KR20200125373A - Kiosk, manless processing method and manless processing system able to processing payment using image code - Google Patents

Abstract

The present invention relates to an unmanned processing method, unmanned processing system, and a kiosk. The unmanned processing method comprises the steps of: receiving a transaction initiation input; connecting a session with an operating company server upon receipt of a transaction initiation input; displaying an image code including at least a kiosk identifier; and processing a product selected based on information received from the operating company server. The information received from the operating company server is information generated according to the recognition of the image code displayed on the kiosk.

Description

Unmanned processing method, unmanned processing system and unmanned terminal that can process payment using image code {KIOSK, MANLESS PROCESSING METHOD AND MANLESS PROCESSING SYSTEM ABLE TO PROCESSING PAYMENT USING IMAGE CODE}

The present invention is an unmanned processing method, an unmanned processing system, and an unmanned terminal capable of processing payments using image codes. The present invention enables online processing of services or products specified in unmanned terminals through recognition of image codes displayed on unmanned terminals. The present invention relates to an unmanned processing method, an unmanned processing system, and an unmanned terminal capable of processing payments using image codes.

Unmanned terminals are installed for various purposes or places and operate without a manager. The unmanned terminal, which may be referred to as KIOSK, may be a food ticket vending machine, an unmanned menu vending machine, a vending machine, a storage box, and the like.

The unmanned terminal is equipped with a payment method recognition module to process payments for goods, goods, or services of an orderer. In general, an unmanned terminal is equipped with a card (credit card or transportation card, etc.) recognition module, a bill recognition module, etc. to process payment for the provision of goods, goods, or services (hereinafter collectively referred to as'products') ordered from an unmanned terminal. It is structured to do.

Meanwhile, as communication and data processing technologies develop, various payment methods are created and utilized. Alipay, WeChat Pay, Kakao Pay, and Zero Pay are prepaid or postpaid app (credit) cards that can process product prices using barcodes or QR codes displayed on the display.

In Zero Pay, payment is made by recognizing a QR code displayed on a store or the like on a smartphone, entering a payment amount by the user, authenticating it through a card company, and confirming it at the store. Zero Pay provides various advantages by making online payments independent of credit cards without the need to carry a credit card.

Zero Pay, etc., is not easy to apply in unmanned terminals, as it is assumed that the store clerk exists and the product price is directly input or input by the clerk.

In addition, in order to use the QR code, in general, the unmanned terminal must be equipped with a camera. This increases the operating cost of the unmanned terminal and causes a problem that requires a lot of design changes of the unmanned terminal.

In this way, an unmanned processing method capable of processing payment using an image code that can solve various inconveniences or problems caused by using image codes in an unmanned terminal, an unmanned processing system and an unmanned terminal are required. Do.

10-1227094(B1), January 29, 2013

The present invention, as conceived to solve the above-described problems, is an unmanned system capable of processing payment using an image code that enables dynamic payment processing for products sold in an unmanned terminal using an image code such as a QR code. An object thereof is to provide a processing method, an unmanned processing system, and an unmanned terminal.

In addition, the present invention specifies an unmanned terminal using an image code with minimal design changes to an existing unmanned terminal, and then processes payment using an image code that enables payment for a selected product by interlocking with the unmanned terminal. Its purpose is to provide an unmanned processing method, an unmanned processing system, and an unmanned terminal that can be used.

In addition, the present invention reflects the product characteristics or product configuration of the unmanned terminal using the image code to support various payment methods according to the user's selection, an unattended processing method capable of processing payment using an image code, an unattended processing system And to provide an unmanned terminal.

The technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems that are not mentioned will be clearly understood by those of ordinary skill in the technical field to which the present invention belongs from the following description. I will be able to.

An unmanned processing method according to an aspect of the present invention includes the steps of: receiving, by an unmanned terminal, a transaction initiation input, connecting a session by an unmanned terminal to an operator server upon receipt of the transaction initiation input, and the unmanned terminal including at least a terminal identifier Displaying the image code and processing the selected product by the unmanned terminal based on information received from the operating company server, and the information received from the operating company server is information generated according to the recognition of the image code displayed on the unmanned terminal. .

In the unattended processing method described above, the image code is a QR code, and the transaction start input is a general transaction start input, a single product trade start input, a product selection priority trade start input, a coupon trade start input, or a product price pre-designated trade start input. .

In the above-described unmanned processing method, the step of receiving the transaction start input by the unmanned terminal includes receiving a general transaction start input, and the step of processing the selected product by the unmanned terminal based on the information received from the operator server, transaction request information Displaying one or more product selection input buttons in a specified color upon receipt of, receiving a product selection input through an input button marked with a specified color, and transmitting an approval request including the selected product information, and in response to the received approval result. And processing the selected product accordingly.

In the unattended processing method described above, the transaction request information includes a transaction limit, and the step of displaying at least one product selection input button in a specified color displays a product selection input button corresponding to a product within the transaction limit in a specified color. .

In the above-described unmanned processing method, the image code includes the terminal identifier and single product information, and the step of receiving the transaction start input by the unmanned terminal receives the single product transaction start input, and the information received by the unmanned terminal from the operating company server. The processing of the selected product based on the product includes processing a single product selected by the approval result information upon receipt of approval result information for the single product information recognized in the image code from the operating company server.

In the above-described unmanned processing method, the step of receiving the transaction start input by the unmanned terminal includes receiving a product selection priority transaction start input, and the unmanned processing method includes a plurality of selectable product selection inputs before the step of displaying an image code. The step of displaying the button in a specified color and receiving a product selection input through the input button displayed in the specified color, the displayed image code includes a terminal identifier and information of the selected product, and the unmanned terminal is the operator server The step of processing the selected product based on the information received from the selected product includes processing the selected product through the approval result information in response to receipt of approval result information for the information of the selected product recognized in the image code from the management company server. .

In the above-described unmanned processing method, the step of receiving the transaction start input by the unmanned terminal includes receiving the coupon transaction start input, and the step of processing the selected product by the unmanned terminal based on information received from the operator server, from the operator server Displaying at least one selectable product selection input button in a designated color in response to the selectable product information upon receipt of approval result information including selectable product information generated according to the recognized coupon, input button displayed in a designated color And receiving a product selection input and processing the selected product.

In the above-described unmanned processing method, prior to the step of processing the selected product by the unmanned terminal based on the information received from the operator server, the portable terminal displaying one or more coupon information, the portable terminal displaying one or more coupon information Receiving a selection input for one coupon information, the portable terminal displaying the corresponding coupon information and image code recognition frame according to the selection input, and the terminal identifier of the image code recognized by the portable terminal in the image code recognition frame Further comprising the step of transmitting an approval request including coupon identification information to the coupon server, and the approval result information received from the operator server is information generated according to the processing of the approval request.

In the above-described unmanned processing method, the step of receiving, by the unmanned terminal, a transaction start input, receiving an input of pre-designated product amount, and processing the selected product based on information received from the operator server by the unmanned terminal, Displaying input buttons corresponding to products below the product amount included in the approval result information in a specified color upon receipt of the approval result information, receiving a product selection input through an input button displayed in a specified color, product selection The step of determining whether the amount of the selected product according to the input is the same as the product amount of the approval result information, and if the amount of the selected product and the product amount of the approval result information are the same, the selected product is discharged to the discharge port, and the amount of the selected product and the approval result information If the product price of is different, transmitting a cancellation request to the management company server for the approval result information.

In the above-described unmanned processing method, before the step of processing the selected product by the unmanned terminal based on the information received from the operator server, the operator server selects the selected product using the terminal identifier of the information received from the payment server or the coupon server. It further includes determining the unattended terminal to be processed.

In addition, the unmanned terminal according to an aspect of the present invention includes an input-button interface for receiving a product selection input from one of a plurality of input buttons, and each input button to display each input button in a specified color. A product processing control module that receives a product selection input and processes the selected product, including a light-emitting device interface that outputs a control signal to a plurality of corresponding light-emitting devices, and receives a transaction initiation input from a user and according to the reception of the transaction initiation input. Includes a payment control module that connects the session with the operator server and controls the product processing control module to process selected products based on information received from the operator server, and the information received from the operator server recognizes the image code displayed on the unmanned terminal. It is information generated according to.

In the above-described unmanned terminal, the payment control module receives one of a plurality of transaction initiation inputs through the provided input interface, and when receiving the general transaction initiation input, including a transaction limit from the operating company server. It receives transaction request information, outputs control data to the product processing control module to display the product selection input button within the transaction limit in a specified color, and outputs the selection input data representing the product selection input through the input button displayed in the specified color. Received from the processing control module, transmits an approval request including product information selected in response to the selection input data to the operating company server, and outputs control data for processing the selected product according to the received approval result to the product processing control module, Upon receipt of an input for starting a product selection priority transaction, output control data to the product processing control module to display a plurality of selectable product selection input buttons in a specified color, and a selection indicating product selection input through an input button displayed in a designated color Receives input data from the product processing control module, displays a terminal identifier and an image code including information on the selected product corresponding to the selected input data through a display, and displays approval result information for information on the selected product recognized in the image code. Control data for processing the selected product according to the approval result information received from the management company server is output to the product processing control module.

In the above-described unmanned terminal, the payment control module receives a transaction start input from among a plurality of transaction start inputs through the provided input interface, and upon receiving the product amount pre-designated transaction start input, the approval result from the operator server It receives information and outputs control data to the product processing control module to display input buttons corresponding to products below the product amount included in the approval result information in a designated color, and inputs product selection through the input button displayed in the designated color. When the displayed selection input data is received from the product processing control module, it is determined whether the amount of the selected product corresponding to the selection input data is the same as the product amount of the approval result information, and the amount of the selected product and the product amount of the approval result information are the same When the selected product is discharged to the discharge port, and the amount of the selected product and the product amount of the approval result information are different, a cancellation request for the approval result information is transmitted to the management company server.

In addition, the unmanned processing system according to an aspect of the present invention includes a plurality of unmanned terminals and an operator server capable of session connection to the plurality of unmanned terminals, and the operator server includes a terminal identifier of information received from a payment server or a coupon server. By using, an unmanned terminal to process the selected product is determined, and information to be used for processing the selected product is configured and transmitted to the determined unmanned terminal.

In the above-described unmanned processing system, further comprising a coupon server connected to the operator server, the coupon server, the coupon identification information of the selected coupon of the portable terminal and the terminal of the image code recognized in the image code recognition frame displayed together with the coupon The approval request including the identifier is received from the portable terminal, and approval result information including at least the terminal identifier is constructed and transmitted to the operator server.

The unmanned processing method, the unmanned processing system and the unmanned terminal capable of processing payment using the image code according to the present invention as described above, can dynamically process the payment for products sold by the unmanned terminal using image codes such as QR codes. There is an effect to do.

In addition, the unmanned processing method, the unmanned processing system, and the unmanned terminal capable of processing payment using the image code according to the present invention as described above specify the unmanned terminal using the image code with minimal design changes to the existing unmanned terminal. After that, it is possible to process payment for the selected product by interlocking with the unmanned terminal.

In addition, the unmanned processing method, the unmanned processing system, and the unmanned terminal capable of processing payment using the image code according to the present invention as described above reflect the product characteristics or product configuration of the unmanned terminal using the image code according to the user's selection. It has the effect of supporting various payment methods.

The effects obtainable in the present invention are not limited to the above-mentioned effects, and other effects not mentioned can be clearly understood by those of ordinary skill in the art from the following description. will be.

1 is a diagram showing an example of an unattended processing system capable of processing a payment using an image code according to the present invention.
2 is a diagram illustrating an external appearance of an exemplary unmanned terminal.
3 is a diagram showing an exemplary configuration of an unmanned terminal.
4 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a general transaction start input.
5 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a single product transaction start input.
6 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a product selection priority transaction start input.
FIG. 7 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to an input to start a transaction in which a product amount is pre-designated.
8 is a diagram illustrating an exemplary control flow in which a product corresponding to a coupon is selected and payment is processed according to a coupon transaction start input.
9 is a diagram illustrating an example in which an image code is recognized and a terminal identifier is combined with a specific coupon displayed on a portable terminal.

The above-described objects, features, and advantages will become more apparent through the detailed description that will be described later in detail with reference to the accompanying drawings, and accordingly, those of ordinary skill in the art to which the present invention pertains will understand the technical idea of the present invention. It will be easy to implement. In addition, in describing the present invention, when it is determined that a detailed description of a known technology related to the present invention may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram showing an example of an unattended processing system capable of processing a payment using an image code according to the present invention.

According to FIG. 1, the unattended processing system includes one or more (preferably a plurality of) unmanned terminals 100, an operator server 200, a payment server 300, a coupon server 500, and one or more portable terminals 400. Include. Depending on the design example, the unmanned processing system may omit the included specific device (such as the payment server 300 or the operator server 200) or may further include other devices not shown. For example, the payment server 300 and the coupon server 500 may be integrated into a single server.

Briefly looking at the unmanned processing system through FIG. 1, the unmanned terminal 100 is a device capable of providing a product, such as a product or service, selected by a user by input or request, to a user without an administrator or a clerk.

The unmanned terminal 100 is configured to include a payment means to automatically process a price for product provision through a payment means. Preferably, the unmanned terminal 100 has a display 175, displays an image code on the display 175, at least specifies the unmanned terminal 100 through the image code, processes payment for a product selected from the unmanned terminal, and selects It is structured to provide products to users. Alternatively, the unmanned terminal 100 may attach the printed image code to the surface of the case that the user can recognize. The image code may be, for example, a quick response (QR) code or a barcode, or any code that can be displayed according to a promised format to extract data (text data, etc.) from an image.

The unmanned terminal 100, which may be recognized or referred to as a kiosk, may be a food ticket vending machine, an unmanned menu vending machine, a vending machine, a storage box, an unmanned kiosk, or the like. In this way, the unmanned terminal 100 may be a device capable of directly paying a price by a user without an administrator or the like and receiving a product according thereto. The unmanned terminal 100 may provide various payment or coupon processing methods using an image code.

The unmanned terminal 100 will be described in detail below in FIG. 2.

The operator server 200 is a server that manages the unmanned terminal 100. The operator server 200 may transmit or receive various types of data to the plurality of unmanned terminals 100 through wireless communication. The operator server 200 may transmit and receive data with each of the unmanned terminals 100 through a connected session through a wireless mobile communication network such as LTE, CDMA, and GSM.

The operator server 200 enables session connection with the unmanned terminals 100, and information received from an external server (payment server 300, coupon server 500, etc.) among unmanned terminals 100 of the connected session ( Information may be transmitted to the unmanned terminal 100 corresponding to transaction request information or approval result information.

According to the design example, the operator server 200 may receive an approval request from the unmanned terminal 100 connected to the session and transmit the approval result to the unmanned terminal 100 in connection with the payment server 300.

The control flow performed in the operating company server 200 in connection with the payment processing using the image code will be described in more detail through FIGS. 4 to 8.

The payment server 300 is a server capable of processing payment approval. The payment server 300 may be a server operated by a credit card company or a server operated by an online pay company (eg, Alipay, WeChat Pay, Kakao Pay, Zero Pay, etc.).

The payment server 300 receives an approval request or transaction request from the portable terminal 400 that recognizes the image code, configures information corresponding to the approval request or transaction request, and an approval result including at least an identifier of the unmanned terminal 100 Information or transaction request information may be transmitted to the operating company server 200.

The payment server 300 processes approval for the approval request and transmits the approval result information to the mobile terminal 400 and the operator server 200 that manages the unmanned terminal 100 of the terminal identifier. In addition, the payment server 300 checks the user's balance (credit or recharge balance) according to the transaction request and transmits the transaction request information to the operator server 200. The information transmitted to the operator server 200 includes at least a terminal identifier. Approval result information or transaction request information may further include other information. In addition, the payment server 300 may receive a cancellation request for the approval result information (authorization created) from the operator server 200 and cancel the transaction processed for approval.

The coupon server 500 is a server that issues a coupon and connects the issued coupon to the connected (managed) operator server 200 so that a user can use it. The coupon server 500 receives an approval request including a terminal identifier and coupon identification information from the portable terminal 400 that recognizes the image code, processes approval according to the coupon identification information, and transmits the approval result information to the operating company server 200. I can.

The coupon server 500 will be described in more detail through FIG. 8.

The portable terminal 400 is a portable terminal used by a user. The portable terminal 400 may be, for example, a smart phone, a tablet PC, a PDA, or a dedicated terminal. The portable terminal 400 includes a camera, a nonvolatile memory, an app processor, and a wireless communication unit. The portable terminal 400 drives an app in a nonvolatile memory (for example, a card company's app, a Pay's app, a coupon app, etc.) according to a user input, and can take an image code displayed on the unmanned terminal 100 through a camera. have.

The portable terminal 400 is a terminal identifier from an image code recognized from image data captured through a payment app (e.g., a card company's app, a Pay's app), etc., and a product of a product provided or selected by the unmanned terminal 100 Extracts the amount and transmits an approval request or transaction request including a user identifier along with product information including the extracted identifier of the unmanned terminal 100 and/or the product amount to the payment server 300 according to user input, and the payment server A result message according to the request may be received from 300.

According to the design example, the portable terminal 400 is an input interface (for example, a button, a touch panel, etc.) provided in the portable terminal 400 for the amount of goods to be discharged (to be provided) through the unmanned terminal 100 Send an approval request that includes the product amount (product information of) and the identifier of the unmanned terminal 100 and further includes a user identifier to the payment server 300 and receive a result message according to the approval request. I can.

The portable terminal 400 extracts the terminal identifier from the image code of the image data captured through a coupon app, and transmits an approval request including the extracted terminal identifier and coupon identification information to the coupon server 500, and the approval result A message may be received from the coupon server 500.

The main control flow performed in the payment server 300 in relation to the payment processing using the image code will be described in more detail through FIGS. 4 to 7 and the main control flow performed in the coupon server 500 will be described in more detail through FIG. 8. do.

FIG. 2 is a diagram illustrating an external appearance of an exemplary unmanned terminal 100 and FIG. 3 is a diagram illustrating an exemplary (internal) configuration of the unmanned terminal 100.

2 and 3 illustrate a case where the unmanned terminal 100 is an example (specifically, a vending machine) such as a food ticket vending machine, an unmanned menu vending machine, a vending machine, and an unmanned kiosk. The unmanned terminal 100 may be a kiosk for other purposes in addition to this, and has an external or internal structure suitable for the purpose.

Looking at the unmanned terminal 100 through FIGS. 2 and 3, the unmanned terminal 100 includes a plurality of input buttons 110 for a user to select a product. The input button 110 may be a push button, a touch button, or the like. Each menu, product, drink, etc. is provided with a corresponding input button 110, and a specific product may be selected by a user's input to the input button 110.

In addition, each input button 110 may be displayed in a specific color. The unmanned terminal 100 includes a light emitting device 120 for displaying a specific color inside or adjacent to the input button 110. Each input button 110 may have a single corresponding light emitting device 120 or a plurality (eg, two) corresponding light emitting devices 120. The light-emitting device 120 may be a diode emitting a specific color. For example, the light emitting device 120 may be a blue, red, green LED.

When the unmanned terminal 100 includes a single light-emitting device 120 for each input button 110, the single light-emitting device 120 is capable of selecting a product after request, authentication or processing through a payment method, etc. It glows to indicate.

When the unmanned terminal 100 includes a plurality of light-emitting devices 120 for each input button 110, the light-emitting device 120 of one specific color emits light to display the waiting state before processing through the payment The colored light emitting device 120 emits light to display a product status that can be selected after request, authentication, or processing through a payment method or the like. In this way, the light emission color, light emission time, etc. may be different from each other according to the number of light emitting devices or usage examples.

An unmanned terminal 100 such as a vending machine has a discharge port 130. The discharge port 130 discharges the selected product to the outside. The user may receive a payment-processed selection product through the discharge port 130.

The unmanned terminal 100 includes a payment control module 170 and allows a user to select a product through the control of the payment control module 170 and processes a price or coupon for the selected product.

3 shows an exemplary configuration inside the unmanned terminal 100, wherein the unmanned terminal 100 includes a product processing control module 150 and a payment control module 170 therein.

The product processing control module 150 that receives the product selection input and processes the product selected according to approval or coupon processing includes an input-button interface 151, a light emitting device interface 153, a selected product output control interface 155, and a product. And a processing control unit 157. The product processing control module 150 may be composed of a chipset and a circuit on a PCB board.

The input-button interface 151 is connected to a plurality of input buttons 110 and receives a selection signal according to a pressing of an input button 110 among the plurality of input buttons 110. The input-button interface 151 may be connected to a plurality of signal lines corresponding to the plurality of input buttons 110 or connected to a plurality of signal lines to receive and recognize an input for selecting a specific product.

The input-button interface 151 may output an input status signal indicating selection of a specific product to the product processing control unit 157. The input-button interface 151 may output an input status signal through interfaces such as GPIO, ADC port, I2C, UART, etc. of the product processing control unit 157.

The light emitting device interface 153 outputs control signals to the plurality of light emitting devices 120 corresponding to the plurality of input buttons 110 of the unmanned terminal 100. The light emitting device interface 153 is one capable of providing (selecting) a plurality of light emitting devices 120 corresponding to each input button 110 or a current product according to a control signal (data) from the product processing control unit 157 A control signal for displaying in a specific color designated by one or more light emitting devices 120 corresponding to the input button 110 may be output. The light emitting device interface 153 outputs an electric signal corresponding to the diode type of the light emitting device 120 as a control signal.

The selected product output control interface 155 controls the output (discharge) of the product selected by the user to the discharge port 130. For example, the selected product output control interface 155 includes a motor used for discharging (moving, output, etc.) of the selected product to the discharge port 130 in the unmanned terminal 100, and a control mechanism and circuit for the discharge groove of the selected product. By controlling known components such as, the product selected by the user is moved to the discharge port 130.

The product processing control unit 157 controls blocks in the product processing control module 150. The product processing control unit 157 may receive a product selection input and process the selected product through payment processing through the payment control module 170.

The product processing control unit 157 has one or more execution units, loads a control program stored in a nonvolatile memory provided inside or outside the product processing control unit 157, and loads a control program through the execution unit. Controls the product processing control module 150 by executing the command code of.

The product processing control unit 157 may be a processor capable of executing a program instruction code, a CPU, an MPU, a central processing unit, a micro control unit (MCU), or the like.

The product processing control unit 157 transmits and receives various data according to a designated internal communication protocol with the payment control module 170 (the payment control unit 179 of). For example, the product processing control unit 157 and the payment control unit 179 may transmit and receive data through an internal communication interface such as I2C, UART, or USB.

The product processing control unit 157 receives control data from the payment control module 170 (the payment control unit 179 of) and controls the light emitting device 120 according to the received control data or discharges the selected product to the discharge port 130 Can be discharged as.

For example, the product processing control unit 157 displays at least one light emitting device 120 corresponding to a product in a range selectable from the payment control module 170 (the payment control unit 179 of) in a specified color. The selection control data is received and a control signal is output to the light emitting device interface 153 to turn on one or more light emitting devices 120 corresponding to selectable products. The product processing control unit 157 controls the light emitting device 120 corresponding to the currently selectable product to be turned on in a specified specific color according to the received selection control data, and for a specified time according to an internally set timer (for example, 10 Seconds, etc.) You can receive input of product selection.

The selection control data includes an identifier of one or more selectable products, a transaction limit amount (for example, a transaction limit), or all product selectable indicators, and the product processing control unit 157 receiving the selection control data Input buttons of products selectable through the light emitting device interface 153 are displayed in a designated color. For example, the product processing control unit 157 turns on the light emitting device 120 corresponding to the product identifier, turns on the light emitting device 120 of a product having a product amount equal to or less than the transaction limit amount, or All corresponding light emitting devices 120 may be turned on.

In addition, the product processing control unit 157 receives control data for turning off the plurality of light emitting elements 120 or displaying in different colors from the payment control module 170 (the payment control unit 179 of), and A corresponding control signal is output to the interface 153.

The product processing control unit 157 receives an input status signal indicating the selection of a specific product from one of the input buttons displayed in a designated color from the input-button interface 151 and generates selection input data corresponding to the selected product. And output to the payment control module 170 (the payment control unit 179).

In addition, the product processing control unit 157 receives control data for requesting output (discharge) for the selected product from the payment control module 170 (the payment control unit 179 of), and is included in the control data or an input status signal. The selected product output control interface 155 is controlled according to the recognized selected product identifier upon reception of the product to discharge the corresponding product to the discharge port 130. Alternatively, the product processing control unit 157 controls the selected product output control interface 155 in response to the reception of the input status signal, without receiving control data from the payment control module 170 (the payment control unit 179). The selected product may be discharged to the discharge port 130.

The payment control module 170 that processes payment for the selected product or the product to be selected includes a card reader 171, a cash reader 172, an input interface 173, a display 175, a wireless communication interface 177, and a payment. And a control unit 179.

The payment control module 170 may process payment of a selected product using a card or cash. The payment control module 170 receives from a user the input of initiation of a transaction made through at least a server such as the payment server 300 or the coupon server 500, and according to the reception of the transaction initiation input from the user, the operator server 200 and the The session is connected and the product processing control module 150 is controlled to process the selected product based on information received from the management company server 200. The information received from the operator server 200 is information generated according to the recognition of the image code displayed on the unmanned terminal 100.

Looking specifically at the payment control module 170, the card reader 171 recognizes a credit card, a transportation card, etc. to be used for product payment. The card recognizer 171 is provided with a recognition groove for recognizing an IC chip, an RF reader for recognizing NFC information such as an RF card or a smartphone, and the card information touched close to a card or RF reader inserted in the recognition groove. Can be extracted.

The cash recognizer 172 recognizes cash to be used as a price for the selected product. The cash recognizer 172 may be provided with a currency insertion groove to recognize the type of paper currency inserted through the insertion groove, and output whether the currency is recognized and the recognized type.

The input interface 173 receives user input. The input interface 173 is preferably configured to receive user input related to payment. The input interface 173 may include a touch panel, a touch screen, a touch pad, and an input button to receive various input data related to payment. The touch panel or touch screen is preferably coupled to the display 175.

The input interface 173 may initiate cash transactions, credit card transactions, prepaid transactions such as points of a membership logon method (ID, PW input method), and one or more online transactions using image codes. Various transaction initiation inputs according to the payment processing type can be received. Initiation inputs such as cash transactions, credit card transactions, membership logon transactions, and one or more online transactions using image codes may be received from a separate input button or may be received by selecting different regions on a touch panel or a touch screen.

In the online transaction corresponding to the input received through the input interface 173, product selection and payment processing are performed through a server (for example, through the payment server 300 or the coupon server 500). Online transaction initiation is, for example, a general transaction (refer to FIG. 4), a single product transaction (refer to FIG. 5), a product selection priority transaction (refer to FIG. 6), or a product price pre-designated transaction (hereinafter, FIG. 7). Reference) may be initiation or coupon transaction (see FIG. 8 below). General transaction initiation input, single product transaction initiation input, product selection priority transaction initiation input, product amount pre-designated transaction initiation input and/or coupon transaction initiation input are received from each of the assigned buttons of the input interface 173 or displayed 175 ) May be received as a selection (touch screen, etc.) for each different image icon.

Here, the unmanned terminal 100 can process one or more of a general transaction, a single product transaction, a product selection priority transaction, a product price pre-determined transaction, and a coupon transaction, and preferably, an input interface 173 among a plurality of transactions. Through a series of processes, the selected transaction can be processed to select a product and output the selected product.

For example, the unmanned terminal 100 is a general transaction and coupon transaction, general transaction and product selection priority transaction, general transaction and product selection priority transaction and coupon transaction, single product transaction and product selection priority transaction and coupon transaction, and product price selection. Multiple transactions of various combinations, such as designated transactions and coupon transactions, product price pre-designated transactions and single product transactions, product price pre-designated transactions and product selection priority transactions, can be processed sequentially, and selected according to the transaction method selected by the user. A specific product can be selected and printed through the transactional flow.

The input interface 173 receives a transaction start input from among transactions that can be provided by the unmanned terminal 100 through a user, and selects and outputs a specific product through a control flow defined in the selected transaction.

The display 175 displays various types of data or information. The display 175 includes display modules such as LCD, LED, and TFT LCD, and can output various types of data or information as images through the display module.

The wireless communication interface 177 transmits and receives data through wireless communication. The wireless communication interface 177 is equipped with a wireless chipset for mobile communication, a wireless antenna, etc. to which mobile communication standards such as LTE, CDMA, GSM, and 5G are applied, and extracts a wireless communication packet from a wireless signal received in a designated frequency band through the wireless antenna. Thus, it may be transmitted to the payment control unit 179. In addition, the wireless communication interface 177 transmits a wireless communication packet (data) received from the payment control unit 179 as a wireless signal through a frequency band designated according to a mobile communication standard.

The payment control unit 179 controls blocks in the payment control module 170. The payment control unit 179 processes at least payment for a product to be selected or to be selected through the product processing control module 150.

The payment control unit 179 has one or more execution units and loads a control program stored in a nonvolatile memory provided inside or outside the payment control unit 179 and commands the control program through the execution unit. The product processing control module 150 is controlled by executing the code.

The payment control unit 179 may be a processor capable of executing a program instruction code, a CPU, an MPU, a central processing unit, a micro control unit (MCU), or the like.

The payment control unit 179 transmits and receives various data to and from the product processing control module 150 (the product processing control unit 157 of) according to a designated internal communication protocol. For example, the product processing control unit 157 and the payment control unit 179 may transmit and receive data through an internal communication interface such as I2C, UART, or USB.

Looking at the main control performed by the payment control unit 179, the payment control unit 179 receives a specific transaction initiation input through the input interface 173. For example, the payment control unit 179 inputs a cash transaction start input, a credit card transaction start input, an online transaction start input (general transaction start input, single product transaction start input, product selection priority trade start input, product amount pre-designated transaction) Or coupon transaction start input).

Receiving the cash transaction input, the payment control unit 179 controls the cash recognizer 172 to recognize paper money and the like, and then performs payment processing for the selected product as cash processing. Upon receiving the credit card transaction input, the payment control unit 179 controls the card reader 171 to process payment for the selected product through a credit card or a transportation card. Cash payment or credit card payment is a technique generally applied in the unmanned terminal 100, so detailed information thereof will be omitted.

Upon receiving the online transaction start input, the payment control unit 179 induces the user's portable terminal 400 to recognize the image code displayed on the unmanned terminal 100.

The payment control unit 179 displays an image code (e.g., a QR code) including at least a terminal identifier on the display 175 or a sticker (not shown) on which an image code attached to the unmanned terminal 100 is printed, The display may be notified to the user through the light emitting device (not shown) and/or the display 175. The terminal identifier is an identifier for specifying the unmanned terminal 100 in the operator server 200 and may be composed of, for example, a MAC address, an IP address, a serial number, a combination of other numbers and letters, or one or more combinations of a session ID. have.

The portable terminal 400 can be recognized through a camera equipped with an image code attached or displayed.

In addition, the payment control unit 179 (the payment control module 170) is an online transaction start input (general transaction start input, single product transaction start input, product selection priority trade start input, product amount pre-designated transaction or coupon transaction start) Input) is connected to the operating company server 200 and the session through the wireless communication interface 177. The payment control unit 179 (the payment control module 170 of) receives information including selectable product information for specifying a selectable product among a plurality of products from the operating company server 200. The selectable product information may include, for example, an identifier of one or more selectable products, a transaction limit amount, or all product selectable indicators.

The payment control unit 179 (the payment control module 170 of) may control the product processing control module 150 to process a product selected or selected according to the received information and the type of the online transaction start input.

A detailed control flow performed in the payment control module 170 will be described in detail through FIGS. 4 to 8.

3 shows an example of a configuration in which the product processing control module 150 and the payment control module 170 are separated, but according to the design example, the product processing control module 150 and the payment control module 170 are configured as one, and accordingly It may have components that change.

4 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a general transaction start input.

First, the unmanned terminal 100 (payment control module 170) receives a general transaction start input from a user (refer to ①). The payment control module 170 (the payment control unit 179 of) may receive a general transaction start input that can be provided, and additionally, a single product transaction start input, a product selection priority transaction start input, a product amount pre-designated transaction start input or The coupon transaction start input may be received at a different time to further process the corresponding transaction (see FIGS. 5 to 8). The unmanned terminal 100 (payment control module 170) receives an input for initiating a general transaction among a plurality of transaction types made through a server from a user through the input interface 173. The general transaction refers to a transaction that processes payment approval through the payment server 300 for the selected product after the product selection.

Upon receipt of the general transaction start input, the unmanned terminal 100 (payment control module 170) connects the operator server 200 and the session (refer to ②).

Specifically, the payment control module 170 (the payment control unit 179 of) transmits a session connection request to the operator server 200 through the wireless communication interface 177. The operator server 200 configures a new session according to the session connection request, adds session information corresponding to the unattended terminal 100 requesting connection to the currently active and connected session list, and sends a session connection response to the unattended terminal 100 Transfer to. The session information may include at least a terminal identifier (and further session ID) of the unmanned terminal 100 and further include a transaction type. The transaction type is set to the general transaction type. In this way, the operator server 200 establishes a session connection with the unmanned terminal 100 according to the session connection request.

The terminal identifier stored in the session information of the active session list may be composed of a MAC address of the unmanned terminal 100, an IP address, a serial number, other combinations of numbers and letters, or one or more combinations of a session ID. At least through the terminal identifier, the operator server 200 may identify a specific unmanned terminal 100.

Any session in the session list may be maintained until a specified time (eg, 1 minute, etc.) even when there are no various requests from the unmanned terminal 100 and may be removed from the session list thereafter.

The unmanned terminal 100 (payment control module 170 or case) displays an image code (see ③). The image code is configured in a format recognizable by the portable terminal 400 and includes at least a terminal identifier. The image code may be attached to the case of the unmanned terminal 100 or may be dynamically displayed on the display 175. The image code may be configured in advance and stored in a memory such as the payment control unit 179 or may be configured and displayed by the payment control unit 179 from a terminal identifier stored in the memory. The unmanned terminal 100 to which product selection or payment is to be made can be identified by the operating company server 200 by the terminal identifier.

The user who presses the general transaction start input recognizes (refer to ④) the image code displayed through the camera of the portable terminal 400 using a specific application (app). For example, the payment app of the portable terminal 400 may recognize the image code by placing the image code in a rectangular frame, and extract a terminal identifier in the image code according to a promised format.

The portable terminal 400 performing a payment app or the like transmits a transaction request for processing (selection, purchase, etc.) arbitrary products of the unmanned terminal 100 to the payment server 300 (see ⑤). This transaction request represents a request for product selection and processing in the unmanned terminal 100 specified by the portable terminal 400 as will be described below. The transaction request may include at least a terminal identifier and further include user information. The user information is information for specifying a user, such as a user ID, a password, an identifier of the portable terminal 400 (eg, a mobile phone number, a beer place, etc.).

The payment server 300 constructs transaction request information corresponding to the transaction request by using the account balance, credit limit, accumulated amount, and/or recharge amount such as account information corresponding to a user ID such as user information (see ⑥). .

Specifically, the payment server 300 configures transaction request information including selectable product information for specifying the range of products selectable by the unmanned terminal 100 and including the terminal identifier received from the portable terminal 400 do. The transaction request information may further include user information.

When the credit limit, the accumulated amount, or the amount charged is greater than or equal to the maximum amount contracted with the unmanned terminal 100 or the operator server 200, the payment server 300 includes all product selectable indicators (operating company server 200), etc. Configure selectable product information including flags or data according to, or upper limit amount). When the credit limit, the accumulated amount, or the recharge amount is less than the contracted maximum amount, the payment server 300 configures the credit limit, the accumulated amount, or the recharge amount as a transaction limit amount and configures selectable product information including the transaction limit amount. Alternatively, the payment server 300 may configure the credit limit, the accumulated amount, or the recharge amount as a transaction limit amount and configure the selectable product information including the transaction limit amount. Alternatively, the payment server 300 may configure selectable product information including all product selectable indicators without comparing the credit limit, the accumulated amount, or the recharge amount with the contracted maximum amount.

As the transaction request information is configured, the transaction request information is transmitted to the operating company server 200 (refer to ⑦).

The operator server 200 receives the transaction request information from the payment server 300 (refer to ⑦) and uses the terminal identifier of the transaction request information to process the received transaction request information among several unmanned terminals 100 connected to the session. Determine (100) (refer to ⑧).

Specifically, the operator server 200 extracts the terminal identifier from the transaction request information, searches for session information including the same terminal identifier as the terminal identifier extracted from the currently active session list, and processes the approval result information ( 100) can be determined.

As the unmanned terminal 100 to process the transaction request information received from the payment server 300 is determined, the operator server 200 constructs the transaction request information and transmits it through a session connected to the determined unmanned terminal 100 (⑨ Reference).

The determined transaction request information received by the unmanned terminal 100 includes selectable product information for specifying a selectable product among various products that can be processed by the corresponding unmanned terminal 100, and the terminal identifier may be omitted. The received transaction request information may further include user information. Alternatively, the user information may be matched to the searched session information and stored in the operator server 200.

Thereafter, the unmanned terminal 100 processes a product selected based on the received information (transaction request information) (refer to ⑩ to ⑮ in FIG. 4).

Upon receiving the transaction request information, the unmanned terminal 100 displays a product input button corresponding to the selectable product information from among a plurality of products in a designated color (refer to ⑩). As described above, the transaction request information received from the operator server 200 is generated according to the recognition of the image code displayed on the unmanned terminal 100.

In more detail, the payment control module 170 (the payment control unit 179 of) receives transaction request information through the wireless communication interface 177 and extracts selectable product information. The selectable product information may include a transaction limit amount or all product selectable indicators.

The payment control module 170 (the payment control unit 179) controls product processing by controlling selection control data to display at least a specified color through a light emitting element corresponding to a product selectable from selectable product information among a plurality of light emitting elements. It is transmitted to the module 150.

When the selectable product information includes a transaction limit amount, the selection control data may include a transaction limit amount or an identifier of a product less than the transaction limit amount. When the selectable product information includes all product selectable indicators, the selection control data may include flags, commands, data, control signals, etc. that cause all products to display a designated color.

As the product processing control module 150 (the product processing control unit 157) receives the selection control data, a control signal for displaying the light emitting elements 120 of one or more products corresponding to the selection control data in a designated color Output to the light emitting device interface 153.

In this way, when the selectable product information includes all product selectable indicators, the unmanned terminal 100 displays the input buttons of all products in a designated color, and when the selectable product information includes the transaction limit amount, the amount is less than the transaction limit amount. The input buttons of the products of are displayed in a designated color.

The product processing control unit 157 may set (initialize) an internal timer according to reception of the selection control data and receive a product selection input within a set timer period (eg, 10 seconds).

As the input button corresponding to the product in the selectable range is displayed in a designated color, the user can press the input button of the product desired to be selected, and the unmanned terminal 100 receives a product selection input (see ⑪).

Specifically, the product processing control unit 157 receives an input status signal according to the push of an input button displayed in a designated color through the input-button interface 151, and select input data corresponding to the pushed input button (selected product of) And output to the payment control module 170 (the payment control unit 179).

The unmanned terminal 100 (payment control module 170) constructs an approval request including product information selected according to the selection input data and transmits it to the operating company server 200 (see ⑫).

Specifically, the payment control unit 179 receiving the selection input data configures the selected product information including the product identifier and/or the amount of the product corresponding to the selection input data. The selected product information is configured to be able to identify at least the processing price for the selected product by the operating company server 200. The payment control unit 179 configures an approval request including the selected product information according to a format promised with the operator server 200 and outputs it to the operator server 200 through the wireless communication interface 177. The approval request transmitted to the management company server 200 may include at least selected product information, and further include a terminal identifier and/or user information.

Upon receiving the approval request, the management company server 200 constructs an approval request including at least the approval amount of the product and user information corresponding to the selected product information of the approval request and transmits it to the payment server 300 (see ⑫). The operator server 200 may specify user information according to a connected session or may receive an approval request including user information from the unmanned terminal 100.

Upon receiving the approval request, the payment server 300 processes the approval of the user's approval amount corresponding to the user information of the approval request and configures the approval result (see ⑬).

The payment server 300 transmits the approval result message to the portable terminal 400 that recognizes the image code, and also transmits the approval result to the operator server 200 (see ⑭).

In addition, the operator server 200 transmits the approval result to the unmanned terminal 100 (see ⑭) in which an approval request has been made (see ⑫) according to the approval result received from the payment server 300.

Upon receiving the approval result, the unmanned terminal 100 processes the selected product according to the approval result (see ⑮).

Specifically, when the approval result indicates approval, the payment control module 170 (the payment control unit 179 of) outputs control data for processing the selected product corresponding to the selected product information to the product processing control module 150 do. The control data may be control data for requesting output (discharge) of the selected product to the discharge port 130.

The product processing control unit 157 may receive control data for requesting output (discharge) of the selected product from the payment control unit 179 and discharge the selected product to the discharge port 130 according to the control data.

When the approval result indicates approval rejection, the payment control module 170 (the payment control unit 179 of) may output a message or voice information indicating approval rejection through the display 175 or the like.

Through this process, the unmanned terminal 100 and its system enable the selection of an arbitrary product and payment processing by image code using the portable terminal 400 without having a camera.

5 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a single product transaction start input.

Since the main contents have already been reviewed through FIGS. 1 to 4, the flow of data between devices will be focused here. In particular, since the control flow of FIG. 5 is mostly similar to that of FIG. 4, the contents different from that of FIG. 4 are mainly examined, and the omitted parts are clearly understood by those skilled in the art through the corresponding contents of FIG. I can.

The control flow of the single product transaction of FIG. 5 is preferably applicable when the unmanned terminal 100 provides the same product or products having the same price.

First, the unmanned terminal 100 (payment control module 170) receives a single product transaction start input from a user (refer to ①). The payment control module 170 (the payment control unit 179 of) may receive a single product transaction start input that can be provided, and additionally, a general transaction start input, a product selection priority transaction start input, a product amount pre-designated transaction start input or The coupon transaction start input may be further received at another time and the corresponding transaction may be processed (refer to FIGS. 4, 6, 7 and 8). Single product transaction refers to a transaction when the unmanned terminal 100 provides a single product or provides a product with a single price.

Upon reception of the single product transaction start input, the unmanned terminal 100 (payment control module 170) connects the operator server 200 and the session (refer to ②).

The operator server 200 configures a new session according to the session connection request, adds session information corresponding to the unattended terminal 100 requesting connection to the currently active and connected session list, and sends a session connection response to the unattended terminal 100 Transfer to. The session information may include at least a terminal identifier (and further session ID) of the unmanned terminal 100 and further include a transaction type. The transaction type is set as a single product transaction type.

The unmanned terminal 100 (payment control module 170 or case) displays an image code (see ③). The image code includes the terminal identifier and single product information. The single product information may include the identifier of a single product or the amount of a single product. The single product information is structured so that at least the approved amount can be specified.

The user who presses the single product transaction start input recognizes the displayed image code as a specific application (app) through the camera of the portable terminal 400 (see ④).

The portable terminal 400 performing a payment app or the like transmits an approval request for processing (selection, purchase, etc.) of an arbitrary product of the unmanned terminal 100 to the payment server 300 (see ⑤). This approval request represents an approval request for a product selectable by the unmanned terminal 100 specified by the portable terminal 400. The approval request may include at least a terminal identifier and single product information, and may further include user information.

The payment server 300 constructs approval result information corresponding to the approval request by using the user's credit limit, the accumulated amount, and/or the charged amount corresponding to the user ID such as user information (see ⑥).

Specifically, the payment server 300 compares the account balance, credit limit, accumulated amount and/or recharge amount, and the product amount of the single product information requested for approval, such as account information corresponding to the user ID, and /Or If the amount charged is more than the product amount, the approval result information indicating approval is composed, and the approval result information indicating rejection of approval when the credit limit, the accumulated amount and/or the amount charged is less than the product amount is composed. The approval result information includes the terminal identifier of the approval request and may further include single product information and/or user information.

As the approval result information is configured, the payment server 300 transmits the approval result information to the operator server 200 (see ⑦). In addition, the payment server 300 may indicate approval authentication or approval rejection and transmit an approval result message including an approval amount and a terminal identifier to the portable terminal 400.

The operator server 200 receives the approval result information from the payment server 300 (see ⑦) and uses the terminal identifier of the approval result information to process the received approval result information among several unmanned terminals 100 connected to the session. Determine (100) (refer to ⑧).

Specifically, the operator server 200 extracts the terminal identifier from the approval result information and searches for session information including the same terminal identifier as the terminal identifier extracted from the currently active session list to process the approval result information ( 100) can be determined.

As the unattended terminal 100 to process the approval result information received from the payment server 300 is determined, the operator server 200 configures the approval result information and transmits it through a session connected to the determined unmanned terminal 100 (⑨ Reference).

The approval result information transmitted from the management company server 200 includes information on selectable products (single product information, for example, single product identifier, product amount) of the corresponding unmanned terminal 100, and the terminal identifier may be omitted. The approval result information may further include user information. Alternatively, the user information may be matched to the searched session information and stored in the operator server 200.

Thereafter, the unmanned terminal 100 processes the product selected according to the approval result information received from the operating company server 200 (see ⑩).

Specifically, the payment control unit 179 (the payment control module 170), which has received the approval result information, selects a corresponding light emitting device of a single product or a product corresponding to a single price from selectable product information among a plurality of light emitting devices. Select control data for displaying at least a specified color through the product processing control module 150 is transmitted. The selectable product information is preferably configured based on (according to) recognition of the image code displayed on the unmanned terminal 100.

As the product processing control module 150 (the product processing control unit 157) receives the selection control data, a control signal for displaying the light emitting elements 120 of one or more products corresponding to the selection control data in a designated color Output to the light emitting device interface 153.

As the input button corresponding to the product in the selectable range is displayed in the designated color, the user can press the input button of the product desired to be selected, and the product processing control unit 157 responds to pressing the input button displayed in the designated color. The input status signal according to the input-button interface 151 is received, and selection input data corresponding to the pressed input button (selected product of) is generated and output to the payment control module 170 (the payment control unit 179 of). Then, according to the payment control module 170 (the payment control unit 179 of) or immediately, the selected product is discharged through the discharge port 130.

Through this process, the product can be conveniently specified and settled by using the image code in the unmanned terminal 100 that provides a single product or a single price.

6 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to a product selection priority transaction start input.

Since the main contents have already been examined through FIGS. 1 to 5, the data flow between devices will be mainly described here. In particular, since the control flow of FIG. 6 is mostly similar to that of FIG. 4 and the like, the contents that differ from those of FIG. 4 are mainly examined, and the omitted parts are clearly explained by those skilled in the art through the corresponding contents of FIG. I can understand.

The control flow of the product selection priority transaction of FIG. 6 is preferably applied when a product is first selected and payment is made afterward.

First, the unmanned terminal 100 (payment control module 170) receives a product selection priority transaction start input from a user (refer to ①). The payment control module 170 (the payment control unit 179 of) may receive an input for starting a product selection priority transaction that can be provided, and additionally, a general transaction start input, a single product transaction start input, a product amount pre-designated transaction start input, or The coupon transaction start input may be further received at a different time to process the corresponding transaction (see FIGS. 4, 5, 7 and 8). The payment control module 170 (the payment control unit 179 of) receives an input to start a product selection priority transaction among a plurality of transaction types in which the processing is performed through the server through the input interface 173. The product selection priority transaction refers to payment approval through the payment server 300 for one product selected from among various products and a transaction processed accordingly.

Upon receipt of the product selection priority transaction start input, the unmanned terminal 100 (payment control module 170) displays the product selection input button in a designated color (refer to ②).

Specifically, the payment control module 170 (the payment control unit 179) displays at least a specified color through a plurality of light emitting devices corresponding to all input buttons of all products selectable in the unmanned terminal 100. The selected control data is output (transmitted) to the product processing control module 150.

As the product processing control module 150 (the product processing control unit 157) receives the selection control data, the light emitting device interface 153 transmits a control signal to display the light emitting devices 120 of all selectable products in a specified color. ).

As the input button is displayed in a designated color, the user can press the input button of the product desired to be selected, and the unmanned terminal 100 receives (see ③) a product selection input.

Specifically, the product processing control unit 157 receives an input status signal according to the push of an input button displayed in a designated color through the input-button interface 151, and select input data corresponding to the pushed input button (selected product of) And output to the payment control module 170 (the payment control unit 179), and the payment control module 170 (the payment control unit 179) receives it.

The payment control module 170 may specify an identifier of a selected product or a product amount according to the selection input data.

Thereafter, the unmanned terminal 100 (payment control module 170) connects the operator server 200 and the session (refer to ④).

The operator server 200 configures a new session according to the session connection request and adds session information corresponding to the unmanned terminal 100 requesting connection to the currently active and connected session list. The session information may include at least a terminal identifier (and further session ID) of the unmanned terminal 100 and further include a transaction type. The transaction type is set as the product selection priority transaction type.

The unmanned terminal 100 (payment control module 170 or case) displays an image code through a display or the like (refer to ⑤). The image code includes a terminal identifier and selected product information. The selected product information is determined from selection input data from the product processing control unit 157 and may include a selected product identifier and/or a selected product amount.

The user who presses the product selection priority transaction start input recognizes the displayed image code by a specific application (app) through the camera of the portable terminal 400 (see ⑥).

The portable terminal 400 performing a payment app or the like transmits an approval request for the selected product of the unmanned terminal 100 to the payment server 300 (see ⑦). This approval request represents an approval request for a product selected by the unmanned terminal 100 specified by the portable terminal 400. The approval request may include at least a terminal identifier and selected product information, and may further include user information.

The payment server 300 constructs (refer to ⑧) approval result information corresponding to the approval request by using the user's credit limit, the accumulated amount, and/or the charged amount corresponding to the user ID such as user information.

Specifically, the payment server 300 compares the account balance, credit limit, accumulated amount, and/or recharge amount, such as account information corresponding to the user ID, and the selected product amount of the selected product information requested for approval, and the credit limit and accumulated amount. And/or if the charging amount is more than the selected product amount, the approval result information indicating approval is configured, and the credit limit, the accumulated amount, and/or the approval result information indicating approval rejection in which the charge amount is less than the selected product amount is configured. The approval result information may include the terminal identifier of the approval request and may further include selected product information and/or user information.

As the approval result information is configured, the payment server 300 transmits the approval result information to the operator server 200 (see ⑨). In addition, the payment server 300 may indicate approval authentication or approval rejection and transmit an approval result message including an approval amount and a terminal identifier to the portable terminal 400 (see ⑩).

The operator server 200 receives the approval result information from the payment server 300 (see ⑨) and uses the terminal identifier of the approval result information to process the received approval result information among several unmanned terminals 100 connected to the session. Determine (100) (refer to ⑪).

Specifically, the operator server 200 extracts the terminal identifier from the approval result information and searches for session information including the same terminal identifier as the terminal identifier extracted from the currently active session list to process the approval result information ( 100) can be determined.

As the unmanned terminal 100 to process the approval result information received from the payment server 300 is determined, the operator server 200 configures the approval result information and transmits it through a session connected to the determined unmanned terminal 100 (⑫ Reference).

The approval result information transmitted from the management company server 200 includes information on selectable products of the corresponding unmanned terminal 100 (eg, selected product identifier, selected product amount), and the terminal identifier may be omitted. The approval result information may further include user information. Alternatively, the user information may be matched to the searched session information and stored in the operator server 200.

Thereafter, the unmanned terminal 100 processes the product selected according to the approval result information received from the operating company server 200 (see ⑬).

Specifically, the payment control unit 179 (the payment control module 170) receiving the approval result information discharges a product (see ③ above) that includes the selected product identifier of the approval result information or is selected according to the product selection input. Control data to be discharged to 130 is generated and output to the product processing control module 150 (product processing control unit 157). As described above, the approval result information represents the approval result for the selected product information recognized in the image code.

The product processing control unit 157 may receive control data for requesting output (discharge) of the selected product from the payment control unit 179 and discharge the selected product to the discharge port 130 according to the control data.

Through this process, the user selects a desired product and then makes payment for the selected product through the image code.

FIG. 7 is a diagram illustrating an exemplary control flow in which product selection and payment processing are performed according to an input to start a transaction in which a product amount is pre-designated.

Since the main contents have already been reviewed through FIGS. 1 to 6, the data flow between devices will be focused here. In particular, since the control flow of FIG. 7 is mostly similar to FIGS. 4 to 6, etc., contents that differ from FIGS. 4 to 6 are mainly examined, and the omitted parts are clearly identified by those skilled in the art through the corresponding contents of FIG. Can understand composition, function, and operation.

The control flow of the product amount pre-designated transaction of FIG. 7 is preferable when the product amount is pre-inputted through the portable terminal 400 and the product of the unmanned terminal 100 is processed according to the payment approval process for the pre-entered product amount. Is applied.

First, the unmanned terminal 100 (payment control module 170) receives (refer to ①) an input for starting a transaction for pre-designated product amount. The payment control module 170 (the payment control unit 179 of) may receive an input to initiate a pre-designated transaction of a product amount that can be provided, and additionally enter a general transaction start input, a single product transaction start input, a product selection priority transaction start input, or The coupon transaction start input may be further received at another time to process the corresponding transaction (see FIGS. 4, 5, 6, and 8).

The payment control module 170 (the payment control unit 179 of) receives, through the input interface 173, an input to start a product amount pre-designated transaction among a plurality of transaction types that are processed through the server. In the pre-specified product amount transaction, the product amount of the product to be selected on the unmanned terminal 100 is first designated by the user, and the specified product amount corresponds to the product amount according to payment approval and payment approval through the payment server 300 (corresponding to It represents a transaction that processes a product.

Upon receipt of the product price pre-designated transaction input, the unmanned terminal 100 (payment control module 170) connects the operating company server 200 and the session (refer to ②).

The operator server 200 configures a new session according to the session connection request, adds session information corresponding to the unattended terminal 100 requesting connection to the currently active and connected session list, and sends a session connection response to the unattended terminal 100 Transfer to. The session information may include at least a terminal identifier (and further session ID) of the unmanned terminal 100 and further include a transaction type. The transaction type is set as a product price pre-designated transaction type.

The unmanned terminal 100 (payment control module 170 or case) displays an image code (see ③). The image code includes at least a terminal identifier.

The user who presses the commodity price pre-designated transaction start input recognizes the displayed image code as a specific application (app) through the camera of the portable terminal 400 (see ④).

In addition, the portable terminal 400 receives (refer to ⑤) an input of a product amount of a product to be selected by the user through the provided input interface. The input product amount may represent a price (price) of a product to be selected in the unmanned terminal 100.

The portable terminal 400 performing a payment app, etc. transmits an approval request for processing (selection, purchase, etc.) of the product corresponding to the product amount input to the payment server 300 in the unattended terminal 100 (see ⑥ )do. This approval request represents an approval request for a designated (input) product amount among products (the product amounts of) selectable in the unmanned terminal 100 specified by the portable terminal 400. The approval request may include at least a terminal identifier and product information, and may further include user information. User information is information for specifying a user, such as a user ID, password, identifier of the portable terminal 400 (eg, mobile phone number, beer brewery, etc.), and product information is the product amount entered by the user. Represents or includes.

The payment server 300 constructs (refer to ⑦) approval result information corresponding to the approval request by using the user's credit limit, the accumulated amount, and/or the charged amount corresponding to the user ID such as user information.

Specifically, the payment server 300 compares the account balance, credit limit, accumulated amount and/or recharge amount, and the product amount of the product information requested for approval, such as account information corresponding to the user ID, and compares the credit limit, the accumulated amount, and/or Or, if the charged amount is more than the product amount, the approval result information indicating approval is composed, and the approval result information indicating approval rejection in which the credit limit, the accumulated amount and/or the charged amount is less than the product amount is composed.

The approval result information may include the terminal identifier of the approval request, product information including the product amount (approved amount), and approval result identification information, and may further include user information. The approval result identification information may include a flag (data) indicating approval approval or approval rejection, an approval number (approval unique number), and the like.

As the approval result information is configured, the payment server 300 transmits the approval result information to the operator server 200 (refer to ⑧). In addition, the payment server 300 may indicate approval authentication or approval rejection and transmit an approval result message including an approval amount and a terminal identifier to the portable terminal 400.

The operator server 200 receives the approval result information from the payment server 300 (refer to ⑧) and uses the terminal identifier of the approval result information to process the received approval result information among several unmanned terminals 100 connected to the session. (100) is determined (see ⑨).

Specifically, the operator server 200 extracts the terminal identifier from the approval result information and searches for session information including the same terminal identifier as the terminal identifier extracted from the currently active session list to process the approval result information ( 100) can be determined.

As the unmanned terminal 100 to process the approval result information received from the payment server 300 is determined, the operator server 200 configures the approval result information and transmits it through a session connected to the determined unmanned terminal 100 (⑩ Reference).

The approval result information transmitted from the management company server 200 includes information on selectable products of the corresponding unmanned terminal 100 (eg, product amount (approved amount)), and the terminal identifier may be omitted. The approval result information may further include approval result identification information (eg, approval number) along with user information. Alternatively, the user information or the approval result identification information may be matched to the searched session information and stored in the operator server 200.

Thereafter, the unmanned terminal 100 processes the product selected according to the approval result information received from the management company server 200 (see ⑪ to ⑮).

Upon receiving the approval result information, the unmanned terminal 100 displays an input button of a product corresponding to the selectable product information from among a plurality of products that can be provided by the unmanned terminal 100 in a specified color (see ⑪). As described above, the approval result information received from the operator server 200 is generated according to the recognition of the image code displayed on the unmanned terminal 100.

Specifically. The payment control module 170 (the payment control unit 179 of) receives the approval result information through the wireless communication interface 177 and extracts selectable product information. The selectable product information includes the product amount (approved amount).

The payment control module 170 (the payment control unit 179) may provide selection control data for at least displaying a specified color through light emitting elements corresponding to products of the product value of the selectable product information or less among the plurality of light emitting devices. It is transmitted to the product processing control module 150. The selection control data transmitted to the product processing control module 150 may include an approved product amount (of selectable product information) or may include identifiers of products equal to or less than the approved product amount.

As the product processing control module 150 (the product processing control unit 157) receives the selection control data, a control signal for displaying the light emitting elements 120 of one or more products corresponding to the selection control data in a designated color Output to the light emitting device interface 153. For example, the product processing control unit 157 controls the light emitting devices 120 corresponding to the identifiers of products of the selection control data through the light emitting device interface 153 and displays them in a designated color. Alternatively, the product processing control unit 157 controls the light emitting devices 120 corresponding to the products of the selection control data less than or equal to the product price through the light emitting device interface 153 and displays them in a designated color.

In this way, the unmanned terminal 100 displays the input buttons 110 of products equal to or less than the product amount input according to the product amount pre-designated transaction input in a designated color. The unmanned terminal 100 is configured to display not only products having the same price (price) as the product price, but also input buttons 110 of products having a product price less than the product price in a designated color.

The product processing control unit 157 may set (initialize) an internal timer according to reception of the selection control data and receive a product selection input within a set timer period (eg, 10 seconds).

As the input button 110 corresponding to the product below the selected product amount is displayed in a specified color, the user can press the input button 110 of the product desired to be selected, and the unmanned terminal 100 performs a product selection input. Receive (refer to ⑫).

Specifically, the product processing control unit 157 receives an input status signal according to the push of the input button 110 displayed in a designated color through the input-button interface 151, and the pushed input button 110 (selected product of) The selection input data corresponding to is generated and output to the payment control module 170 (the payment control unit 179 of).

The unmanned terminal 100 (payment control module 170) receives the selection input data and determines whether the amount of the selected product corresponding to the selection input data is the same as the product amount input through the portable terminal 400 (see ⑬). do.

Specifically, the payment control unit 179 receiving the selection input data determines the amount of the selected product selected in response to the selection input data, and the product amount (approved) input by the user of the received approval result information (Amount) can be determined.

If the two amounts are the same, the unmanned terminal 100 processes the product selected by the user (see ⑮).

Specifically, when the two amounts are the same, the payment control unit 179 (the payment control module 170 of) generates control data for discharging the product (see ⑫ above) selected according to the product selection input to the discharge port 130 Then, it is output to the product processing control module 150 (product processing control unit 157).

The product processing control unit 157 may receive control data for requesting output (discharge) of the selected product from the payment control unit 179 and discharge the selected product to the discharge port 130 according to the control data.

Through this process, the user may select a product amount and then select a product equal to the product amount and obtain it from the unmanned terminal 100.

If the two amounts are different, the unmanned terminal 100 constructs a cancellation request and transmits it to the operating company server 200 (see ⑭). The payment control module 170 (the payment control unit 179 of) may transmit data indicating a cancellation request to the operator server 200. The cancellation request is made through a connected session, and the cancellation request includes a terminal identifier, user information, and/or an approval number of the approval result identification information, or allows the operator server 200 to extract or recognize it. The cancellation request is made on the received approval result information, and preferably represents a cancellation request for payment approval (approval in the payment server 300) that generated the approval result information.

Upon receipt of the cancellation request, the operator server 200 constructs a cancellation request and transmits it to the payment server 300 (see ⑭). The operator server 200 constitutes a cancellation request including at least an approval number received from the payment server 300 (see ⑧) upon reception of a cancellation request from the unmanned terminal 100 and further including user information. The approval number and/or user information is extracted from the cancellation request of the unmanned terminal 100 or matched to the session information of the unmanned terminal 100 and stored when the approval result information is received from the payment server 300 (for example, Session information).

Upon receipt of the cancellation request, the payment server 300 may cancel the approval corresponding to the approval number of the cancellation request, generate a cancellation result message, and transmit it to the portable terminal 400 that recognizes the image code.

Through such a control flow, the approval process for product selection can be simplified, and when a product having an amount different from the approved amount is selected while maintaining compatibility of the unmanned terminal 100, the approval can be dynamically canceled.

8 is a diagram illustrating an exemplary control flow in which a product corresponding to a coupon is selected and payment is processed according to a coupon transaction start input.

Since the main contents have already been reviewed through FIGS. 1 to 4, etc., the flow of data between devices will be focused here. In particular, since the control flow of FIG. 8 is mostly similar to that of FIG. 4 and the like, contents that differ from those of FIG. 4 and the like are mainly examined, and the omitted parts are clearly explained by those skilled in the art through the corresponding contents of FIG. I can understand.

The control flow of coupon transaction of FIG. 8 is preferably applicable when the unmanned terminal 100 provides a product corresponding to a coupon.

First, the unmanned terminal 100 (payment control module 170) receives a coupon transaction start input from a user (refer to ①). The payment control module 170 (the payment control unit 179) can receive an input for starting a coupon transaction that can be provided, and additionally, a general transaction start input, a product selection priority transaction start input, a product amount pre-designated transaction start input or a single The commodity transaction start input may be separately received at a different time and the commodity may be processed according to the processing flow of the corresponding transaction (see FIGS. 4 to 7 ). The coupon transaction refers to a transaction when the unmanned terminal 100 provides a corresponding product according to coupon recognition.

Upon receipt of the coupon transaction start input, the unmanned terminal 100 (payment control module 170) connects the operator server 200 and the session (refer to ②).

The operator server 200 configures a new session according to the session connection request, adds session information corresponding to the unattended terminal 100 requesting connection to the currently active and connected session list, and sends a session connection response to the unattended terminal 100 Transfer to. The session information may include at least a terminal identifier (and further session ID) of the unmanned terminal 100 and further include a transaction type. The transaction type is set as a coupon transaction type.

The unmanned terminal 100 (payment control module 170 or case) displays an image code (see ③). The image code includes at least a terminal identifier.

The user who presses the coupon transaction start input recognizes (refer to ④) the displayed image code using a specific application (app) through the camera of the portable terminal 400.

Prior to recognition of the image code, the portable terminal 400 may specify a coupon to be used through a coupon app and combine the image code.

9 is a diagram showing an example of recognizing an image code and combining a terminal identifier with a specific coupon displayed on a portable terminal. As can be seen in FIG. 9, the portable terminal 400 (of coupon app) is provided. One or more coupon information available on the display is displayed (see FIG. 9A).

The portable terminal 400 (the coupon app of) receives a selection input for a specific coupon information through the provided input interface and displays an image code recognition frame along with the selected coupon information (see (b) of FIG. 9). .

The portable terminal 400 (of coupon app) is recognized (refer to ④) through a camera equipped with an image code in a rectangular (rectangular or square) image code recognition frame, and the terminal identifier of the recognized image code and the selected coupon identification information Constructs an approval request including a and transmits it to the coupon server 500 (see ⑤).

The coupon app can configure coupon identification information from the selected coupon information, and the coupon identification information includes a coupon type, coupon identifier (eg, coupon number, etc.), and further includes a specified limit amount, remaining amount, or product identifier. I can. The specified limit amount, the remaining amount, or the product identifier may be determined by searching the coupon server 500 by the coupon identifier.

The coupon type may be, for example, a one-time ticket in which a limit amount is specified, a flat ticket in which a total amount is specified, a product designation ticket in which a specific product is specified, and the like. The one-time ticket is extinguished by one use, the straight-line ticket can continue to be used within the total amount, and the product designation ticket can only select certain designated products.

The coupon server 500 authenticates the coupon using the coupon identifier of the coupon identification information, and configures the approval result information according to the coupon type (refer to ⑥).

When the coupon is authenticated, the coupon server 500 configures the limit amount as the transaction limit amount and configures selectable product information including the transaction limit amount in the case of a one-time ticket with a limited coupon type.

When the coupon type is a flat coupon, the coupon server 500 configures selectable product information including all product selectable indicators when the total amount or remaining amount is more than the maximum amount contracted with the operator server 200, and the total amount or remaining amount is contracted. If the amount is less than the maximum amount, the total amount or the remaining amount is composed of the transaction limit amount, and the selectable product information including this is composed.

The coupon server 500 configures selectable product information including a product identifier when the coupon type is a product designation ticket.

The coupon server 500 configures approval result information including selectable product information and a terminal identifier received from the portable terminal 400 and transmits it to the operator server 200 (see ⑦). In addition, the coupon server 500 may configure an approval result message according to coupon authentication and transmit it to the portable terminal 400 (refer to ⑧). When the coupon server 500 transmits the approval result information for a coupon such as a product designation ticket or a one-time designation ticket, the product designation ticket or one-time designation coupon can be invalidated afterwards, and the fixed-line ticket, etc. It can be deducted according to the product selection result received from.

The operator server 200 receives the approval result information from the coupon server 300 (refer to ⑦) and uses the terminal identifier of the approval result information to process the received approval result information among several unmanned terminals 100 connected to the session. (100) is determined (see ⑨).

Specifically, the operator server 200 extracts the terminal identifier from the approval result information and searches for session information including the same terminal identifier as the terminal identifier extracted from the currently active session list to process the approval result information ( 100) can be determined.

As the unmanned terminal 100 to process the approval result information received from the coupon server 500 is determined, the operator server 200 configures the approval result information and transmits it through a session connected to the determined unmanned terminal 100 (⑩ Reference).

The approval result information transmitted from the management company server 200 includes selectable product information (product identifier, limit amount, all product selectable indicator, etc.) of the corresponding unmanned terminal 100, and the terminal identifier may be omitted.

Upon receiving the approval result information generated according to the processing of the approval request by the portable terminal 400, the unmanned terminal 100 processes the selected product (see ⑪ to ⑬).

Specifically, the unmanned terminal 100 receiving the approval result information displays a product input button corresponding to the selectable product information among a plurality of products in a specified color (see ⑩). The approval result information received from the operator server 200 is generated according to the recognition of the image code displayed on the unmanned terminal 100.

The payment control module 170 (the payment control unit 179) includes selection control data for displaying the light emitting element of the input button corresponding to the product identifier of the selectable product information in a specified color, corresponding to the product within the transaction limit amount. Product processing control module that provides selection control data for displaying the light emitting elements of the input button in a specified color or selection control data for displaying the light emitting elements of all input buttons corresponding to all products according to the selectable indicator for all products in a specified color. Send to 150.

As the product processing control module 150 (the product processing control unit 157) receives the selection control data, a control signal for displaying the light emitting elements 120 of one or more products corresponding to the selection control data in a designated color Output to the light emitting device interface 153.

As the input button corresponding to the product in the selectable range is displayed in a designated color, the user can press the input button of the product desired to be selected, and the unmanned terminal 100 receives a product selection input (see ⑫).

Thereafter, the unmanned terminal 100 processes the selected product (see ⑬).

The product processing control unit 157 may receive control data for requesting output (discharge) for the selected product from the payment control unit 179 and discharge the selected product to the discharge port 130 according to the received control data. Alternatively, the product processing control unit 157 may transmit the selection input data corresponding to the product selection input to the payment control unit 179 and then discharge the directly selected product to the discharge port 130 without receiving the control data.

Thereafter, the unmanned terminal 100 transmits the selected product information (product amount, etc.) discharged according to the coupon approval to the operator server 200, and the operator server 200 interlocks with the coupon server 500 to determine the remaining amount of the coupon or The total amount can be deducted.

Through such a control flow, the unmanned terminal 100 is specified using the image code, and the coupon selected in the specified unmanned terminal 100 can be used.

As can be seen from FIGS. 4 to 8 above, the unmanned terminal 100 according to the present invention dynamically provides products provided by the unmanned terminal 100 using the portable terminal 400 and the image code without an operator or a clerk. Select and enable payment. The unmanned terminal 100 may be configured to process one or more types of transactions, and may provide a user with processing specialized for each type of transaction.

The present invention described above, for those of ordinary skill in the technical field to which the present invention pertains, various substitutions, modifications, and changes are possible within the scope of the technical spirit of the present invention. It is not limited by the drawings.

100: unmanned terminal
110: input button
120: light emitting device
130: discharge port
150: product processing control module
151: input-button interface 153: light emitting device interface
155: selected product output control interface 157: product processing control unit
170: payment control module
171: card reader 172: cash reader
173: input interface 175: display
177: wireless communication interface 179: payment control unit
200: operator server
300: payment server
400: portable terminal
500: coupon server

Claims (15)

Receiving, by the unmanned terminal, a transaction initiation input;
Connecting a session with an operator server by an unmanned terminal upon receipt of the transaction initiation input;
Displaying, by the unmanned terminal, an image code including at least a terminal identifier; And
Including, the unmanned terminal processing the selected product based on the information received from the operating company server,
The information received from the operator server is information generated according to the recognition of the image code displayed on the unmanned terminal,
Unattended processing method. The method of claim 1,
The image code is a QR code,
The transaction initiation input is a general transaction initiation input, a single product transaction initiation input, a product selection priority transaction initiation input, a coupon transaction initiation input, or a product amount pre-designated transaction initiation input,
Unattended processing method. The method of claim 1,
The step of receiving the transaction initiation input by the unmanned terminal includes receiving a general transaction initiation input,
The step of processing the selected product by the unmanned terminal based on the information received from the operating company server includes displaying one or more product selection input buttons in a specified color according to reception of the transaction request information, through an input button displayed in a specified color. Receiving a product selection input and transmitting an approval request including the selected product information, and processing the selected product according to the received approval result,
Unattended processing method. The method of claim 3,
The transaction request information includes the transaction limit,
In the step of displaying the one or more product selection input buttons in a specified color, displaying a product selection input button corresponding to a product within a transaction limit in a specified color,
Unattended processing method. The method of claim 1,
The image code includes a terminal identifier and single product information,
The step of receiving the transaction initiation input by the unmanned terminal includes receiving a single product transaction initiation input,
The step of processing the selected product by the unmanned terminal based on the information received from the management company server is a single product selected by the approval result information upon receipt of the approval result information for the single product information recognized in the image code from the management company server. Including the step of processing,
Unattended processing method. The method of claim 1,
The step of receiving the transaction start input by the unmanned terminal includes receiving a product selection priority transaction start input,
The unattended processing method,
Prior to the step of displaying the image code, displaying a plurality of selectable product selection input buttons in a designated color; And
Receiving a product selection input through an input button displayed in a designated color; further comprising,
The displayed image code includes a terminal identifier and information of a selected product,
In the step of processing the selected product by the unmanned terminal based on the information received from the management company server, the selected product is selected through the approval result information according to the reception of the approval result information for the information of the selected product recognized in the image code from the management company server. Comprising the step of processing,
Unattended processing method. The method of claim 1,
The step of receiving, by the unmanned terminal, a transaction start input, receives a coupon transaction start input,
The step of processing the selected product by the unmanned terminal based on the information received from the management company server includes information on selectable products upon receipt of approval result information including selectable product information generated according to the coupon recognized from the management company server. Displaying at least one correspondingly selectable product selection input button in a specified color, receiving a product selection input through an input button displayed in a specified color, and processing the selected product,
Unattended processing method. The method of claim 7,
Before the step of processing the selected product by the unmanned terminal based on the information received from the management company server,
Displaying at least one coupon information by the portable terminal;
Receiving, by the portable terminal, a selection input for one coupon information among one or more coupon information displayed;
Displaying, by the portable terminal, corresponding coupon information and an image code recognition frame according to a selection input; And
The portable terminal transmitting an approval request including the terminal identifier of the image code recognized in the image code recognition frame and coupon identification information to the coupon server; further comprising,
The approval result information received from the operating company server is information generated according to the processing of the approval request,
Unattended processing method. The method of claim 1,
In the step of receiving, by the unmanned terminal, a transaction start input, a product amount pre-designated transaction start input is received,
In the step of processing the selected product by the unmanned terminal based on the information received from the management company server, input buttons corresponding to the products less than the product amount included in the approval result information in a designated color according to the reception of the approval result information. Displaying, receiving a product selection input through an input button displayed in a designated color, determining whether the amount of the selected product according to the product selection input is the same as the product amount of the approval result information, and the amount of the selected product And if the product amount of the approval result information is the same, discharging the selected product to the discharge port, and if the amount of the selected product and the product amount of the approval result information are different, transmitting a cancellation request for the approval result information to the management company server Containing,
Unattended processing method. The method of claim 3, 5, 6, 7 or 9,
Before the step of processing the selected product by the unmanned terminal based on the information received from the management company server, the management company server determines the unmanned terminal to process the selected product using the terminal identifier of the information received from the payment server or the coupon server. Step; further comprising,
Unattended processing method. As an unmanned terminal,
An input-button interface for receiving product selection input from one of a plurality of input buttons and a plurality of light emitting devices corresponding to each of the input buttons to display each input button in a designated color. A product processing control module for receiving a product selection input and processing the selected product including a light emitting device interface; And
Includes; a payment control module for receiving a transaction initiation input from the user, connecting the session with the management company server according to the reception of the transaction initiation input, and controlling the product processing control module to process the selected product based on information received from the management company server; and ,
The information received from the operator server is information generated according to the recognition of the image code displayed on the unmanned terminal,
Unmanned terminal. The method of claim 11,
The payment control module,
Receiving a transaction initiation input among a plurality of transaction initiation inputs through the provided input interface,
Upon receipt of the general transaction start input, the transaction request information including the transaction limit is received from the operating company server, and the control data is output to the product processing control module to display the product selection input button within the transaction limit in a specified color, and Selection input data representing product selection input is received from the product processing control module through the input button displayed in color, and an approval request including product information selected in response to the selection input data is transmitted to the management company server, and according to the received approval result. Control data for processing the selected product is output to the product processing control module,
Upon receipt of an input for commencement of a product selection priority transaction, control data is output to the product processing control module to display a plurality of selectable product selection input buttons in a specified color, and a selection indicating product selection input through an input button displayed in a designated color Receives input data from the product processing control module, displays a terminal identifier and an image code including information on the selected product corresponding to the selected input data through a display, and approval result information for information on the selected product recognized in the image code Receiving from the operating company server and outputting control data for processing the selected product according to the approval result information to the product processing control module,
Unmanned terminal. The method of claim 11,
The payment control module,
Receiving a transaction initiation input among a plurality of transaction initiation inputs through the provided input interface,
Product processing control module to receive approval result information from the management company server and display input buttons corresponding to products below the product amount included in the approval result information in a designated color upon receiving an input for starting a product price pre-designated transaction Control data is output, and selection input data representing product selection input is received from a product processing control module through an input button displayed in a designated color, and the amount of the selected product corresponding to the selection input data is the product of the approval result information. If the amount of the selected product and the product amount of the approval result information are the same, discharge the selected product to the discharge port, and if the amount of the selected product is different from the product amount of the approval result information, the approval result information To transmit a cancellation request to the operating company server,
Unmanned terminal. A plurality of unmanned terminals of claim 11; And
Including; an operator server capable of session connection to a plurality of unmanned terminals,
The operating company server determines an unmanned terminal to process the selected product using the terminal identifier of the information received from the payment server or the coupon server, and configures and transmits information to be used for processing the selected product to the determined unmanned terminal,
Unmanned processing system. The method of claim 14,
Further comprising a; coupon server connected to the operating company server,
The coupon server receives from the portable terminal an approval request including coupon identification information of the selected coupon of the portable terminal and a terminal identifier of the image code recognized in the image code recognition frame displayed with the coupon from the portable terminal, and approval including at least the terminal identifier Configuring the result information and sending it to the operating company server,
Unmanned processing system.

Images