 1 can automatically match and output the corresponding oil gun identifier/oil tank identifier and the corresponding refueling expense information.

Further, in order to reduce the burden on the fueling personnel at the fueling station, the wearable explosion-proof identification unit 5 may be fixedly mounted at the gun end or the tank end.

In the embodiment of the present invention, the vehicle 4 mounts the fuel tank electronic tag module 31 on the inner side of the fuel tank cap in advance, scans and identifies (can download the gas station APP or the wechat applet for identification) through the mobile terminal unit 2 (the mobile terminal unit 2 can be a user mobile phone), fills the fuel tank identification information and the vehicle 4 information to be bound with the fuel tank identification after identification, and uploads the information to the internet of things sensorless refueling payment system unit 1. The oil gun electronic tag module 61 is installed on the oil gun 7 in advance by the gas station 8, and the oil gun identifier and the information of the oil machine equipment bound with the oil gun 7 are uploaded to the internet of things non-sensing refueling payment system unit 1. The automobile 4 is in the operation of refueling, when the oil gun 7 inserts in the oil tank, the distance of oil tank sign and oil gun sign is nearer, refuel staff's manual activation is its wearable explosion-proof recognition unit 5 of wearing to operating condition on hand this moment, wearable explosion-proof recognition unit 5 responds to and reads the information of oil tank sign and oil gun sign simultaneously and conveys it to intelligent routing gateway unit 9 through radio frequency identification technology, send this information to oil station thing allies oneself with noninductive refuel payment system unit 1 by intelligent routing gateway unit 9 again, make oil tank sign, oil gun sign and the oil gun 7 that corresponds with the oil gun sign and its oil engine equipment establish the associative matching relation. After refueling is finished, the Internet of things non-inductive refueling payment system unit 1 automatically generates a fee bill and automatically pushes the fee bill to a small-amount password-free account opened by a vehicle owner in advance to deduct the refueled money, and meanwhile, the refueling system in the gas station 8 automatically changes the state of the fee bill into a settled state, so that the vehicle owner leaves. Therefore, the user does not need to get off the cashier desk to pay, the operation is simple, even if the oiling user has more users, the user does not need to queue for payment, the congestion situation of the gas station 8 is relieved, the oiling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Examples twelve,

For convenience of description, the structure of the fee inquiry request sending unit according to the twelfth embodiment of the present invention only shows the relevant parts according to the embodiment of the present invention.

the refueling cost query request sending module is used for sending a refueling cost query request to the management platform;

in the embodiment of the present invention, after the management platform obtains the fuel tank identifier, the management platform may directly output the fueling cost query interface of the gas station 8 corresponding to the fuel tank identifier/fuel gun identifier according to the fuel tank identifier/fuel gun identifier, for example, after obtaining the fuel tank identifier of the user, the management platform may obtain the fuel gun identifier corresponding to the fuel tank identifier and the corresponding fueling cost information according to the fuel tank identifier and return the same to the terminal, and after obtaining the fuel tank identifier/fuel gun identifier/fueling cost information, the terminal may output the fueling cost query interface corresponding to the fuel tank identifier/fuel gun identifier/fueling cost information according to the fuel tank identifier/fuel gun identifier/fueling cost information;

the fuel tank identifier/fuel gun identifier receiving module is used for receiving the fuel tank identifier/fuel gun identifier which is input by a user on the refueling expense query interface;

in the embodiment of the present invention, the oil tank electronic tag module 31 includes an oil tank identifier, the oil tank electronic tag module 31 is installed on the oil tank of the automobile 4 through the oil tank tag installation module 32, and the mobile terminal unit 2 identifies and binds information of the matched oil tank electronic tag module 2 and uploads the information to the management platform.

Oil gun label unit 6, including oil gun electronic tags module 61 and oil gun label installing module 62, oil gun electronic tags module 61 includes the oil gun sign, oil gun electronic tags module 61 passes through oil gun label installing module 62 is installed on the oil gun 7 of filling station 8, the oil gun 7 of filling station 8 binds and uploads the management platform with oil gun electronic tags module 61 information. The oil gun identifier and the oil tank identifier are both electronic tags and can be set according to actual conditions, and the invention is not limited.

In the embodiment of the present invention, the user may select the fuel tank identifier list provided by the fuel charging fee query interface, or may inquire the identifier of the fuel gun from the fuel charging staff and manually input the identifier, or may log in the user system through the APP/wechat applet downloaded from the mobile phone terminal to obtain the identifier.

And the refueling expense query request sending module is used for sending an expense query request to the management platform, wherein the expense query request carries the oil gun identifier/oil tank identifier.

As an implementation mode of the invention, after the oil gun identifier/oil tank identifier is input, the oil station personnel/user can click the query key to realize the sending of the oil filling expense query request.

In the embodiment of the invention, the fuel charging cost inquiry interface is output after the fuel tank identifier/fuel gun identifier is obtained, the fuel charging cost inquiry is carried out, the payment of the fuel charging cost can be completed without a user getting off a cash desk, the operation is simple and convenient, the cost payment efficiency can be improved in a gas station with more pedestrian flow, and the condition of congestion of the gas station is avoided. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Example thirteen,

An embodiment thirteen provides a refueling apparatus, further including:

In the embodiment of the invention, the third party payment system comprises a WeChat payment system, a QQ payment system, a Baidu wallet payment system, a bank card payment system, a Mei Tuo payment, a Paibao payment and other payment systems which can be used for the user to pay the oil filling fee.

In an embodiment of the present invention, the third party payment system identifier is an identifier of the same payment system as the identifier of the payment system used by the user, for example, in the case of a WeChat payment system, the third party payment system identifier may be a WeChat icon.

In the embodiment of the present invention, after receiving the fueling cost information sent by the management platform, the user may select to pay through a third party payment system at the mobile terminal unit 2, for example, may select a payment system to be used in a list of payment systems, for example, a wechat payment, and at this time, pay the fueling cost according to the wechat payment.

Examples fourteen,

An embodiment fourteen further provides a refueling apparatus, further comprising:

and the invoice printing request receiving unit is used for receiving an invoice printing request input by a user and sending the invoice printing request to the invoice system, and the invoice printing request comprises an invoice printing type and an invoice new line.

As a real-time scene of the invention, after the payment of the user is completed, the confirmation information of whether the invoice is printed or not can be output, after the confirmation of the user, the invoice printing interface can be output, the user can fill in the invoice information according to the invoice information input area provided by the invoice printing interface, and after the filling is completed, the invoice information is sent to the invoice system for printing, the invoice printing can be realized without the user going to a cash register, the operation is simple and convenient, and the user experience is improved.

Example fifteen,

The structure of the refueling device provided by the fifteenth embodiment of the invention is applied to a management platform, and for convenience of description, only the parts related to the embodiments of the invention are shown.

The refueling device includes: the system comprises a refueling cost query request receiving unit, a refueling cost information acquiring unit and a refueling cost information sending unit.

And the refueling cost query request receiving unit is used for receiving a refueling cost query request sent by the mobile terminal unit, and the refueling cost query request comprises a mailbox identifier/oil gun identifier.

In the embodiment of the present invention, the fuel gun 7 is a fuel gun, and the fuel gun is a terminal of fuel output of fuel filling equipment in the fuel station 8, namely a part contacting a fuel tank of an automobile.

In the embodiment of the invention, the oil gun identifier is an electronic tag, which can be an active electronic tag, a passive electronic tag, a semi-active electronic tag, etc., for example, the oil gun identifier can be a passive electronic tag; the identification of the automobile is an oil tank identification, the oil tank identification is an electronic tag, and the identification can be an active electronic tag, a passive electronic tag, a semi-active electronic tag, and the like, for example, the oil tank identification can be a passive electronic tag, the electronic tag can be attached with a marked label or a two-dimensional code, the label or the two-dimensional code information is stored in the internet of things non-inductive refueling payment system in advance, and the label or the two-dimensional code information can be specifically set according to actual conditions, and the invention is not limited.

And the oiling cost information acquisition unit is used for acquiring the oiling cost information of the oil gun 7 corresponding to the oil gun identifier according to the oil gun identifier and the gas station 8.

In the embodiment of the present invention, the fueling cost information may be generated by the fueling gun 7 according to the fuel output and the unit price of the fuel, or may be generated by the management platform according to the fuel output sent by the fueling gun 7 and calculated by combining the unit price of the fuel, and after the fueling cost information is obtained, the fueling cost information, the fueling gun identifier, and the fuel tank identifier are stored in an associated manner, and when a fueling cost query request is received, the corresponding fueling cost information is obtained according to the fueling gun identifier/fuel tank identifier in the fueling cost query request.

In the embodiment of the invention, the oiling machine equipment and the management platform can be connected through the concentrator, when the oiling of the oil gun 7 is completed, the oil gun 7 is hung up, at the moment, the oiling machine equipment can send an oiling completion signal to the management platform through the concentrator, and the oiling completion signal can comprise oiling cost information.

And the refueling expense sending unit is used for sending the refueling expense information to the Internet of things non-sensitive refueling payment system unit 1 and sending the information to the mobile terminal unit 2 through the Internet of things non-sensitive refueling payment system unit 1, so that a user can pay at the mobile terminal unit 2 according to the refueling expense information.

In the embodiment of the invention, the refueling expense information comprises the information of the refueling expense, the oil gun identification, the refueling amount, the refueling time, the automobile information, the oil station information, the oil machine equipment information and the like, so that a user can confirm whether the information is the refueling expense of the user according to the information, and unnecessary loss caused by sending wrong refueling expense to the user due to excessive refueling personnel can be avoided.

In the embodiment of the invention, after the user finishes refueling, the refueling expense query request can be sent to the management platform through the oil engine equipment of the refueling station 8, the management platform can acquire corresponding refueling expense information according to the oil gun identifier/oil tank identifier carried in the refueling expense query request and return the corresponding refueling expense information to the mobile terminal unit 2, so that the user of the mobile terminal unit 2 can pay the expense through the mobile terminal unit 2, thereby realizing mobile payment of refueling expense, without getting off the vehicle to a cashier desk for paying, the operation is simple, even under the condition that a plurality of refueling users are in use, the queuing payment is not needed, the congestion condition of the refueling station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Examples sixteen,

Embodiment sixteen shows a fueling cost information acquisition unit, including: and the oil gun refueling expense receiving module.

And the oil gun refueling cost receiving module is used for receiving refueling cost information sent by refueling equipment corresponding to the oil gun identification when refueling is completed.

In the embodiment of the invention, the oiling machine equipment and the management platform can be connected through the concentrator, when the oiling of the oil gun 7 is completed, the oil gun 7 is hung up, at the moment, an oiling completion signal can be transmitted to the management platform through the concentrator, the oiling completion signal can comprise oiling cost information, the management platform can store the oiling cost information, and the management platform can acquire the corresponding oiling cost according to the oil gun identifier/oil tank identifier when receiving the oil gun identifier/oil tank identifier sent by a user.

In the embodiment of the invention, after the user finishes refueling, the refueling expense query request can be sent to the management platform through the terminal, the management platform can acquire corresponding refueling expense information according to the oil gun identifier/oil tank identifier carried in the refueling expense query request and return the corresponding refueling expense information to the terminal, so that the terminal user can pay the expense through the terminal, the mobile payment of the refueling expense is realized, the expense payment is not required to be carried out from a vehicle to a cashier desk, the operation is simple, even under the condition that a plurality of refueling users exist, the payment of a team is not required, the congestion condition of a gas station is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved. And the problems of complex vestibular position of a gas station, network transmission, influence of angle light, identification accuracy, illegal fake license plates, ground-based line burying required for implementation, high implementation difficulty of the whole system and the like in the existing non-sensitive fueling payment technology adopting video and position identification are solved.

Examples seventeen,

An embodiment seventeenth provides a refueling apparatus, further comprising:

the payment success information sending unit is used for sending payment success information to a terminal of a gas station 8 managed by a corresponding oil gun 7 according to the oil gun mark/oil tank mark after payment is successful; and/or the presence of a gas in the gas,

In an application scenario of the present invention, each fueling operator may be equipped with a handheld terminal, for example, a mobile POS, and the fueling operator may know a currently paid order and an unpaid order through the POS, specifically, the POS may be associated with a gun identifier managed by the fueling operator, and one POS may manage one or more guns 7, and when the fueling cost of the gun 7 managed by the POS is settled, the management platform may read that payment completion information is sent to the POS according to the gun identifier, so that the fueling operator knows the fueling cost settlement information in real time, so as to allow the paying user to pass, thereby preventing the vehicle from leaving unpaid, and also allowing the paying vehicle to pass in time, preventing the vehicle from being jammed, and improving the fueling efficiency. In another application scenario of the embodiment of the present invention, in order to avoid inconvenience of checking a terminal equipped when a fueling operator is fueling or handles other events, a voice announcement, such as "XX fuel tank, XX serial number, XX vehicle, payment order number XX, XX element success", etc., can be output through a voice module, so that the fueling operator can know the condition of payment settlement in time, and the method can be implemented without checking the terminal, is simple and convenient to operate, and can improve user experience.

Examples eighteen,

In the structure of the oil filling device according to the eighteenth embodiment of the present invention, for convenience of description, only the portions related to the embodiment of the present invention are shown.

As shown in fig. 5, the internet of things sensorless refueling payment system unit 1 includes a fuel amount calculation module 11, an order generation module 12, a network communication module 13, an order query module 14, an invoice printing module 15, a user management module 16, and a money payment module 17.

The fuel quantity calculating module 11 is used for receiving the fuel quantity information sent by the fuel quantity reading unit 10 of the gas station, the information comprises a fuel gun identifier, fuel station information, fuel machine equipment information and the like, the fuel charging cost is calculated according to the fuel price obtained through networking or the fuel price set by the fuel station independently, the fuel charging cost calculating process can be regularly or irregularly implanted and comprises related functions and modules such as discount, perennial fuel charging red packet, first use and exemption and the like, and the fuel charging cost information is generated after the fuel charging cost is calculated.

The order generating module 12 receives the fueling cost information of the gas station 8 generated by the fuel amount calculating module 11, and calls out the fuel tank identification information, the fuel gun identification information, the corresponding fuel station information, the corresponding fuel equipment information, and the corresponding user information stored in advance by the user management module 16 according to the fuel tank identification and the fuel gun identification uploaded after the wearable explosion-proof identification unit 5 is successfully matched, and then generates and stores a fueling cost order according to the called information.

The order query module 14 receives a cost query request from a user side or the gas station 8, where the cost query request includes a mailbox identifier/a fuel gun identifier/vehicle information, and the order query module 14 retrieves a corresponding matching fueling cost order according to the received fuel tank identifier, fuel gun identifier, and vehicle information, and returns the fueling cost order to the corresponding terminal.

And the amount payment module 17 is used for receiving an amount payment request sent by the terminal, wherein the amount payment request comprises a mailbox identifier/an oil gun identifier/automobile information, the amount payment module 17 calls a corresponding matched refueling expense order and a corresponding matched refueling expense payment system according to the received oil tank identifier, the oil gun identifier and the automobile information, the terminal pays in the payment system, and payment completion information is returned to the terminal after the payment is completed. The payment system is connected with payment systems such as a payment treasure, a WeChat, a bank and the like.

And the invoice printing module 15 is used for receiving an invoice printing request sent after the terminal finishes payment, wherein the invoice printing request comprises a mailbox identifier/an oil gun identifier/automobile information, and the invoice printing module calls a corresponding matched refueling expense order and payment information thereof according to the received oil tank identifier, the oil gun identifier and the automobile information, outputs an electronic invoice according to the invoice printing requirement of the terminal, and returns the refueling expense order to the corresponding terminal. The invoice printing module 15 is connected with a national tax bill system.

And the user management module 16 is used for storing information such as an oil gun 7 identifier of the gas station 8, a mailbox identifier of a refueling client, oil engine equipment, automobile information and the like, and is called by each module.

And the network communication module 13 is matched with the sending and receiving of information of each module, the sending and receiving of information of the Internet of things noninductive refueling payment system unit 1 and other units, and the connection of each module and the Internet.

Furthermore, thing allies oneself with does not feel refuels payment system unit 1 and still includes user and refuels request module, after wearable explosion-proof identification unit 1 used radio frequency identification technology discernment mailbox sign and oil gun sign, the user refuels the information such as price that the user sent needs to refuel or the number of liter or the type of refueling, then with information transmission to wearable explosion-proof identification unit 5 on or the oil engine equipment, the station refuels staff and refuels according to the user who shows on wearable explosion-proof identification unit 5 or the oil engine equipment and refuels the demand and carry out, the car owner exempts from the bus and controllable fuel filling amount or refuels amount. The intelligent terminal is simple and convenient to operate, the intellectualization of the terminal is improved, the efficiency of acquiring the oil station identification is improved, and the user experience is improved.

Examples nineteen,

The embodiment of the invention also provides an oil filling system.

This refueling system includes:

the terminal comprises the oiling device in the tenth embodiment to the fourteenth embodiment.

A management platform comprising the refueling apparatus of embodiments fifteen through eighteen above.

For the specific implementation of the refueling system, reference may be made to the above-mentioned embodiments, and the description of the present invention is omitted.

In the embodiment of the invention, after the user finishes refueling, the refueling expense query request can be sent to the management platform through the terminal, the management platform can acquire corresponding refueling expense information according to the fuel tank identifier carried in the refueling expense query request and return the corresponding refueling expense information to the terminal, so that the terminal user can pay the expense through the terminal, mobile payment of the refueling expense is realized, the expense payment from a vehicle to a cashier desk is not needed, the operation is simple, even if the refueling user is more, the queuing payment is not needed, the congestion condition of the gas station 8 is relieved, the refueling efficiency is accelerated, the labor cost is reduced, and the user experience is improved.

An embodiment of the present invention further provides a computer apparatus, where the computer apparatus includes a processor, and the processor is configured to implement the steps of the fueling method provided in the first to fifth embodiments when executing the computer program stored in the memory.

Embodiments of the present invention further provide a computer-readable storage medium, on which a computer program is stored, where the computer program, when executed by a processor, implements the steps of the fueling methods provided in the above embodiments one to five.

Illustratively, a computer program can be partitioned into one or more modules, which are stored in memory and executed by a processor to implement the present invention. One or more of the modules may be a sequence of computer program instruction segments for describing the execution of a computer program in a computer device that is capable of performing certain functions. For example, the computer program may be divided into the steps of the image encryption method provided by the various method embodiments described above.

Those skilled in the art will appreciate that the above description of a computer apparatus is by way of example only and is not intended to be limiting of computer apparatus, and that the apparatus may include more or less components than those described, or some of the components may be combined, or different components may be included, such as input output devices, network access devices, buses, etc.

The Processor may be a Central Processing Unit (CPU), other general purpose Processor, a Digital Signal Processor (DSP), an Application Specific Integrated Circuit (ASIC), an off-the-shelf Programmable Gate Array (FPGA) or other Programmable logic device, discrete Gate or transistor logic, discrete hardware components, etc. The general purpose processor may be a microprocessor or the processor may be any conventional processor or the like which is the control center for the computer device and which connects the various parts of the overall computer device using various interfaces and lines.

The memory may be used to store the computer programs and/or modules, and the processor may implement various functions of the computer device by running or executing the computer programs and/or modules stored in the memory and invoking data stored in the memory. The memory may mainly include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required by at least one function (such as a sound playing function, an image playing function, etc.), and the like; the storage data area may store data (such as audio data, a phonebook, etc.) created according to the use of the cellular phone, and the like. In addition, the memory may include high speed random access memory, and may also include non-volatile memory, such as a hard disk, a memory, a plug-in hard disk, a Smart Media Card (SMC), a Secure Digital (SD) Card, a Flash memory Card (Flash Card), at least one magnetic disk storage device, a Flash memory device, or other volatile solid state storage device.

The modules/units integrated by the computer device may be stored in a computer-readable storage medium if they are implemented in the form of software functional units and sold or used as separate products. Based on such understanding, all or part of the flow of the method according to the embodiments of the present invention may also be implemented by a computer program, which may be stored in a computer-readable storage medium, and when the computer program is executed by a processor, the steps of the method embodiments may be implemented. Wherein the computer program comprises computer program code, which may be in the form of source code, object code, an executable file or some intermediate form, etc. The computer-readable medium may include: any entity or device capable of carrying the computer program code, recording medium, usb disk, removable hard disk, magnetic disk, optical disk, computer Memory, Read-Only Memory (ROM), Random Access Memory (RAM), electrical carrier wave signals, electrical signals, software distribution medium, and the like.

Examples twenty,

acquiring an oil tank identifier of a user side;

acquiring the oil gun identifier of a gas station 8 which currently refuels the user side;

the oil tank identification and the oil gun identification are acquired and recognized and then transmitted to a management platform of a gas station 8 for correlation matching;

the personnel at the oil station refuels the oil for the user;

sending refueling information to a management platform of a gas station 8, wherein the refueling information carries refueling cost information, fuel tank identification information and the oil gun identification information;

obtain the oil gun sign of current institute 8 filling stations and the oil tank sign of user side, include:

The electronic tag identification equipment is a wearable explosion-proof identification unit 5.

the user side outputs a refueling expense query interface;

The method further comprises the following steps:

the method further comprises the following steps:

after the payment is successful, sending successful payment information to a corresponding gas station 8 for managing the oil gun according to the oil gun identification; and/or the presence of a gas in the gas,

receiving the oil tank identification information reported by the user side and the information related to the user automobile 4 bound with the oil tank identification information;

and acquiring the oil gun identifier of the oil station where the user is currently located according to the information acquired by the gas station 8, and performing association matching on the oil gun identifier and the oil tank identifier.

the gas station 8 intelligent routing gateway unit 9 is used for acquiring and receiving the information identified by the wearable explosion-proof identification unit 5 and uploading the information to the management platform;

automobile oil tank label unit 3, including oil tank electronic tags module 31 and oil tank label installing module 32, oil tank electronic tags module 31 includes the oil tank sign, oil tank electronic tags module 31 passes through oil tank label installing module 32 is installed on 4 oil tanks of car, mobile terminal unit 2 discernment matching oil tank electronic tags module 31 information is uploaded to the management platform after binding.

Oil gun label unit 6, including oil gun electronic tags module 61 and oil gun label installing module 62, oil gun electronic tags module 61 includes the oil gun sign, oil gun electronic tags module 61 passes through oil gun label installing module 62 is installed on the oil gun 7 of filling station 8, the oil gun 7 of filling station 8 binds and uploads the management platform with oil gun electronic tags module 61 information.

The oil charge reading unit 10 of the gas station is used for reading the oil charge of the oil gun 7, the oil charge reading unit 10 of the gas station is installed on the gas station 8, and the oil charge reading unit 10 of the gas station reads the oil charge of the oil gun 7 and uploads the oil charge of the corresponding oil gun 7 to the management platform.

The device further comprises:

the device, still include:

The device further comprises:

the terminal comprises the oiling device;

the management platform comprises the refueling device.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention. .

Claims

1. A refueling method is applied to a terminal and comprises the following steps:

acquiring an oil tank identifier of a user side;

the personnel at the oil station refuels the oil for the user;

the oil tank mark and the oil gun mark are both electronic tags;

2. The fueling method of claim 1, wherein the customer-side user's fueling cost inquiry operation, the customer-side sending a fueling cost inquiry request to the management platform, comprises:

the user side outputs a refueling expense query interface;

3. A method of refueling as claimed in claim 1, further comprising:

4. A method of refueling as claimed in claim 1, further comprising:

5. A refueling method is applied to a management platform and comprises the following steps:

the method further comprises the following steps:

when the oiling is finished, the oiling cost information sent by the oiling device corresponding to the oil gun identifier is received;

6. The method of fueling according to claim 5, wherein the fueling cost information is transmitted to the user terminal to enable a user to make a payment at the user terminal based on the fueling cost information, and thereafter further comprising:

7. The fueling method of claim 5, wherein the management platform receives a fueling cost inquiry request from a customer terminal, and further comprising:

8. An oiling device, which is applied to a terminal, the device comprising:

the automobile oil tank label unit comprises an oil tank electronic label module and an oil tank label installation module, wherein the oil tank electronic label module comprises the oil tank identifier, the oil tank electronic label module is installed on an automobile oil tank through the oil tank label installation module, and the mobile terminal unit identifies and binds information of the matched oil tank electronic label module and uploads the information to the management platform after binding;

the oil gun label unit comprises an oil gun electronic label module and an oil gun label mounting module, wherein the oil gun electronic label module comprises the oil gun identifier, the oil gun electronic label module is mounted on an oil gun of a gas station through the oil gun label mounting module, and the information of the oil gun of the gas station and the oil gun electronic label module is bound and uploaded to a management platform;

the device comprises a gas station fuel charge reading unit, a management platform and a control unit, wherein the gas station fuel charge reading unit is used for reading the fuel charging charge of a fuel gun and is installed on a gas station;

9. The fueling apparatus of claim 8, wherein the operation request unit is provided with a fee inquiry request sending unit, and the fee inquiry request sending unit includes:

10. The fuel filling apparatus of claim 8, wherein said apparatus further comprises:

11. The fuel filling apparatus of claim 8, wherein said apparatus further comprises:

12. An oil filling device, characterized in that, be applied to management platform, the device includes:

the device, still include:

13. The fuel filling apparatus of claim 12, wherein said apparatus further comprises:

14. The fuel filling apparatus of claim 12, wherein said apparatus further comprises:

15. A refueling system characterized in that the refueling system comprises:

a terminal comprising a refuelling device according to any of claims 8 to 11;

a management platform comprising a refuelling device according to any of claims 12 to 14.

16. A computer arrangement, characterized in that the computer arrangement comprises a processor for implementing the steps of the method according to any one of claims 1-4 when executing a computer program stored in a memory.

17. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method according to any one of claims 1 to 4.