CN112770250B - User identification refueling method combining fuel station identification information and positioning information - Google Patents
User identification refueling method combining fuel station identification information and positioning information Download PDFInfo
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- CN112770250B CN112770250B CN202011516403.3A CN202011516403A CN112770250B CN 112770250 B CN112770250 B CN 112770250B CN 202011516403 A CN202011516403 A CN 202011516403A CN 112770250 B CN112770250 B CN 112770250B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/0226—Traffic management, e.g. flow control or congestion control based on location or mobility
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/021—Services related to particular areas, e.g. point of interest [POI] services, venue services or geofences
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/025—Services making use of location information using location based information parameters
- H04W4/027—Services making use of location information using location based information parameters using movement velocity, acceleration information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W64/00—Locating users or terminals or network equipment for network management purposes, e.g. mobility management
- H04W64/003—Locating users or terminals or network equipment for network management purposes, e.g. mobility management locating network equipment
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Abstract
The application relates to a user identification refueling method combining fuel station identification information and position positioning, which comprises the following steps: receiving user positioning information; calculating by combining the user positioning information and the oil station position information to obtain a calculated distance, judging whether the user is in the range of the oil station according to the calculated distance, and returning a judgment result; receiving the judgment result, pushing a message to a refueling client for refueling according to the judgment result, and monitoring user operation and receiving the oil station identification information, refueling amount information and user identity information after the refueling client receives the message; and generating a user identifier by combining the oil station identifier information, the user identity information and the oil filling amount information, sending the user identifier to an oil filling communication service unit, and forwarding the user identifier to an oil station management system by the oil filling communication service unit. The method and the device are favorable for optimizing the oiling operation flow of the user, improve the oiling efficiency, simultaneously meet the oiling habit of the user and enhance the user experience.
Description
Technical Field
The invention relates to the field of communication, in particular to a user identification refueling method combining oil station identification information and positioning information.
Background
The existing gas station system generally adopts a traditional refueling mode, namely, when a user has a refueling demand, the user starts to drive to find a nearby gas station, after entering a station, the user needs to find an idle refueling machine and a free oil gun, after getting off the station and a station service staff confirms oil products to be consumed and money, the user starts to refuel, and the whole process needs to be controlled by manual intervention. For a user, the process of finding a gas station, a fuel dispenser and the like can additionally increase the waiting time, and the fuel dispensing experience of the user is influenced. For the fueling station, some labor cost is required to guide the fueling process to the auxiliary user. This kind of process of refueling can additionally increase the cost to the oil station and user both sides, and the oil station need invest more manpowers, and the user need invest more time, causes to refuel efficiency on the low side, and user's the consumption experience of refueling is relatively poor. Summary the conventional refueling process drawbacks are as follows: the mode of identifying the user and acquiring the refueling information of the user by the refueling station needs manual guidance, so that the labor cost of the refueling station is increased, and the refueling efficiency is low; the user needs to get off to confirm, influences and refuels security and convenience.
Disclosure of Invention
In view of the above-mentioned existing situation, the present application provides a method for identifying fueling by a user by combining fueling station identification information and positioning information, the method comprising:
receiving user positioning information;
calculating by combining the user positioning information and the oil station position information to obtain a calculated distance, wherein the oil station position information is system preset data, judging whether a user is in an oil station range according to the calculated distance, and returning a judgment result;
receiving the judgment result, and pushing a message to a refueling client for refueling according to the judgment result, wherein the refueling client starts to monitor user operation and receives oil station identification information, refueling amount information and user identity information after receiving the message, and the oil station identification information is formed by combining one or more of an oil grade number, a refueling machine number and a refueling gun number;
and generating a user identifier by combining the information of the oil station identifier, the user identity information and the information of the refueling amount, sending the user identifier to a refueling communication service unit, forwarding the user identifier to an oil station management system after the refueling communication service unit receives the user identifier, and controlling the refueling process by the oil station management system.
The application provides a user identification who combines oil station identification information and locating information refuels method, through obtaining behind the user locating information, to the customer end propelling movement message that refuels that the user used, obtain the oil station sign that the user selected in refueling the customer end, and combine user identification information to generate the user identification, thereby match user and the fuel filling equipment that corresponds, realize discernment user's effect, the user need not to get off the bus in this process, the security and the convenience of refueling process have been increased, accord with user's the custom of refueling, the oil station need not to introduce extra equipment simultaneously, the user installation refuels the customer end can, do not increase extra cost.
Drawings
FIG. 1 is a schematic flow chart of a method for identifying fueling by a user in combination with fuel station identification information and position location provided by an embodiment of the present application;
fig. 2 is a schematic flowchart of a process for acquiring user positioning information according to an embodiment of the present disclosure;
fig. 3 is a schematic flow chart illustrating a process of determining whether a user is in a range of a fuel station according to an embodiment of the present disclosure;
fig. 4 is a schematic flow chart of a message pushed to the fueling client by a user when the user is in range of a fueling station according to an embodiment of the present disclosure;
fig. 5 is a schematic flow chart of a message pushed to the fueling client by a user while the user is in a fueling station according to an embodiment of the present disclosure;
fig. 6 is a schematic flow chart of another method for pushing a message to the fueling client when a user is in range of a fueling station according to an embodiment of the present disclosure;
fig. 7 is a schematic flow chart of processing oil station identification information according to an embodiment of the present disclosure;
fig. 8 is a schematic flowchart of a process for acquiring user identity information according to an embodiment of the present disclosure;
fig. 9 is a schematic flowchart of another process for acquiring user identity information according to an embodiment of the present disclosure;
FIG. 10 is a schematic flow chart illustrating a process of communicating with and installing a fueling station facility by the fueling station management system according to an embodiment of the present disclosure;
FIG. 11 is a schematic illustration of an interface provided by an embodiment of the present application for a fueling client while the user is within range of a fueling station;
Detailed Description
Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.
As shown in fig. 1, the present application provides a method for identifying a fueling by a user by combining fueling station identification information and position location, the method comprising:
step S101, receiving user positioning information.
And S102, calculating by combining the user positioning information and the oil station position information to obtain a calculated distance, wherein the oil station position information is system preset data, judging whether a user is in an oil station range according to the calculated distance, and returning a judgment result.
And step S103, receiving the judgment result, pushing a message to a refueling client for refueling according to the judgment result, and after receiving the message, the refueling client starts to monitor the user operation and receives the oil station identification information, the refueling amount information and the user identity information.
And step S104, generating a user identifier by combining the oil station identifier information, the user identity information and the refueling amount information, sending the user identifier to a refueling communication service unit, and forwarding the user identifier to an oil station management system after the refueling communication service unit receives the user identifier.
In step S101, the user location information is used to identify a specific location in an area where the user is currently located, and generally includes a longitude value and a latitude value.
In step S102, the relevant basic information of all oil stations, including the location information of the oil stations, is pre-recorded in the system and stored in the database at the server side. After the user positioning information is acquired, the user positioning information and the position information of the corresponding oil station are calculated, or a third party API (a high-grade map API, a Tencent map API and the like) is used for distance planning, so that the calculated distance between the user and the oil station is acquired, wherein the calculated distance is generally kilometers.
In step S103, after receiving the determination result, different messages are pushed to the fueling client according to different determination results, and when the fueling client receives the push message of the user outside the range of the fueling station, the fueling client only displays relevant information of the fueling station, such as information of the name of the fueling station, facility conditions of the fueling station, oil quality of the fueling station, oil price of the fueling station, and the like, and the user can navigate to the range of the fueling station according to the position of the fueling station in the fueling client; when the refueling client receives a push message of a user in a refueling station range, the refueling client displays currently available refueling station identification information to the user, such as a currently idle refueling machine and a currently idle refueling gun, the user executes selection operation of oil, the refueling machine, the refueling gun and the refueling amount, and the refueling client acquires corresponding refueling station identification information and corresponding refueling amount information after monitoring the user operation; when the refueling client receives the push message of the user in the fuel station, if the user selects the fuel station identification information, the user pops up a prompt and displays the fuel station identification information and the refueling amount information selected by the user, and the user is guided to corresponding fuel station refueling equipment to refuel.
In step S104, at this time, the fuel station identification information, the fueling amount information, and the user identity information selected by the user are acquired, and the information is integrated to generate a user identification, where the user identification is data that can be recognized by the system, for example, the data format is JSON, and the JSON is a plurality of sets of object data including the information; and sending the user identification to a refueling communication service unit, wherein the refueling communication service unit is a server which contains various application programs and is used for performing refueling communication, executing refueling process information processing and storing the oil station and the user information.
After receiving the user identification, the refueling communication service unit forwards the user identification to a refueling station management system, wherein the refueling station management system is used for controlling a refueling device of a refueling station, displaying refueling information of a user and processing a refueling request of the user at a refueling end, and the refueling station management system can establish communication connection with the refueling device of the refueling station and a refueling client and send and receive related data and control instructions of a refueling process.
In some embodiments of the present application, referring to fig. 2, before receiving the user positioning information, step S101 further includes:
and step S201, starting a positioning function of the refueling client.
Step S202, obtaining the corresponding user positioning information according to the type of the positioning function.
In step S201, the fueling client is an application installed in the mobile device, and according to different positioning functions provided by a hardware module of the mobile device, the fueling client may invoke a positioning function interface of a software system of the mobile device to start a corresponding positioning function, where the types of the positioning functions include one or more of GPS positioning, wiFi positioning, base station positioning, grid positioning, and in-station positioning.
In step S202, the manner of acquiring the user positioning information specifically includes:
when the positioning mode is a GPS positioning mode, a WiFi positioning mode or a base station positioning mode, acquiring longitude and latitude data of user positioning information, wherein the longitude and latitude data comprise a longitude value and a latitude value of the position of a user;
when the positioning mode is grid positioning, dividing the peripheral map into a plurality of grid areas according to the position of a user, and acquiring the position of the grid area in the whole map as user positioning information when the position of the user is in one grid area;
when the positioning mode is station positioning, a coordinate axis is established for the area of the whole oil station, and the user positioning information is coordinate data of the position where the user is located.
In some embodiments of the present application, referring to fig. 3, the step of determining whether the user is in the range of the oil station specifically includes:
and step S1021, sending a request for acquiring the position information of the oil station and the system distance to the oil filling communication service unit.
Step S1022, after receiving the oil station position information and the system distance returned by the response of the fueling communication service unit, analyzing and comparing the calculated distance between the user positioning information and the oil station position information with the system distance, and returning a judgment result.
In step S1021, where the system distance is a preset interval value in the system, the size of the determination range may be controlled by modifying the system distance, for example, setting the system distance to be 0km to 1km, and when the user arrives within 1km around the oil station, sending a push message to the user, and when the determination range needs to be expanded, modifying the system distance to be 0km to 2km.
In step S1022, after the calculated distance between the user positioning information and the oil station position information is calculated, the calculated distance is compared with the system distance for judgment, and when the calculated distance exceeds the maximum value of the system distance interval, it is judged that the user is not in the oil station range; when the calculated distance is in the system distance interval, judging that the user is in the range of the oil station; when the calculated distance is smaller than the minimum value of the system distance interval, judging that the user is in the oil station;
for example, when the user positioning information is longitude and latitude data, performing path planning on the longitude and latitude data and the longitude and latitude data in the oil station position information through a third party API, and obtaining that the path planning distance between the user and the oil station is 0.2km, the preset system distance is 0.05 km-0.5 km, and the path planning distance is in the system distance interval, and returning a judgment result that the user is in the oil station range.
In an alternative embodiment, referring to fig. 4, the pushing the message to the fueling client in step S103 according to the determination result includes:
step S301, when the received judgment result is that the user is in the oil station range, requesting a first oil station identification information list from the refueling communication service unit, and after receiving the first oil station identification information list, pushing a message containing the first oil station identification information list to the refueling client.
Step S302, the refueling client calls out a panel interface for displaying the first oil station identification information list after receiving the message containing the first oil station identification information list.
In step S301, the first fueling station identification information list is formed by combining multiple sets of fueling station identification information recorded in the system according to one or more of a fuel grade number, a fuel dispenser number, and a fuel gun number of a corresponding fueling apparatus of a fueling station, for example, the fueling station identification information corresponding to a certain fueling apparatus of a fueling station is a fuel gun No. 1, of a fuel dispenser No. 3. And when the user is within the range of the oil station, the first oil station identification information list is pushed to the refueling client side together.
In step S302, after receiving the first oil station identification information list, the fueling client calls up a panel interface, where the panel interface includes various options of the first oil station identification information list, and the user can click on the panel interface and select a desired oil product and a fuel dispenser and a fuel gun to be used.
In an alternative embodiment, referring to fig. 5, the pushing the message to the fueling client in step S103 according to the determination further includes:
step S401, when the received judgment result is that the user is in the oil station, acquiring a first oil station identification information list, analyzing and calculating the position of the user in the oil station according to the user positioning information, retrieving the oil station identification information corresponding to the oil station refueling equipment near the user position in the first oil station identification information list, generating a second oil station identification information list, and pushing a message containing the second oil station identification information list to the refueling client.
And step S402, the refueling client calls out a panel interface for displaying the second oil station identification information list after receiving the message containing the second oil station identification information list.
In step S401, when the user is already in the fueling station, the user performs analysis and judgment according to the position coordinates and the area of the user in the fueling station, finds several fueling devices closest to the user, finds fueling station identification information corresponding to the fueling machine numbers and the fueling gun numbers of the fueling devices in the first fueling station identification information list, combines the fueling station identification information to generate a second fueling station identification information list, and then pushes the second fueling station identification information list to the fueling client of the corresponding user.
In step S402, after receiving the second oil station identification information list, the fueling client calls out a panel interface displaying the second oil station identification information list, and at this time, the user can only see the oil station devices near the user' S own position, so that the user can conveniently and quickly find the fueling device and perform fueling.
In an alternative embodiment, referring to fig. 6, the pushing the message to the fueling client in step S103 according to the determination further includes:
step S501, all the oil station identification information which is stored in the oil filling communication service unit and used by the user in the recent oil filling process is obtained, statistical analysis is carried out according to one or more rules of the oil filling habit of the user, the number of the oil filling equipment frequently used by the user and the oil filling equipment frequently used by the user, the oil station identification information meeting the rules is obtained, and a third oil station identification information list is generated.
And step S502, the refueling client calls out a panel interface for displaying the third oil station identification information list after receiving the message containing the third oil station identification information list.
In step S501, the database of the fueling communication service unit is searched for the relevant information of the user for fueling in the recent period of time, and statistical analysis is performed to generate a set of fueling station identification information according to the data with the highest frequency of use among the oil, the fueling machines, and the fueling guns, for example, when the user frequently uses the fueling machine No. 1 plus the gasoline No. 92 in the previous fueling process, the gasoline No. 92 of the fueling machine in the generated third fueling station identification information list will be ranked at the top of the list.
In step S502, after receiving the third oil station identification information list, the fueling client calls out a panel interface displaying the third oil station identification information list, and at this time, the user can preferentially see the frequently used oil station identification information and select the frequently used oil station identification information by default, which can help the user to quickly fuel according to the fueling habit.
In an alternative embodiment, referring to fig. 7, after receiving the oil station identification information in step S601 (corresponding to step S103), the method further includes:
step S602, sending a modification request to the fueling communication service unit according to the acquired fueling station identification information, and adding a locking mark to the corresponding fueling station identification information stored in the fueling communication service unit.
In step S602, after one fueling station identification information is selected by the user, a locking flag is added to the fueling machine and the fueling gun included in the fueling station identification information in the fueling communication unit database to indicate that the fueling apparatus is occupied by the user, and when other users also fuel in the station, the fueling station identification information including the locking flag will not be acquired when acquiring the fueling station identification information list, and at this time, the user can only see the fueling station identification information list corresponding to the currently idle fueling apparatus in the fueling client, thereby preventing the fueling apparatus from being selected by multiple users at the same time.
In an alternative embodiment, referring to fig. 8, before the step S702 (corresponding to step S104) generates the user identifier by combining the fuel station identifier information, the user identity information, and the fueling amount information, the method includes:
step S701, according to a registered account when a user uses a refueling client, user identity information corresponding to the registered account is obtained in the refueling communication service unit.
In step S701, when the user uses the fueling client to fuel for the first time, the user is guided to perform account registration and fill in relevant information, such as vehicle-related information, for example, a vehicle type, a vehicle brand, a license plate number, and the like, and the relevant user identity information filled by the user is stored in the database of the fueling communication service unit.
In an alternative embodiment, referring to fig. 9, before generating the user identifier in combination with the fuel station identifier information, the user identity information, and the fueling amount information in step S802 (corresponding to step S104), the method includes:
step S801, when the user is in the oil station, user identity information generated after the user is identified by the identification equipment in the oil station is received.
In step S801, if a user identification device, such as an ETC device, a license plate identification device, or a face identification device, is installed in the oil station, when the user arrives in the station, the oil station identification device identifies the user, and then identifies and acquires corresponding identity information of the user. After the user identity information is identified, message pushing can be initiated for the user.
In an alternative embodiment, referring to fig. 10, after the step S104 of the fueling communication service unit sending the user identifier to the fueling station management system, the method further includes:
step S901, after receiving the user identifier, the oil station management system extracts an oil number, a fueling equipment number, and fueling amount information in the user identifier, and establishes a communication connection between the oil station management system and the corresponding fueling equipment according to the fueling equipment number.
And step S902, after the communication connection is established, sending a refueling instruction, a fuel number and refueling amount information to the refueling equipment through the refueling communication service unit, and after the refueling equipment receives the refueling instruction, performing refueling setting according to the fuel number and the refueling amount information.
In step S901, after receiving the user identifier, the oil station management system parses the user identifier, extracts the number of the refueling device, the oil number, the refueling amount, and the like included in the user identifier, and displays the extracted information on the interface of the oil station management system, and the oil station manager processes the refueling request of the user after seeing the information, and after processing and confirming the information, establishes communication connection between the corresponding refueling device and the oil station management system according to the number of the refueling device, thereby implementing communication of the internet of things.
In step S902, after the communication connection is established, the fueling apparatus receives the fueling control instruction and sets the fueling amount according to the communication protocol of the fueling apparatus.
For example, after a user enters a fueling station, the user selects the number 1 machine 3 gun, selects the number 92 gasoline with 100 yuan, the system generates a user identifier containing the information, and after a fueling station manager in the fueling station management system sees fueling information of the user and clicks to confirm the fueling information, the corresponding number 1 fueling machine 3 gun sets the fueling amount to be the oil amount with 100 yuan, the user starts fueling by using the gun, and the gun stops fueling after adding the oil amount with 100 yuan, thereby completing the fueling process.
Referring to fig. 11, when a user arrives within the range of the fueling station, the fueling client receives the push message from the fueling station and displays a fueling panel interface on which relevant information including the name of the currently located fueling station and the license plate number of the vehicle driven by the user is displayed. The user can see the oil product provided by the oil station and the name of the oil filling equipment of the oil station on the oil filling panel interface, selects the oil product to be added, the amount of money and the available options of the oil filling equipment and the like, and sends the selected information to the oil station after confirmation. When the user arrives in the oil station, there is striking equipment number on the oil station equipment, and the user can find the oil station equipment of oneself selection fast according to the serial number on the oil station equipment, has set up on the oil station equipment this moment and has refueled the amount of money, and the user directly uses refuelling equipment can begin to refuel.
The application provides a user identification refueling method combining refueling station identification information and positioning information, can push information to a refueling client corresponding to a user according to the position of the user, and can quickly identify the user and acquire refueling request information of the user by combining the refueling station information identification selected by the user, the refueling habit of the user is not changed in the whole process, meanwhile, the user does not need to get off the vehicle, refueling selection can be completed by using the refueling client in the vehicle, the safety of the refueling process and the consumption experience of refueling of the user are improved, in addition, the user can be identified by the refueling client installed by the user at the refueling station, additional equipment is not required to be introduced, the cost is not additionally increased, and the refueling efficiency can be improved.
While the invention has been specifically described above in connection with the drawings and examples, it will be understood that the above description is not intended to limit the invention in any way. Those skilled in the art can make modifications and variations to the present invention as needed without departing from the true spirit and scope of the invention, and such modifications and variations are within the scope of the invention.
Claims (6)
1. A user identification refueling method combining fuel station identification information and positioning information is characterized by comprising the following steps:
receiving user positioning information;
calculating by combining the user positioning information and the oil station position information to obtain a calculated distance, wherein the oil station position information is system preset data, judging whether a user is in an oil station range according to the calculated distance, and returning a judgment result;
receiving the judgment result, pushing a message to a refueling client for a user to refuel according to the judgment result, and starting to monitor the user operation after the refueling client receives the message, and receiving oil station identification information, refueling amount information and user identity information, wherein the oil station identification information is formed by combining an oil grade number, a refueling machine number and a refueling gun number;
generating a user identifier by combining the oil station identifier information, the user identity information and the refueling amount information, and sending the user identifier to a refueling communication service unit, wherein the refueling communication service unit forwards the user identifier to an oil station management system after receiving the user identifier, and the oil station management system is used for controlling a refueling process;
the step of pushing the message to the refueling client according to the judgment result comprises the following steps:
when the received judgment result is that the user is in the range of the oil station, a first oil station identification information list is requested to the oil station communication service unit, wherein the first oil station identification information list is preset data stored in the oil station communication service unit and comprises a plurality of groups of oil station identification information; after the first oil station identification information list is received, pushing a message containing the first oil station identification information list to the refueling client;
the refueling client receives a message containing a first oil station identification information list and calls out a panel interface for displaying the first oil station identification information list;
wherein, the step of pushing the message to the refueling client according to the judgment result further comprises:
when the received judgment result is that the user is in the oil station, acquiring a first oil station identification information list, analyzing and calculating the position of the user in the oil station according to the user positioning information, retrieving the oil station identification information corresponding to oil station refueling equipment near the position of the user in the first oil station identification information list, generating a second oil station identification information list, and pushing a message containing the second oil station identification information list to the refueling client;
the refueling client calls a panel interface for displaying the second oil station identification information list after receiving the message containing the second oil station identification information list;
wherein, the step of pushing the message to the refueling client according to the judgment result further comprises:
acquiring all the oil station identification information which is stored in an oil filling communication service unit and used by a user in the recent oil filling process, performing statistical analysis according to one or more rules of the oil filling habit of the user, the number of the frequently-used oil filling equipment of the user and the frequently-used oil filling equipment of the user, acquiring the oil station identification information meeting the rules, and generating a third oil station identification information list;
the refueling client calls a panel interface for displaying the third oil station identification information list after receiving the message containing the third oil station identification information list;
wherein, the step after receiving the oil station identification information still includes:
sending a modification request to the refueling communication service unit according to the acquired fuel station identification information, and adding a locking mark to the corresponding fuel station identification information stored in the refueling communication service unit; after the locking mark is added, when other users are in the range of the oil station and the refueling communication service unit pushes information to the refueling client of the corresponding user, the refueling communication service unit searches the information and combines the oil station identification information which does not contain the locking mark into an oil station identification information list and pushes the information.
2. The method of claim 1, wherein the step of receiving the user location information comprises:
starting a positioning function of the refueling client, and acquiring corresponding user positioning information according to the type of the positioning function, wherein the type of the positioning function of the refueling client comprises one or more of GPS positioning, wiFi positioning, base station positioning, grid positioning and station positioning;
when a GPS positioning mode, a WiFi positioning mode or a base station positioning mode is used, the obtained user positioning information is longitude and latitude data; when a grid positioning mode is used, the obtained user positioning information is grid area data; when the in-station positioning mode is used, the acquired data is in-station position data.
3. The method of claim 2, wherein the step of determining whether the user is within range of the fueling station comprises:
sending a request for acquiring oil station position information and a system distance to the oil filling communication service unit, wherein the system distance is system preset data and can control the size of a judgment range by setting the system distance;
after receiving the oil station position information and the system distance returned by the response of the refueling communication service unit, analyzing and comparing the calculated distance between the user positioning information and the oil station position information with the system distance, and returning a judgment result, wherein the judgment result comprises: the user is in the oil station range, the user is not in the oil station range and the user is in the oil station.
4. The method of claim 1, the step of obtaining the user identity information comprising:
and acquiring user identity information corresponding to a registered account in the refueling communication service unit according to the registered account when a user uses a refueling client, wherein the user identity information comprises one or more of license plate information, vehicle type information and vehicle brand information.
5. The method of claim 4, the step of obtaining the user identity information further comprising:
when a user is in the oil station, user identity information generated after the user is identified by identification equipment in the oil station is received, wherein the identification equipment in the oil station can be one or more of ETC equipment, license plate identification equipment and face identification equipment.
6. The method of claim 1, wherein the step after the fueling communication service unit transmits the user identification to the fueling station management system further comprises:
after receiving the user identification, the oil station management system extracts the oil number, the number of the refueling equipment and the refueling amount information in the user identification, and establishes communication connection between the oil station management system and the corresponding refueling equipment according to the number of the refueling equipment;
after the communication connection is established, the refueling communication service unit sends a refueling instruction, a fuel number and refueling amount information to the refueling equipment, and the refueling equipment performs refueling setting according to the fuel number and the refueling amount information after receiving the refueling instruction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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