KR20200146033A - Method for Managing an Order by using Mobile Device - Google Patents

Abstract

According to an order management method using a wireless terminal of the present invention, in a method executed through a server which communicates with a program of a user wireless terminal and communicates with a store terminal of a particular store, when product order information for a product of the particular store generated through the program of the user wireless terminal is provided to the store terminal of the particular store, the server checks a unique identification number which is separately and uniquely generated in order to uniquely identify and separately manage the product order information generated through the program of the wireless terminal in addition to an order receipt number uniquely allocated to the product order information according to an order receipt procedure of the store terminal, the server processes the unique identification number to be included and transmitted in an order identification message transmitted to the program of the user wireless terminal in response to the order receipt of the product order information, and when an order product corresponding to the ordered product order information is delivered to a user, the server processes the unique identification number to be included and transmitted in an ordered product receipt request message transmitted to the program of the user wireless terminal in response to the delivery of the ordered product. According to the present invention, store orders can be processed quickly and conveniently without a separate user authentication and local service process.

Description

How to manage an order by using a wireless terminal {Method for Managing an Order by using Mobile Device}

The present invention is a method executed through a server that communicates with a program of a user's wireless terminal and communicates with a store terminal of a specific store, wherein product order information for a product of a specific store generated through the program of the user's wireless terminal is specified. When provided to the store terminal of the store, the server uniquely identifies and manages the product order information generated through the program of the wireless terminal in addition to the order receipt number uniquely assigned to the product order information according to the order receiving procedure of the store terminal. In order to check the unique identification number that was created separately for the purpose, the server processes to include and transmit the unique identification number in the order identification message transmitted to the program of the user's wireless terminal in response to order receipt of the product order information, When the order product corresponding to the order received product order information is delivered to the user, the server stores the unique identification number in the order product receipt request message transmitted to the program of the user's wireless terminal in response to the delivery of the order product. It relates to an order management method using a wireless terminal processing to be included and transmitted.

Fast food restaurants and coffee shops have automated certain parts of the store ordering system based on POS terminals in order to quickly process a large number of orders. The most representative example is the delivery of the ordered product to the customer through the order identification device at the same time as the order identification device is provided to the main customer by providing an order identification device called the “vibration bell”.

However, the time it takes to place orders at stores such as fast food and coffee shops has not decreased at all. For example, when placing an order at a coffee shop, the customer first selects the type of coffee to be ordered. However, simply choosing the type of coffee does not complete the order. In most cases, the customer must accurately convey the number of coffees ordered to the clerk, and also clearly convey the size of the coffee (eg, small or regular), otherwise the coffee order will not be made normally. If the coffee shop is providing an event to a customer, the customer must participate in the event by answering a clerk's question. In addition, if the customer has an affiliate card (or discount card) of the coffee shop, the customer must present the affiliate card (or discount card) to the clerk, and in the case of cash payment, decide whether to receive a cash receipt. And, if necessary, the identification information for issuing a cash receipt must be delivered to the clerk. As such a complicated ordering process is repeated for each customer, the time it takes to order coffee is not reduced at all.

As a method of solving the above problems, a method of processing part of the order procedure through a mobile phone carried by a customer may be proposed. However, since a mobile phone connected to a mobile communication network does not basically support a local service limited to a specific space, order processing using the mobile phone has a problem in that a complicated authentication procedure and identification procedure must be performed to convert the mobile phone into a local service. .

An object of the present invention is a method executed through a server that communicates with a program of a user's wireless terminal and communicates with a store terminal of a specific store, wherein product order information for a product of a specific store generated through the program of the user's wireless terminal is When provided to the store terminal of the specific store, the server uniquely identifies the product order information generated through the program of the wireless terminal in addition to the order receipt number uniquely assigned to the product order information according to the order receiving procedure of the store terminal. A unique identification number that has been separately generated for management is checked, and the server processes to include and transmit the unique identification number in an order identification message transmitted to the program of the user's wireless terminal in response to order receipt of the product order information. And, when the order product corresponding to the order received product order information is delivered to the user, the server identifies the unique identification in the order product receipt request message transmitted to the program of the user's wireless terminal in response to the delivery of the order product. It is to provide an order management method using a wireless terminal that processes to include and transmit a number.

An order management method using a wireless terminal according to the present invention is a method executed through a server that communicates with a program of a user's wireless terminal and communicates with a store terminal of a specific store. When product order information for a product is provided to the store terminal of the specific store, the server is a product generated through the program of the wireless terminal in addition to the order receipt number uniquely assigned to the product order information according to the order receipt procedure of the store terminal. The first step of verifying a unique identification number that has been uniquely generated to uniquely identify and manage order information separately, and the server responds to the order receipt of the product order information to an order identification message transmitted to the program of the user's wireless terminal. In the second step of processing to include the unique identification number and sending the ordered product corresponding to the ordered product order information to the user, the server responds to the delivery of the ordered product, And a third step of processing to include and transmit the unique identification number in the order product receipt request message transmitted to the program.

In the order management method using a wireless terminal according to the present invention, the order receipt number comprises a number assigned according to a designated order order of an order corresponding to the in-store order and the product order information.

In the order management method using a wireless terminal according to the present invention, the order identification message is characterized in that it further comprises the order receipt number or an order order corresponding to the order receipt number.

In the order management method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate delivery of the order product corresponding to the product order information. It is characterized.

An order management method using a wireless terminal according to the present invention is a method executed through a server that communicates with a program of a user's wireless terminal and communicates with a store terminal of a specific store, wherein the server is generated through a program of the user's wireless terminal. Checking the product order information for the product of a specific store and providing it to the store terminal of the specific store and the payment processing result of processing the payment for the product order information through the user's wireless terminal program In the first step of performing the procedure provided to the store terminal of the store and the payment processing result at the store terminal of the specific store, the order receipt number is assigned to the product order information according to the specified order order linked to the in-store order. In one case, the server checks the order receipt number assigned to the product order information, and, in addition to the order receipt number, is unique to uniquely identify and manage the delivery process of the order product corresponding to the order receipt number through a program of the wireless terminal. The second step of checking the generated and assigned unique identification number and the server uniquely identifies and manages the order of the order corresponding to the order receipt number and the delivery process of the order product corresponding to the order receipt number with the program of the user's wireless terminal. In the third step of performing a procedure of transmitting an order identification message including a unique identification number to be performed, and when it is confirmed that the product delivery condition of the product order information assigned the unique identification number through the store terminal of the specific store is satisfied, The server is characterized in that it comprises a fourth step of performing a procedure of transmitting a request message for receiving an order product including the unique identification number to the program of the user wireless terminal.

In the order management method using a wireless terminal according to the present invention, the order order is an n-th order in the product order information when a (n-1, n≥2)-th order is assigned to the in-store order. It is characterized by being assigned.

In the order management method using a wireless terminal according to the present invention, the order receipt number comprises a number assigned according to a designated order order of an order corresponding to the in-store order and the product order information.

In the order management method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate receipt of the order product corresponding to the product order information. It is characterized.

The order management method using a wireless terminal according to the present invention is a method executed through a program of a user's wireless terminal and a store terminal of a specific store, wherein the program of the user's wireless terminal is a product order for ordering products sold at a specific store. A first step of performing a procedure of configuring information and providing it to a relay server linked to the store terminal of the specific store and a process of processing payment for the product order information, and to the store terminal of the specific store through the relay server. When product order information is delivered and the payment processing result of the payment is shared and transmitted, the store terminal allocates an order receipt number according to the specified order order linked to the in-store order to the product order information based on the payment processing result. At the same time, in order to uniquely identify and manage the delivery process of the order product corresponding to the order receipt number among order products through a program of the wireless terminal in addition to the order receipt number, a unique identification number generated separately is assigned to the product order information. In the second step and when the store terminal requests to send an order identification message for receipt of the product order information, the program of the user's wireless terminal sends an order order corresponding to the order receipt number and the order through the relay server. The third step of receiving and outputting an order identification message including a unique identification number generated separately to uniquely identify the delivery process of the order product corresponding to the receipt number, and product order information assigned the unique identification number from the store terminal When it is confirmed that the product delivery condition of is satisfied and a request to receive an ordered product is requested to be sent, the program of the user's wireless terminal receives and outputs an ordered product request message including the unique identification number through the relay server. It characterized in that it comprises a fourth step.

In the order management method using a wireless terminal according to the present invention, the order order is an n-th order in the product order information when a (n-1, n≥2)-th order is assigned to the in-store order. It is characterized by being assigned.

In the order management method using a wireless terminal according to the present invention, the order receipt number comprises a number assigned according to a designated order order of an order corresponding to the in-store order and the product order information.

In the order management method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate receipt of the order product corresponding to the product order information. It is characterized.

An order management method using a wireless terminal according to the present invention is a method executed through a program of a user's wireless terminal and a store terminal of a specific store, wherein the program of the user's wireless terminal is product order information for ordering products sold at a specific store. The product order ordered through the program of the user's wireless terminal through the relay server by performing a procedure for providing to a relay server linked to the store terminal of the specific store and a procedure for processing payment for the product order information The first step of processing the information and the payment processing result of the payment processing to be confirmed, and product order information ordered through the program of the user's wireless terminal is transmitted to the store terminal of the specific store through the relay server, and the payment is processed. When the payment processing result is shared and transmitted, the order order of the product order information is assigned to the product order information based on the shared payment processing result in the store terminal of the specific store, and the order order of the product order information is At the same time, the process of delivering a product corresponding to the product order information by assigning a separate unique identification number generated to be distinguished from the identification of the in-store order to the product order information while processing to be linked with the order of in-store orders is performed. In the second step of processing to be distinguished from in-store orders, and when sending an order identification message including the unique identification number is requested from the store terminal of the specific store, the program of the user's wireless terminal is transmitted through the relay server. The third step of receiving and outputting an order identification message including an identification number, and confirming that the product delivery condition of the product order information assigned a unique identification number separate from the order order is satisfied at the store terminal of the specific store When sending an order product receipt request message including an identification number is requested, the program of the user wireless terminal receives and outputs an order product receipt request message including the unique identification number through the relay server. It characterized in that it includes.

In the order management method using a wireless terminal according to the present invention, the order order is an n-th order in the product order information when a (n-1, n≥2)-th order is assigned to the in-store order. It is characterized by being assigned.

In the order management method using a wireless terminal according to the present invention, the order identification message is characterized in that it further comprises an order order that is connected to the order of the in-store order and assigned to the product order information.

In the order management method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate receipt of the order product corresponding to the product order information. It is characterized.

In the method of ordering a store using a wireless terminal according to the present invention, in a method executed through a program provided in a user's wireless terminal, an order interface for ordering products sold in a specific store in correspondence with the order option of the specific store The first step of outputting and a second step of configuring product order information including information corresponding to the product identifier and information corresponding to the order option to identify the ordered product selected through the order interface, and the store terminal of the specific store The third step of transmitting the product order information to a relay server and payment information corresponding to the product order information are checked, and payment for the payment information is processed in connection with a designated payment server, and the payment processing is performed through the relay server. The fourth step of processing the payment processing result to be confirmed and the product order information is transmitted to the store terminal of the specific store through the relay server, and the payment processing result is shared, and the shared payment processing at the store terminal of the specific store Based on the result, a product order corresponding to the delivered product order information is processed as an order of the specific store, and at the same time, a product order corresponding to the product order information is placed inside the store of the specific store at the store terminal of the specific store. In the case of assigning a separate unique identification number for separate management and management, the fifth receiving and outputting an order identification message including a separate unique identification number assigned to the product order information through the store terminal of the specific store When it is confirmed that the product delivery condition of the ordered product corresponding to the product order information to which a separate unique identification number is assigned at the store terminal of the specific store is satisfied, the unique identification assigned to the ordered product that satisfies the product delivery condition And a sixth step of receiving and outputting an order product receipt request message including a number.

In the store ordering method using a wireless terminal according to the present invention, the first step includes outputting an order interface to products that can be commonly ordered in N (N>1) stores, and the third step And identifying an nth (1≤n≤N) store to which the product order information is to be transmitted among the N stores, and processing the product order information to be transmitted to a store terminal of the nth store. do.

In the store ordering method using a wireless terminal according to the present invention, the third step,

And receiving and outputting order receipt data for product order information received by being transmitted to the store terminal of the specific store.

In the store order method using a wireless terminal according to the present invention, when checking the payment information, combining and outputting the payment information to a payment interface and payment of the payment information using a payment method selected through the payment interface And processing to perform a payment procedure for processing.

In the store ordering method using a wireless terminal according to the present invention, the product order information is transmitted to the store terminal of the specific store through the relay server, and then input in the store through the store terminal to provide store order information and A related order order is assigned and processed as an order of the specific store, and a separate unique identification number is assigned to separately uniquely identify that an order has been ordered through a program of the wireless terminal.

In the store ordering method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate receipt of the order product corresponding to the product order information. It is characterized.

In the method of ordering a store using a wireless terminal according to the present invention, in the method executed through a program provided in a user's wireless terminal, a product sold at a specific store among a plurality of stores is obtained by using a store terminal provided at the specific store. The first step of outputting an order interface for placing an order in response to an order option of an order in a store, a product identifier identifying an order product selected through the order interface among products sold at the specific store, and an order option of the order product A second step of configuring product order information including corresponding information, a third step of transmitting the product order information to a relay server linked to a store terminal of the specific store, and a program of the wireless terminal The payment processing result of processing the payment of payment information corresponding to the product order information in connection with a designated payment server without passing through the terminal is shared to the store terminal of the specific store, and then the payment processing shared to the store terminal of the specific store. When a separate unique identification number is assigned to the product order information corresponding to the result, the fourth step of receiving and outputting an order identification message including the assigned separate unique identification number, and the separate identification number through the store terminal of the specific store 5th step of receiving and outputting an order product receipt request message for the ordered product that satisfies the product delivery condition when it is confirmed that the product delivery condition of the ordered product corresponding to the product order information assigned with the unique identification number of Including, the product order information is transmitted to the store terminal of the specific store through the relay server and then input in the store through the store terminal to assign an order order linked to store order information to the specific store At the same time as the order of the wireless terminal, a separate identification number is assigned to uniquely identify that the order has been ordered through the program of the wireless terminal, and the order product receipt request message separately includes the product order information ordered through the program of the wireless terminal. Characterized in that it includes a unique identification number assigned to uniquely identify.

In the store ordering method using a wireless terminal according to the present invention, the first step is characterized in that an order interface is output to products that can be commonly ordered in N (N>1) stores.

In the store ordering method using a wireless terminal according to the present invention, in the third step, an nth (1≤n≤N) store to which the product order information is transmitted among the N stores is identified, and the store of the nth store It characterized in that processing so that the product order information is transmitted to the terminal.

In the store ordering method using a wireless terminal according to the present invention, the third step further comprises receiving and outputting order receipt data for product order information transmitted and received to the store terminal of the specific store. It features.

In the store ordering method using a wireless terminal according to the present invention, when configuring the product order information, combining and outputting the payment information for the product order information to a payment interface and using a payment method selected through the payment interface And processing to perform a payment procedure for processing the payment of the payment information.

In the store ordering method using a wireless terminal according to the present invention, the order product receipt request message further includes authenticator data dynamically generated to identify and authenticate receipt of the order product corresponding to the product order information. It is characterized.

The wireless terminal of a user entering a store according to the present invention is a user wireless terminal that processes an order of a user who enters any one of N (N>1) stores equipped with a point of sales (POS) terminal and an access point. In the following, an order data holding unit for maintaining common order data for the N stores, and an order interface for selecting at least one order product and determining the number and size of the selected order product by combining and outputting the common order data An order interface output unit, an order information configuration unit for configuring product order information including a product identifier, number and size for at least one order product selected through the order interface, and the product order information is received by the user An order processing unit that transmits through an access point of the nth store and receives order receipt data so that it is transmitted to the POS terminal of an nth (1≤n≤N) store, and the payment amount for the product order information and the store common ( Or a payment information configuration unit that configures payment information including at least one card merchant information (or deposit account information) of the n-th store, and a payment interface that selects the user's payment method and obtains the selected payment method information A payment interface output unit that combines and outputs the payment information, a payment processing unit configured to process payment by configuring payment request information including payment method information and the payment information obtained through the payment interface, and the payment processing Then, a payment result sharing unit that shares the payment processing result for the payment request information with the POS terminal through an access point of the n-th store, and at least one linked to the POS terminal through an access point of the n-th store An identification number allocation unit that receives a unique identification number that does not overlap with the identification number assigned to the order identification device of, and a request to receive an order product including the allocated unique identification number through the access point of the nth store within a certain time And a control unit for receiving and outputting the message.

According to the present invention, the wireless terminal of the user entering the store includes a customer state authentication unit for authenticating the state of the user in the store, and an nth (1≦n≦N) in which the state of the user is authenticated among the N stores. It may further include a store identification unit to identify the store.

According to the present invention, the common order data in the wireless terminal of the user entering the store may include at least one product name, image, sales price, and common discount rate (or discount amount) commonly sold in the N stores.

According to the present invention, in the wireless terminal of the user entering the store, the order data holding unit maintains the common order data on a memory unit (or program code) of the wireless terminal, or encodes a code value corresponding to the common order data. Code reading data for reading a code image can be held on the memory unit (or program code).

According to the present invention, the wireless terminal of the user entering the store may modify a part of the common order data through an access point provided in the nth store, or the nth store for products individually sold at the nth store. An order data receiving unit for receiving order data is further provided, wherein the order interface output unit combines and outputs the order interface with the n-th store order data, and the n-th store order data is a product name sold at the n-th store , An image, a sales price, and an nth store discount rate (or discount amount) may be included.

According to the present invention, the wireless terminal of the user entering the store further includes an individual data receiving unit for receiving individual data of the nth store individually provided to the user from the nth store through an access point provided in the nth store. And the order interface output unit combines and outputs the nth store individual data with the common order data, and the nth store individual data is an nth store individual discount rate for products commonly sold in the N stores ( Or discounted amount) data, accumulated purchase number data (1) for a specific product among products commonly sold in the N stores, and a specific product sold in the nth store among products commonly sold in the N stores Accumulated purchase number data (2), accumulated purchase number data (3) for specific products individually sold in the n-th store, accumulated point data (1) commonly accumulated to users in the N stores, and the second n The store may include at least one accumulated point data 2 individually accumulated to the user.

According to the present invention, in the wireless terminal of the user entering the store, the order information configuration unit calculates the order amount by multiplying the sales price corresponding to the size of the selected at least one order product and the number of the order product, and then calculating the product order information. Can be added to

According to the present invention, the order receipt data in the wireless terminal of the user entering the store may include at least one order receipt number allocated through a POS terminal for the product order information, and payment information for the product order information.

According to the present invention, in the wireless terminal of the user entering the store, the payment interface output unit provides an authentication interface for inputting at least one of user authentication information, payment method authentication information, transaction authentication information, and disposable authentication information to the payment interface. Further included and output, and when at least one of the authentication information is input through the payment interface, the payment processor may add the authentication information to the payment request information.

According to the present invention, in the wireless terminal of the user entering the store, the payment processing unit processes the payment request information to be transmitted to a payment server corresponding to the payment method through an access point of the n-th store, or the wireless terminal The payment request information may be transmitted to the payment server through an accessed wireless communication network.

According to the present invention, the order product receipt request message from the wireless terminal of the store visiting user further includes dynamically generated authenticator data, and the order product receiving control unit displays the unique identification number and authenticator data on a screen. I can.

According to the present invention, the order product receipt request message from the wireless terminal of the store visiting user further includes a voice message requesting receipt of the order product, and the order product receipt control unit outputs the unique identification number on a screen, The voice message can be output as sound.

According to the present invention, the order product receipt request message in the wireless terminal of the store visitor user further includes a vibration command code for vibrating the vibrator of the wireless terminal, and the order product receiving control unit outputs the unique identification number on a screen. , It is possible to vibrate the vibrator through the vibration command code.

According to the present invention, the wireless terminal of the user entering the store is a cash receipt for receiving cash receipt data issued by the POS terminal through an access point of the nth store when the shared payment processing result is an account transfer result. A receiver may be further provided.

According to the present invention, the wireless terminal of the user entering the store determines whether the wireless terminal has a program corresponding to the functional configuration of claim 1 through the access point, and executes the program if the program is provided. In addition, when the program is not provided, a message receiving module may be further provided to receive a message requesting to receive the program from a server on a communication network.

According to the present invention, by reading a code value encoded in a code image obtained through a camera unit from the wireless terminal of the store visiting user, it is determined whether the wireless terminal has a program corresponding to the functional configuration of claim 1, and the An image reading module may be further provided that executes the program when the program is provided, and requests to receive the program from a server on a communication network when the program is not provided.

The program according to the present invention is a program executable in a user's wireless terminal that processes an order of a user who enters any one of N (N>1) stores equipped with a point of sales (POS) terminal and an access point. , The wireless terminal, an order data holding unit for maintaining common order data for the N stores, and the common order data on an order interface for selecting at least one order product and determining the number and size of the selected order product. An order interface output unit that combines and outputs, and an order information configuration unit configuring product order information including a product identifier, number and size for at least one order product selected through the order interface, and the product order information An order processing unit that transmits through an access point of the nth store and receives order receipt data so that it is transmitted to the POS terminal of the nth (1≤n≤N) store where the user enters, and a payment amount for the product order information And a payment information configuration unit that configures payment information including at least one card merchant information (or deposit account information) common to stores (or the n-th store), and selects the user's payment method and stores the selected payment method information. A payment interface output unit that combines and outputs the payment information to a payment interface to be obtained; and a payment processing unit configured to process payment by configuring payment request information including payment method information and the payment information obtained through the payment interface; When the payment is processed, a payment result sharing unit that shares the payment processing result for the payment request information with the POS terminal through an access point of the nth store, and the POS terminal through an access point of the nth store Including an identification number allocation unit that receives a unique identification number that does not overlap with the identification number assigned to at least one associated order identification device, and the allocated unique identification number through an access point of the nth store within a predetermined time. It operates as an order product receiving control unit that receives and outputs an order product receiving request message.

According to the present invention, the program includes: a visitor status authentication unit for authenticating the user's visitor status to a store, and an nth (1≤n≤N) of the N stores in which the visitor status of the user is authenticated. It further operates as a store identification unit to identify the store.

According to the present invention, the program includes modifying a part of the common order data through an access point provided in the n-th store, or the n-th store for products individually sold in the n-th store. It is further operated as an order data receiving unit that receives order data.

According to the present invention, the program further comprises the wireless terminal as an individual data receiving unit for receiving individual data of the n-th store individually provided to the user from the n-th store through an access point provided in the n-th store. Operate.

According to the present invention, the program includes a cash receipt for receiving cash receipt data issued by the POS terminal through the access point of the nth store when the shared payment processing result is an account transfer result. Operate further as a receiver.

According to the present invention, an order program provided in a user's wireless terminal for use in N (N>1) stores is automatically converted into a local service in the store through an access point provided in the store, and is linked with the POS terminal of the store. After that, there is an advantage in that the store order is processed quickly and conveniently without a separate user authentication and local service process through the above program.

1 is a diagram showing a functional configuration of a wireless terminal according to an exemplary method of the present invention.
2 is a diagram showing the configuration of a store order processing system through a wireless terminal according to an embodiment of the present invention.
3 is a diagram illustrating a program driving process according to an exemplary method of the present invention.
4 is a diagram illustrating a program driving process according to another exemplary embodiment of the present invention.
5 is a diagram illustrating an order interface output process according to an exemplary method of the present invention.
6 is a diagram illustrating an order processing process according to an exemplary method of the present invention.
7 is a diagram illustrating a payment processing process according to an exemplary method of the present invention.
8 is a diagram showing a process of receiving an order product according to an implementation method of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings and the description to be described below are for a preferred implementation method among various methods for effectively describing the features of the present invention, and the present invention is not limited to the following drawings and description. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, in the examples shown below, in order to more clearly describe the technical features of the present invention, an identification code in the form of "nth" is appended to the beginning of each term, or "(number)" at the end of each term. It will be described with an identification code in the same form as appended, but it is clear that the identification code is for identifying each term, and that each term is not distinguished or limited as performing different functions and roles by the identification code. I have to tell you.

As a result, the technical idea of the present invention is determined by the claims, and the following examples are a means for efficiently explaining the technical idea of the present invention to those of ordinary skill in the art to which the present invention belongs. Only.

1 is a diagram showing a functional configuration of a wireless terminal 100 according to an exemplary method of the present invention.

In more detail, the drawing 1 shows a wireless device for a user entering any one of N (N>1) stores equipped with a point of sales (POS) terminal 205 and an access point 200 (AP). In connection with the POS terminal 205 through the access point 200, the terminal 100 provides products that are commonly sold in the N stores and the n-th (1≦n≦N) store among the N stores individually. Having a program (or a wireless terminal 100 function with a program) configuration to receive the product within a certain time after ordering and paying for a product to be sold as a product, having a general knowledge in the technical field to which the present invention belongs. If it grows, it is possible to infer various implementation methods for the function of the wireless terminal 100 by referring and/or modifying this Figure 1, but the present invention includes all the inferred implementation methods, and this Figure 1 The technical features are not limited only by the implementation method shown in FIG. The wireless terminal 100 of FIG. 1 may further include various functional configurations of a mobile phone (or smart phone) to be released now/in the future, in addition to the functional configuration unit shown in FIG. 1, and the present invention is not limited thereto. It is clearly stated.

Referring to Fig. 1, the wireless terminal 100 includes a control unit 101, a memory unit 112, a screen output unit 102, a key input unit 103, a sound output unit 104, and a sound input unit 105. And a camera unit 106, a wireless communication unit 108, a short-range communication unit 109, a USIM reader unit 110, a USIM 111, and a battery 107 for supplying power.

The control unit 101 is a generic term for functional configurations that control the operation of the wireless terminal 100, and includes at least one processor and an execution memory, and each functional configuration unit and a bus provided in the wireless terminal 100 ( BUS). According to the present invention, the control unit 101 loads at least one program code provided in the wireless terminal 100 into the execution memory through the processor and calculates, and calculates the result of at least one function through the bus. Transfer to the configuration unit to control the operation of the wireless terminal 100. Hereinafter, for convenience, a functional configuration unit implemented in the form of a program code in order to implement the present invention will be illustrated and described in the control unit 101 of FIG. 1.

The memory unit 112 is a generic term for a nonvolatile memory provided in the wireless terminal 100, and includes at least one program code executed through the control unit 101 and at least one data set used by the program code. Save and keep. The memory unit 112 basically includes a system program code and a system data set corresponding to the operating system of the wireless terminal 100, a communication program code and a communication data set for processing wireless communication connection of the wireless terminal 100, and at least One application program code and application data set are stored, and a program code and data set for implementing the present invention are also stored in the memory unit 112.

The screen output unit 102 is composed of a screen output device (e.g., a liquid crystal display (LCD) device) and an output module that drives it, and is connected to the control unit 101 by a bus to perform various operations of the control unit 101 Among the results, an operation result corresponding to the screen output is output to the screen output device.

The key input unit 103 is composed of a key input device having at least one key button (or a touch screen device interlocking with the screen output unit 102) and an input module driving the same, and the control unit 101 and It is connected by a bus and inputs a command for commanding various operations of the control unit 101 or inputs data necessary for the operation of the control unit 101.

The sound output unit 104 is composed of a speaker that outputs a sound signal and a sound module that drives the speaker, and is connected to the control unit 101 by a bus to correspond to sound output among various calculation results of the control unit 101 The calculated result is output through the speaker. The sound module decodes sound data to be output through an existing speaker and converts it into a sound signal.

The sound input unit 105 includes a microphone receiving a sound signal and a sound module driving the microphone, and transmits sound data input through the microphone to the control unit 101. The sound module encodes and encodes a sound signal input through the microphone.

The camera unit 106 is composed of the optical unit, a charge coupled device (CCD), and a camera module driving the same, and obtains bitmap data input to the CCD through the optical unit. The bitmap data may include both image data of a still image and video data.

The wireless communication unit 108 is a generic term for a communication configuration for connecting wireless communication, and includes at least one antenna for transmitting and receiving radio frequency signals of a specific frequency band, an RF module, a baseband module, and a signal processing module, and the control unit It is connected to 101 by a bus and transmits an operation result corresponding to wireless communication among various operation results of the control unit 101 through wireless communication, or receives data through wireless communication and transmits it to the control unit 101 At the same time, the procedure of connection, registration, communication, and handoff of the wireless communication is maintained.

According to the implementation method of the present invention, the wireless communication unit 108 includes a mobile communication configuration that performs at least one access to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to CDMA/WCDMA standards. do. Meanwhile, according to the intention of a person skilled in the art, the wireless communication unit 108 is A portable Internet communication configuration for performing at least one connection to the portable Internet, location registration, data communication, and handoff according to the standard may be further included, and the present invention is limited by the wireless communication configuration provided by the wireless communication unit 108 It is clearly stated that it is not.

The short-distance communication unit 109 is composed of a short-range communication module that connects a communication session using a radio frequency signal as a communication medium within a certain distance, and preferably, RFID communication, Bluetooth communication, Wi-Fi communication, and public communication according to ISO 180000 series. It may include at least one of wireless communication. According to an exemplary method of the present invention, the short-range communication unit 109 may be integrated with the wireless communication unit 108.

The USIM reader unit 110 is a generic term for exchanging at least one data set with a Universal Subscriber Identity Module mounted or detached from the wireless terminal 100 based on the ISO/IEC 7816 standard. As a result, the data set is exchanged in a half-duplex communication method through an Application Protocol Data Unit (APDU).

The USIM 111 is a SIM type card equipped with an IC chip according to the ISO/IEC 7816 standard, an input/output interface including at least one contact point connected to the USIM reader 110, and at least one IC An IC chip memory for storing a chip program code and a data set, and an IC chip program code for calculating the IC chip program code or extracting the data set according to at least one command transmitted from the wireless terminal 100 connected to the input/output interface (or Processing) and transmitting it to the input/output interface.

The input/output interface includes at least one of a power supply (VCC), a reset signal (RST), a clock signal (CLK), a ground (GND), a programming power supply (VPP), and an input/output (I/O). , The processor interfaces with the USIM reader unit 110 through the contact point. The IC chip memory stores system program codes and system parameters corresponding to the operating system of the IC chip and at least one security module, and at least one communication required for access to the wireless communication network of the wireless terminal 100 in a fixed storage area. Stores SIM (Subscriber Identity Module) information including parameters. According to the implementation method of the present invention, the IC chip memory is a storage area for each applet issuer (e.g., SD (Security Domain)) for storing program codes (= applets) and data sets produced by at least one applet issuer. )).

Referring to FIG. 1, the wireless terminal 100 includes an order data holding unit 115 that maintains common order data for the N stores.

Here, the common order data includes at least one product name, image, sale price, and common discount rate (or discount amount) commonly sold in the N stores.

According to an exemplary embodiment of the present invention, the order data holding unit 115 stores and maintains the common order data in the memory unit 112, or a program that a program code using the common order data can refer to. The common order data is declared and maintained in the code area.

According to another embodiment of the present invention, the common order data may be obtained by photographing and reading a code image provided in the store through the camera unit 106, in this case, the order data holding unit 115 The memory unit 112 stores and maintains code read data for reading a code image encoded by the code value corresponding to the common order, or in a program code area that can be referred to by a program code for reading the code image. Code reading data can be declared and maintained.

Referring to FIG. 1, the wireless terminal 100 includes a visitor status authentication unit 120 for authenticating a user's visitor status to a store, and an nth (1≤n) where the user's visitor status among the N stores is authenticated. ?N) and a store identification unit 125 for identifying the store.

The visitor status authentication unit 120 identifies at least one access point 200 to which the wireless communication unit 108 (or short-range communication unit 109) is connected, and the access point 200 is among the N stores. When it is confirmed as the access point 200 provided in any one of the stores, the user is authenticated as entering the store provided with the access point 200.

According to an exemplary method of the present invention, the access point 200 provided in the N stores may maintain store identifier data for identifying the corresponding store, and in this case, the store identification unit 125 is the access point ( 200) by acquiring and discriminating the store identifier data, it is possible to identify the nth store in which the user's visitor status is authenticated among the N stores.

According to another embodiment of the present invention, the memory unit 112 may connect and store the access point 200 identifier data for identifying the access points 200 provided in the N stores and store identifier data, In this case, the store identification unit 125 acquires the access point 200 identifier data from the access point 200, determines store identifier data associated with the access point 200 identifier data, and determines the N stores. Among them, the n-th store in which the user's visitor status is authenticated may be identified.

According to another implementation method of the present invention, the visitor status authentication unit 120 photographs and reads the code image provided in the store through the camera unit 106, and the code attached to any one of the N stores When the image is confirmed, it may be authenticated that the user has entered a store equipped with the access point 200.

In this case, the code image may have store identifier data that identifies the corresponding store, and in this case, the store identification unit 125 extracts and determines the store identifier data encoded in the code image to determine the N stores. Among them, the n-th store in which the user's visitor status is authenticated may be identified.

According to another embodiment of the present invention, the memory unit 112 may store the N number of store location information, and in this case, the visitor status authentication unit 120 locates the location of the wireless terminal 100 and , By comparing the location information of the wireless terminal 100 with the location information of the N stores, the location information of the wireless terminal 100 matches any one of the location information of the N stores (or exists within a preset distance) ), or when the location information of the wireless terminal 100 is included in the store location area, the user may authenticate as entering a store equipped with the access point 200.

In this case, the memory unit 112 may connect and store the N store location information and store identifier data. In this case, the store identification unit 125 includes the wireless terminal 100 among the N store location information. Store identifier data that matches (or approaches) the location information or is connected to the n-th store location information included may be determined to identify an n-th store in which the user's visitor status is authenticated among the N stores.

If the user is not authenticated (or identified) that the user entered the nth store among the N stores, the visitor status authentication unit 120 or the store identification unit 125 terminates the function of the program, or Only non-store order/payment functions provided in the program can be selectively activated.

Referring to Fig. 1, the wireless terminal 100 selects at least one order product and combines the common order data to an order interface that determines the number and size of the selected order product and outputs an order interface output unit ( 130), and an order information configuration unit 145 for configuring product order information including a product identifier, number and size for at least one order product selected through the order interface, and the product order information is the POS terminal ( It is provided with an order processing unit 150 for transmitting through the access point 200 of the n-th store to be transmitted to 205 and receiving order reception data.

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* When the user is authenticated (or identified) that the user entered the nth store among the N stores through the customer status authentication unit 120 and the store identification unit 125, the order interface output unit 130 After selecting at least one order product from among the products sold and outputting an order interface for determining the number and size of the selected order product, a common order maintained through the order data holding unit 115 on the order interface Display at least one product name, image, sale price, and common discount rate (or discount amount) for each sale product included in the data.

According to the present invention, the wireless terminal 100 modifies a part of the common order data through the access point 200 provided in the n-th store, or controls a product individually sold in the n-th store. It may further include an order data receiving unit 135 for receiving the store order data.

Here, the nth store order data includes at least one of a product name, an image, a selling price, and an nth store discount rate (or discount amount) sold in the nth store.

According to an exemplary embodiment of the present invention, the n-th store order data is at least one of a product name, an image, a selling price, and a discount rate (or discount amount) of common order data maintained by the order data holding unit 115 And order data transformed according to the setting of the n-th store.

For example, the n-th store order data may include at least one product name, image, and selling price for the set product after forming a set product by combining at least two products included in the common order data. I can.

Alternatively, the nth store order data maintains the product name, image, and sales price included in the common order data, but the common discount rate (or discount amount) is changed to the nth store discount rate (or discount amount). May contain order data.

According to another embodiment of the present invention, the nth store order data includes at least one product name, image, sales price, and nth store discount rate (or discounted amount) for products individually sold at the nth store. can do.

When the n-th store order data is received through the order data receiving unit 135, the order interface output unit 130 adds and outputs the n-th store order data to an order interface combined with the common order data, or The n-th store order data may be output through a separate order interface.

According to the present invention, the wireless terminal 100 is an individual data receiving unit that receives individual data of the n-th store individually provided to the user from the n-th store through the access point 200 provided in the n-th store. (140) may be further provided.

Here, the n-th store individual data is the n-th store individual discount rate (or discount amount) data for products commonly sold in the N stores, and cumulative purchase for a specific product among products commonly sold in the N stores. Count data (1), cumulative purchase count data (2) for a specific product sold in the nth store among the products commonly sold in the N stores (2), accumulation for a specific product individually sold in the nth store It includes at least one purchase count data (3), accumulated point data (1) commonly accumulated to users in the N stores, and accumulated point data (2) individually accumulated to users in the n-th store.

When individual data of the n-th store is received through the individual data receiving unit 140, the order interface output unit 130 adds and outputs the individual data of the n-th store to an order interface combined with the common order data, or Individual data of the nth store may be output through a separate royalty interface.

When at least one order product included in at least one of the common order data and the n-th store order data is selected through the order interface, and the number and size of the selected order product is determined, the order information is configured. The unit 145 configures product order information including a product identifier for at least one order product selected through the order interface and the number and size of each order product.

According to an exemplary embodiment of the present invention, the order information configuration unit 145 checks the actual selling price for each order product corresponding to the size of the selected at least one order product, and the actual selling price for each order product and the corresponding order After calculating the order amount by multiplying the order number of products, the calculated order amount may be added to the product order information. If the order amount is not discounted by the POS terminal 205 receiving the product order information, the order amount is determined as a payment amount for the product order information.

If at least one discount rate (or discount amount) data is displayed on the order interface and the product identifier selected through the order interface and the discount rate (or discount amount) data are connected, the order information configuration The unit 145 may discount the order amount through the linked discount rate (or discount amount) data.

Alternatively, at least one affiliate identifier data (eg, affiliate discount coupon data) associated with the N stores is stored in the USIM 111 (or the memory unit 112), or at least one affiliated with the n-th store When the affiliate identifier data of is stored, the order information constructing unit 145 may discount the order amount through the linked affiliate identifier data.

According to another embodiment of the present invention, the order information configuration unit 145 may not include the order amount in the product order information, and in this case, the order amount for the product order information is in the product order information. It may be determined by the POS terminal 205 based on the included product identifier and the number and size.

If at least one discount rate (or discount amount) data is displayed on the order interface and the product identifier selected through the order interface and the discount rate (or discount amount) data are connected, the order information configuration The unit 145 may further include the discount rate (or discount amount) data connected to the product order information, and in this case, the POS terminal 205 may include discount rate (or discount amount) data included in the product order information. The order amount can be discounted through.

Or when at least one affiliate identifier data affiliated with the N stores is stored in the USIM 111 (or the memory unit 112), or at least one affiliate identifier data affiliated with the nth store is stored, The order information construction unit 145 may further include the affiliate identifier data in the product order information, in which case the POS terminal 205 calculates the order amount through the affiliate identifier data included in the product order information. You can discount.

When the product order information is configured by the order information configuration unit 145, the order processing unit 150 transmits the configured product order information through the access point 200 of the nth store, and the nth store Process to be transferred to the POS terminal 205 of.

According to an exemplary embodiment of the present invention, the access point 200 of the nth store may be connected to the POS terminal 205, and in this case, the product order information is transmitted through the access point 200 of the nth store. It is delivered to the POS terminal 205 of the nth store.

According to another embodiment of the present invention, the access point 200 of the n-th store is connected to a relay server 215 on a communication network, and the relay server 215 is connected to the POS terminal 205 through a communication network. In this case, the product order information is transmitted to the relay server 215 through the access point 200 of the nth store, and the relay server 215 is sent to the POS terminal 205 of the nth store. The product order information is relayed.

The POS terminal 205 of the nth store receives the product order information, arranges the store order information and the product order information input through the POS terminal 205 according to order order and stores it in a memory, Print. Thereafter, the POS terminal 205 configures order receipt data for the product order information stored in the memory and transmits the product order information to the wireless terminal 100 through a received communication path.

Here, the order receipt data includes store order information input through the POS terminal 205 and receipt identifier data identifying that the order receipt data has been arranged and received according to an order order.

According to the implementation method of the present invention, the POS terminal 205 may allocate an order receipt number to the store order information and product order information according to the order order, and in this case, the order receipt data may be assigned to the product order information. It may include an assigned order receipt number.

According to an exemplary method of the present invention, the order receipt data may further include a payment amount for processing payment for the product order information. Here, the payment amount may include the order amount included in the product order information as it is, or may include the payment amount calculated by the POS terminal 205. If the order amount included in the product order information (or the order amount calculated by the wireless terminal 100) is used as the payment amount, the payment amount may be omitted from the order receipt data.

According to an exemplary method of the present invention, the order receipt data may further include card merchant information (or deposit account information) for processing payment for the product order information. Here, the card merchant information is information identifying a merchant for credit card (or check card) payment, and includes card merchant information commonly used by the N stores, or includes card merchant information of the nth store. can do. In addition, the deposit account information is a deposit bank code and deposit account number for account transfer (or prepaid card or debit card) payment, and includes deposit account information commonly used by the N stores, or the nth store It may include deposit account information of. If the card merchant information (or deposit account information) is stored in the wireless terminal 100, the card merchant information (or deposit account information) may be omitted for the order receipt data.

Referring to FIG. 1, the wireless terminal 100 includes payment information including at least one payment amount for the product order information and card affiliate store information (or deposit account information) of a common store (or the nth store). A payment interface output unit 160 configured to combine and output the payment information to a payment interface for selecting a payment method of the user and acquiring the selected payment method information, and the payment interface And a payment processing unit 165 configured to process payment by configuring payment method information obtained through the payment method and payment request information including the payment information.

When the order receipt data is received through the access point 200 of the n-th store, the payment information configuration unit 155 is used for the payment amount for the product order information processed through the order processing unit 150 and the store common. Payment information including at least one card merchant information (or deposit account information) of (or the n-th store) is configured.

Here, the payment amount may be an order amount included in the product order information, or may be received by being included in the order receipt data.

In addition, the card affiliate store information (or deposit account information) may be stored in the memory unit 112 or may be received by being included in the order receipt data.

When the payment information is configured, the payment interface output unit 160 selects a payment method of the user obtainable through the wireless terminal 100 and outputs a payment interface for obtaining the selected payment method information, and then the payment The payment amount included in the payment information is displayed on the interface.

When the user's payment method information is provided in at least one of the USIM 111, the memory unit 112, and a financial IC chip (not shown) provided in the wireless terminal 100 according to an exemplary method of the present invention , The payment interface output unit 160 obtains the payment method information from the medium through user authentication for the payment method and displays it on the payment interface.

According to another embodiment of the present invention, the payment interface output unit 160 outputs an interface for inputting payment method information for a payment method possessed by the user, and the key input unit 103 (or a contact/contact card The payment method information is input and processed through a reader unit (not shown) and displayed on the payment interface.

According to the implementation method of the present invention, the payment interface output unit 160 includes user authentication information (eg, user's personal identification number), payment method authentication information (eg, card password, account password), and transaction authentication on the payment interface. The authentication interface for inputting at least one of information (eg, account transfer password) and one-time authentication information may be further included and output. Here, the user authentication information, payment method authentication information, and transaction authentication information are key input through the key input unit 103, and the disposable authentication information is dynamic with at least one fixed seed value maintained in the wireless terminal 100. It is generated by substituting the determined dynamic seed value into a preset code generation algorithm.

When the user's payment method information is obtained through the payment interface, the payment processing unit 165 configures payment method information obtained through the payment interface and payment request information including the payment information. If at least one of the user authentication information, payment method authentication information, transaction authentication information, and disposable authentication information is input through the payment interface, the payment processing unit 165 authenticates the inputted in the payment request information. You can configure payment request information by adding information.

When the payment request information is configured, the payment processing unit 165 processes the payment request information to be transmitted to the payment server 220 corresponding to the payment method to process payment for the payment information.

According to an exemplary method of the present invention, the payment processing unit 165 may process the payment request information to be transmitted to the payment server 220 corresponding to the payment method through the access point 200 of the n-th store. have. In this case, the payment request information is directly transmitted to the payment server 220 through the access point 200 of the n-th store, or the payment server through a relay server 215 connected to the POS terminal 205 It can be transmitted to 220.

According to another embodiment of the present invention, the payment processing unit 165 transmits the payment request information to the POS terminal 205 of the nth store through the access point 200 of the nth store, and the POS The terminal 205 may process payment for the payment request information according to a preset payment procedure.

According to another embodiment of the present invention, the payment processing unit 165 makes the payment to the payment server 220 through a wireless communication network to which the wireless communication unit 108 is connected (eg, a CDMA/WCDMA-based mobile communication network). Request information can be processed to be transmitted.

Referring to Figure 1, the wireless terminal 100, a payment result sharing unit for sharing the payment processing result for the payment request information with the POS terminal 205 through the access point 200 of the nth store ( 170) and, through the access point 200 of the n-th store, an identification number that is assigned a unique identification number that does not overlap with the identification number assigned to at least one order identification device 210 linked to the POS terminal 205 A number assignment unit 175 and an order product receiving control unit 180 receiving and outputting an order product receiving request message including the assigned unique identification number through the access point 200 of the nth store within a predetermined time. Equipped.

When a payment processing result including payment approval for the payment request information is received from the payment server 220, the payment result sharing unit 170 uses the POS terminal through the access point 200 of the nth store. 205 and the wireless terminal 100 process to share the payment processing result.

When the payment processing result is received from the payment server 220 to the wireless terminal 100 according to an exemplary method of the present invention, the payment result sharing unit 170 is the access point 200 of the nth store. The payment processing result is transmitted to the POS terminal 205 through.

According to another embodiment of the present invention, when the payment processing result is received by the wireless terminal 100 through the relay server 215 connected to the POS terminal 205, the payment result sharing unit 170 The payment processing result is processed to be distributed to the POS terminal 205 through the relay server 215.

When the payment process is processed through the PSO terminal according to another embodiment of the present invention, the payment result sharing unit 170 receives the payment result from the POS terminal 205.

If the payment processing result is a result of an account transfer, the payment result sharing unit 170 sends a cash receipt issuance identifier to the POS terminal 205 through the access point 200 of the nth store (for example, the wireless terminal The phone number assigned to (100) or the user's resident registration number) is further transferred, and the POS terminal 205 issues a cash receipt based on the payment processing result and the cash receipt issuance identifier.

When the payment processing result for the payment request information is shared, the POS terminal 205 includes at least one order identification device 210 (eg, identification number) provided in the store in the payment processing result (or product order information). Is assigned a unique identification number that does not overlap with the assigned identification number (vibrating bell device), and constructs an order identification message including the assigned unique identification number and transmits it to the wireless terminal 100, and the identification The number allocation unit 175 receives and outputs an order identification message including the assigned unique identification number from the POS terminal 205 through the access point 200 of the n-th store. Here, the unique identification number may be the same as the order identification number or may be a separate identification number.

Thereafter, the POS terminal 205 checks whether an order product delivery condition for at least one order product corresponding to the unique identification number is satisfied within a predetermined time, and when the order product delivery condition is satisfied, the assigned unique identification An order product receiving request message including a number is constructed and transmitted to the wireless terminal 100, and the order product receiving control unit 180 receives and outputs the order product receiving request message. Here, the order product delivery condition is a necessary and sufficient condition in which the product ordered by the user is manufactured and delivered to the user. When an order product delivery command is input through the POS terminal 205, the order product delivery condition is satisfied. .

According to an exemplary embodiment of the present invention, the order product receipt request message is the authenticator data (eg, authentication code or authentication code) dynamically generated in the POS terminal 205 at the time of constructing the order product receipt request message. A coded barcode (2D barcode)) may be further included, and in this case, the order product receiving control unit 180 outputs a unique identification number and authenticator data through the screen output unit 102.

According to another embodiment of the present invention, the order product receipt request message may further include a voice message requesting receipt of the order product. In this case, the order product receipt control unit 180 includes the screen output unit ( 102) and outputs the voice message through the sound output unit 104.

According to another embodiment of the present invention, the order product receipt request message may further include a vibration command code for vibrating a vibrator (not shown) provided in the wireless terminal 100, in which case the order product The receiving control unit 180 outputs a unique identification number through the screen output unit 102 and vibrates the vibrator of the wireless terminal 100.

Referring to Figure 1, the wireless terminal 100, when the shared payment processing result is an account transfer result, a cash receipt issued by the POS terminal 205 through the access point 200 of the nth store It further comprises a cash receipt receiving unit 185 for receiving data.

When the payment processing result shared through the payment result sharing unit 170 is an account transfer result, the POS terminal 205 issues a cash receipt for the account transfer result through the payment processing result and the cash receipt issuance identifier. After that, the issued cash receipt data is configured and transmitted to the wireless terminal 100, and the cash receipt receiving unit 185 receives the cash receipt data through the access point 200 of the nth store and It is stored in the unit 112.

According to the implementation method of the present invention, the cash receipt data may be included in the order product receipt request message and received. In this case, the cash receipt receiving unit 185 extracts the cash receipt data from the order product receipt request message. And save it.

Referring to Fig. 1, the wireless terminal 100 determines whether a program corresponding to the functional configuration of the wireless terminal 100 described above is provided through the access point 200 of the n-th store, and the program is A message receiving module 190 for executing the program if provided, and receiving a program driving message requesting to receive the program from a server on a communication network if the program is not provided is further provided.

The message receiving module 190 determines whether a program corresponding to the functional configuration of the wireless terminal 100 is provided through the access point 200 of the n-th store, and if the program is provided, the program is When the program is executed and the program is not provided, the wireless terminal 100 receives a program drive message including a command code requesting to receive the program from a server on a communication network, and executes the command code included in the program drive message. ) Is equipped with the above program. If the program is provided in the wireless terminal 100, the message receiving module 190 drives a program provided in the wireless terminal 100 by executing a command code included in the program driving message. On the other hand, if the program is not provided in the wireless terminal 100, the message receiving module 190 executes the command code included in the program driving message, and the access point 200 (or the wireless The program code corresponding to the functional configuration of the wireless terminal 100 is received and mounted through the wireless communication network to which the communication unit 108 is connected.

Referring to FIG. 1, the wireless terminal 100 reads a code value encoded in a code image acquired through the camera unit 106, and the functional configuration of the wireless terminal 100 described above in the wireless terminal 100 Further comprising an image reading module 195 for determining whether a program corresponding to is provided, executing the program if the program is provided, and requesting to receive the program from a server on a communication network if the program is not provided do.

The image reading module 195 acquires and reads a code image in which a preset code value is coded among the images acquired through the camera unit 106, interprets the read code value, and details it to the wireless terminal 100. It is determined whether a program corresponding to the functional configuration of the wireless terminal 100 is provided. If the program is provided in the wireless terminal 100, the image reading module 195 drives the program provided in the wireless terminal 100 based on the interpreted code value. On the other hand, if the program is not provided in the wireless terminal 100, the image reading module 195 is configured to the access point 200 (or the wireless communication unit 108) of the nth store based on the interpreted code value. A program code corresponding to the functional configuration of the wireless terminal 100 is received and mounted through a wireless communication network to which the program is accessed. For this purpose, the read code value may include server information to receive the program.

2 is a diagram showing the configuration of a store order processing system through a wireless terminal 100 according to an embodiment of the present invention.

In more detail, FIG. 2 shows the wireless terminal 100 when a user holding the wireless terminal 100 shown in FIG. 1 enters a store having a POS terminal 205 and an access point 200. It shows the system configuration for processing the order of the store through, and for those of ordinary skill in the art to which the present invention belongs, various implementation methods for the store order processing system by referring to and/or modifying this Figure 2 Although it may be inferred, the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG.

In the store, an access point 200 to which the wireless terminal 100 entering the store connects, a POS terminal 205 that processes store orders of users who enter the store, and after completing the order of the store order customer An order identification device 210 is provided that is paid to the user until the order product is received. The order identification device 210 communicates with a wireless device associated with the POS terminal 205 and vibrates in response to a request to receive the order product through the POS terminal 205 and instructs the user to receive the order product.

When the user enters the store through the message receiving module 190 shown in FIG. 1 or the user enters the radio frequency reach range of the access point 200, the user wireless terminal 100 The program shown in Fig. 1 can be automatically executed.

Alternatively, the wireless terminal 100 can automatically execute the program shown in FIG. 1 when the code image attached to the store is recognized through the image reading module 195 shown in FIG. 1.

Alternatively, the wireless terminal 100 may execute the program shown in FIG. 1 by a user's key input.

At the same time as the program is executed, the user's store visitor status is authenticated, and the nth store where the user's visitor status is authenticated is identified.

When it is identified that the user has entered the nth store among N stores, the program selects at least one order product from among common order data for N stores and products included in the nth store order data, and the selected Outputs an order interface that determines the number and size of ordered products.

When the order product, number and size are determined through the order interface, the program constructs product order information for the order product and transmits it to the POS terminal 205 through the access point 200. Here, the product order information may be directly transmitted to the POS terminal 205 through the access point 200 or relayed to the POS terminal 205 through a relay server 215.

After receiving the product order information, the POS terminal 205 arranges the store order information input by key and the product order information according to order order, and then configures order receipt data for the product order information to the wireless terminal 100. ).

The program configures payment information by receiving the order receipt data, obtains the user's payment method information, and then configures payment request information including the payment information and payment method information to make a payment corresponding to the payment method. The server 220 processes payment for the payment information.

The payment processing result is a program and a POS terminal 205 are shared through the access point 200, and the POS terminal 205 is connected to at least one order identification device 210 linked to the POS terminal 205. A unique identification number that does not overlap with the assigned identification number is allocated and provided to the wireless terminal 100.

Thereafter, the POS terminal 205 checks whether an order product delivery condition for at least one product corresponding to the product order information is satisfied within a predetermined time, and if the order product delivery condition is satisfied, the assigned unique identification number Constructing an order product receipt request message comprising a and transmitting it to the wireless terminal 100, and the program receives and outputs the order product receipt request message, and at the same time, a wireless terminal 100 corresponding to the order product receipt request message. ) Control the operation.

3 is a diagram showing a program driving process according to an exemplary method of the present invention.

In more detail, FIG. 3 corresponds to the functional configuration shown in FIG. 1 by using a program drive message received from the message receiving module 190 shown in FIG. 1 through the access point 200 of the nth store. It shows the process of driving the program to perform.

Referring to Figure 3, the message receiving module 190 receives a program drive message from the access point 200 of the nth store (300). According to another embodiment of the present invention, the program driving message may be received through a wireless communication network to which the wireless terminal 100 is connected.

The message receiving module 190 checks whether a program for processing product orders of the nth store is mounted in the wireless terminal 100 through the received program driving message (305).

If the program is confirmed (310), the message receiving module 190 drives the confirmed program (315). On the other hand, if the program is not confirmed (310), the message receiving module 190 receives the program from the server on the communication network, mounts it on the wireless terminal 100 (315), and drives the loaded program (315). ).

4 is a diagram showing a program driving process according to another exemplary embodiment of the present invention.

In more detail, FIG. 4 shows a process of recognizing the code image attached to the n-th store by the image reading module 195 shown in FIG. 1 and driving a program corresponding to the functional configuration shown in FIG. I did it.

Referring to FIG. 4, the image reading module 195 extracts a code value by acquiring and reading a code image attached to an n-th store (400), and the n-th in the wireless terminal 100 through the code value. It is checked whether a program for processing an order for goods in the store is installed (405).

If the program is confirmed (410), the image reading module 195 drives the confirmed program (415). On the other hand, if the program is not confirmed (410), the image reading module 195 receives the program from the server on the communication network, mounts it on the wireless terminal 100 (415), and drives the loaded program (415). ).

5 is a diagram illustrating an order interface output process according to an exemplary method of the present invention.

In more detail, FIG. 5 is a program provided in the wireless terminal 100 including the functional configuration shown in FIG. 1, selecting at least one order product from among the products sold at the nth store where the user entered, and the selected It shows a process of outputting an order interface for determining the number and size of ordered products, and for those of ordinary skill in the art, the process of outputting the order interface by referring to and/or modifying this drawing 5 Various implementation methods for (e.g., some steps are omitted or the order is changed) may be inferred, but the present invention includes all the inferred implementation methods, and the implementation shown in FIG. The technical characteristics are not limited only by the method.

Referring to FIG. 5, the order data holding unit 115 maintains common order data for N stores capable of processing orders through a program including the functional configuration shown in FIG. 1 (500 ).

When the program is driven (505) while the common order data is maintained, the visitor status authentication unit 120 authenticates that the user of the wireless terminal 100 enters any one of the N stores. (510). Here, the program may be driven through the process shown in FIG. 3 or 4, or may be driven through a user's key input.

If the user's store visitor status is not authenticated (515), the visitor status authentication unit 120 terminates the program function or selectively activates the non-store order/payment function of the program (520).

On the other hand, when the user's state of entering the store is authenticated (515), the store identification unit 125 identifies the nth store in which the state of the user's entry is authenticated among the N stores (525).

If the n-th store is not identified (530), the store identification unit 125 terminates the program function or selectively activates the non-store order/payment function of the program (535).

On the other hand, when the n-th store is identified (530), the order interface output unit 130 selects at least one order product and outputs an order interface for determining the number and size of the order product (540).

If the n-th store order data is not confirmed at the time of outputting the order interface (545), the order interface output unit 130 displays the maintained common order data on the order interface (550).

On the other hand, when the n-th store order data is confirmed at the time of outputting the order interface (545), the order interface output unit 130 provides the common order data and the confirmed n-th store order data in the order interface. Is displayed (555).

In addition, when the n-th store individual data is checked at the time of outputting the order interface (560), the order interface output unit 130 may add and display the n-th store individual data to the order interface (565). ).

6 is a diagram illustrating an order processing process according to an exemplary method of the present invention.

In more detail, FIG. 6 shows a process of ordering at least one product among the products sold at the nth store where the user enters through the order interface output through the process shown in FIG. 5. Those of ordinary skill in the relevant technical field may refer to and/or modify this Figure 6 to infer various implementation methods for the order processing process (e.g., implementation methods in which some steps are omitted or the order is changed). Although it may be possible, the present invention includes all of the above inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 6.

Referring to Fig. 6, when an order interface is output through the process shown in Fig. 5, the order information configuration unit 145 selects at least one order product through the order interface, and determines the number of the selected order product and It is checked whether the size is determined (600). If at least one order product is selected through the order interface and the number and size of the selected order product is determined (605), the order information configuration unit 145 is configured to provide a product identifier and number and size of the selected order product. Configure product order information including (610), and the order processing unit 150 transmits the product order information to the POS terminal 205 of the nth store through the access point 200 of the nth store. (615).

The POS terminal 205 receives the product order information, stores the store order information input through the POS terminal 205 and the received product order information according to order order, stores it in a memory, and displays a screen. (620). Thereafter, the POS terminal 205 configures order receipt data for product order information stored in the memory and transmits the product order information to the wireless terminal 100 through a received communication path (625), and the order The processing unit 150 receives order receipt data for the product order information through the access point 200 of the n-th store (630).

7 is a diagram illustrating a payment processing process according to an exemplary method of the present invention.

In more detail, FIG. 7 shows a process of processing payment for an ordered product ordered through the process shown in FIG. 6. If a person of ordinary skill in the art to which the present invention belongs, this FIG. 7 By referring and/or modifying, various implementation methods for the payment processing process (e.g., some steps are omitted or the order is changed) may be inferred, but the present invention includes all the inferred implementation methods. It is made, and the technical features are not limited only by the implementation method shown in FIG. 7.

Referring to FIG. 7, when order receipt data for product order information is received through the process shown in FIG. 6, the payment information configuration unit 155 is configured with a payment amount for the product order information and a store common (or the Payment information including at least one card merchant information (or deposit account information) of the nth store) is configured (700).

The payment interface output unit 160 outputs a payment interface for selecting a payment method of the user and obtaining the selected payment method information (705), and the payment amount and card merchant information (or deposit account information) on the payment interface. Payment information including at least one is displayed (710).

If payment method information for processing the payment for the payment information is not obtained (715 ), the payment interface output unit 160 outputs a payment error message (720 ), and ends the payment processing process.

On the other hand, when payment method information for processing payment for the payment information is obtained (715), the payment interface output unit 160 displays the obtained payment method information on the payment interface (725), and the payment processing unit 165 ) Configures payment request information including the payment method information and payment information (735).

If at least one authentication information is inputted through the payment interface (730), the payment processing unit 165 configures payment request information including the payment method information, payment information, and the input at least one authentication information. (740).

Thereafter, the payment processing unit 165 processes the payment request information to be transmitted to the payment server 220 to process payment for the payment information (745).

If payment for the payment information is approved (750), the payment result sharing unit 170 shares the payment processing result to the POS terminal 205 through the access point 200 of the nth store ( 755).

On the other hand, if the shared payment processing result is an account transfer result (760), the POS terminal 205 issues a cash receipt based on the payment processing result and vomits the access point 200 to the wireless terminal 100. Then, the cash receipt receiving unit 185 receives and stores the cash receipt data (765).

Figure 8 is a diagram showing a process of receiving an order product according to an implementation method of the present invention.

In more detail, FIG. 8 is a process of processing a user to receive the ordered product within a certain time after payment for the product ordered through the process shown in FIG. 6 is processed through the process shown in FIG. 7 As shown, if a person of ordinary skill in the art to which the present invention belongs, various implementation methods for the order product receiving process by referring to and/or modifying this Figure 8 (eg, some steps are omitted, or The implementation method in which the order is changed) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 8.

Referring to FIG. 8, payment for a product ordered through the process shown in FIG. 6 is processed through the process shown in FIG. 7, and the payment process is performed between the wireless terminal 100 and the POS terminal 205. When the result is shared, the identification number assignment unit 175 is connected with the POS terminal 205 through the access point 200 to identify a unique identification that does not overlap with the identification number assigned to the order identification device 210 in the store. Assign a number (800).

If the unique identification number is assigned (805), the POS terminal 205 checks whether the order product delivery condition for at least one order product corresponding to the unique identification number is satisfied within a predetermined time (810), and if When the order product delivery condition is satisfied (815), the POS terminal 205 includes the unique identification number, and receives an order product further including at least one authenticator data, a voice message, and a vibration command code according to an implementation method. Construct a request message (820). According to the implementation method of the present invention, the order product receipt request message may further include cash receipt data.

Thereafter, the POS terminal 205 transmits the order product receipt request message to the wireless terminal 100 through the access point 200 (825), and the order product receipt control unit 180 is the access point ( 200) to receive the order product product receipt request message (830), and a screen output of the unique identification number included in the order product receipt request message, further screen the authenticator data included in the order product receipt request message The wireless terminal 100 is controlled to vibrate by outputting or outputting a voice message included in the order product receiving request message as sound, or executing a vibration command code included in the order product receiving request message (835).

115: order data maintenance unit 120: visitor status authentication unit
125: store identification unit 130: order interface output unit
135: order data receiving unit 140: individual data receiving unit
145: order information configuration unit 150: order processing unit
155: payment information configuration unit 160: payment interface output unit
165: payment processing unit 170: payment result sharing unit
175: identification number allocation unit 180: order product receiving control unit
185: cash receipt receiver 190: message receiving module
195: image reading module

Claims (4)

In a method executed through a server communicating with a program of a user's wireless terminal and communicating with a store terminal of a specific store,
When product order information for a product of a specific store generated through a program of the user's wireless terminal is provided to the store terminal of the specific store, the server is an order uniquely assigned to the product order information according to the order receiving procedure of the store terminal A first step of verifying a unique identification number that is uniquely generated separately in order to uniquely identify product order information generated through a program of the wireless terminal in addition to the reception number and separately manage it;
A second step of processing the server to include and transmit the unique identification number in an order identification message transmitted to a program of the user wireless terminal in response to an order receipt of the product order information; And
When the order product corresponding to the order received product order information is delivered to the user, the server stores the unique identification number in the order product receipt request message transmitted to the program of the user's wireless terminal in response to the delivery of the order product. A third step of processing to include and transmit the order management method using a wireless terminal comprising a.
The method of claim 1, wherein the order receipt number,
An order management method using a wireless terminal, comprising: an in-store order and a number assigned according to a designated order order of an order corresponding to the product order information.
The method of claim 1, wherein the order identification message,
Order management method using a wireless terminal, characterized in that further comprising an order order corresponding to the order receipt number or the order receipt number.
The method of claim 1, wherein the order product receipt request message,
An order management method using a wireless terminal, characterized in that it further comprises authenticator data dynamically generated to identify and authenticate delivery of the order product corresponding to the product order information.

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