KR102462605B1 - The non-contact self-fueling method of the lubricator through the app. - Google Patents

Abstract

The present invention relates to a non-contact self-refueling (charging) method of a lubricator (lubricator) through an app and a charger at a charging station, and more specifically, an app installed in a user terminal to a lubricator installed with a control board device through Bluetooth and Wi-Fi and LTE networks. It relates to a non-contact self-injection method that can be connected and refueled according to a refueling pattern and can be easily paid for. The self-fueling (recharging) method can be converted from a conventional non-self-lubricating gas to a self-lubricating gas tank only by adding a control board device. You can start refueling right away without cumbersome operation, and you can request services such as urea water injection, car wash, and product purchase on the app in addition to refueling. You can view usage history or measure fuel efficiency, receive various event information, and collect affiliate discounts and points in batches, so no separate input is required.

Description

{The non-contact self-fueling method of the lubricator through the app.}

The present invention relates to a non-contact self-fueling (charging) method of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid lubricator through an app, and more specifically, a control board device installed inside and outside the conventional lubricator and a user It relates to a non-contact self-injection method in which an app installed on a terminal can be connected using Wi-Fi or Bluetooth to receive refueling according to a refueling pattern, and to easily make an app payment.

At the gas station, a fueling machine (``fueling machine'') is arranged that is connected to the gas tank and allows the vehicle to be refueled. There are non-self lubricator (lubricator) and self lubricator (lubricator), and the fueling cost calculated by multiplying the amount of fuel and the price of fuel, and the amount of fuel and the price of fuel is displayed. The driver checks the displayed fueling cost, and in the case of a non-self-fueling machine, the payment method is delivered to the gas station to make the payment.

As of the end of August 2020, 62.4% of gas stations nationwide operated non-self-service gas stations. Although self-lubricating machines are increasing every year, the proportion of non-self-lubricating machines is still higher. The biggest obstacles to converting non-self lubricating machines and non-self urea water injectors operating at gas stations into self-lubricating machines are the self-lubricator installation cost of about 15-25 million won and the need to shut down during the installation construction period.

The self-fueling machine is composed of an ODT (Out Door Terminal) and a POS system with refueling and payment functions. The cost of ODT accounts for a large portion of the cost of self-lubricators.

On the other hand, the conventional self-fueling machine has problems such as frequent payment errors and card loss, and the user's inconvenience in using the self-fueling machine because the usage method is different for each self-gassing machine manufacturer.

In addition, users of self-service gas stations had the inconvenience of having to make separate requests to the gas station office in order to use various paper fueling gift certificates, mobile gift certificates, and discount certificates. In addition, in order to use the credit card provided by each refiner, the credit card had to be taken out of the wallet to recognize the magnetic, and there was a problem in that it was not easy to link and share the points with other companies.

On the other hand, there are the following evaluations of the market status related to refueling.

- National gasoline sales per day is ▲ 8,892,000 liters (11,184,560,000 won) as of December 21, 2020.

The daily diesel sales volume is ▲15,278,000 liters (16,400,090,000 won) as of December 21, 2020, a very large market. Different manufacturers have different usage methods and ▲In the era of simple payment, there are points that need to be improved, such as using IC chips and credit cards.

Source: Ministry of Land, Infrastructure and Transport

- As of 2021, the urea water market for automobiles is estimated at 100 billion won per year, or about 80%, or 80 billion won per year, which is estimated to be the sales volume at gas stations, and about 6,000 urea water non-self gas stations are installed and operated at gas stations nationwide.

- As of January 2020, the number of registered electric vehicles nationwide is 90,705. If the average annual driving is 15,000 km, and a charging rate of 250 won per 1 kwh is applied and fuel efficiency is applied at 5 km/kwh, the annual usage amount is 68,028,750,000 won per year. Source: KEPCO

- As of January 2020, the number of registered LPG vehicles is 2,022,935. If the average annual driving is 15,000 km, 800 won per liter is applied, and the fuel efficiency is 7 km/L, the annual LPG vehicle usage amount is 3.4 trillion won. Source: Ministry of Land, Infrastructure and Transport

- In July 2020, the amendment to the liquefied petroleum gas safety management and business law, proposed by National Assemblyman Jeon Jeon (and the Democratic Party), for the purpose of introducing self-charging at LPG charging stations, is currently awaiting passage by the National Assembly.

It is expected that the law will be applied from this year if it is passed through the bill review subcommittee and the Ministry of Legislation. In other words, starting this year, weight is being put on the possibility of self-charging of liquefied petroleum gas (LPG).

The current atmosphere has considerable expectations for LPG self-refilling. It is expected that this will lead to the market competitiveness of LPG as well as the wave of changes in the LPG filling industry, which has been quiet, as well as LPG price cuts.

Source: Energy News (http://www.energy-news.co.kr)

Gasoline and diesel are the main products that use a fueling machine, and the urea water injector is also sold at a considerable level.

In particular, in the case of urea water, it is often sold together with diesel, and it is frequently injected at the same time. However, in the case of a conventional self-lubricating machine, it is inconvenient and cumbersome to operate because payment must be made on each control screen.

In addition, there was a problem of double payment or payment processing failure due to various payment errors when refueling. In particular, when the credit card is removed from the IC slot while refueling, the re-approval fails and the pre-approved 150,000 won is overpaid. On the other hand, when the IC chip is not recognized, there is a problem that the conventional lubricator cannot be used. Also, if customer A removes the card from the IC slot while refueling and leaves the nozzle without hanging the nozzle properly on the nozzle hanger after refueling, the amount that customer A refueled remains on hold and the next customer B inserts his or her card into the IC card slot. There is an error that the amount that customer A refueled is settled on customer B's card and the pre-approved amount of customer A is cancelled.

In addition, there was a problem in that the user loses the card, and the user spends a considerable amount of time visiting the gas station to operate the gas station because the usage method is different for each type of fueling machine.

The fueling machine encrypts customer information, usage information, payment information, and card information to prevent forgery and falsification by users and gas stations arbitrarily, and protects confidentiality, integrity, and non-repudiation.

However, unlike the lubricator, the urea water injector is not encrypted, so it is very vulnerable to security.

On the other hand, the conventional self-fuelling machine needs to be connected to a wired Internet line, so it is difficult to use it if a wired Internet is not installed.

In addition, there is a problem that the conventional self-fueling machine has to be connected to the control PC in the gas station office for 24 hours, so that it is difficult to use all the self-fuelling machines when there is a problem in the operation of the PC.

In addition, in the case of a reservation fueling app currently being serviced by an oil refiner, it is inconvenient to have to complete a reservation in advance in the app on the user's terminal before using it, and the service is only available in the self-fuelling machine. It is a contact method that requires entering the vehicle number, etc., and there is no information on the fixed amount and metering function or the end of refueling after refueling is completed. For this reason, limited service is currently being offered at gas stations directly operated by refineries.

This is the reason why it is difficult to provide a service by connecting an external LTE network or wired/wireless communication such as Wi-Fi and Bluetooth because the conventional self-service gas fueling machine is connected to the POS wired network in the gas station office.

This is a difference from the present invention, which controls the fuel pump by directly interacting with the lubricator and the app of the user's terminal.

(Korean Patent No. 10-1877315, July 5, 2018)

An object of the embodiment of the present invention is to enable simple installation in a short time by connecting and installing the control board device to the lubricator without replacing the conventional non-self lubricator (lubricator) and the self lubricator, and the user can use the control board device through a smartphone app. to control the lubricator, you can operate the lubricator easily and quickly without contact, and through various payment methods and apps that allow points accumulation, discount, and sharing, lubricator, urea water injector, electric charger, gas charger, hydrogen charger, liquid lubricator It is to provide a non-contact self-refueling (recharging) method of

In addition, communication is made between the control board device of one lubricator and the control board device of another lubricator to provide a method for batch processing of fueling, urea water injection, and vending machine use with a single payment.

In addition, it is to provide a method that allows the user to make a simple payment using various payment methods such as Pay, account transfer, and credit card.

In addition, it is to provide a method for users to apply customer benefits such as affiliate discounts and points accumulation at the same time as payment.

In addition, according to the payment method and refueling pattern registered in advance by the user, self-refueling is possible without contact or face-to-face without additional manipulation. It provides a way to get

In order to achieve the above object, an embodiment of the present invention can install a control board device in a conventional lubricator and operate it through a smartphone app to enable self-injection in a non-face-to-face, non-contact manner with a user terminal including GPS and NFC A number of control board devices that can communicate with and Bluetooth and Wi-Fi each have a unique number and are controllably installed in a lubricator, urea water lubricator, or gas charger, and the control board device and the control board device are connected by wireless communication, The control board device is connected to the manager terminal of the gas station through wired communication or wireless communication, one of the control board devices is connected to the level gauge in the storage tank of the gas station, the control board device is connected to the server through the network, and the control board device communicates with the control board device In the non-contact self-fueling (charging) method of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid lubricator through an app installed in a user terminal, Step, the step of registering affiliate card information in the app of the user terminal, the second step of registering the fueling pattern information in the app of the user terminal, when the user terminal approaches the NFC of the control board device, the control board device is recognized and the app is executed A third step, the app receives the unique number of the control board device by NFC, and a fourth step of connecting to the control board device of the unique number by Bluetooth, the app transmits the pre-registered fueling pattern information to the control board device via Bluetooth and a fifth step of transmitting via Wi-Fi.

At this time, the fueling pattern information of the second step includes oil type, fueling amount, and amount of money.

The method may further include a step of confirming whether to refuel according to the refueling pattern registered to the user after the third step.

In addition, it may further include a step of registering an additional service pattern after the first step.

In addition, after step 5, the control board device may further include the step of transmitting real-time fueling information to the app through the router and LTE modem installed in the gas station office through Wi-Fi and Bluetooth.

In addition, after step 5, the control board device may further include the step of transmitting real-time injection information to the app via Bluetooth.

In addition, after step 5, the control board device may further include the step of transmitting a fueling end notification to the app when the fueling ends.

Further comprising the steps of receiving a request for additional service information from the app of the user terminal after step 5, transmitting the additional service information to a control board device, and transmitting the additional service information to the manager terminal by the control board device can do.

In addition, after step 5, the control board device may further include the step of receiving the level gauge information from the level gauge of the storage tank and transmitting the information to the manager terminal.

In addition, after step 5, the control board device transmits the fueling amount and amount of gas and gas station information to the app of the user terminal, the step of storing the fueling amount and gas station information by the app of the user terminal, and the moving distance from the GPS of the user terminal. The method may further include the step of receiving the delivery and displaying fuel efficiency results of the gas station in the app based on the moving distance and the fueling amount.

In addition, the step of checking the balance of the payment method is added after step 1, and after step 4, the control board device transmits the price per liter to the app of the user terminal, and the balance of the payment method is the fueling amount according to the fueling pattern In the step of checking whether there is an abnormality, and when the balance of the payment method is smaller than the refueling amount according to the refueling pattern, the refueling amount may be corrected to the balance of the payment method.

In addition, in the fifth step, the app may receive the fuel quantity and oil type instead of the fueling pattern information and transmit it to the control board device through Bluetooth and Wi-Fi and LTE networks.

In addition, in the third step, the control board device is recognized with a QR code instead of NFC while the app of the user terminal is running, and in the fourth step, the app interprets the QR code to recognize the unique number of the control board device to recognize the unique number It can be connected with the control board device of Bluetooth, Wi-Fi and LTE network.

In addition, in the third step, the control board device is recognized by receiving a unique number while the app of the user terminal is running, and in the fourth step, the app can be connected to the control board device of the unique number through Bluetooth and Wi-Fi and LTE network. have.

The non-contact self-lubrication (charging) method of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid lubricator through the app according to the present invention converts a conventional non-self lubricator into a self-lubricator only by adding a control board device In the payment process, you can pay quickly and easily using a smartphone without contact and without contact, and you can start refueling immediately without cumbersome operation by registering a refueling pattern. service can be requested on the app, self-refueling is possible even when a PC is not connected to a gas station, and users can view usage history or measure fuel efficiency through the app, and receive various event information, Affiliate discounts and points accumulation are also processed collectively, which has the advantage that no separate input is required.

1 is a diagram schematically showing an embodiment of the present invention.
2 is a block diagram showing some configurations of an embodiment of the present invention.
3 is a flowchart showing the flow of operation of an embodiment of the present invention.
4 is a state diagram of a user terminal for explaining the operation of an embodiment of the present invention.
5 is a state diagram of a user terminal for explaining the operation of an embodiment of the present invention.
6 is a state diagram of a user terminal for explaining the operation of an embodiment of the present invention.
7 is a diagram schematically showing an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In this case, it should be noted that in the accompanying drawings, the same components are denoted by the same reference numerals as much as possible. Detailed descriptions of well-known functions and configurations that may obscure the gist of the present invention will be omitted. For the same reason, some components are exaggerated, omitted, or schematically illustrated in the accompanying drawings.

Throughout the specification, when a part "includes" a certain component, it means that other components may be further included, rather than excluding other components, unless otherwise stated. In addition, throughout the specification, "on" means to be located above or below the target part, and does not necessarily mean to be located above the direction of gravity.

1 to 2 and 9, the embodiment of the present invention is a control board device 100 installed in the lubricator 20 by the app 3 installed in the user terminal 2, NFC, Bluetooth and This is a method of refueling (injecting) into the fueling machine 20 through an app while communicating through Wi-Fi.

An embodiment of the present invention may include a registration process in which the user registers information in the app in advance, a refueling process, and an additional service request process.

4 to 6 are diagrams illustrating registration screens of payment methods and refueling patterns in an app used in an embodiment of the present invention.

In an embodiment of the present invention, the app is called a spill app, and the control board device is called a spill board.

In an embodiment of the present invention, a spill board, which is a spill-only Bluetooth board, is additionally installed in the conventional fueling machine through the Internet of Things, and the fueling machine is operated non-contactly through the spill app, and after self-refueling non-face-to-face, it is automatically refueled as much as it is refueled through the spill app. method of payment.

In addition, the embodiment of the present invention departs from the credit card payment method and usage method of the conventional fueling machine, registers a credit card and account in the spill app, registers and stores its own fueling pattern (oil type, liter, won, full), and then stores the fueling machine. When you bring your smartphone to the NFC dedicated smart peel that is additionally attached to the outside, the spill app opens and automatically refuels in one-stop according to your own pre-stored refueling pattern (oil type, liter, one, full).

In addition, an embodiment of the present invention includes a method of registering a credit card and an account in the Spill App, as well as a method of registering a credit card in the Spill App and paying in the Spill App, and automatically charging and using the Spill Pay.

At this time, the Spill Pay method is shared with third-party points that could not be applied in the conventional payment method, and if you watch advertisements in the Spill app, you can earn Spill Pay. can be discounted immediately.

In addition, automatic payment is made only for the amount of fuel refueled with Spill Pay, and this method, which applies the fueling pattern method, has no payment errors compared to the conventional payment method, and is a faster, safer, and easier payment and use method.

On the other hand, the embodiment of the present invention is serviced through Bluetooth communication between the app and the control board device, and since the conventional urea water injector, electric charger, gas charger, etc. are not encrypted, security can be maintained through encryption of parts vulnerable to security. .

In addition, in the case of a conventional self-service gas station, since the self-fueling machine is controlled by the manager terminal and payment is also controlled by the POS, a communication line such as an Internet line or a telephone line within the gas station was essential. This has the advantage that there is no need for an internet line in the gas station.

In addition, in the case of a reservation fueling app currently being serviced by an oil refiner, it is inconvenient to have to complete a reservation in advance in the app on the user's terminal before using it, and the service is only available in the self-fuelling machine. It is a contact method that requires entering the vehicle number, etc., and there is no information on the fixed amount and metering function or the end of refueling after refueling is completed. For this reason, limited service is currently being offered at gas stations directly operated by refineries.

This is the reason why it is difficult to provide a service by connecting an external LTE network or wired/wireless communication such as Wi-Fi and Bluetooth because the conventional self-service gas fueling machine is connected to the POS wired network in the gas station office.

This is a difference from the present invention, which controls the fuel pump by directly interacting with the lubricator and the app of the user's terminal.

In addition, an embodiment of the present invention builds a spill AI that analyzes a user's refueling history and payment history. Through this, it guides users on how to use it efficiently and economically and utilizes it as big data. In addition, the user's refueling pattern and spill pay limit are analyzed at the same time through the spill AI to determine whether the user can automatically refuel according to the pattern with the remaining spill pay even if the user does not charge the spill pay separately. Example: If a user who used to refuel each 10,000 won according to the pattern has 9,000 won of Spill Pay left, Spill AI automatically refuels at 9,000 won without notifying the user of the Spill Pay recharge.

Also, if you have the information of refueling 42 liters of diesel at gas station A and start refueling at gas station B, Spill AI uses GPS to refuel 42 liters at gas station A and runs from the time of departure to the point before starting refueling at gas station B. It calculates the mileage, calculates fuel economy, and informs the user. Through this, it measures and informs the fuel efficiency of each gas station being used. Through this, fuel economy results for each gas station nationwide are provided.

In addition, in an embodiment of the present invention, the user can open the fueling history at any time, and by constructing a spill pay in accordance with the flow of the simple payment and pay era, and sharing it through various points and pay partnerships, the fueling benefits are immediately applied to users. give.

In an embodiment of the present invention, the user can refuel and receive a service using the app through the following process.

If the user does not refuel according to his or her own refueling pattern set and stored in the spilldoq, the user can start refueling after entering the refueling amount and refueling amount through the 'New setting' menu in the setting (screen) of refueling amount and refueling amount. have.

If the Spill Pay and credit card limits are higher than the set amount, refueling is permitted on the dispenser and the start of refueling is notified on the spill screen.

With the fueling permission command, the lubricator motor is activated and fueling starts.

After inserting the fuel filler nozzle into the vehicle fuel port, the user touches ‘Start Refueling’ on the Spill App screen.

As soon as refueling starts, the user's spill app screen shows real-time refueling information - real-time refueling amount and refueling amount, real-time spill pay deduction amount, unit price, oil type, product information, etc.

A Wi-Fi router and LTE modem are installed in the gas station office, and users can order and pay for car supplies and convenience items (mineral water, washer fluid, car wash, food and beverage, etc.) in advance or on the Smart Peel screen while refueling.

At this time, the gas station staff recognizes which convenience goods and services the user has ordered from the gas station through the notification function in the office and brings them to the user.

The fueling machine sends a fueling completion signal to the spill app through the spill board, and the spill app notifies the completion of refueling with a vibration and notification message.

The user places the refueling nozzle in place.

In the payment and accumulation discount stage, the accumulated amount is displayed on the various accumulation cards registered and stored by the user, and information about various gift certificates and discount coupons registered and stored by the user is also displayed and applied on the screen.

The mobile receipt is displayed on the screen and stored in the spill usage history menu, and the user can inquire the statistics DB from the usage history menu at any time and send it to KakaoTalk or PC.

Managers (suppliers of oil, urea water, electricity, gas, etc.) and gas stations can statistically and manage the fueling DB anytime, anywhere in the administrator mode through PCs and smartphones.

Managers (suppliers of oil, urea water, electricity, gas, etc.) and gas stations are sporadically installed across the country through Bluetooth, Wi-Fi and LTE networks by connecting the level gauge in the storage tank and the spill board inside and outside the fueling machine in the spill manager mode. You can view the remaining amount of the storage tank of the fueling machine at any time. Accordingly, product supply and delivery can be performed efficiently and logistics costs can be minimized.

The Bluetooth board applied to the conventional gas station is connected to the POS conventionally used at the gas station and at the same time connected to the Spill App Manager DB, so that the administrator can see the DB from both sides.

In the fueling DB, user classification, user information, gas machine number, fueling time, fueling date, spill pay charging information, oil type, user gender, accumulation card, discount information, etc. are recorded. (Gas station and manager cannot view customer information and accumulated discount information)

According to the present invention, a plurality of control board device spill boards 100a and 100b capable of communicating with a user terminal 2 including GPS and NFC and Bluetooth respectively have their own unique numbers, and lubricators 20a and 20b or urea water lubricators , is controllably installed in the gas charger, the control board device and the control board device are connected by wired communication or wireless communication, and the control board device is connected to the manager terminal 200 of the gas station by wired communication or wireless communication, and the control board One of the devices is connected to the level gauge in the storage tank of the gas station, the control board device is connected to the server 300 through the network 30, and the control board device communicates with the gas station gas station through the app (3) installed in the user terminal. It is a non-contact self-injection method.

At this time, the gas station lubricator may be a urea water injector, a gas charger, an electric charging station, a hydrogen charger, a liquid lubricator, and the like.

At this time, in addition to NFC and Bluetooth, it is possible for the user terminal and the control board device to communicate with each other through mobile phone communication methods such as Wi-Fi, RFID, QR code, LTE or 5G.

At this time, NFC, RFID, and QR code are proximity unidirectional communication, and Wi-Fi, Bluetooth, and mobile phone communication methods are bidirectional communication.

An embodiment of the present invention goes through the following steps.

The first step is a step in which payment method information is registered in the app of the user terminal. In this case, the payment means may be a credit card, an app card, an NFC card, a bonus card, a credit card, a debit card, a check card, a bank account, a pay, etc. In a preferred embodiment of the present invention, the payment means is a pay and a credit card payment was made through

Next, the additional service pattern registration step may be further included. Additional services may include car washing, urea water injection, and product purchase. At this time, by communicating with other control board devices related to additional services, urea water is injected at the same time as refueling, or you can go to the car wash and receive the service immediately without payment.

The next step is that when the user terminal approaches the control board device, it recognizes the control board device by proximity one-way communication and runs the app.

The app is executed through the proximity one-way communication and the unique number of the control board device is transmitted.

You can also add a verification step here. It is to confirm whether to refuel according to the refueling pattern registered to the user.

The next step is a step in which the app receives the unique number of the control board device by proximity unidirectional communication and is connected to the control board device of the unique number through two-way communication.

Here, you can recognize what kind of fueling machine it is by QR code, or you can manually enter a unique number. In this case, the app does not run automatically, so you must proceed with the app running.

The next step is that the app transmits fueling permission information to the control board device through two-way communication through pre-registered payment method information. After this step, the user can use the lubricator.

Here, the control board device may further include a step of transmitting real-time fueling information to the app in two-way communication. This makes it possible to check the injection situation in the vehicle in real time through the app. In addition, the method may further include the step of sending a refueling end notification to the app when refueling is finished, which allows you to receive a notification when refueling is finished in the vehicle and exit the vehicle to end refueling.

In addition, after this step, receiving a request for additional service information from the app of the user terminal, transmitting the additional service information to a control board device, and the control board device may further include the steps of transmitting the additional service information to the manager terminal Through this, users can purchase necessary items through the app or receive services such as car wash and washer fluid.

In addition, after this step, a step in which the control board device transmits real-time injection information to the manager terminal can be added, which enables the gas station manager to check the refueling status.

In addition, after this step, the control board device may further include the step of receiving the level gauge information from the level gauge of the storage tank and transmitting the information to the manager terminal, the manager can check the amount of oil in the storage tank.

In addition, following this step, the control board device transmits the amount of gas, the amount of gas, and the gas station information to the app on the user terminal, the step where the app on the user terminal stores the amount of gas, the amount of gas, and the gas station information, and the moving distance from the GPS of the user terminal The method may further include a step of receiving, by the app, a step of displaying fuel efficiency results of a gas station in the app based on the moving distance and the amount of gas. This allows you to figure out which gas station provides more, since the fueling volume error is different for each gas station.

In addition, after this step, a step of displaying a list of products and product prices on the app and a step of paying for the selected product may be further included. This means that when a Bluetooth terminal is installed in a restaurant store (hereafter referred to as a store) or a Bluetooth board is installed in an existing POS and a user enters the store, Bluetooth and Wi-Fi pairing with the app starts, and the app opens by pairing and the menu and price of the store are displayed. It is displayed in the app and allows users to order and pay in the app, replacing counter operation and eliminating the need to install a kiosk terminal.

On the other hand, after the step of being connected by two-way communication via the control board device and the server of the unique number, the steps of checking the balance of the payment method and transmitting the price per liter from the control board device to the app of the user terminal and the payment method The steps of checking whether the balance is equal to or greater than the refueling amount according to the refueling pattern and adjusting the refueling amount to the balance of the payment method when the balance of the payment means is less than the refueling amount according to the refueling pattern may be added. This is to automatically refuel according to the balance when the balance is insufficient, so that it can be easily refueled even when the balance is insufficient.

In addition, in the last step, the app receives the fuel quantity and oil type and transmits it to the control board device via Bluetooth, Wi-Fi, and LTE network, so that it can also be refueled by manual input.

On the other hand, the embodiment of the present invention may be used in a bus garage, etc. in addition to general users.

The bus is used in the following way.

Run the Spill App in front of the fueling machine installed in the bus garage, etc.

When the bus driver's smartphone is placed on the NFC reader attached to the front of the gas dispenser installed in the bus garage, the spill app is automatically launched on the smartphone.

Spill and the oiler start pairing.

On the other hand, the embodiments of the present invention disclosed in the present specification and drawings are merely presented as specific examples to easily explain the technical contents of the present invention and help the understanding of the present invention, and are not intended to limit the scope of the present invention. It will be apparent to those of ordinary skill in the art to which the present invention pertains that other modifications based on the technical spirit of the present invention can be implemented in addition to the embodiments disclosed herein.

2: User terminal
3: App
10: payment method
20a, 20b : lubricator
30: network
100a, 100b: control board device
200: manager terminal
300 : server

Claims (11)

A number of control board devices that can communicate with a user terminal including GPS and proximity unidirectional communication such as NFC, RFID, and QR code and two-way communication such as Wi-Fi, Bluetooth, and LTE each have their own unique numbers, It is controllably installed in chargers, electric chargers, hydrogen chargers, and liquid lubricators, and the control board device and the control board device are connected through wired or wireless communication, and the control board device is connected to the manager terminal of the gas station through wired or wireless communication. Connected, the control board device can be connected to the server through a network, and non-contact self-lubrication ( charging) in the method,
Registering payment method information in the app installed on the user terminal; and
When the user terminal approaches the control board device, the step of recognizing the control board device through proximity one-way communication and executing the app; and
The app receives the unique number of the control board device through proximity unidirectional communication and is connected via two-way communication via the control board device and the server of the unique number; and
The app includes the step of transmitting the pre-registered payment method information to the control board device through two-way communication,
Non-contact of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid lubricator through an app, characterized in that it further comprises the step of registering an additional service pattern after the step of registering the payment method information Self refueling (recharging) method.
delete According to claim 1,
After the last step, the control board device transmits the real-time injection information to the app through two-way communication. Non-contact self refueling (recharging) method.
According to claim 1,
After the last step, the control board device further comprises the step of sending a fueling end notification to the app when the fueling is finished. Non-contact self refueling (recharging) method.
According to claim 1,
After the last step, receiving a request for additional service information from the app of the user terminal, transmitting the additional service information to the control board device, and the control board device further comprising the steps of transmitting the additional service information to the manager terminal Non-contact self-refueling (charging) method of lubricators, urea water injectors, electric chargers, gas chargers, hydrogen chargers, and liquid lubricators through an app characterized by features.
According to claim 1,
After the last step, the control board device receives the level gauge information from the level gauge of the storage tank and transmits it to the manager terminal. Lubricator, urea water injector, electric charger, gas charger, hydrogen A non-contact self-refueling (recharging) method of chargers and liquid lubricators.
According to claim 1,
After the last step, the control board device sends the fueling amount and gas station information to the app on the user terminal, the app on the user terminal stores the gas amount and gas station information, and the app receives the moving distance from the GPS of the user terminal; Non-contact self-refueling of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid gas lubricator through the app, characterized in that it further comprises the step of displaying the fuel efficiency result of the gas station in the app based on the moving distance and the fueling amount (Charge) method.
According to claim 1,
Checking the balance of the payment method after the step of being connected by two-way communication via the control board device of the unique number and the server, transmitting the price per liter from the control board device to the app of the user terminal, and the balance of the payment method A fueling device through an app, characterized in that adding the step of checking whether or not the fueling amount is equal to or greater than the fueling amount according to the refueling pattern, and correcting the refueling amount to the balance of the payment method when the balance of the payment method is smaller than the refueling amount according to the refueling pattern , Non-contact self-refueling (charging) method of urea water injector, electric charger, gas charger, hydrogen charger, and liquid lubricator.
According to claim 1,
When the user terminal approaches the control board device, it recognizes the control board device through proximity unidirectional communication and recognizes the control board device with a QR code while the app of the user terminal is running instead of the proximity unidirectional communication at the stage of running the app, Recognizes the unique number of the control board device by interpreting this QR code, and it is connected to the control board device of the unique number through two-way communication. Non-contact self-refueling (recharging) method of Ryu lubricator.
According to claim 1,
When the user terminal approaches the control board device, it recognizes the control board device through proximity unidirectional communication, and recognizes the control board device by inputting a unique number while the app of the user terminal is running instead of the proximity unidirectional communication at the stage of running the app. , Non-contact self-fueling (charging) method of lubricator, urea water injector, electric charger, gas charger, hydrogen charger, and liquid lubricator through the app, characterized in that the app is connected to the control board device of the unique number through two-way communication.

According to claim 1,
After the last step,
Displaying a list of products and product prices in the app;
A non-contact self-fueling (charging) method of a lubricator, a urea water injector, an electric charger, a gas charger, a hydrogen charger, and a liquid lubricator through the app, which further includes the step of paying for the selected product.

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