KR20190131371A - System, server and method for providing manless order service - Google Patents

Abstract

The present invention relates to a system, server, and method for providing an unmanned order service, which can sense and encrypt a radio signal of a user terminal to identify a user and can provide the unmanned order service based on the user identification. The system comprises: a user terminal which receives an order page after outputting a radio signal, notifies a user of the order page, and receives and transmits order information through the order page; an access point which senses the radio signal output from the user terminal, provides the order page to the user terminal, transmits the sensed radio signal information, and provides the order information transmitted from the user terminal; an unmanned order service providing server which encrypts the radio signal information transmitted from the access point to identify the user, registers the order information provided from the access point according to each identified user to generate a database, and delivers the order information; and a POS terminal which notifies a manager or operator of a distributor of the order information delivered from the unmanned order service providing server so that the manager or operator can provide the user with an article corresponding to the unmanned order.

Description

System, server and method for providing unattended order service

The technical field of the present invention relates to a system, a server, and a method for providing an unattended order service, and in particular, to sense a user by sensing and encrypting a wireless signal of a user terminal, and to implement an unmanned order service based on the corresponding user identification. A service providing system, server, and method.

Ordering services such as ordering, payment, and delivery are often performed directly by employees, so the employees are intercepting payments, issuing cash receipts, and paying small cards. For example, order management, inventory management, revenue management, etc.) may occur. And if an employee is busy or fails to respond quickly to a customer's needs for a variety of reasons, the waiting time for the customer is increased, and even if the restaurant is busy or has a high volume of orders, If the wrong food is delivered due to the confusion of the order, the customer becomes dissatisfied with the service, which eventually damages the restaurant's image.

Korean Patent No. 10-0801282 (registered on Jan. 29, 2008) discloses a POS system having an unmanned kiosk system for order management suitable for a restaurant, a fast food restaurant, a rest area, and the like; Connect to the network, accept order information from customers, process payments corresponding to the order information, issue a ticket containing a radio frequency identification (RFID) chip containing the order information and / or a barcode corresponding to the order information; An unmanned kiosk system having a function of issuing a receipt / cash receipt for a payment and a change in cash payment; A plurality of readers, each provided in a plurality of tables in a hall, for reading order information by reading an RFID chip or a barcode from an RFID chip or a ticket; A printer device provided in the kitchen and printing the RFID chip and / or a ticket to receive the order information from the unmanned kiosk system through the network and to notify the employees of the kitchen; The order display device is installed for simultaneous viewing in the hall and kitchen, receives and displays order information from the unmanned kiosk system through the network, and displays position information indicating the position of the customer in the table where the order information and the order information are read from the reader. ; And a portable terminal that receives the order information and the position information from the reader and informs the employees of the hall of the position information and the order information. According to the disclosed technology, the work of order management of the employee is reduced and only the work of delivery is performed, which greatly reduces the workload, and also prevents the accidental delivery of the order order and the order history, and the low cost of the customer We can provide a satisfactory order management service, and employees do not have to place orders directly in the kitchen, and employees who serve in the hall receive additional orders by using portable terminals and small force devices. And payment management.

Korean Patent Registration No. 10-1633468 (registered on June 20, 2016) is an unmanned automated service providing server interworking an order terminal and an order control terminal, even if there is no employee who receives and manages the order in the store. Disclosed is a method for providing an unmanned automated service capable of processing. According to the disclosed technology, receiving the order data transmitted from the ordering terminal, mapping the order data with the identification data of the ordering terminal and storing; Transmitting the order data received from the order terminal to the order control terminal, and transmitting a control signal to output the order data from the order control terminal; Outputting start data of the order data to the order terminal when receiving the confirmation data about the order data from the order control terminal; And receiving completion data on the order data from the order control terminal, outputting the completion data to the order terminal, based on the order data received from the order terminal, the start data received from the order control terminal, and the completion data. Generating data of at least one of menu, time, date, real-time sales status, and cooking time; And transmitting a control signal to be output from the order terminal by transmitting the generated at least one data to the order terminal as a push message, including order data, delivery start data received from the at least one delivery terminal, and delivery completion. Based on the data, creating a database with a table labeled average delivery time by hour, date and distance; And transmitting a delivery delay message to the order terminal when the average delivery time for the order data exceeds a preset threshold, wherein the order terminal includes a user's mobile terminal, a fixed terminal, and an order control terminal. Including an ordering terminal located at an installed place, the ordering terminal further comprises a local unmanned automation service providing server, if the unmanned automation service providing server and the ordering keyboard terminal does not work, the order with the local unmanned automation service providing server It is interlocked between the keyboard terminal and the order control terminal through socket communication or middleware such as web or direct communication. When the order data is input by the user, the order terminal performs cash or card payment and automates the order data after payment is completed. Send it to the service provider server, print the ticket to the user, If the order data is the takeout order data or the hole order data, the in-service service providing server stores the order data with the identification data of the order terminal after card payment or cash payment is completed, and the order data is delivered to the delivery order. In the case of data, even when the order is not completed, the identification data of the ordering terminal and the order data are stored by mapping, but the identification data of the ordering terminal may be a user's telephone number when the ordering terminal is a mobile terminal or a fixed terminal, When the terminal is an order keyboard terminal, it may be a combination of a store's unique number and the user's personal information, and the order data includes any one of hall order data, takeout order data, and delivery order data, and may be a mobile terminal or a fixed terminal. When delivery order data is input from the terminal, order management is performed in real time. Sending delivery order data to the terminal, transmitting the start data, the completion data received from the order control terminal to the mobile terminal or a fixed terminal, and when the delivery start data is received from the delivery terminal, mapping the delivery start data and the identifier of the delivery terminal It is characterized in that for transmitting to a mobile terminal or a fixed terminal.

In the conventional unmanned order service providing system as described above, it was inconvenient to make a payment using a card without cash. In the case of the captive portal, the conventional unattended order service providing system is a web page that appears automatically when a URL (Uniform Resource Locator) is accessed upon first access to a public wireless network. Before using the wireless network, you must enter your login information or agree to the restriction on the purpose of using the network, and use the business center, airport, hotel lobby, coffee shop, and other WI-FI hotspots for free to Internet users. At this time, when blocking the portal IP (Internet Protocol) list such as Google for internet control of the subordinate portal firmware, the connection is made to the wireless network, but the insecure connection is made and the page control is impossible in the web browser. In addition, the conventional unmanned order service providing system as described above is not only difficult to verify the IP to the payment-related system when applying the IP restriction, but also has the problem that it is inconvenient to allocate a new IP.

Korea Patent Registration No. 10-0801282 Korean Patent Registration No. 10-1633468

The problem to be solved by the present invention is to solve the inconveniences or problems as described above, to sense the user by sensing the wireless signal of the user terminal to encrypt the user and to implement an unattended order service based on the user identification It is to provide an unmanned order service providing system, server and method.

According to an aspect of the present invention, there is provided a means for solving the above problems, a user terminal receiving an order page after outputting a radio signal and notifying the user, and receiving and transmitting the order information through the order page; An access point that senses a radio signal output from the user terminal, provides an order page to the user terminal, transmits sensed radio signal information, and provides order information transmitted from the user terminal; An unmanned order service providing server for encrypting wireless signal information transmitted from the access point to identify a user, registering the order information provided from the access point into a database for each user who identifies the order, and delivering order information; And a POS terminal for notifying the manager or operator of the sales office of the order information delivered from the unmanned order service providing server so that the manager or operator can provide the user with the ordered product for the unattended order. .

In one embodiment, the unmanned order service providing system, characterized in that it further comprises a database for storing the order information transmitted from the unattended order service providing server by database for each identification user.

In one embodiment, the database, characterized in that the order information delivered from the unattended order service providing server to the database for each user identifier to store as a purchase history.

In an embodiment, the user terminal may be configured to perform a wireless communication connection with the access point by driving the wireless communication module to generate a wireless signal and output the wireless signal to the access point when the wireless communication module is turned on.

In an embodiment, the user terminal may receive order page information from the access point and display the order page in a web browser during a wireless communication connection.

In one embodiment, the user terminal, characterized in that for transmitting the order information for the order selected in the order page to the access point.

In an embodiment, the user terminal may receive information of a personalized ordering page or a personalized ordering page from the access point and display a personalized ordering page including a personalized ordering page or URL.

In an embodiment, the user terminal may receive payment page information from the access point and display the payment page on a web browser.

According to an embodiment of the present disclosure, the user terminal may identify a cash payment item selection on a payment page and notify the access point.

In an embodiment of the present disclosure, the user terminal confirms selection of a simple payment item on a payment page and notifies the access point, and at the same time, accesses a simple payment API page through a web browser and connects to a simple payment API. Characterized in that to perform.

In an embodiment, the access point is installed in a sales office, and receives a wireless signal from the user terminal to perform a wireless communication connection with the user terminal.

In an embodiment, the access point transmits order page information to the user terminal during wireless communication connection with the user terminal.

In one embodiment, the access point, when confirming when blocking the portal IP list for Internet control of the subordinate portal firmware, blocks only all IPs, allowing only specific necessary IPs and ports corresponding to the wireless communication access user terminal. It is characterized by.

In one embodiment, the access point is equipped with a Wi-Fi sensor, senses the Wi-Fi signal output from the user terminal, and transmits the sensed Wi-Fi information to the unmanned order service providing server It is done.

In an embodiment, the access point receives a radio signal from the user terminal, collects information of the user terminal, and transmits the collected data to the unmanned order service providing server in a wireless communication connection with the user terminal. Characterized in that the transmission.

In an embodiment, the access point collects a MAC address from the user terminal and transmits the MAC address to the unattended order service providing server in a wireless communication connection with the user terminal.

In one embodiment, the access point is characterized in that for receiving the information of a personalized order page or a personalized advertisement page including the URL from the unattended order service providing server to transmit to the user terminal.

In one embodiment, the access point, when receiving the order information from the user terminal, characterized in that for transmitting the payment page information to the user terminal.

In one embodiment, the access point, even when the IP restriction is applied in order to apply the payment-related system to the Internet to the user terminal connected to the wireless communication, and sends a link via a text or message to the user terminal web browser It is characterized by inducing to use.

In an embodiment, the access point may be notified of a cash payment item selection or a simple payment item selection from the user terminal, and transmit the information to the unattended order service providing server.

In an embodiment, the unattended order service providing server may encrypt individual Wi-Fi information transmitted from the access point to identify individual users in an anonymized state.

In an embodiment, the unmanned order service providing server receives the collected data from the access point and registers or does not register it in the database, and converts the collected data into a user identifier according to a preset conversion rule. At each of the individual users is characterized by.

In an embodiment, the unattended order service providing server may convert the MAC address received from the access point into a visitor ID according to a preset conversion rule.

In one embodiment, the unattended order service providing server checks each bit or code of the MAC address received from the access point, and converts each bit or code identified in accordance with the conversion rule into a corresponding character or number as a user identifier. It is characterized by using.

In one embodiment, the unattended order service providing server, the purchase history registered in the database based on the user identifier, and generates the information of the customized advertising page including the personalized order page or URL corresponding to the search history And transmit to the access point.

In an embodiment, the unattended order service providing server may encrypt Wi-Fi information received from the access point with a user identifier according to a preset encryption rule.

In one embodiment, the unattended order service providing server, the order information received from the access point is characterized in that the database for each user identifier to register as a purchase history.

In an exemplary embodiment, the unmanned order service providing server may receive a cash payment item selection notification from the access point, and notify the manager or operator of the seller of the cash payment item by text or message.

In one embodiment, when the unmanned order service providing server receives a simple payment item selection notification from the access point, the unattended order service providing server is notified of a simple payment completion from a simple payment company and provided to the POS terminal, or simple from the POS terminal. Characterized in that the payment is provided complete.

In one embodiment, the POS terminal, receiving the cash payment is completed, characterized in that notifying the unmanned order service providing server.

In an embodiment, the unmanned order service providing server may be provided with the unattended order service providing server after receiving a simple payment completion from a simple payment company.

In an embodiment, the unmanned order service providing system is installed at each order table of a retailer, and receives a card payment item selection notification and order information from the access point and notifies the user, and a card from a card inserted by the user. After the information is obtained and transmitted to the card settlement company or the POS terminal with the payment information, and further comprising a plurality of payment devices for receiving the card payment approval completion from the card payment company or the POS terminal to notify the user of the payment completion information It is characterized by.

According to an embodiment of the present disclosure, the user terminal checks a card payment item selection on a payment page and notifies the access point, and receives a card payment approval completion from a card payer and notifies the user of payment completion information. .

In an embodiment, the user terminal may receive an input of the number of the order table when the card payment is selected on the payment page, and notify the access point of the card payment item selection along with the order number.

In an embodiment, when the access point is notified of the card payment item selection from the user terminal, the access point transmits the order information received from the user terminal to the payment machine.

In an embodiment, when the access point receives a card payment item selection and an order number from the user terminal, the access point transmits the order information received from the user terminal to a payment unit corresponding to the order number. It is done.

In one embodiment, the access point, characterized in that for transmitting the card payment item selection or order number received from the user terminal with the order information received from the user terminal to the unmanned order service providing server.

In one embodiment, the unattended order service providing server, characterized in that the payment information transmitted from the payment machine to the database for each user identifier to register in the database.

In one embodiment, the unattended order service providing server, characterized in that the card payment item selection notification or the order number and the order information transmitted from the access point to the database for each user identifier to register in the database.

In an embodiment, the unattended order service providing server may receive a card payment approval completion from the POS terminal or the payment machine, and register payment completion information in a database for each user identifier.

In one embodiment, the POS terminal receives the card information and payment information transmitted from the payment machine and transmits it to a card payment company, and receives the completion of the card payment approval from the card payment company, the payment completion information of the manager or operator of the sales company At the same time as notifying to, the payment of the card payment approval is characterized in that it transmits to the payment machine or the unattended order service providing server.

In one embodiment, the payment device, characterized in that for transmitting the payment information or card payment approval completion to the unattended order service providing server.

In one embodiment, the payment device, by pairing or communicating with the POS terminal via wireless communication of Bluetooth or Wi-Fi to transmit card information and payment information, or to the card payment company or VAN approval server through wireless communication Characterized in that the transmission.

In one embodiment, the payment device, characterized in that the IC card reader, to display the order information or payment information through the liquid crystal, or to inform the user of the card insertion guide guidance through the indicator to the voice or lighting lamp.

As a means for solving the above-described problems, according to another aspect of the present invention, through the unique identification information, each of the access point and the POS terminal connected to the communication, and receives and transmits the radio signal information transmitted from the access point An interface unit for receiving and transmitting order information provided from the access point and receiving the order information and transmitting the order information to the POS terminal; An identification processing unit for encrypting wireless signal information transmitted from the interface unit to identify a user; And an order processing unit for registering the order information transmitted from the interface unit for each user identified by the identification processing unit and registering the information, and transferring the order information to the interface unit.

Means for solving the above problems, according to another feature of the invention, the step of outputting a radio signal from the user terminal; Transmitting, by the access point, the sensed radio signal output from the user terminal to sense the radio signal information; Identifying an user by encrypting wireless signal information transmitted from the access point by an unmanned order service providing server; Providing an order page to the user terminal when the access point senses the radio signal; Receiving, by the user terminal, the order page and notifying a user; Receiving and transmitting, by the user terminal, order information through the order page; Providing, by the access point, the order information transmitted from the user terminal to the unattended order service providing server; Registering, by the unmanned order service providing server, a database for each user who identifies order information provided from the access point; Transmitting, by the unattended order service providing server, the order information to a POS terminal; And the POS terminal notifying the manager or the operator of the sales company of the order information delivered from the unattended order service providing server, so that the manager or the operator provides the user with the ordered product for the unattended order. To provide.

Advantageous Effects of the Invention The present invention provides a system, a server, and a method for providing an unattended order service providing an unmanned order service by sensing and encrypting a wireless signal of a user terminal to identify a user and to provide an unattended order service based on the user identification. User can pay directly without a separate card by linking simple payment API (Application Programming Interface) by using the system, and stable connection is made to the wireless network even when the portal IP list is blocked for internet control of subordinate portal firmware. Page control is also possible, and when IP restriction is applied, it is easy to check IP in payment related system and it is convenient not to assign new IP.

1 is a diagram illustrating an unmanned order service providing system according to an exemplary embodiment of the present invention.
FIG. 2 is a diagram illustrating an unmanned order service providing server of FIG. 1.
3 is a diagram illustrating a method for providing an unattended order service according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. However, since the description of the present invention is only an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, the embodiments may be variously modified and may have various forms, and thus, the scope of the present invention should be understood to include equivalents for realizing the technical idea. In addition, the objects or effects presented in the present invention does not mean that a specific embodiment should include all or only such effects, the scope of the present invention should not be understood as being limited thereby.

The meaning of the terms described in the present invention will be understood as follows.

Terms such as "first" and "second" are intended to distinguish one component from another component, and the scope of rights should not be limited by these terms. For example, the first component may be named a second component, and similarly, the second component may also be named a first component. When a component is referred to as being "connected" to another component, it should be understood that there may be other components in between, although it may be directly connected to the other component. On the other hand, when a component is said to be "directly connected" to another component, it should be understood that there is no other component in between. On the other hand, other expressions describing the relationship between the components, such as "between" and "immediately between" or "neighboring to" and "directly neighboring to", should be interpreted as well.

Singular expressions should be understood to include plural expressions unless the context clearly indicates otherwise, and terms such as "include" or "have" refer to features, numbers, steps, operations, components, parts, or parts thereof described. It is to be understood that the combination is intended to be present and does not exclude in advance the possibility of the presence or addition of one or more other features or numbers, steps, operations, components, parts or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art unless otherwise defined. Generally, the terms defined in the dictionary used are to be interpreted as being consistent with the meanings in the context of the related art, and should not be interpreted as having ideal or excessively formal meanings unless clearly defined in the present invention.

Now, an unmanned order service providing system, a server, and a method according to an exemplary embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram illustrating an unmanned order service providing system according to an exemplary embodiment of the present invention.

Referring to FIG. 1, the unmanned order service providing system 100 includes a plurality of user terminals 110, an access point (AP) 120, an unmanned order service providing server 130, a database 140, Point of Sale (POS) terminal 150 and network 160.

The user terminal 110 outputs a radio signal to the access point 120, notifies the user of the order page provided from the access point 120, receives the order information (or purchase information) through the order page. It transmits to the access point 120.

In one embodiment, the user terminal 110, after entering the place where the user sells the ordered goods, such as food, food (ie, the sales place), after the proximity to the shelves, table seating, etc. wireless communication module (for example, When the Wi-Fi communication module is turned on, the wireless communication module is driven to generate a wireless signal (for example, a Wi-Fi signal) and output it to the access point 120 to access the access point 120. Wireless communication connection with the mobile terminal, and receives the order page information transmitted from the access point 120, and displays the order page on a web browser through an output means such as an LCD or a touch screen (or voice through a speaker). Print), so you can make unattended orders without installing a separate membership or installing a mobile app.

In one embodiment, the user terminal 110, when the user selects the order, such as goods, food, etc. through the input means such as a keypad, touch screen in the order page to request an order (or voice input through the microphone) In order to generate the order information including the details of the selected order through the input means (for example, including the sales destination identification code, order creation date time, order product information, payment amount information, etc.) and transmit it to the access point 120 Can be.

In one embodiment, the user terminal 110 receives the personalized customized order page (or customized advertisement page including the URL) information transmitted from the access point 120, the personalized customized order page (or, customized advertisement including the URL) Page) can be displayed through the output means.

In an embodiment, the user terminal 110 receives payment page information transmitted from the access point 120 and outputs a payment page including three payment methods of cash payment, simple payment, and card payment to a web browser. Can be displayed through

In one embodiment, the user terminal 110, when the user selects the cash payment method through the input means on the payment page, by notifying the access point 120 of the cash payment item selected through the input means In addition, the access point 120, the unmanned order service providing server 130 or the POS terminal 150 to notify the manager or operator of the dealer to enable the administrator or operator to make a user cash payment.

In an embodiment, when the user selects the simple payment as the payment method through the input means on the payment page, the user terminal 110 notifies the access point 120 of the simple payment item selected through the input means. At the same time, it is easy to access the pages of simple payment providers (not shown in the drawings for convenience of explanation) such as payment PG company, Naver Pay, and Samsung Pay through linkage with simple payment API (Application Programming Interface) using a web browser. By performing the payment, the user can directly pay without a separate card.

The access point 120 senses a radio signal output from the user terminal 110, provides an order page to the user terminal 110, and simultaneously transmits the sensed radio signal information to the unmanned order service providing server 130. And, it provides the order information (or purchase information) transmitted from the user terminal 110 to the unattended order service providing server 130.

In one embodiment, the access point 120 is installed at a place (that is, a retailer) that sells ordered goods such as goods, food, and the like, and a wireless signal (eg, a Wi-Fi signal) output from the user terminal 110. Received) can perform a wireless communication connection with the user terminal 110, when the wireless communication connection with the user terminal 110, the user terminal order page information for ordering goods, food, etc. And transmit to 110.

In one embodiment, when the access point 120 blocks all IPs when it is confirmed that the portal IP list is blocked for internet control of the subordinate portal firmware, the specific required IP corresponding to the wireless communication connected user terminal 110 is determined. By allowing only ports and ports, it ensures a stable connection to the wireless network and page control from a web browser even when the portal IP list is blocked for internet control of subordinate portal firmware.

In one embodiment, when the access point 120 is provided with a Wi-Fi sensor, the access point 120 senses the Wi-Fi signal output from the user terminal 110, and provides the unattended order service for the sensed Wi-Fi information The server 130 may transmit.

In an embodiment, the access point 120 receives a wireless signal output from the user terminal 110 when connecting to the user terminal 110 in a wireless communication, and receives information (eg, a MAC) of the user terminal 110. Address (Mac Address), time, etc.), and the collected data may be transmitted to the unmanned order service providing server 130.

In an embodiment, the access point 120 may receive personalized order page (or customized advertisement page including URL) information transmitted from the unattended order service providing server 130 and transmit the received information to the user terminal 110. .

In one embodiment, when the access point 120 receives the order information (or purchase information) transmitted from the user terminal 110, the user accesses the payment page information for enabling the payment for the ordered product. It may be transmitted to the terminal 110.

In one embodiment, the access point 120 enforces the Internet permission method only for the user terminal 110 connected to the wireless communication in order to apply the payment related system even when the IP restriction is applied, and the user terminal 110 is a text message to the user terminal 110. By sending a link through a message or a message, the user can be instructed to use a web browser. Therefore, even when IP restrictions are applied, IP verification is easy and payment is not required for a payment related system.

In an embodiment, the access point 120 may receive a cash payment item selection or a simple payment item selection from the user terminal 110 and transmit the notification to the unmanned order service providing server 130.

The unattended order service providing server 130 encrypts the wireless signal information transmitted from the access point 120 to identify the user, and the user who identifies the order information (or purchase information) provided from the access point 120. At the same time, the database is registered in the database 140 and provided with the order information (or purchase information) to the POS terminal 140.

In one embodiment, the unattended order service providing server 130, by encrypting the Wi-Fi information transmitted from the access point 120 to identify each individual user in the anonymized state, by installing a separate app (APP) of the user or Allows unattended orders based on anonymized user identification without signing up.

In one embodiment, the unattended order service providing server 130 receives the collection data transmitted from the access point 120 or registers with the database 140 or does not register (for anonymization) and at the same time, the received collection By converting data (e.g., Mac address) into user identifiers (e.g., Visitor ID, etc.) according to preset conversion rules, each user is identified in the anonymized state. Allows unattended orders based on user identification schemes. Here, the conversion rule is a rule that is set in advance by mapping the bit information or code information of the Mac address to different characters or numbers, and checks each bit or code of the Mac address and converts the corresponding bit or code to the corresponding character or number. Is converted to. For example, '0' can be converted to 'a', '1' can be converted to 'b', or the like. In addition, the first 24 bits of the 48-bit MAC address is the identification code of the manufacturer of the Organizational Unique Identifier (OUI), the remaining 24 bits are the information code of the device, each code can be converted to a different number.

In one embodiment, the unmanned order service providing server 130, after querying the purchase history previously registered in the database 140 based on the converted user identifier, the personalized custom order corresponding to the search history The page (or customized advertisement page including the URL) may be generated and transmitted to the access point 120.

In one embodiment, the unmanned order service providing server 130, if the access point 120 is equipped with a Wi-Fi sensor, the Wi-Fi information transmitted from the access point 120 to the pre-set encryption rule It can also be encrypted with a user identifier (for example, Visitor ID).

In one embodiment, the unattended order service providing server 130, the order information (or purchase information) provided from the access point 120 to the database by the user identifier can be registered in the database 140 as a purchase history. have.

In one embodiment, the unattended order service providing server 130 receives a cash payment item selection notification transmitted from the access point 120, and notifies the manager or operator of the seller of the cash payment item selection by text or message. Thus, a manager or operator may be provided to the user to provide a cash payment for the order, and then may be notified of the completion of the cash payment from the POS terminal 150.

In an embodiment, when the unmanned order service providing server 130 receives the simple payment item selection notification transmitted from the access point 120, the unpaid order service is notified of the completion of the simple payment from the simple payment company to the POS terminal 150. It may be provided, or may be provided with a simple payment completion from the POS terminal 150.

The database 140 stores the order information delivered from the unattended order service providing server 130 by database for each identified user.

In one embodiment, the database 140 may store the order information delivered from the unmanned order service providing server 130 by the database for each user identifier as a purchase history.

The POS terminal 150 notifies the manager or operator of the sales office to the order information provided from the unattended order service providing server 130 so that the manager or operator can provide the user with the ordered product for the unmanned order.

In an embodiment, the POS terminal 150 may notify the unmanned order service providing server 130 by receiving a cash settlement completion through an input means by a manager or an operator.

In an embodiment, the POS terminal 150 may be notified of the completion of the simple payment from the simple payment company and may be provided to the unmanned order service providing server 130.

The network 160 includes a wired communication network or a wireless communication network, and communicates between the plurality of user terminals 110 and the access point 120, and communicates between the plurality of user terminals 110 and the unmanned order service providing server 130. The connection, the communication connection between the access point 120 and the unmanned order service providing server 130, the communication connection between the unattended order service providing server 130 and the POS terminal 150, and transmits and receives data between each other.

The unmanned order service providing system 100 having the above-described configuration senses and encrypts a wireless signal (for example, a Wi-Fi signal) of the user terminal 110 to identify a user and based on the corresponding user identification. By providing an unattended order service, users can make payments directly without a separate card by linking the simple payment API (Application Programming Interface) using a web browser, and when blocking the portal IP list for internet control of subordinate portal firmware In addition, a stable connection to the wireless network is made, page control is possible in a web browser, and even when IP restriction is applied, it is easy to check IP and do not need to assign a new IP to a payment related system.

In the unattended order service providing system 100 having the above-described configuration, since not all users are subscribed to use in the case of simple payment, payment through a card in the case of a user who wishes to pay through a physical card In order to be able to process the user himself, it may further include a plurality of payment machines 170 are respectively installed in each order of the retailer.

When the user selects a card payment as a payment method through the input means in the payment page, the user terminal 110 notifies the access point 120 of the card payment item selected through the input means, For convenience of description, the card payment approval is received from the drawing (not shown in the drawing) and the payment completion information is notified to the user through the output means.

In one embodiment, the user terminal 110, when the card payment is selected on the payment page, the user through the input means, such as merchandise shelves, table, etc. of the merchandise shelf (for example, the merchandise shelf number, seating close to the user himself, seating) A table number, etc.), and at this time, the access point 120 is notified of the selected card payment item and the input order number through the input means, so that the user orders the table at the table where the user himself sits. The information (or purchase information) can be confirmed accurately, and the user can process the payment through the card himself.

When the access point 120 is notified of the card payment item selection from the user terminal 110, the access point 120 transmits the order information (or purchase information) received from the user terminal 110 to the payment apparatus 170. .

In one embodiment, when the access point 120 is notified of the card payment item selection and order number from the user terminal 110, the access point 120 corresponds to the order information (or purchase information) received from the user terminal 110. It can be sent to the payment machine 170 corresponding to the order number received notification.

In one embodiment, the access point 120, the unattended order service along with the order information (or purchase information) received from the user terminal 110, the card payment item selection or order number received from the user terminal 110 received from the user terminal 110; It may be transmitted to the providing server 130.

Unmanned order service server 130, the payment information (for example, sales destination identification code, order creation date time, order product information, payment amount information, order number, etc.) is transmitted from the payment device 170 by the user identifier database And register it in the database 140.

In one embodiment, the unattended order service providing server 130, by the database of the card payment item selection notification or order number and order information (or purchase information) transmitted from the access point 120 to the database by the user identifier ( You can also register at 140).

In one embodiment, the unattended order service providing server 130 receives the card payment approval completion transmitted from the POS terminal 150 or the payment device 170 to database the payment completion information for each user identifier database 140 You can also register at.

The POS terminal 150 receives card information and payment information (for example, a sales destination identification code, order creation date time, order product information, payment amount information, order number, etc.) transmitted from the payment device 170 and pays the card. After the transfer to the company, the card payment approval is received from the card company, and the payment completion information is notified to the manager or operator of the seller through the output means, and at the same time the received payment settlement of the card payment approval (170) Or, it transmits to the unattended order service providing server (130).

The payment device 170 receives the card payment item selection notification and the order information (or purchase information) transmitted from the access point 120 and notifies the user through the output means, and the card information from the card inserted by the user. After acquiring the payment information (for example, sales identification number, order creation date time, order product information, payment amount information, order number, etc.) and transmitting it to the card payment company (or POS terminal 150), the card Upon receipt of the card payment approval completion from the payment company (or POS terminal 150), the payment completion information is notified to the user through the output means.

In one embodiment, the payment device 170, unattended order service providing server to complete the payment information (for example, sales identification number, order creation date time, order product information, payment amount information, order number, etc.) or card payment approval completion It may be sent to 130.

In one embodiment, the payment device 170, by pairing or communicating with the POS terminal 150 through wireless communication such as Bluetooth or Wi-Fi to transmit card information and payment information, or do not pass through the POS terminal 150 Alternatively, it may be transmitted to the approval server of the card settlement company (or VAN company) through wireless communication.

In one embodiment, the payment device 170, the IC card reader, using the IC card reader to display the order information or payment information through the liquid crystal contained in the IC card reader, or guide the card insertion guide through the indicator Can be notified to the user by voice or lighting lamp.

FIG. 2 is a diagram illustrating an unmanned order service providing server of FIG. 1.

Referring to FIG. 2, the unmanned order service providing server 130 includes an interface unit 131, an identification processing unit 132, and an order processing unit 133.

The interface unit 131 may be connected to the access point 120 and the POS terminal 150 (or the plurality of user terminals 110, the payment machine 170, the simple payment company, and the card payment company) through the network 160. The access point 120 and the POS terminal 150 (or a plurality of user terminals 110) connected to the communication through the unique identification information (for example, device identification information, etc.) that each has their own communication connection. And, each of the payment device 170, easy payment company, the card payment company) and then receives the wireless signal information transmitted from the access point 120 and transmits to the identification processing unit 132, access point 120 After receiving the order information (or purchase information) provided from the order processing unit 133, and then transfers the order information (or purchase information) from the order processing unit 133 to the POS terminal 150.

The identification processing unit 132 encrypts the radio signal information transmitted from the interface unit 131 to identify the user.

In one embodiment, the identification processing unit 132 receives the Wi-Fi information transmitted from the access point 120 through the interface unit 131 and encrypts each of the individual users in the anonymized state, thereby separately separating the user. It allows unattended orders based on an anonymous user identification system without installing an APP or registering.

In one embodiment, the identification processing unit 132 receives the collection data transmitted from the access point 120 through the interface unit 131 or at the same time not registered (for anonymization) in the database 140, The received mobile data (for example, MAC address) is converted into a user identifier (for example, Visitor ID, etc.) according to a preset conversion rule, and each individual is identified in the anonymized state, thereby allowing the user to use the mobile app. Allows unattended ordering based on an anonymous user identification without installation.

In one embodiment, the identification processor 132 checks each bit or code of the MAC address received through the interface unit 131, and converts each identified bit or code into a corresponding character or number according to a conversion rule. Can be used as a user identifier.

In one embodiment, the identification processing unit 132 receives the Wi-Fi information transmitted from the access point 120 through the interface unit 131 according to a predetermined encryption rule (for example, visitor ID) Etc.).

The order processing unit 133 records the order information (or purchase information) transmitted from the interface unit 131 for each user identified by the identification processing unit 132 and registers the database in the database 140. Alternatively, the purchase information) is transmitted to the interface unit 131.

In one embodiment, the order processing unit 133 inquires the purchase history previously registered in the database 140 based on the user identifier converted by the identification processing unit 132, and then corresponds to the corresponding purchase history. The personalized order page (or a personalized advertisement page including the URL) may be generated and transmitted to the access point 120 through the interface unit 131.

In one embodiment, the order processing unit 133 receives the order information (or purchase information) provided from the access point 120 through the interface unit 131, and the database for each user identifier converted by the identification processing unit 132. It can be registered as a purchase history in the database 140.

In one embodiment, the order processing unit 133 receives the card payment item selection notification or order number and order information (or purchase information) transmitted from the access point 120 through the interface unit 131 to identify the processing unit. The database may be registered in the database 140 for each user identifier converted in step 132.

The unattended order service providing server 130 having the configuration as described above may further include a payment processing unit 134.

The payment processing unit 134 receives the cash payment item selection notification transmitted from the access point 120 through the interface unit 131, and notifies the manager or operator of the selling place of the cash payment item selection by text or message. In addition, the manager or the operator to provide the user with the cash payment for the order, and after that the cash payment completion from the POS terminal 150 through the interface unit 131 is registered in the database 140.

In one embodiment, when the payment processing unit 134 receives the simple payment item selection notification transmitted from the access point 120 through the interface unit 131, the payment unit 131 completes the simple payment from the simple payment interface unit 131. Received through) can be provided to the POS terminal 150 through the interface unit 131, or can be provided through the interface unit 131 to complete the simple payment from the POS terminal 150 to register in the database 140 It may be.

In one embodiment, the payment processing unit 134, the payment unit 170, the payment information (for example, the sales destination identification code, order creation date time, order product information, payment amount information, order number, etc.) interface unit Received through the 131, the database may be registered by the database 140 for each user identifier converted by the identification processing unit 132.

In an embodiment, the payment processing unit 134 receives the card payment approval completion transmitted from the POS terminal 150 or the payment device 170 through the interface unit 131 and receives payment completion information from the identification processing unit 132. The database may be registered by the converted user identifier and may be registered in the database 140.

3 is a diagram illustrating a method for providing an unattended order service according to an embodiment of the present invention.

Referring to FIG. 3, when a user goes to a place (that is, a selling place) that sells an ordered product such as a product or food, the user terminal 110 outputs a radio signal to an access point 120 installed at the selling place. (S301).

In outputting the wireless signal in step S301 described above, after the user enters a place (that is, a retailer) that sells an ordered product such as a product or a food, the wireless communication module (eg In the case of turning on a Wi-Fi communication module, etc.), in the user terminal 110, the wireless communication module is driven to generate a wireless signal (eg, a Wi-Fi signal) to the access point 120. And outputs a wireless communication connection with the access point 120.

When the wireless signal is output in step S301, the access point 120 senses the wireless signal output from the user terminal 110 and transmits the sensed wireless signal information to the unmanned order service providing server 130. (S302).

In transmitting the wireless signal information in step S302 described above, the access point 120 receives a wireless signal (for example, a Wi-Fi signal) output from the user terminal 110 to wirelessly communicate with the user terminal 110. A communication connection can be performed.

In transmitting the wireless signal information in step S302 described above, when all the IPs are blocked when it is confirmed that the portal IP list is blocked for internet control of the subordinate portal firmware, the access point 120 accesses the user terminal (wireless communication). By allowing only specific IP and port corresponding to 110), it enables stable connection to wireless network and page control from web browser even when portal IP list is blocked for internet control of subordinate portal firmware.

In transmitting the wireless signal information in step S302 described above, when the access point 120 includes a Wi-Fi sensor, the access point 120 outputs from the user terminal 110 using the Wi-Fi sensor. The Wi-Fi signal may be sensed and the sensed Wi-Fi information may be transmitted to the unmanned order service providing server 130.

In transmitting the wireless signal information in step S302 described above, at the time of wireless communication connection with the user terminal 110, the access point 120 receives the radio signal output from the user terminal 110 and receives the user terminal 110. The information (for example, Mac address, time, etc.) may be collected, and the collected data may be transmitted to the unattended order service providing server 130.

When the wireless signal information is transmitted in the above-described step S302, the unmanned order service providing server 130 encrypts the wireless signal information transmitted from the access point 120 to identify the user (S303).

In identifying the user in step S303 described above, the unattended order service providing server 130 encrypts the Wi-Fi information transmitted from the access point 120 to identify each individual user in an anonymized state, thereby separately separating the user. It allows unattended orders based on an anonymous user identification system without installing an APP or registering.

In identifying the user in step S303 described above, the unmanned order service providing server 130 receives the collected data transmitted from the access point 120 and registers or does not register (for anonymization) with the database 140. At the same time, the received collected data (e.g., MAC address) is converted into a user identifier (e.g., Visitor ID, etc.) according to a preset conversion rule to identify individual users in anonymized state. It allows for unattended orders based on an anonymous user identification system without installing a mobile app.

In identifying the user in step S303, the unattended order service providing server 130 checks each bit or code of the MAC address received from the access point 120, and checks each bit or code according to the conversion rule. It can be converted into a corresponding letter or number to be used as a user identifier.

In identifying the user in step S303, the unattended order service providing server 130, according to the encryption rules set in advance the Wi-Fi information transmitted from the access point 120 (for example, Visitor ID Etc.).

At the same time as identifying the user in step S303 described above, the access point 120 provides the user terminal 110 with an order page when sensing the wireless signal output from the user terminal 110. In response, the user terminal 110 notifies the user of the order page provided from the access point 120 (S304).

In providing the order page in step S304 described above, when a wireless communication connection with the user terminal 110, the access point 120, the order page information for ordering the ordered goods, such as food, food, etc. 110). Accordingly, the user terminal 110 receives the order page information transmitted from the access point 120 and displays the order page (or voice output through the speaker) on the web browser through an output means such as an LCD or a touch screen. This allows you to make unattended orders without having to register or install a mobile app.

In providing the order page in step S304 described above, the unattended order service providing server 130, after querying the purchase history previously registered in the database 140 based on the user identifier converted in step S303 described above In addition, personalized order page (or customized advertisement page including URL) information corresponding to the inquired purchase history may be generated and transmitted to the access point 120. Accordingly, the access point 120 may receive the personalized customized order page (or customized advertisement page including the URL) transmitted from the unattended order service providing server 130 and transmit the information to the user terminal 110. Then, the user terminal 110 receives the personalized customized order page (or customized advertisement page including URL) transmitted from the access point 120 and receives the personalized customized order page (or customized advertisement page including URL). It can also be displayed through the output means.

When the order page is provided in step S304 described above, the user terminal 110 receives the order information (or purchase information) through the order page notified to the user and transmits it to the access point 120. Thus, in the access point 120, the order information (or purchase information) transmitted from the user terminal 110 is provided to the unattended order service providing server 130 (S305).

In transmitting the order information (or purchase information) in the above-described step S305, in the order page, the user selects an order for goods, food, etc. through an input means such as a keypad or a touch screen, and then requests an order (or through a microphone). In the case of voice input), the user terminal 110, the order information including the details of the order product selected through the input means (for example, including the sales destination identification code, order creation date time, order product information, payment amount information, etc.) May be generated and transmitted to the access point 120.

When the order information (or purchase information) is transmitted in step S305 described above, the unattended order service providing server 130 identifies the order information (or purchase information) provided from the access point 120 in step S303. The database for each user is registered in the database 140 (S306).

In registering the order information (or purchase information) in the above-described step S306, the unmanned order service providing server 130, by database the order information (or purchase information) provided from the access point 120 for each user identifier The purchase history may be registered in the database 140.

In addition to registering the order information (or purchase information) in the above-described step S306, the unattended order service providing server 130 provides the order information (or purchase information) to the POS terminal 140. Accordingly, the POS terminal 150 notifies the manager or operator of the sales office to the order information provided from the unmanned order service providing server 130 so that the manager or operator can provide the user with the ordered product for the unmanned order. (S307).

On the other hand, when transmitting the order information (or purchase information) in the above-described step S305, when receiving the order information (or purchase information) transmitted from the user terminal 110, the access point 120, Payment page information for performing a payment for the user terminal 110 may be transmitted. Accordingly, the user terminal 110 receives the payment page information transmitted from the access point 120 and displays a payment page including three payment methods such as cash payment, simple payment, and card payment through an output means in a web browser. Can give

When the user selects cash payment as a payment method through the input means in the above-described payment page, the user terminal 110 may notify the access point 120 of the cash payment item selected through the input means. Accordingly, the access point 120 may receive a cash payment item selection from the user terminal 110 and transmit the same to the unattended order service providing server 130. Then, the unattended order service providing server 130 receives the cash payment item selection notification transmitted from the access point 120, and notifies the manager or operator of the seller of sales of the cash payment item selection by text or message, and the like. The operator may, for example, provide the user with a cash payment for the order. Accordingly, in the POS terminal 150, a manager or an operator may receive the cash settlement completion through the input means and notify the unmanned order service providing server 130, and also the unmanned order service providing server 130. In, the POS terminal 150 may be notified of the cash settlement completion.

In the notification of the selection of cash payment items as described above, the user terminal 110 notifies the manager or operator of the selling place through the access point 120 or the POS terminal 150, and allows the administrator or operator to You can also make a cash payment.

When the user selects the simple payment as the payment method through the input means in the above-described payment page, the user terminal 110 notifies the access point 120 of the simple payment item selected through the input means. Performs simple payment by accessing the pages of simple payment companies (not shown in the drawing for convenience) such as PG, NAVER Pay, and Samsung Pay through linkage with Simple Payment API (Application Programming Interface) using a web browser. By doing so, the user can directly pay without a separate card. Accordingly, the access point 120 may receive a simple payment item selection from the user terminal 110 and transmit the notification to the unmanned order service providing server 130. Then, the unmanned order service providing server 130, when receiving the simple payment item selection notification transmitted from the access point 120, can be provided to the POS terminal 150 by being notified of the completion of the simple payment from the simple payment company. have. Alternatively, the POS terminal 150 may be provided to the unmanned order service providing server 130 by being informed of the completion of the simple payment from the simple payment company, and thus, the unattended order service providing server 130 may provide the POS terminal 150. You can also be provided with a simple payment.

When the user selects a card payment as a payment method through the input means in the above-described payment page, the user terminal 110 may notify the access point 120 of the card payment item selected through the input means. Therefore, when the access point 120 is notified of the card payment item selection from the user terminal 110, the access point 120 is transmitted to the payment machine 170 together with the order information (or purchase information) received from the user terminal 110. I can do it. Then, the payment device 170 receives the card payment item selection notification and order information (or purchase information) transmitted from the access point 120 and notifies the user through the output means, and from the card inserted by the user After acquiring the card information and transmitting it to the card settlement company (or the POS terminal 150) together with the payment information (for example, the vendor identification code, order creation date time, order product information, payment amount information, order number) After receiving the card payment approval completion from the card payment company (or POS terminal 150), the payment completion information is notified to the user through the output means. In addition, the user terminal 110 may receive a card payment approval completion from the card payment company (not shown in the drawings for convenience of description) and may notify the user of the payment completion information through the output means.

When transmitting the above-mentioned card information and payment information, the payment device 170 transmits card information and payment information by pairing or communicating with the POS terminal 150 through wireless communication such as Bluetooth or Wi-Fi, or Without passing through the terminal 150 may be transmitted to the approval server of the card settlement company (or VAN company) through wireless communication. In this case, the POS terminal 150 receives card information and payment information (for example, a sales destination identification code, order creation date time, order product information, payment amount information, order number, etc.) transmitted from the payment device 170. After transmitting to the card settlement company, the card payment approval is received from the card settlement company, and the payment completion information is notified to the manager or operator of the seller through the output means, and the received payment settlement of the card is completed. (Or, may be transmitted to the unattended order service providing server 130). Then, the unattended order service providing server 130 receives the card payment approval completion transmitted from the POS terminal 150 or the payment device 170 and registers the payment completion information in the database 140 by database for each user identifier. Can also give

When the card payment is selected in the above-described payment page, the user terminal 110, through the input means, the user enters an order number such as a merchandise display rack and a table of the vendor (for example, a merchandise display rack number close to the user and a seated table number). Etc.), and the access point 120 can be notified of the selected card payment item and the input order number through the input means. Thus, when the access point 120 is notified of the card payment item selection and the order number from the user terminal 110, the order information (or purchase information) received from the user terminal 110 is notified of the order. It can be transmitted to the payment machine 170 corresponding to the major number. In addition, the access point 120, along with the order information (or purchase information) received from the user terminal 110, the card payment item selection or order number received from the user terminal 110, the unattended order service providing server ( 130 may be sent. Then, the user can accurately check the order information (or purchase information) ordered by the user through the payment device 170 at the table where he or she sits, and the user can process the payment through the card himself. In the unmanned order service providing server 130, the card payment item selection notification or order number and order information (or purchase information) transmitted from the access point 120 are databased by the user identifier and registered in the database 140. You can also

As described above, when notifying the user of the payment completion information, the payment device 170 uses the payment information (for example, sales identification number, order creation date time, order product information, payment amount information, order number, etc.) or card. Completion of payment approval may be sent to the unattended order service providing server 130. Thus, in the unattended order service providing server 130, the user identifier to the payment information (for example, sales identification code, order creation date time, order product information, payment amount information, order number, etc.) transmitted from the payment device 170. It can be registered in the database 140 by the database for each.

As described above, the embodiment of the present invention is not implemented only through the above-described apparatus and / or operation method, but through a program for realizing a function corresponding to the configuration of the embodiment of the present invention, a recording medium on which the program is recorded, and the like. The implementation may be easily implemented by those skilled in the art from the description of the above-described embodiments. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

100: unmanned order service provision system
110: user terminal
120: access point
130: unattended order service providing server
131: interface unit
132: identification processing unit
133: order processing unit
134: payment processing unit
140: database
150: POS terminal
160: network
170: payment machine

Claims (5)

A user terminal receiving an order page after outputting a wireless signal and notifying a user, and receiving and transmitting order information through the order page;
An access point that senses a radio signal output from the user terminal, provides an order page to the user terminal, transmits sensed radio signal information, and provides order information transmitted from the user terminal;
An unmanned order service providing server for encrypting wireless signal information transmitted from the access point to identify a user, registering the order information provided from the access point into a database for each user who identifies the order, and delivering order information; And
The unmanned order service providing system including a POS terminal for notifying the manager or operator of the distributor to the order information delivered from the unattended order service providing server to provide the user with the order for the unattended order.
The method of claim 1,
Unattended order service providing system further comprises a database for storing the order information transmitted from the unattended order service providing server for each identified user.
The method of claim 1, wherein the user terminal,
When the wireless communication module is on, the wireless communication module is driven to generate a radio signal and output to the access point to perform a wireless communication connection with the access point.
Identifying each of the access point and the POS terminal connected to the communication through the unique identification information, and receives and transmits the radio signal information transmitted from the access point, and after receiving and transmitting the order information provided from the access point, the order information An interface unit for receiving and transmitting to the POS terminal;
An identification processing unit for encrypting wireless signal information transmitted from the interface unit to identify a user; And
And an order processing unit for registering the order information transmitted from the interface unit for each user identified by the identification processing unit and registering the information, and transferring the order information to the interface unit.
Outputting, by the user terminal, a radio signal;
Transmitting, by the access point, the sensed radio signal output from the user terminal to sense the radio signal information;
Identifying an user by encrypting wireless signal information transmitted from the access point by an unmanned order service providing server;
Providing an order page to the user terminal when the access point senses the radio signal;
Receiving, by the user terminal, the order page and notifying a user;
Receiving and transmitting, by the user terminal, order information through the order page;
Providing, by the access point, the order information transmitted from the user terminal to the unattended order service providing server;
Registering, by the unmanned order service providing server, a database for each user who identifies the order information provided from the access point;
Transmitting, by the unattended order service providing server, the order information to a POS terminal; And
And the POS terminal notifying the manager or the operator of the sales office of the order information delivered from the unattended order service providing server, so that the manager or the operator provides the user with the ordered product for the unattended order.

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