KR101754852B1 - Method for Settling Reverse-Order - Google Patents

Abstract

The method of the present invention is executed through a server communicating with a user smartphone and communicating with a store terminal of an offline store, the user being a guest or a visitor, the method comprising the steps of: Receiving order information for ordering at least one merchandise to be sold by a user or in an in-store shop that is scheduled to arrive and transmitting the order information to the user via the user smart phone, using the payment means selected by the user, And when order settlement is completed, order information is received from the store terminal by providing the order information to the store terminal of the offline store where the user is confirmed or the user is scheduled to arrive, Received at the store terminal When the pick-up condition of the goods corresponding to the door information is established, a pickup call message corresponding to the pick-up condition establishment is provided to the program of the user smartphone, and the user passenger confirmation is communicated with the program of the user smartphone A resource for locating a location of a smartphone, a wireless communication unit for transmitting and receiving a radio signal in a short distance and detecting a signal strength, and a resource for acquiring a pixel-matrix-matched image, And more particularly to a reverse order settlement method that is confirmed based on a result obtained by reading a value acquired through one or more available resources.

Description

{Method for Settling Reverse-Order}

The present invention relates to a method for communicating with a user smartphone and executed through a server capable of communicating with a store terminal of an offline store where the user is a passenger or scheduled to arrive, the method comprising the steps of: Receiving order information for ordering at least one commodity to be sold in a store and confirming completion of order settlement of the order information that has been processed by using the payment means selected by the user among the available payment means of the user through the user smartphone When the order payment is completed, order information is received from the store terminal by providing the order information to the store terminal of the offline store where the user customer is confirmed or the user is scheduled to go to the store, and the order information received by the store terminal Of the goods corresponding to Up condition corresponding to the pick-up condition is satisfied, a pick-up call message corresponding to the pick-up condition establishment is provided to the program of the user smartphone, and the user passenger confirmation is communicated to the program of the user smart phone, A resource that locates the location of the smartphone, a resource that transmits and receives wireless signals in close proximity and detects signal strength, and a resource that acquires a pixel-matrix-matched image through one or more resources available through the program of the user smartphone Which is confirmed based on the result of reading the value of the reverse order.

With the recent activation of smartphones, there is an increasing opportunity to install applications on the smart phone to provide various application-based services to users.

In the past, an application installed in a mobile phone has been produced in the form of a virtual machine (VM), and complicated usage approval of a communication company has been required to install the application in the mobile phone. Therefore, there were many limitations in creating and distributing mobile phone applications to mobile phone users, and it was almost impossible to create / distribute mobile phone applications except for some content providers who contracted with mobile operators.

In recent years, a smartphone started to be activated by a smartphone can install various applications without the above-mentioned restriction, and can provide the application-based service to the smartphone user. The smartphone user can access the server So you can download and install the application you want. Therefore, operators operating offline stores were given the opportunity to create applications that could be used in their stores and distribute them to smartphone users, without relying on content providers.

However, such an opportunity means that there is a different opportunity for the creation and distribution of smartphone applications than the conventional mobile phone, which means that there is no chance for a store order payment service provided through a smartphone application. no.

Most of the order payment methods proposed so far in the field of processing an order payment by loading an application in a customer terminal are to create an order form through the application in the customer terminal and to deliver the order form to the POS terminal of the store, And payment for the order form is processed through the POS terminal.

At this time, the method of delivering the order form created through the application of the customer terminal to the POS terminal includes a method using short-range communication, a method of displaying an image including contents of order book in the customer terminal, to be. In order to transfer an order to the POS terminal from the customer terminal using the short-range communication, the POS terminal must additionally include a local communication device. In order to recognize the image and transmit the order to the POS terminal from the customer terminal, There is a problem that a recognition device for recognizing an image and extracting contents of an order form must be additionally provided. Particularly, since the order settlement method as described above is performed through both the POS terminal and the POS terminal, the load of the order settlement for the POS terminal increases, and in some cases, There is a problem that it takes a longer time than standing in front of the terminal and ordering and paying to the store staff orally.

In order to solve the above problems, an object of the present invention is to provide a method for communicating with a user smartphone and being executed through a server capable of communicating with a store terminal of an offline store, A first step of receiving order information for ordering at least one merchandise to be sold by the user from an offline store or a user who is going to be a visitor, and a second step of selecting a payment means selected by the user among payment methods available to the user via the user smartphone A second step of confirming completion of order settlement of the order information that has been settled and processed, and a second step of, when the order settlement is completed, providing the order information to the store terminal of the offline store, To the store terminal, And a fourth step of processing the pick-up call message corresponding to the pick-up condition establishment to be provided to the program of the user smart phone when the pickup condition of the goods corresponding to the order information received at the store terminal is established, Wherein the user identification information includes at least one of a resource for communicating with a user smartphone and a resource for locating a location of a smartphone, a wireless communication unit for transmitting / receiving a wireless signal at a short distance, The method comprising the steps of: acquiring a matrix-based image; acquiring a matrix-based image; acquiring a matrix-based image;

The method of the present invention is executed through a server communicating with a user smartphone and communicating with a store terminal of an offline store, the user being a guest or a visitor, the method comprising the steps of: A first step of receiving order information for ordering at least one merchandise to be sold by a user or an in-store, which is intended to be visited by a user, and a second step of performing settlement processing using a payment means selected by the user, A second step of confirming completion of order settlement of the order information, and a second step of, upon completion of the order settlement, providing the order information with the order settlement completed to the store terminal of the offline store where the user visitor is confirmed, 3rd in order to accept And a fourth step of processing the pickup call message corresponding to the pickup condition establishment to be provided to the program of the user smartphone when a pickup condition of the goods corresponding to the order information received at the store terminal is established, The user confirmation of the user is made by communicating with a program of the user's smartphone and transmitting the radio signal to the user smart phone, which locates the location of the smart phone, Is obtained based on a result obtained by reading a value obtained through one or more resources available through a program of the smartphone of the user among the resources acquiring the user's smartphone.
In the reverse order payment method according to the present invention, the method further comprises providing order data for ordering a product to be sold in the store, And receives order information configured through the program of the user smartphone based on the order data.
In the reverse order settlement method according to the present invention, the order information may include information for ordering a product commonly sold in the store group to which the store belongs.
In the reverse order settlement method according to the present invention, the order settlement may be processed through a program of the user smartphone or through a payment means operation server connected to the user smartphone.
In the reverse order settlement method according to the present invention, when the user enters the store, the store is entered into the store terminal on the basis of the completion time of the order settlement or the time point when the order information is provided to the store terminal The order information is ordered and the order of the order is prior to the in-store order information that has not been inputted into the store terminal at the time of completion of the order settlement or when the order information is provided to the store terminal .
In the reverse order payment method according to the present invention, the pick-up call message includes a message for outputting a unique identification number that uniquely identifies an order using a user smart phone through a user smart phone .
In the reverse order payment method according to the present invention, it is preferable that the user's smartphone is provided with a program of a user smart phone to transmit and receive a radio signal of a localized location of a smartphone, a nearby radio signal, A resource, a value acquired through one or more resources available through a program of the user smartphone, among resources acquiring a pixel-matrix-matched image, or the server may determine one or more resources from a program of the user smartphone Or a combination of at least one of, for example, one or more of the following:
In the reverse order settlement method according to the present invention, the third step may further include providing settlement completion information corresponding to completion of the order settlement to the store terminal of the store.
The method may further comprise the step of providing order information corresponding to the order information received at the store terminal of the store to provide the order information to a program of the user smartphone, do.
In the reverse order payment method according to the present invention,
The user smartphone communicates with the program of the user smartphone so that the location of the user smartphone exists within a certain range of the location of the specific store corresponding to the order information and at the same time, The signal intensity is recognized as a signal strength of a predetermined intensity or higher.
The reverse order payment method according to the present invention is a reverse order payment method of a server communicating with a smartphone of a user and communicating with a POS of an in-store that the user has visited, the method comprising the steps of: Identifying at least one item to be sold to a user in the store, configuring order data for ordering at least one item out of the confirmed items, and providing the order data to the smartphone; The method comprising the steps of: receiving one order information; checking whether settlement of the order information is completed through the payment means selected by the user among payment means of the user available through the smartphone; And transmits the order information and the settlement completion information to the POS The order in which the payment processing information on the sheet comprising the step of requesting the ordering information to be inserted is arranged, based on the completion time of payment orders.

The reverse order settlement method according to the present invention is characterized in that the reverse order settlement method comprises the steps of: determining, based on at least one state value among a position state value of the smart phone and a near field wireless communication state value between the near field wireless communication module and the in- And confirming a visitor or a visitor schedule.

The reverse order settlement method according to the present invention further includes a step of verifying that the payment means selected by the user is a payment means available for processing the order information.

The reverse order settlement method according to the present invention further includes the step of providing order detail information identifying the order information received at the POS to the smartphone when the order information is received at the POS .

In the reverse order payment method according to the present invention, the order data may include order data of a commodity sold on a common condition in a store group to which the store belongs, and order data of a commodity sold on the individual condition in the store .

In the reverse order settlement method according to the present invention, the settlement is processed through the smartphone or through a payment means operation server connected to the smartphone.

In the reverse order settlement method according to the present invention, the POS includes Q (Q > 1) number of storing areas for storing order information including i (i, 1) order values directly input through a store employee Storing the order information including the j (1) number of orders transmitted from the application, and storing the received order information in the storage area, (I < = q < = Q) storage area in which order information is not stored, by extracting i order values among the j order values included therein.

According to the present invention, after a settlement process corresponding to an order request for at least one merchandise sold in the store through an application provided in a smartphone of a user who is in a shop or a user who is expected to arrive, (POS terminal) to process the order settlement for the merchandise sold in the store conveniently and promptly without increasing the order settlement load on the POS server (or POS terminal) by accepting the requested order.

1 is a diagram illustrating a configuration of a reverse order payment system using a smartphone application according to an embodiment of the present invention.
2 is a diagram illustrating a reverse order settlement process using a smartphone application according to an embodiment of the present invention.
FIG. 3 is a diagram illustrating a process of picking up an order item processed in an reverse order settlement process according to an embodiment of the present invention.
FIG. 4 is a diagram illustrating a process of setting up reverse order settlement according to an embodiment of the present invention.
5 is a diagram illustrating an example of a reverse order payment screen using a smartphone application according to an embodiment of the present invention.
6 is a diagram illustrating a configuration of a reverse order payment system function using a smartphone application according to another embodiment of the present invention.
7 is a diagram illustrating a configuration of a smartphone function according to an embodiment of the present invention.
8 is a view showing a configuration of a store system according to an embodiment of the present invention.
9 is a view showing a configuration of a store system according to another embodiment of the present invention.
10 is a diagram illustrating a configuration of a store system according to another embodiment of the present invention.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are merely means for effectively explaining the technical idea of the present invention to a person having ordinary skill in the art to which the present invention belongs Only.

FIG. 1 is a diagram illustrating a configuration of an reverse order payment system using a smartphone 700 application according to an embodiment of the present invention.

In more detail, FIG. 1 illustrates an example of a case where a user who is in a store or a user who is expected to arrive is provided with an application provided in the store after payment processing corresponding to an order request for at least one product sold in the store FIG. 2 illustrates a reverse order payment system configuration in which the POS server 140 (or the POS terminal 150) receives the requested order. As shown in FIG. 1, It is to be understood that the invention is not limited thereto and that various changes and modifications may be made thereto without departing from the spirit and scope of the invention as defined in the appended claims. Technical features are not limited.

According to the present invention, the reverse order payment system includes a smartphone 700 of a user having an application shown in FIG. 7, an access point 130 provided in the store, A store system 900 including at least one POS terminal 150 connected to a POS terminal 150, a pickup terminal 135 and a POS server 140 connected to the POS terminal 150 (or the pickup terminal 135) 700) for receiving an order request from the smartphone (700), maintaining the payment order until the settlement processing is completed, and storing the settlement order information in the store And an order server 105 connected to the smartphone 700 and configured to transmit the order requested to the order server 105 according to a payment request through the application (or a payment program associated with the application) And the POS server 140 and the POS terminal 150 on the store system 900 may be configured as independent computers or as a single computer The pick-up terminal 135 on the store system 900 may be integrally connected to the POS terminal 150 or separately from the POS terminal 150.

The smartphone 700 determines an nth (1? N? N) store where the smartphone 700 is or is scheduled to arrive from N (N? 1) stores having the store system 900 , And drives an application for processing an order settlement of the nth store. The application forms order information for requesting ordering of at least one commodity sold in the nth store in cooperation with the order support server 100, and transmits the order information to the smartphone 700 (or application) 700) determines a payment medium for identifying a payment means for processing payment for a payment amount derived from the order information among P (P? 1) payment means available to the user, And transmits the determined settlement medium information and the order information to the order server 105. The order server 105 transmits the settlement identification information to the order server 105,

The order support server 100 stores order data for a merchandise sold in a store and stores it in an order data holding medium, identifies a smartphone 700 that has entered or is scheduled to arrive at the store, And then combines the order data with the order interface in the store and outputs the combined order data to the application.

According to an embodiment of the present invention, the order support server 100 periodically obtains r (1? 1? R) resources among R (R> 1) resources included in the smartphone 700 And stores at least one set of identification values necessary for identifying the store where the smartphone (700) has visited or is scheduled to be visited based on the resource status value, wherein the store identification information medium When the resource status value obtained from the N resources is included in a certain range of the resource status discrimination value held in the burden discrimination information medium, the store corresponding to the resource status discrimination value among the N stores, Can be identified as the nth store that is either the visitor or the visitor.

According to another embodiment of the present invention, the order support server 100 includes the store identification information medium, and the function of determining the nth store where the smartphone 700 has visited or is scheduled to be visited, In this case, the order support server 100 may provide the resource status discrimination value held in the burden discriminating information medium to the application so that the smartphone 700 can receive the resource status discrimination value, It is possible to identify the nth store to be scheduled.

According to still another embodiment of the present invention, the store identification information medium is provided in the smartphone 700, and the function of determining whether the smartphone 700 has visited or is scheduled to visit is determined by the smartphone 700 In this case, the order support server 100 receives information from the smartphone 700 to identify the nth store where the smartphone 700 has visited or is scheduled to visit.

The order support server 100 is connected to the smartphone 700 through an access point 130 (or a wireless communication network to which the smartphone 700 is connected) The order data support medium supports an order request for at least one item sold in a store where the smartphone 700 has been or is to be visited by the smartphone 700 based on the order data stored in the smartphone 700 700, the order support server 100 need not include the order data retaining medium.

According to an embodiment of the present invention, the order support server 100 holds order data for sales products for each store sold in the N stores in the order data holding medium, Store order data is extracted from the order data maintenance medium when the smartphone 700 is requested to order or the nth store is scheduled to enter.

According to another embodiment of the present invention, the order support server 100 transmits order data to a product sold in a specific store (or a store group that sells the same product among the N stores) among the N stores, And stores order data of the nth store from the order data holding medium when ordering of the specific store (or store group) is requested from the application.

In the case where the application is provided with t (t? 1) order interface output functions that are combined with the order data to set j (j? 1) order values according to an embodiment of the present invention, 100 transmits the order data extracted from the order data holding medium to the application, and processes the order data in combination with the t order interfaces.

When the order support server 100 has a function of outputting t order data provided by the order support server 100 to the application according to another embodiment of the present invention, And combines the order data extracted from the order data holding medium and transmits the combined order data to the application so as to be output.

According to another embodiment of the present invention, when the order data maintenance medium is provided in the smartphone 700, the order support server 100 can provide only t order interfaces, In the case where the order data maintenance medium is held in the phone 700 and the application has the function of outputting the t order interfaces, the order support server 100 may be omitted.

The application of the smartphone 700 configures order information by inputting j order values for ordering at least one item through the t order interface and processes the settlement of a payment amount derived from the order information (For example, the type of the payment means and the issuer of the payment means), the order server 105 notifies the connection point 130 (or the smart card 700) And stores the identification information of the store, the payment medium information and the order information that identifies the nth store that the smartphone 700 has visited or is scheduled to arrive through the wireless network, and stores the received store identification value, payment medium information, With an application identification value that uniquely identifies the smartphone 700 information (or the application of the smartphone 700) It maintains the beam sustaining medium.

When the payment medium information and the order information are stored in the order information holding medium, the order server 105 requests the settlement amount derived from the order information to be paid through the payment means of the user corresponding to the payment medium information And provides billing information to the application.

The application of the smartphone 700 confirms approval of the payment request of the smartphone 700 user for the billing information from the order server 105. [ According to the embodiment of the present invention, when the application inputs user authentication information (e.g., a user password, a user identification number for identifying the user, user personal information (name, resident registration number, etc.) Is determined to be confirmed.

The application acquires the payment means information of the user corresponding to the payment medium in conjunction with the approval of the payment request of the user and transmits the payment request information including the payment amount information derived from the payment means information, And transmits the data to the relay server 110.

Here, the payment request data is transmitted to the relay server 110 through the secure communication channel between the application and the relay server 110 based on the connection point 130 (or the wireless communication network to which the smartphone 700 is connected) do.

In addition, the payment means information of the user can be extracted from a payment means information holding medium (for example, USIM memory, smart phone 700 memory) provided in the smartphone 700, or can be keyed by a user. If the payment server information holding medium is provided in the relay server 110, and the user authentication information and the payment means information of the user are connected to the payment means information holding medium, the application transmits the user authentication information to the user And can be acquired as means information. If the user's payment means processes the payment through the payment program associated with the application, the payment request data is configured through the payment program so that the connection point 130 (or the smartphone 700) And may be transmitted to the relay server 110 through the secure communication channel between the application and the relay server 110 based on the wireless communication network.

When the payment request data is received from the smartphone 700, the relay server 110 determines that the payment means information is available for payment by the user of the smartphone 700 based on the information included in the payment request data Verify that it is a means.

According to the embodiment of the present invention, the relay server 110 compares and authenticates the user authentication information included in the payment request data with the user authentication information held in the medium, It can be verified whether it is an available payment instrument. Alternatively, the relay server 110 compares the name of the payment means information included in the payment request data with the user corresponding to the user authentication information to determine whether the payment medium is available to the user of the smartphone 700 Can be verified.

When the payment means is verified as an available payment means of the user of the smartphone 700, the relay server 110 selects a payment means operation server 115 provided with a payment means maintenance medium for holding the payment means .

According to an embodiment of the present invention, when the verified payment means corresponds to a charge prepaid account of a user connected to the rechargeable prepaid card, the relay server 110 operates a payment means maintenance medium for maintaining the charge prepaid account Charge prepaid account management server 120 is selected.

According to another embodiment of the present invention, when the verified payment means corresponds to a user's financial account (for example, a real account of a user's name, a virtual account, etc.), the relay server 110 maintains the financial account And selects the account operation server 125 operating the payment means maintenance medium.

According to an embodiment of the present invention, the payment means may further include a credit card payment means, a check card payment means, and a phone bill payment means. In this case, the relay server 110 may include a payment means And the payment means operation server 115 operating the maintenance medium.

When the payment means operation server 115 having the payment means maintenance medium holding the payment means of the user is confirmed, the relay server 110 maintains the payment means maintenance medium through the payment means operation server 115 The payment amount is paid out from the payment means of the user who has made the payment, and the payment is processed.

According to an embodiment of the present invention, when the payment means corresponds to the charge prepaid account of the user connected to the rechargeable prepaid card, the relay server 110 transmits the prepaid charge of the user through the selected payment means operation server 115 The payment amount is withdrawn from the account and the settlement is processed.

According to another embodiment of the present invention, when the payment means corresponds to the financial account of the user, the relay server 110 transmits the payment amount from the financial account of the user through the selected payment means operation server 115 Withdrawal, and the settlement is processed.

If the payment means is a credit card payment means, a check card payment means, or a phone bill payment means, the relay server 110 notifies the settlement means operation server 115 corresponding to each payment means, It can be processed as a post-paid type or a debit type.

When the payment for the payment amount is completed through the payment means of the user included in the payment request data, the relay server 110 transmits the payment completion information corresponding to the payment completion to the order server 105, The order server 105 stores the store identification value, payment medium information, and order information held in the order information holding medium in response to the payment completion to the POS server 140 (or the POS terminal 150 )) To accept the order.

According to the embodiment of the present invention, when settlement of settlement request data received from at least one smartphone 700 is completed through the prepaid account, the relay server 110 transmits at least one And compiles the calculated settlement information through the charge prepaid account management server 120. [0053] Here, the normal ambassador of the prepaid account includes an account to withdraw and settle the funds corresponding to the settlement amount from the financial account in which the actual funds of the amount charged in the at least one user prepaid account are deposited.

Alternatively, when the settlement request data received from at least one smartphone 700 is completed through the financial account, the relay server 110 compiles settlement information for at least one settlement completed through the financial account And directs the account settlement information to the account operating server 125 to instruct settlement and withdrawal of the settlement information.

If a point is paid to the settlement processing through at least one point system affiliated with or linked to the store in the settlement processing for the settlement request data or a point accumulated in the user is used, ) Settle the point payment through the point system, or settle the points used.

In addition, the relay server 110 configures the settlement information for each store, and transmits the settlement information for each store to the POS server 140 of each merchant for settlement. The POS server 140 transmits the settlement information to the relay server 110 ), And performs settlement processing. The relay server 110 may configure settlement information for each store group to which the store belongs.

After the payment completion information is transmitted to the order server 105, if the order history inquiry is requested from the application, the order server 105 transmits the order history inquiry request to the order information maintaining medium The order history information including the maintained payment medium information and order information can be configured and provided to the application. If the order history request is requested in a state where the payment completion information is not transmitted to the order server 105, the order server 105 may request the application to process the payment by retransmitting the bill information to the application.

According to the present invention, the reverse order payment system further includes a charge prepaid account operation server 120 for withdrawing the payment amount from the prepaid account of the user in response to the payment withdrawal request of the relay server 110, The prepaid account management server 120 replies settlement information collected by the relay server 110 in response to the settlement request of the relay server 110. [

According to the present invention, the reverse order settlement system further includes an account operation server 125 for withdrawing a settlement amount from a user's financial account in response to a payment withdrawal request of the relay server 110, (125) replaces the settlement information collected by the relay server (110) in response to the settlement / withdrawal instruction of the relay server (110).

When the settlement amount is withdrawn from the financial account of the user through the account management server 125, the settlement amount of the withdrawn payment amount minus the predetermined fee is deposited into the account corresponding to the POS server 140.

The POS server 140 receives the store identification value, payment medium information, and order information from the order server 105, and transmits the order information to the POS terminal 150 that receives the order corresponding to the order information .

The POS terminal 150 receives the order information from the POS server 140 (or the order server 105) and transmits the order information directly input through the store staff to the POS server 140 The order information received from the POS server 140 (or the order server 105) (that is, the order information received from the POS server 140 (or the order server 105) To the pickup terminal 135. At this time, the POS terminal 150 generates order information received from the POS server 140 (or the order server 105) through the application of the smart phone 700, rather than order information inputted by the store employee And provides it to the pick-up terminal 135 by displaying it.

According to the present invention, the POS terminal 150 can receive an order having Q (Q> 1) number of storage areas for storing order information including i (i, 1) order values key- And stores the order information, which is keyed in through the store staff, in the storage area. When order information including j (j? 1) order values transmitted from the application is received, I order values among the j order values included in the order information, and stores the ordered values in the q (1 < = q < Q) storage area where the order information is not stored.

The pick-up terminal 135 identifies the order information ordered from the application among the order information received from the POS terminal 150 and the order information directly input through the store staff, (For example, inputting a menu (key) for manufacturing an order item) is periodically confirmed. If the pickup condition of the ordered product is established, the pick-up terminal 135 informs the POS terminal 150 of pick-up of the order item corresponding to the pick-up condition, And sends a pickup notification message for the order item to the server 140 (or order server 105).

If the POS terminal 150 notifies the order server 105 of a pick-up message corresponding to the order information, the POS server 140 transmits a pick-up notification message for the order item to the order server 105.

When the POS server 140 (or the POS terminal 150) notifies the pick-up of the ordered product, the order server 105 notifies the connection point 130 (or the smart phone 700 ) To the application via the wireless communication network (e.g.

FIG. 2 is a diagram illustrating a reverse order settlement process using a smartphone 700 application according to an embodiment of the present invention.

FIG. 2 is a block diagram illustrating the configuration of a smartphone 700 according to an embodiment of the present invention. Referring to FIG. 2, 2 is a flowchart illustrating the process of accepting the requested order to the POS server 140 (or the POS terminal 150) according to an embodiment of the present invention. Or alternatively, various embodiments of the reverse order settlement process may be inferred (for example, some steps may be omitted or the order may be changed). However, the present invention includes all of the above- , The technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 2, an application of the smartphone 700 identifies (200) a store where a user of the smartphone 700 has visited or is scheduled to be engaged in connection with the order support server 100, ) Combines the order data with t order interfaces for setting j order values corresponding to the order data after confirming the order data of the store that the user of the smartphone 700 has visited or is scheduled to enter (205) And the application outputs 210 the order interface (210).

The application sets 215 the order information including the j order values through the t order interface and stores the store identification value that identifies the store where the user of the smartphone 700 has visited or visited, ), Settlement medium information for identifying a payment means to be used for settlement among the P payment means available to the user, and order information for ordering at least one commodity to be sold in the store, and transmits the order information to the order server 105 ), The order server 105 receives the store identification value, payment medium information, and order information from the application and holds it in the order information holding medium (225).

The order information is used to derive a payment amount for ordering an order item corresponding to the order information from j order values (for example, an amount identification value, a coupon use identification value, a point accumulation / use identification value, etc.) (230), billing information for requesting payment of the settlement amount through the payment means of the user corresponding to the settlement medium information, and provides the information to the application (235).

If the payment request for the bill information is approved through the application, the application forms payment request data requesting payment of the payment amount through the payment means corresponding to the payment medium, and transmits the payment request data to the relay server 110 (240), and the relay server (110) verifies whether the payment means is a payment means available to the user (245).

If the payment means is verified as a payment means available to the user, the relay server 110 selects a payment means operation server 115 having a payment means maintenance medium for maintaining the payment means of the verified user (250) and causes the selected payment means operation server (115) to process payment withdrawal from the payment means of the user (255).

If the payment amount is paid through the payment means of the user, the relay server 110 transmits the payment completion information for the payment processing to the order server 105 (250), and the order server 105 Transmits the store identification value, payment medium information, and order information held in the order information holding medium to the store system 900 (265), and the store system 900 performs the process shown in FIG. 3 do.

After the settlement processing is completed, the application requests the order server 105 to inquire the order details. In response, the order server 105 includes the payment medium information and the order information held in the order information holding medium And provides it to the application (270).

FIG. 3 is a diagram illustrating a process of picking up an order item processed in reverse order settlement according to an embodiment of the present invention.

FIG. 3 illustrates an example in which at least one merchandise sold in the store is processed through an application provided in a smartphone 700 of a user who has entered a store or a user who is expected to arrive according to the process shown in FIG. 2 A process of causing a user to pick up an order item processed by the order settlement process in a store system 900 including at least one POS server 140, a POS terminal 150 and a pick-up terminal 135 , Those skilled in the art will be able to refer and / or modify FIG. 3 to illustrate various implementations of the pickup process of the order item (e.g., some steps may be omitted, However, the present invention is not limited to the above-described embodiments, This technical feature is not limited. For example, if the POS server 140 and the POS terminal 150 are configured as a single computer, or if the POS terminal 140 and the POS terminal 150 are configured as a single computer, In the case where the terminal 135 is integrated with the POS terminal 150, it is possible to infer the pick-up process of the ordered goods, and the present invention includes all the methods that can be inferred.

Referring to FIG. 3, at least one merchandise sold in the store is processed through an application provided in a smartphone 700 of a user who is in the store or who is expected to arrive according to the process shown in FIG. 2 , The order server 105 transmits the store identification value, payment medium information and order information held in the order information holding medium to the POS server 140 (or the POS terminal 150) (300) The POS terminal 150 inserts the order information received through the POS server 140 into the order information keyed directly through the store staff and stores the order information in the order information storage medium 305. The pick- The pick-up terminal 135 transmits the order information stored in the order information storage medium to the pick-up terminal 135. After the pick-up terminal 135 displays the order information (315), the pickup condition for the order item corresponding to the order information is established Until Should not.

The pick-up terminal 135 informs the POS terminal 150 of a pick-up for the order item (320), and if the pick-up condition for the order item corresponding to the order information is established, The POS server 140 relays the pick-up notification to the POS server 140 in step 325. The POS server 140 configures a pick-up notification message according to the pick-up notification and transmits it to the order server 105 The order server 105 constructs a pickup call message according to the pick-up notification and transmits it to the application (335).

FIG. 4 is a diagram illustrating a process of reverse order settlement according to an embodiment of the present invention.

4 is a flowchart illustrating a process of order payment processing for at least one product sold in the store through an application provided in a smartphone 700 of a user who has entered a store or who is going to be a visitor according to the process shown in FIG. 4 is a flowchart illustrating a process of settlement of the settlement process according to an embodiment of the present invention. Referring to FIG. 4 and / or modified by a person having ordinary skill in the art, It is to be understood that the invention may be practiced otherwise than as described, but it is to be understood that the invention is not limited to the embodiments encompassed by the appended claims. No.

Referring to FIG. 4, at least one merchandise sold in the store is processed through an application provided in a smartphone 700 of a user who is in a store or a user who is expected to arrive according to the process shown in FIG. 2 The relay server 110 compiles the settlement information for at least one reverse order settlement 400 and requests settlement dialogue to the settlement means operation server 115 for each order settlement 405.

Each settlement means operation server 115 processes the settlement charge for the reverse order settlement in response to the settlement request, 410 and transmits settlement charge of the settlement amount to the account of the store corresponding to the POS server 140 (For example, an amount obtained by subtracting the commission from the settlement amount) (415).

If the point payment has occurred in the reverse order settlement process, the relay server 110 calculates the point payment through the point system that operates the point (420), and transmits the point settlement payment through the payment means operation server (115) To the POS server 140 (step 425).

5 is a diagram illustrating an example of a reverse order payment screen using a smartphone 700 application according to an embodiment of the present invention.

5A and 5B illustrate a case where a user of the smartphone 700 is connected to an application and the order support server 100 in a case where the user of the smartphone 700 has visited a store or is scheduled to be a visitor, As shown in FIG.

FIG. 5C is a view illustrating a screen in which an order data of a shop that a user has visited or is going to pass through is combined with t order interfaces and outputted through an application.

FIG. 5D illustrates a screen for outputting the billing information received from the ordering server 105 after requesting an order through an application.

5 (e) illustrates an order settlement completion screen, and FIG. 5 (f) illustrates a screen for receiving and outputting a pickup call message.

FIG. 6 is a diagram illustrating a configuration of a reverse order settlement system function using a smartphone 700 application according to another embodiment of the present invention.

FIG. 6 is a flowchart illustrating an example of an operation of the smartphone 700 of a user who is in the store or a user who is expected to arrive at the store after the payment process corresponding to an order request for at least one product sold in the store And the POS terminal 140 (or the POS terminal 150) to receive the requested order, and if a person skilled in the art is familiar with the present invention, It is possible to refer to and / or modify FIG. 6 to conceive of various ways of combining the respective means constituting the reverse order settlement system. However, the present invention includes all the methods of the inferred order, The technical features are not limited only by the method shown in FIG. Each of the means shown in FIG. 6 may be composed of a single computer or two or more independent computers. For example, each of the means shown in FIG. 6 may be connected to at least one of the applications of the smartphone 700 shown in FIG. 1, the order support server 100, the order server 105 and the relay server 110 And it is evident that the present invention is not limited by what means the respective means are implemented in.

The reverse order payment system according to the present invention includes a smart phone 700 of a user, an access point 130 provided in a store, a POS terminal 150 and a pickup terminal 135 provided in the store, And a POS server 140 connected to the POS terminal 150 (or the pick-up terminal 135) and at least one server connected to the at least one payment means operation server 115 As shown in FIG.

Referring to FIG. 6, the reverse order payment system includes an order data maintaining medium for holding order data of a store, and an order support means for combining the order data with the order interface in the store and outputting the combined order data to the application 600, and the order support means 600 can confirm the location of the store where the smartphone 700 having the application is located.

According to an embodiment of the present invention, the order support unit 600 may receive the resource status values periodically obtained from the r resources among the R resources included in the smart phone 700, And stores at least one set of identification values necessary for identifying a store that is either a visitor or a guest who is scheduled to arrive, and wherein the resource status value obtained from the r resources provided in the smartphone (700) When the smart phone 700 is included in a certain range of the resource status discrimination value held in the information medium, the store corresponding to the resource status discrimination value among the N stores is discriminated as the nth store .

According to another embodiment of the present invention, the order support means 600 includes the store identification information medium, and the function of determining the nth store where the smartphone 700 has visited or is scheduled to be visited, In this case, the order support means 600 may provide the resource status discrimination value held in the burden discrimination information medium to the application, so that the smartphone 700 may be provided with the visitor information, It is possible to identify the nth store to be scheduled.

According to still another embodiment of the present invention, the store identification information medium is provided in the smartphone 700, and the function of determining whether the smartphone 700 has visited or is scheduled to visit is determined by the smartphone 700 In this case, the order support means 600 receives information from the smartphone 700 to identify the nth store where the smartphone 700 has visited or is scheduled to arrive.

The order support means 600 may be connected to the smartphone 700 through the connection point 130 provided in the store (or wireless communication network connected to the smartphone 700) The order data support medium supports an order request for at least one item sold in a store where the smartphone 700 has been or is to be visited by the smartphone 700 based on the order data stored in the smartphone 700 700, the order supporting means 600 need not include the order data holding medium.

According to an embodiment of the present invention, the order support means 600 holds order data for sales products for each store sold in the N stores in the order data holding medium, Store order data is extracted from the order data maintenance medium when the smartphone 700 is requested to order or the nth store is scheduled to enter.

According to another embodiment of the present invention, the order support means 600 may store order data in a product sold in a specific store (or a store group that sells the same product among the N stores) among the N stores, And stores order data of the nth store from the order data holding medium when ordering of the specific store (or store group) is requested from the application.

In the case where the application is provided with t (t? 1) order interface output functions that are combined with the order data to set j (j? 1) order values according to an embodiment of the present invention, 600 transfers the order data extracted from the order data holding medium to the application and processes the order data so as to be combined with the t order interfaces.

If the application is provided with a function of outputting t order data provided by the order support means 600 according to another embodiment of the present invention, And combines the order data extracted from the order data holding medium and transmits the combined order data to the application so as to be output.

According to another embodiment of the present invention, when the order data maintenance medium is provided in the smartphone 700, the order support means 600 can provide only t order interfaces, The order support means 600 can be omitted when the order data maintenance medium is held in the phone 700 and the application has the function of outputting the t order interfaces.

Referring to FIG. 6, the reverse order payment system includes a store identification value for identifying a store where a user of the smartphone 700 has visited or is expected to arrive from an application of the smartphone 700, (P > = 1) pieces of payment means, and order information for ordering at least one item to be sold in the store, and for holding the order information in the order information holding means And a payment request means 610 for providing billing information for requesting settlement of settlement amount derived from the order information through payment means corresponding to the settlement medium information and providing the bill information to the application.

The application of the smartphone 700 configures order information by inputting j order values for ordering at least one item through the t order interface and processes the settlement of a payment amount derived from the order information The order information receiving means 605 receives the order information from the application 130 (or the smartphone 700) from the application, The store identification value, the payment medium information, and the order information, which identify the nth store where the smartphone 700 is or is scheduled to be visited by the smart phone 700 via the wireless network, And associates order information with the smartphone 700 information (or an application identification value that uniquely identifies the application of the smartphone 700) Order is maintained over the medium information storage.

When the settlement medium information and the order information are stored in the order information holding medium, the settlement request means 610 requests the settlement amount derived from the order information to settle through the payment means of the user corresponding to the settlement medium information And provides the billing information to the application.

6, the reverse order payment system includes a payment request receiving unit 615 for receiving payment request data for requesting payment of the payment amount using the payment unit from an application of the smart phone 700, A verification means 620 for verifying that the payment means is a usable payment means of the user of the smartphone 700 and a payment means operation server 115 having a payment means maintenance medium for maintaining the verified payment means A settlement processing means 630 for withdrawing the settlement amount from the user's settlement means held in the settlement means maintenance medium through the selected settlement means operation server 115 and performing payment processing; , The POS server 140 (or the POS terminal 150) corresponding to the store identification value stores the store identification value, payment medium information, and order information held in the order information holding medium And an order reception request means 635 for receiving the order and transmitting the order.

The application of the smartphone 700 confirms approval of the payment request of the user of the smartphone 700 for the bill information from the payment request means 610. According to the embodiment of the present invention, when the application inputs user authentication information (e.g., a user password, a user identification number for identifying the user, user personal information (name, resident registration number, etc.) Is determined to be confirmed.

The application acquires the payment means information of the user corresponding to the payment medium in conjunction with the approval of the payment request of the user and transmits the payment request information including the payment amount information derived from the payment means information, And transmits the data to the payment request receiving means 615.

The payment request data is transmitted to the payment request receiving means 615 through a secure communication channel between the application and the payment request receiving means 615 based on the connection point 130 (or the wireless communication network to which the smartphone 700 is connected) 615).

In addition, the payment means information of the user can be extracted from a payment means information holding medium (for example, USIM memory, smart phone 700 memory) provided in the smartphone 700, or can be keyed by a user. If the payment means information holding medium is provided in the payment request receiving means 615 and the user authentication information and the payment means information of the user are connected to the payment means information holding medium, As the payment means information of the user. If the user's payment means processes the payment through the payment program associated with the application, the payment request data is configured through the payment program so that the connection point 130 (or the smartphone 700) The payment request receiving means 615 can be transmitted to the payment request receiving means 615 through a secure communication channel between the application and the payment request receiving means 615 based on the wireless communication network.

When the payment request receiving means 615 receives the payment request data from the smartphone 700, the verification means 620 determines that the payment means information is the smart phone 700 based on the information included in the payment request data, (700) the user is actually available payment means.

According to the embodiment of the present invention, the verification means 620 compares the user authentication information included in the payment request data with the user authentication information held in the medium, It can be verified whether it is an available payment instrument. Alternatively, the verifying means 620 compares the name of the payment means information included in the payment request data with the user corresponding to the user authentication information, and determines whether the payment medium is the available payment means of the user of the smartphone 700 Can be verified.

When the payment means is verified as the available payment means of the user of the smartphone 700, the payment selection means 625 selects the payment means operation server 115 having the payment means maintenance medium for holding the payment means do.

According to an embodiment of the present invention, when the verified payment means corresponds to a charge prepaid account of a user connected to the rechargeable prepaid card, the payment selection means 625 operates the payment means maintenance medium for maintaining the charge prepaid account The charge prepaid account management server 120 is selected.

According to another embodiment of the present invention, when the verified payment means corresponds to a user's financial account (for example, a real account of a user's name, a virtual account, etc.), the payment selection means 625 maintains the financial account The account management server 125 that operates the payment means maintenance medium is selected.

According to an embodiment of the present invention, the payment means may further include a credit card payment means, a check card payment means, and a phone bill payment means. In this case, the payment selection means 625 selects payment The payment means operation server 115 operating the means maintenance medium can be selected.

When the payment means operation server 115 having the payment means maintenance medium for maintaining the payment means of the user is confirmed, the payment processing means 630 transmits the payment means operation information to the payment means maintenance medium through the payment means operation server 115 The payment amount is paid out from the payment means of the user who has been maintained and the payment is processed.

According to an embodiment of the present invention, when the payment means corresponds to a charge prepaid account of a user connected to the rechargeable prepaid card, the payment processing means 630 charges the user through the selected payment means operation server 115 The payment amount is paid out from the prepaid account and the payment is processed.

According to another embodiment of the present invention, when the payment means corresponds to the financial account of the user, the payment processing means 630 receives the payment amount from the financial account of the user through the selected payment means operation server 115 And the settlement is processed.

If the settlement means is a credit card settlement means, a check card settlement means, or a phone bill settlement means, the settlement processing means 630 performs settlement of the settlement amount through the settlement means operation server 115 corresponding to each settlement means, Can be processed as a post-pay type or a debit type.

When payment of the payment amount is completed through the payment means of the user included in the payment request data, the order reception request means 635 transmits the store identification value held in the order information holding medium in response to the payment completion, Payment medium information and order information to the POS server 140 (or the POS terminal 150) corresponding to the store identification value to accept the order.

6, the reverse order payment system includes a pick-up notification confirmation unit 640 for confirming a pick-up notification of a product ordered from the POS server 140 (or the POS terminal 150) And a pickup call means 645 for transmitting a pickup call message for the ordered product to the application.

The POS server 140 receives the store identification value, payment medium information, and order information from the order reception request unit 635, and transmits the order information to the POS terminal 150, which receives the order corresponding to the order information. .

The POS terminal 150 receives the order information from the POS server 140 (or the order reception request means 635), and transmits the order information directly input through the store staff to the POS server 140 (Or the order reception request means 635) and stores the order information received from the POS server 140 (or the order reception request means 635) in the order information storage medium To the pick-up terminal 135. The pick- At this time, the POS terminal 150 transmits the order information received from the POS server 140 (or the order reception requesting means 635) to the smartphone 700, not the order information inputted by the store staff And provides it to the pick-up terminal 135.

According to the present invention, the POS terminal 150 can receive an order having Q (Q> 1) number of storage areas for storing order information including i (i, 1) order values key- And stores the order information, which is keyed in through the store staff, in the storage area. When order information including j (j? 1) order values transmitted from the application is received, I order values among the j order values included in the order information, and stores the ordered values in the q (1 < = q < Q) storage area where the order information is not stored.

The pick-up terminal 135 identifies the order information ordered from the application among the order information received from the POS terminal 150 and the order information directly input through the store staff, (For example, inputting a menu (key) for manufacturing an order item) is periodically confirmed. If the pickup condition of the ordered product is established, the pick-up terminal 135 informs the POS terminal 150 of pick-up of the order item corresponding to the pick-up condition, The server 140 (or the pickup notification confirmation means 640) transmits a pickup notification message for the order item.

If the POS terminal 150 notifies the pickup notification of the order item corresponding to the order information, the POS server 140 transmits a pickup notification message for the order item to the pickup notification confirmation unit 640 .

When the POS server 140 (or the POS terminal 150) notifies the pick-up notification confirmation unit 640 of the picked up product, the pick-up call unit 645 calls the connection point (Or a wireless communication network to which the smartphone 700 is connected) transmits a pickup call message for the ordered product to the application.

Referring to FIG. 6, the reverse order settlement system includes a settlement aggregation unit 650 for aggregating the settlement information processed by the settlement process, and a settlement unit 650 for charging the aggregated settlement information through the charge prepaid account operating unit, And a settlement processing means (655) for instructing the settlement and withdrawal of the settlement information through the operating means and metabolizing it.

If the settlement request data received from at least one smartphone 700 is completed through the prepaid account according to the embodiment of the present invention, the settlement aggregation unit 650 may calculate at least one And the settlement processing means 655 transfers the calculated settlement information through the charge prepaid account operating server 120. [ Here, the normal ambassador of the prepaid account includes an account to withdraw and settle the funds corresponding to the settlement amount from the financial account in which the actual funds of the amount charged in the at least one user prepaid account are deposited.

Alternatively, when the settlement request data received from at least one smartphone 700 is completed through the financial account, the settlement aggregation unit 650 transmits settlement information for at least one settlement completed through the financial account And the settlement processing means 655 directs the account settlement information to the account settlement server 105 via the account operation server 125, and directs the account settlement information to be deposited.

6, the reverse order settlement system includes a point settlement means 660 for settlement of point payments through a point system, or an affiliate shop 660 that constitutes settlement information for each store and makes settlement through the POS server 140 of each affiliate shop And further includes a settlement means 665.

When the point is paid to the payment processing through at least one point system affiliated with or connected to the store in the payment processing process for the payment request data, or when the point accumulated in the user is used, the point settlement means 660 ) Settle the point payment through the point system, or settle the points used.

The merchant settlement means 665 constitutes settlement information for each store and transmits the settled information for each store to the POS server 140 of each merchant for settlement. The POS server 140 receives merchandise settlement information from the merchant settlement means 665 ), And performs settlement processing. According to the method, the settlement aggregation unit 650 can configure the settlement information for each store group to which the store belongs.

Referring to FIG. 6, the reverse order payment system configures order detail information including payment medium information and order information held in the order information holding medium in response to an order detail inquiry request from the application, And provides the order detail providing means 670.

When the order history inquiry is requested from the application, the order history providing means 670 generates order history information including the payment medium information held in the order information holding medium and order information corresponding to the order history inquiry request from the application, Can be provided to the application. If the order history providing unit 670 requests the order history providing unit 670 to transmit the payment information to the order history providing unit 670, the order history providing unit 670 resends the bill information to the application and processes the payment Can be requested.

Those skilled in the art will appreciate that each of the means of the reverse order payment system shown in FIG. 6 based on the process illustrated in FIGS. 2 through 4 may be implemented through a smart phone 700 application It will be possible to derive a process for processing reverse order settlement, and a detailed description thereof will be omitted for convenience.

7 is a functional block diagram of a smartphone 700 according to an embodiment of the present invention.

7 is a diagram illustrating an example of a case where N (N > = 1) based on resource status values periodically obtained from r (1? 1? R) (1? N? N) stores and M (M? 1) store groups that the user of smartphone 700 has visited (or expected to visit) m < / RTI > M) M < RTI ID = 0.0 > And a program for processing an order settlement for the product to be ordered in the n-th store, the smart phone 700 having the above-described functions, Referring to and / or modified with respect to FIG. 7, various implementations of the smartphone 700 functionality may be inferred, Is made, including any exemplary method of inference, to which the technical feature that is not limited to the exemplary method shown in the figure 7. The smartphone 700 of FIG. 7 may further include various functional configurations of a mobile phone (or a smartphone 700) currently / in the future, in addition to the functional components shown in FIG. 7, It is clear that it is not limited.

7, the smartphone 700 includes a control unit 701, a memory unit 713, a wireless network communication module 702, a screen output unit 703, a key input unit 704, a sound output unit 704, 705, a sound input unit 706, a USIM reader 707, a USIM 708, a positioning module 710, a short range wireless communication module 711, a camera module 712, and a battery 709 for power supply. Respectively.

The controller 701 is a generic term for controlling the operation of the smart phone 700. The controller 701 includes at least one processor and an execution memory, BUS). According to the present invention, the controller 701 loads at least one program code included in the smartphone 700 into the execution memory through the processor, and outputs the result to at least one function And controls the operation of the smart phone 700. [ Hereinafter, a function configuration unit implemented in the form of program code for implementing the present invention will be described in the control unit 701 of FIG. 7 for convenience. It should be noted that although FIG. 7 shows at least one application program for processing orders for at least one store and an application management program for managing the application programs as separate programs, the present invention is not limited thereto The application program and the application management program may be integrated into one program, or the application program may be implemented in the form of an order module for each store of the application management program.

The memory unit 713 is a general term of a nonvolatile memory included in the smart phone 700 and includes at least one program code executed through the controller 701 and at least one data set used by the program code And stores it. The memory unit 713 basically includes a system program code and a system data set corresponding to the operating system of the smartphone 700, a communication program code and a communication data set for processing a wireless communication connection of the smartphone 700, One application program code and application data set are stored, and the program code and data set for implementing the present invention are also stored in the memory unit 713.

The wireless network communication module 702 is a collective term for communicating wireless communication and includes at least one antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving a radio frequency signal of a specific frequency band. The control unit 701 is connected to the control unit 701 through a bus and transmits the calculation result corresponding to the wireless communication among the various calculation results of the control unit 701 through wireless communication or receives data through wireless communication, And simultaneously maintains the procedure of connection, registration, communication, and handoff of the wireless communication.

According to an embodiment of the present invention, the wireless network communication module 702 is a mobile communication module that performs at least one of connection to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to a CDMA / WCDMA standard . In the meantime, according to the intention of the person skilled in the art, the wireless network communication module 702 may be an IEEE 802.16? According to the specification, the wireless communication module 702 may further include a portable Internet communication component that performs at least one of connection to the portable Internet, location registration, data communication, and handoff. Is not to be construed as limiting the scope of the present invention.

The screen output unit 703 includes a screen output device (e.g., an LCD (Liquid Crystal Display) device) and an output module for driving the screen output device 703. The screen output unit 703 is connected to the control unit 701 through a bus, And outputs an operation result corresponding to the screen output to the screen output device.

The key input unit 704 includes a key input device having at least one key button (or a touch screen device interlocked with the screen output unit 703), and an input module for driving the key input device 704, And inputs a command for instructing various operations of the control unit 701 or data necessary for the operation of the control unit 701. [

The sound output unit 705 includes a speaker for outputting a sound signal and a sound module for driving the speaker. The sound output unit 705 is connected to the control unit 701 through a bus, And outputs the result of the operation through the speaker. The sound module decodes sound data to be output through the speaker and converts the sound data into a sound signal.

The sound input unit 706 includes a microphone for receiving a sound signal and a sound module for driving the microphone, and transmits the sound data input through the microphone to the control unit 701. The sound module encodes and encodes a sound signal input through the microphone.

The USIM reader unit 707 is a generic term of a configuration for exchanging at least one data set with a universal subscriber identity module mounted or detached from the smart phone 700 based on the ISO / IEC 7816 standard , And the data set is exchanged in a half duplex communication manner through an APDU (Application Protocol Data Unit).

The USIM 708 is a SIM type card having an IC chip according to the ISO / IEC 7816 standard, and includes an input / output interface including at least one contact connected to the USIM reader 707, An IC chip memory for storing a program code for a chip and a data set, and a memory for storing the program code for the IC chip or extracting the data set in accordance with at least one command transmitted from the smart phone 700 And transmitting the processed data to the input / output interface.

According to an embodiment of the present invention, the memory of the USIM 708 may include payment means (for example, a credit card, a check card, a debit card, a credit card, a credit card, Payment means information corresponding to a cash card, an electronic passbook, and a customer account) and an applet program code for operating the payment means can be recorded.

The positioning module 710 is configured of a GPS positioning module for positioning the movement position of the smartphone 700. The positioning module 710 receives a satellite signal transmitted from at least three GPS satellites orbiting the earth orbit, 700 are calculated.

According to another embodiment of the present invention, the location location module 710 is connected to at least two base stations (or access point 130) And a terrestrial positioning module that measures the position of the smartphone 700 in a terrestrial positioning system using a frequency arrival time (or an arrival angle)

The short-range wireless communication module 711 comprises a short-range communication module for connecting a communication session using a radio frequency signal within a predetermined distance as a communication medium. Preferably, the short-range wireless communication module 711 includes RFID communication, Bluetooth communication, Wi- , And public wireless communications. According to an embodiment of the present invention, the short range wireless communication module 711 may be integrated with the wireless network communication module 702.

The camera module 712 includes the optical unit, a CCD (Charge Coupled Device), and a camera module that drives the CCD, and obtains bitmap data input to the CCD through the optical unit. The bitmap data may include both still image data and moving image data.

The location location module 710, the short range wireless communication module 711, and the camera module 712 may receive R (R> 1), which is capable of obtaining a resource status value among the resources included in the smart phone 700, ) Resources.

Referring to FIG. 7, the smart phone 700 includes a resource status determination value for r resources to be connected to an application among the R resources, an application identification value for identifying an application to be activated in the resource status value, And a media holding unit 715 for holding an event identification value for identifying an event to be driven in the store identification information medium. Here, the store identification information medium may include at least one of a storage area of the memory unit 713, a memory area of the USIM 708, a variable allocation area of a program code area constituting the program code of the present invention, Or a store identification information medium on a communication network which can be accessed through the short-range wireless communication module 711 or the wireless network communication module 702. The present invention is not limited to the above- It is clear that it is not.

If the R resources include the location location module 710, the resource status determination value includes burial location coordinate values corresponding to N (N > = 1) burial locations, and the burial location coordinate value May be associated with a store identification value that identifies the N stores.

Here, the store position coordinate value includes a store position coordinate value that is compared with a position coordinate value of the smartphone 700 calculated through the position determination module 710, and the store position coordinate value includes a store position coordinate value (E.g., map data, or data indicating a movement path for each position coordinate).

Wherein the store identification value includes at least one store unique number allocated to the N stores and a store unique code allocated to the N stores, or a business registration number assigned to each of the N stores, a store name and a store location combination name, A store address, store representative information, and a store telephone number.

According to the method of the present invention, the store identification value includes j order value items (j < RTI ID = 0.0 > j < / RTI & Identifier or may be associated with j order value item identifiers.

If the R resources include the short range wireless communication module 711, the resource status determination value may be provided to the N stores, and each of the short distance wireless communication modules 711, (130) device, and the access point identification value may be associated with a store identification value that identifies the N stores.

The access point identification value includes at least one unique IP address and MAC address fixedly allocated to the access point 130, a unique code value uniquely recorded in the medium of the access point 130, a unique code value , And a device serial number.

According to the present invention, the access point identification value may be transmitted from the access point 130 to the smartphone 700 according to a request of the smartphone 700, May be shared with the smartphone 700 in the process of establishing a communication session with the smartphone (130).

If the camera module 712 is included in the R resources, the resource status determination value corresponds to the image displayed in the store identification tag attached to the N stores from the image data obtained through the camera module 712 And a store identification value matching with a pixel matrix identification value extracted from the pixel area detected through the pixel matrix area detection value.

Here, the pixel matrix area detection value is a value for reading image data obtained through the camera module 712 of the smart phone 700, and may be a code image (e.g., a 2D bar code A color / saturation value per pixel, a mean value of color / saturation, a geometric structure, and a symbol / pattern pattern value.

Wherein the store identification value is matched with a pixel matrix identification value extracted from the pixel area detected through the pixel matrix area detection value and if the image displayed in the store identification tag is a coded image, Store unique number, store unique code, or at least one of a business registration number, a store name and a store location combination name, a store address, a store representative information, and a store telephone number allocated to each of the N stores . If the image displayed in the store identification is a logo image or a glyph / symbol image, the store identification value may include an image pattern value comparable to the logo image or the glyph / symbol image.

According to the present invention, the media holding unit 715 may further store M (M? 1) store group identification values to which at least one store out of the N stores, to which the stores belong, in the store identification information medium. For example, in the case of a franchise store having 100 stores, the 100 stores are independent stores for each region, but the same names are the same and the sales products are the same so that the 100 stores belong to one store group. The store identification information medium may store the application identification value in association with the store group identification value and may be maintained in the store identification information medium. When the store identification information is retained in the store identification information medium, The number of values is K (K? M) which is equal to or greater than the number of the store group identification values.

Here, the store group identification value may include common identification data of the store identification value belonging to each store group, or include at least one group unique number and group unique code separately allocated to each store group, A business registration number assigned to a representative company of each store group, and a store representative.

In a case where the K applications are composed of K separate application files according to an embodiment of the present invention, the application identification value includes a file name of each application file, a unique identification value included in a file header, A hash value obtained by hashing a specific area, and a hash value obtained by hashing each application file.

According to another embodiment of the present invention, when the K applications are composed of one common application and K application modules (or resource files) (for example, after the common application is executed, the common application loads a specific application module (Or when the executed common application loads a specific resource file to implement each application execution environment), the application identification value is a file name of the application module (or resource file) , A unique identification value included in the file header, a hash value obtained by hashing a specific area of each application module (or resource file), and a hash value obtained by hashing each application module (or resource file).

Referring to FIG. 7, the smart phone 700 may include a resource status value (or a combination of r resource status values) periodically obtained from r (1? 1? R) And a resource status checking unit 720 for checking whether or not the resource information is included in a certain range of the resource status discrimination value (or a combination of r resource status discrimination values) held in the information medium, And a store identification value for identifying a store corresponding to the resource status value among N (N > = 1) stores is connected and maintained, (1 ≤ n ≤ N) stores that the user (or the expected audience) has visited.

If the R resources include the location location module 710, the location location module 710 may use at least one location module of the GPS location module and the terrestrial location location module to determine the location of the smart phone 700 The resource status checking unit 720 determines a final position coordinate value among the position coordinates of the smartphone 700 periodically positioned through the position determining module 710. [

According to an embodiment of the present invention, the resource status checking unit 720 confirms the position state value of the smartphone 700 corresponding to the final position coordinate value.

Here, the position state value may be determined not only by the current position coordinate value of the smartphone 700 that is positioned in real time, but also by the geographical information data (e.g., map data, The data indicating the movement path). That is, if the final position coordinate value is a coordinate value on the position coordinate system corresponding to the position positioning module 710, the position state value is determined by determining whether the final position coordinate value is a difference on the road, Whether it is inside or outside the building, and the like.

For example, if the position coordinate value of the smartphone 700 periodically positioned through the position determination module 710 is moving along the roadway, the final position coordinate value includes a position coordinate value having a certain error value While the position state value corresponding to the final position coordinate value is a value for determining that the smartphone 700 is located on the road on the geographical information data. Or if the position coordinate value of the smartphone 700 periodically positioned through the position determination module 710 is not positioned for a predetermined time, the final position coordinate value includes the position coordinate value positioned last before a predetermined time While the position state value corresponding to the final position coordinate value is a value that determines that the smartphone 700 is located in the entranceable building at the final position on the geographical information data. On the other hand, the N stores are mostly located in a room where GPS satellite signals are not received. Therefore, the resource status checking unit 720 maintains the final position coordinate value of the smartphone 700 periodically positioned through the position determination module 710 to check the position status value of the smart phone 700 do.

When the final position coordinate value of the smartphone 700 (or the position state value corresponding to the final position coordinate value) is confirmed, the store determining unit 725 determines the final position coordinate value of the smartphone 700, The N store position coordinate values held in the discrimination information medium are compared with each other, and i (i > = 1) store position coordinate values within a certain distance from the final position coordinate value are confirmed.

When the i stores that are available for the user of the smartphone 700 are confirmed, the store deciding unit 725 stores the geographical information data (e.g., map data, (I) connecting the i moving lines between the final position coordinates of the smartphone 700 and the i store position coordinates based on the coordinates And determines at least one store where the short-circuited connection within the set rank is available as at least one nth store where the user of the smartphone 700 is or is scheduled to visit.

For example, if the smart phone 700 is finally positioned at the one side of the center road, the straight line distance from the final position of the smart phone 700 to the location of the store across the road is shorter than the distance of the smart phone 700 To the store on the other side of the smartphone 700 by crossing the crosswalk in order to move from the final location of the smartphone 700 to the store across the street, even though the final location of the smartphone 700 is closer than the straight- The store determining unit 725 determines at least one of the stores located on the same side of the smart phone 700 as the final location of the smart phone 700 as at least one nth We decide to store.

If the short-range wireless communication module 711 is included in the R resources, the short-range wireless communication module 711 detects at least one access point 130 located within a predetermined distance, The state checking unit 720 detects the communication object of the communication protocol standard based on the communication protocol standard for the radio frequency signal band corresponding to the short range wireless communication module 711, Protocol to detect at least one access point 130 present in the reach of the radio frequency signal.

If at least one access point 130 close to the predetermined distance is detected, the resource status checking unit 720 determines that the access point 130 has detected the access point 130, The access point 130 identifies a connection point identification value of the access point 130 or attempts to connect a communication session to the detected access point 130 to determine the access point identification uniquely assigned to the access point 130 from the access point 130 Lt; / RTI >

According to an embodiment of the present invention, the resource status checking unit 720 maintains a reference frequency signal intensity for determining an access point 130 to acquire the access point identification value in the burden discriminating information medium, An access point 130 having an intensity of a radio frequency signal transmitted from the access point 130 among the one access point 130 is equal to or greater than a reference frequency signal strength maintained in the store identification information medium, ), And then obtains the access point identification value from the determined access point (130).

The reference signal strength may be determined based on a distance between the smartphone 700 and the access point 130 and a presence of a radio disturbance / interference / shielding material between the smartphone 700 and the access point 130 The intensity of the frequency of the connection point 130 within a predetermined ratio of the frequency transmission strength of the connection point 130 is set to be a strength that can be used to determine whether the smartphone 700 has been visited or scheduled to be shipped to a store equipped with the connection point 130 Lt; / RTI >

The resource status verifying unit 720 compares the access point identification value obtained through the resource status verifying unit 720 with the N access point identification values held in the burden discriminating information medium, And identifies i close access point identification values within a predetermined distance from the smartphone 700. [

When the i store connection points 130 are confirmed, the store determining unit 725 compares the magnitudes of the RF signals for a predetermined time period transmitted from the i store access points 130, And the i store access points 130 are sorted in ascending order in ascending order of radio frequency signal intensity transmitted from the point 130.

In addition, the burden determining unit 725 acquires the radio frequency signal intensity transmitted from the i store access points 130 for a predetermined period of time over time, maintains it in the burden identification information medium, The amount of change in the RF signal intensity during the predetermined period of time is stabilized (e.g., the RF signal intensity variation amount for the radio frequency signal intensity variation amount) The average / deviation with respect to the amount of change in signal intensity is small) sort the i store access points 130 in descending order based on the pattern.

The store determining unit 725 determines a radio frequency signal intensity size based on the ascending order of the radio frequency signal strength magnitudes transmitted from the i store access points 130 and the descending ordering of the radio frequency signal intensity changing patterns The at least one store having the store access point 130 that is larger and the radio frequency signal intensity change pattern is more stabilized is determined as at least one nth store where the user of the smartphone 700 is or is scheduled to visit .

If the R resources include the camera module 712, the camera module 712 acquires image data of a subject in front of the camera lens in units of a predetermined frame, and the resource status checking unit 720, Acquires image data corresponding to any one of the image data obtained through the camera module 712. [

When the image data is obtained, the resource status checking unit 720 matrixizes the obtained image data for each pixel, and extracts a hue / saturation value for each pixel. Here, the hue / saturation value is extracted from the RGB values of each pixel through a determinant which calculates hue (Y ') and saturation (U, V).

When the pixel-by-pixel hue / saturation value is extracted, the resource state checking unit 720 compares a value obtained from a pixel region classified on the basis of the extracted hue / saturation value with the pixel matrix region detection value, A pixel region having a similar value within the range is detected as the pixel matrix region.

When the pixel matrix area detection value is a pixel-by-pixel hue / saturation value according to an embodiment of the present invention, the resource state checking unit 720 may calculate a hue / saturation value for each pixel region based on the extracted hue / The color / saturation value is compared with the pixel matrix area detection value, and a pixel area having a similar value within a predetermined range can be detected as the pixel matrix area.

Alternatively, when the pixel matrix area detection value is an average value of hue / saturation, the resource status checking unit 720 determines whether the hue / saturation value of the pixel region is classified based on the extracted hue / And a pixel region having a similar value within a predetermined range can be detected as the pixel matrix region by comparing the average value of the calculated hue / saturation with the pixel matrix region detection value.

Alternatively, when the pixel matrix area detection value is a geometric structure or a symbol / pattern pattern value, the resource status checking unit 720 determines a boundary line for a pixel area classified on the basis of the extracted color / And a pixel area having a similar value within a predetermined range can be detected as the pixel matrix area by comparing the geometric structure or symbol / pattern pattern value for the determined boundary line with the pixel matrix area detection value.

When the pixel matrix region matching the pixel matrix region detection value is detected from the image data, the resource state determination unit 720 determines a geometry structure of the pixel matrix region determined based on the hue / saturation value. For example, the geometric structure of the pixel matrix region may include a geometric structure (e.g., a trapezoidal structure, an egg structure) in which perspective is felt.

When the geometric structure of the pixel matrix region is determined, the resource state determination unit 720 determines an angle formed by the pixel matrix surface displayed on the image data and the camera lens surface through the perspective ratio included in the geometric structure of the pixel matrix region . Here, the angle includes an angle value of the x, y, and z axes of the pixel matrix surface and the camera lens surface.

When the angle formed by the pixel matrix surface and the camera lens surface is calculated, the resource status checking unit 720 substitutes the calculated angle into the predetermined coordinate conversion formula, and determines whether the pixel matrix surface and the camera lens surface are parallel Coordinate conversion is performed on the pixel matrix area.

When the pixel matrix area is coordinate-transformed such that the pixel matrix surface and the camera lens surface are parallel to each other, the resource status checking unit 720 obtains a pixel matrix ID value for identifying the pixel matrix area from the coordinate-converted pixel matrix area .

According to an embodiment of the present invention, when the image displayed in the store identification is an encoded image, the pixel matrix identification value may include a code value encoded in the pixel matrix area.

According to another embodiment of the present invention, when the image displayed in the store identification is a logo image or a glyph / symbol image, the pixel matrix identification value may be a logo image pattern value or a glyph / And may include symbol image pattern values.

When the pixel matrix identification value is extracted, the store determination unit 725 compares the extracted pixel matrix identification value with the N store identification values held in the store identification information medium, n < / = N), the store corresponding to the store identification value is determined as the nth store where the user is the passenger (or expected to arrive).

7, when the resource status value is within a predetermined range of the resource status determination value, the smart phone 700 stores the application corresponding to the nth store in the program memory of the smartphone 700 (730) for confirming whether or not the application is recorded; and an application control unit (730) for activating an application mode in which the application is executed when the application is confirmed, and downloading the application from the program storage medium on the communication network An event detection unit 740 for detecting an event value corresponding to an event identification value for loading the application when the application mode is activated, Mode It will be provided with the application control section 745 that controls such that the application is loaded.

If at least one nth store that the user has visited or is expected to visit is determined through the store determining unit 725, the application identifying unit 730 identifies at least one nth store from the store identification information medium, Identifying at least one application identification value associated with the store identification value. If the m store group identification value identifying the m (1? M? M) store group to which the n-th store identification value belongs is held in the store identification information medium, the application identification unit 730 identifies And stores at least one application identification value associated with the m-th store group identification value.

If at least one application identification value associated with the nth store identification value (or the m (1? M? M) store group identification value to which the nth store belongs) is confirmed, the application identification unit 730 identifies 700) for storing an application identification value for identifying each application from an application recorded in the program memory, comparing the extracted application identification value with an application identification value held in the store identification information medium, It is confirmed whether the application associated with the nth store identification value (or the m (1? M? M) store group identification value to which the nth store belongs) is recorded.

When the application is recorded in the program memory, the application operating unit 735 activates an application mode for executing the application recorded in the program memory (hereinafter referred to as "application execution mode" for convenience). Here, the application mode refers to the operation state of the program, not the actually defined operation mode, and the present invention is not limited to the mode.

According to the first embodiment of the present invention, the application execution mode displays an icon (or content) corresponding to the application on a screen schedule area, and then executes the application in response to a selection event of the icon (or content) In the application mode, the event detection unit 740 detects a selection event of an icon (or a content) displayed in the screen schedule area, and the application control unit 745 detects the selection event of the icon (or content) N < / RTI > store that is either a visitor or a passenger.

According to the second embodiment of the present invention, the application execution mode displays an icon (or content) corresponding to the application on the program selection screen of the smartphone 700, (Or content) displayed on the program selection screen, and the application control unit 745 detects an event of the icon (or content) displayed on the program selection screen, And in response to the selection event, executes at least one application associated with the nth store that the user has visited or is scheduled to visit.

According to the third embodiment of the present invention, the application execution mode senses at least one signal (or a combination of signals) associated with the operation of the smartphone 700 as a trigger signal and transmits an application execution request interface The event detection unit 740 detects a user's reaction to the application execution request interface, and the application control unit 745 detects the user's response to the application execution request interface, And executes at least one application associated with the nth store that the user has visited or is scheduled to visit based on the user's reaction.

According to the fourth embodiment of the present invention, the application execution mode is an application mode in which at least one signal (or combination of signals) associated with the operation of the smartphone 700 is sensed as a trigger signal and the application is automatically executed , The event detection unit 740 detects a trigger signal associated with the operation of the smartphone 700 and the application control unit 745 controls the application control unit 745 based on the trigger signal, And automatically executes at least one application.

On the other hand, when the application is not recorded in the program memory, the application operating unit 735 reads the application from the program storage medium on the communication network and writes the application in the program memory (hereinafter, ) Can be activated.

According to the first embodiment of the present invention, the application installation mode displays icons (or contents) corresponding to the nth store (or mth store group) on a screen schedule area and then selects icons An application mode associated with the nth store (or the mth store group to which the nth store belongs) in response to an event, and recording the downloaded application in the program memory. The event detecting unit 740 detects an icon (Or content), and the application control unit 745 downloads the application from the program storage medium on the communication network in response to the selection event of the icon (or content) and records the application in the program memory.

According to the second embodiment of the present invention, the application installation mode displays an icon (or contents) corresponding to the nth store (or the mth store group) on the program selection screen of the smartphone 700, An application mode in which an application associated with the nth store (or an mth store group to which the nth store belongs) is downloaded and recorded in the program memory in response to a selection event of an icon (or content), the event detecting unit 740 The application control unit 745 detects the selection event of the icon (or content) displayed on the program selection screen, and the application control unit 745 downloads the application from the program storage medium on the communication network in response to the selection event of the icon (or content) To the memory.

According to the third embodiment of the present invention, the application installation mode senses at least one signal (or a combination of signals) associated with the operation of the smartphone 700 as a trigger signal, And stores the downloaded application in the program memory. The event detection unit 740 detects a trigger signal associated with the operation of the smartphone 700, and the application control unit 745) downloads the application from the program storage medium on the communication network based on the trigger signal and records the application in the program memory.

According to an embodiment of the present invention, the application control unit 745 may provide the application identification value to an application operation server (not shown) operating a program storage medium on the communication network, The corresponding application installation data can be downloaded.

According to another embodiment of the present invention, when the application installation data and the n-th store identification value (or the m-th store group identification value) are stored in the program storage medium on the communication network, the application control unit 745 It is possible to download the application installation data by providing the nth store identification value (or the mth store group identification value) to the application operating server, and thus the present invention is not limited thereto.

After the application is downloaded to the program memory and written to the program memory, the application control unit 745 can automatically switch the application mode to the application execution mode, whereby the downloaded application can be executed.

Referring to FIG. 7, the smartphone 700 may store order data for maintaining the order data on the products sold in the m-th store group to which the n-th store (which is expected to arrive) And a holding portion 750.

According to the present invention, the order data for the commodities sold in the N stores are stored in the order data holding medium including the storage area of the memory unit 713, the short range wireless communication module 711 or the wireless network communication module 702 ) And an order data retaining medium including a database on a communication network connectable via a network, wherein after the nth store which the user has visited (or scheduled to be visited) is determined, The holding unit 750 acquires (or receives) order data for the merchandise to be sold in the nth store from the order data holding medium and holds the order data until the order of the nth store is completed.

Here, the order data includes at least one of a product name, an image, a selling price, and a basic discount rate (or a discount amount) which are commonly sold in the mth store group to which the nth store belongs.

According to an embodiment of the present invention, the order data includes j order values (j < RTI ID = 0.0 ># j) < / RTI > specifying order values required to process an order through each order data among J Or may be associated with j order value entry identifiers, in which case the interface output 755 may automatically determine j order value items to be combined with each order data based on the order value entry identifier have.

According to the method of the present invention, the order data further includes order data of the nth store including at least one of a product name, an image, a selling price, and a store discount rate (or a discount amount) individually sold in the nth store can do.

According to an embodiment of the present invention, the order data of the n-th store is stored in the order data holding unit 750, such as the product name, image, sales price, discount rate (or N) stores at least one piece of data, which is obtained by modifying at least one piece of data in the n-th store.

For example, the order data of the n-th store may be obtained by combining at least two products among the products included in the order data common to the m-th store group to form a set product, At least one price may be included.

Alternatively, the order data of the n-th store may be maintained as it is in the order data common to the m-th store group, and the common discount rate (or the discounted amount) Discount amount) of the order data.

According to another embodiment of the present invention, the order data of the nth store includes at least one of a product name, an image, a selling price, a nth store discount rate (or a discounted amount) .

According to one embodiment of the present invention, the order data can be obtained by photographing and reading a code image (for example, a two-dimensional bar code) provided in the store through the camera module 712, The maintaining unit 750 may obtain (or receive) order data for the merchandise of the nth store from the order data holding medium based on the code value obtained from the code image, and may maintain the order data.

Referring to FIG. 7, the smartphone 700 sets j (1? J? J) order values required for ordering goods actually sold in the nth store among J (J? 1) An interface output unit 755 that combines order data of an mth store to which the nth store belongs, and outputs the combined order data to t (t? 1) And the order server 105 (or the order information receiving means 605) to form order request information for providing the order information to the order server 105 (or the order information receiving means 605) Or order information receiving means 605) to receive an order.

According to an embodiment of the present invention, the interface output unit 755 may configure T (T? 1) order interfaces for setting J order values for processing orders for all goods sold in the N stores When the n-th store is determined, the interface output unit 755 stores the J order values in the m-th store where the n-th store is located, (1? T? T) order interfaces for setting order values of j (1? J? J) necessary for ordering goods to be actually sold, and outputting the order interfaces to the t order interfaces, Combine and output the order data required for setting.

According to another embodiment of the present invention, the interface output unit 755 outputs a t (t? 1) ordering interface for processing an order for a product sold in the nth store among the N stores When the n-th store is determined, the interface output unit 755 stores j (j > = 1) required for ordering the merchandise of the m-th store group belonging to the n-th store, (T > = 1) order interfaces for setting order values of the j order values, and combines order data necessary for setting the j order values to the t order interfaces, and outputs the combined order data.

Here, the j order values include a product identification value that uniquely identifies at least one product sold in the nth store, and the size identification value, the state identification value, the number identification value, An identification value, an amount identification value, a coupon use identification value, a point accumulation / use identification value, and a receipt issuance identification value.

If the order data storage unit 750 further stores the order data of the nth store for the products individually sold in the nth store, the interface output unit 755 stores the order data of the nth store The order data of the store can be combined and output. Alternatively, the interface output unit 755 may integrate the order data of the mth store and the order data of the nth store to the t order interfaces.

According to an embodiment of the present invention, the t order interface includes an interface for setting a user-specified order value j '(1? J'? J) out of the j order values, -j ') number of auto-specified order values. For example, the value identification value among the j order values is included in (j-j ') automatically specified order values, and the remaining identification values may be included in j' user specified order values.

If the j order values are set through the t order interfaces, the order information constructor 760 combines the j order values set through the t order interfaces and actually sells them in the nth store And configures order information for ordering at least one product.

Here, the order information includes j order values set through the t order interfaces, and may include j 'order values substantially specified by the user among the j order values according to the intention of a person skilled in the art.

Meanwhile, according to the intention of a person skilled in the art, the order information constructing unit 760 can construct the order information by combining some order values among the j order values. The order information includes an item identification value for an item to be ordered, and the size identification value, the state identification value, the number identification value, the container identification value, the money identification value, the coupon use identification value, the point accumulation / use identification value, It is possible to selectively include the issuance identification value. For example, even if the coupon usage identification value for requesting coupon use is included in the j order values, if the coupon use identification value is not satisfied, It is optional in the order information.

The order processing unit 765 transmits the order information among the short range wireless communication module 711 and the wireless network communication module 702 to the order server 105 (Or order information receiving means 605). If the short distance wireless communication module 711 is connected to the connection point 130 of the nth store, the order processing unit 765 transmits the order information to the order server 105 (Or order information receiving means 605). If the short distance wireless communication module 711 is not connected to the connection point 130 of the nth store, the order processing unit 765 transmits the order information to the order server 105 (or order information receiving means 605).

When the communication module for transmitting the order information to the order server 105 (or the order information receiving means 605) is determined, the order processing unit 765 identifies the store where the user of the smartphone 700 has visited or is going to visit (P > = 1) payment means available to the user of the smartphone 700, and an order for ordering at least one merchandise to be sold in the store And transmits the configured order request information to the order server 105 (or the order information receiving means 605) through the determined communication module.

When the order request information is transmitted to the order server 105 (or the order information receiving means 605) through the short range wireless communication module 711 according to an embodiment of the present invention, May be transmitted to the order server 105 (or the order information receiving means 605) via the connection point 130 of the nth store.

When the order request information is transmitted to the order server 105 (or the order information receiving means 605) through the wireless network communication module 702 according to another embodiment of the present invention, The order information may be transmitted to the order server 105 (or order information receiving means 605) via the wireless communication network to which the wireless network communication module 702 is connected.

7, the smartphone 700 receives bill information from the order server 105 (or the payment request means 610) and transmits the bill information to the j And a settlement processing unit 770 for processing payment for the settlement amount derived from the order values.

The payment processing unit 770 receives the bill information from the order server 105 (or the payment request means 610) and transmits the bill information to the payment processing unit P (P? 1) (1? P? P) number of payment means available through the payment module provided in the payment processor 770 and at least one payment program recorded in the program memory so as to be able to be linked to the payment processor 770 (P < = p ' (Pp)) of payment means, and the settlement means of any one of the p payment means and the p ' payment means processes the payment for the received order information It is determined by the payment method of the user. If the p payment means and the p 'payment means include two or more payment means, the payment processing unit 770 outputs the payment means selection interface and then transmits the payment means selected through the payment means selection interface to the user Quot; On the other hand, if the p payment means and the p 'payment means include any one payment means, the payment processing section 770 selects the unique payment means as the payment means of the user.

When the payment means of the user is determined, the payment processing unit 770 acquires the payment means information of the user from the USIM 708 or receives a key input. Also, the payment processing unit 770 may calculate the settlement amount based on the money identification value among the j order values included in the order information constituted by the order information forming unit 760, After confirming the payment amount and confirming the store identification information held in the smartphone 700 or included in the order reception data, the payment amount and the store identification information are confirmed, and then the payment amount and the store identification information Configure payment information.

The settlement processing unit 770 composes settlement request data by combining the settlement means information of the acquired (or inputted) user with the settlement information, and then the settlement request data is transmitted to the settlement server corresponding to the payment means of the user Lt; / RTI > For example, the payment request data may be transmitted to the payment server via the short-range wireless communication module 711 via the nth store's access point 130, or may be transmitted to the wireless communication network 702 To the payment server. Or the payment request data is transmitted to the order server 105 (or payment request receiving means 615).

Referring to FIG. 7, the smartphone 700 includes a pickup processor 775 for receiving and outputting a pickup call message corresponding to a pickup condition for the order information.

The store system 900 periodically checks whether a pickup condition for delivering an order item corresponding to the order information ordered through the order processing unit 765 to the user of the smartphone 700 is established, The order server 105 (or the pickup calling means 645) notifies the pick-up corresponding to the pick-up condition establishment when the condition is satisfied (for example, And transmits the message to the smartphone 700.

Here, the pickup condition is a menu (or a button) for requesting the user to accept the order item through the interface displayed on the pick-up terminal 135 of the store system 900 (or the key input module of the pick-up terminal 135) Click.

The pick-up processor 775 receives the pick-up call message through the communication module of either the short-distance wireless communication module 711 or the wireless network communication module 702 and outputs the pick-up call message.

According to the method of the present invention, the pickup call message may include a unique identification number that does not overlap with the identification number assigned to the order identification device provided in the nth store. In this case, the pickup processing unit 775 And can output the unique identification number included in the pick-up call message through the screen output unit 703.

According to an embodiment of the present invention, the pick-up call message is transmitted to the store system 900 (or the order server 105 or the pick-up call means 645) dynamically generated at the time of constructing the message, In this case, the pick-up processing unit 775 outputs the authenticator data via the screen output unit 703, can do.

According to another embodiment of the present invention, the pick-up call message may further include a voice message requesting receipt of the order item. In this case, the pick-up processing unit 775 transmits And output the voice message.

According to another embodiment of the present invention, the pickup call message may further include a vibration command code for vibrating a vibrator (not shown) included in the smart phone 700. In this case, the pick- May vibrate the vibrator of the smartphone 700. [

FIG. 8 is a diagram illustrating a configuration of a store system 900 according to an embodiment of the present invention.

8 shows a configuration of a store system 900 in which the functions of the POS server 140, the POS terminal 150, and the pick-up terminal 135 are implemented in one computer system. Those skilled in the art will be able to refer and / or modify this FIG. 8 to illustrate various implementations of the store system 900 (e.g., some implementations may be omitted, or subdivided, or combined) However, the present invention is not limited to the above-described embodiments, and the technical features of the present invention are not limited only by the method shown in FIG. For example, FIG. 8 illustrates that the store system 900 is implemented in any one of the devices (e.g., the POS terminal 150) provided in the store, but the present invention is not limited thereto. It is possible that the apparatus 900 is implemented through two or more devices.

8, the store system 900 includes a control unit 801, a memory unit 809, a screen output unit 802, a key input unit 803, a network communication unit 807, And an access point communication unit 808 for communicating with the access point when an access point included in the shopping center is provided. According to the method of the present invention, the store system 900 may further include a card reader module 804 and a printing module 805 for payment processing, and may further include a cash storage box for cash payment processing have.

The controller 801 is a generic term for controlling the operation of the store system 900. The controller 801 includes at least one processor and an execution memory, BUS). According to the present invention, the control unit 801 loads at least one program code included in the store system 900 into the execution memory through the processor, and outputs the result to at least one function To control the operation of the store system 900. [ Hereinafter, a function configuration unit implemented in the form of program code for implementing the present invention will be described in the control unit 801 of FIG. 8 for convenience.

The memory unit 809 is a general term of the nonvolatile memory included in the store system 900 and includes at least one program code executed through the control unit 801 and at least one data set used by the program code And stores it. The memory unit 809 basically includes a system program code and a system data set corresponding to an operating system of the store system 900, a communication program code and a communication data set for processing a wireless communication connection of the store system 900, One application program code and application data set are stored, and the program code and data set for implementing the present invention are also stored in the memory unit 809.

According to the present invention, the memory unit 809 stores product information (for example, a product name, a selling price, and the like) for a product sold in the store. If the store system 900 is provided with a barcode reader, the merchandise information is connected to the barcode data read from the barcode attached to each merchandise. When the merchandise store 900 includes the RFID reader, The information may be associated with RFID data that is read from the RFID tag attached to each article. The control unit 801 is provided with a program structure for providing order management for products to be sold in stores using the goods information stored in the memory unit 809. [

The screen output unit 802 is composed of a screen output device (for example, a liquid crystal display (LCD) device) and an output module for driving the screen output device 802. The screen output unit 802 is connected to the control unit 801 through a bus, And outputs an operation result corresponding to the screen output to the screen output device.

The key input unit 803 includes a key input device having at least one key button (or a touch screen device interlocked with the screen output unit 802) and an input module for driving the key input unit. The control unit 801, And inputs a command for commanding various operations of the control unit 801 or data necessary for the operation of the control unit 801. [

The network communication unit 807 includes a communication module that connects the store system 900 to at least one of a wired communication network and a wireless communication network. The network communication unit 807 connects a communication channel with a device (or server) (Or server) connected to the control unit 801 through the communication network, and transmits the operation result corresponding to the communication process among the various operation results of the control unit 801 to the device (or the server) And transmits the received data to the controller 801. [

According to an embodiment of the present invention, the network communication unit 807 may include an order server 105 (or an order reception request unit 635) for relaying order request information transmitted from a smartphone 700 of a user who has visited the store, ) And a communication channel can be connected.

The access point communication unit 808 is composed of a short distance communication module for connecting a communication session with the access point using a radio frequency signal reaching within a predetermined distance as a communication medium. Preferably, the access point communication unit 808 comprises RFID communication of ISO 180000 series standard, Communication, Wi-Fi communication, and public wireless communication. Alternatively, the access point communication unit 808 can connect a communication session with the access point through wired communication. According to the method of the present invention, the access point communication unit 808 can be integrated with the network communication unit 807. [

The card reader module 804 has a card interface for reading the card information from the payment card held by the customer and delivering the card information to the controller 801. The card reader module 804 reads the card information, And a payment module for processing the card settlement by combining the card information read through the card reader 80 and the money information transmitted from the controller 801. [ According to an embodiment of the present invention, the card reader module 804 may be embodied in the form of an external device that is embedded in the store system 900 or communicates with the store system 900 via a cable (local area communication) , May be omitted.

Here, the card interface includes at least one of an MS (Magnetic Stripe) card interface conforming to the ISO / IEC 7810 standard, a contact type IC card interface conforming to the ISO / IEC 7816 standard, and a contactless IC card interface conforming to the ISO / IEC 14443 standard do.

The printing module 805 is connected to the control unit 801 through a bus and performs a calculation corresponding to the printing process among the various calculation results of the control unit 801 Prints the result, or prints the payment receipt in connection with the card reader module 804.

Referring to FIG. 8, the store system 900 includes Q (Q> 1) storage units for storing order information including i (i? 1) order values for processing an order for goods sold in the store And a media operation unit 810 for holding an order information storage medium having an area.

Here, the i order values may include at least one of a product identification value for identifying a product sold in the store, a size identification value for the product, a status identification value, a number identification value, a container identification value, an amount identification value, , A point accumulation / use identification value, and a receipt issue identification value, and an order value that does not need to be maintained for a certain period of time for sale / management of the goods among the order values may be omitted.

The media operating unit 810 sets the memory unit 809 as an order information storage medium for holding the storage area and holds Q storage areas in the memory unit 809 or stores program codes It is possible to declare and maintain an order information storage medium that holds the order information in a program code area that can be referred to. Alternatively, the media operating unit 810 may set Q-number of storage areas by setting an order information storage medium that holds the storage area on a storage medium on a communication network.

8, the store system 900 includes an order information input unit 815 for inputting i order values to be matched with storage items of the storage area through the key input unit 803, And an order information storage unit 820 for storing order information in a q-th (1 < = q < Q) storage area in which order information is not stored among Q storage areas held in the medium.

The order information input unit 815 outputs an order information input interface for inputting i order values to the screen output unit 802 and transmits the order information to the media operation unit 803 through the key input unit 803, And the i order value matching with the storage item of the storage area held by the storage unit 810.

When the i order values are input through the order information input interface, the order information storage unit 820 determines a q-th storage area in which order information is not stored among the Q storage areas held in the order information storage medium And stores the order information including the inputted i order values in the qth storage area.

8, the store system 900 includes an order information receiver (not shown) for receiving order information including j (j? 1) order values set through a smartphone 700 of a user who has visited the store And outputting j order values included in the received order information, extracting i order values corresponding to the qth storage region out of the j order values, And an order information interlocking unit 830 for constructing order information to be stored in the information storage medium and then transmitting the order information to the order information storing unit 820. The order information storing unit 820 stores Q (1 < = q < = Q) storage area in which order information is not stored among the storage areas.

A user who enters a store equipped with the store system 900 configures order information including j order values through his / her own smartphone 700, The order information receiving unit 825 receives at least one of the network communication unit 807 and the access point communication unit 808 when transmitting the order request information including the order information through at least one of the wireless communication and the wireless network communication, Receives the order request information through the communication unit of the terminal, and extracts the order information included in the order request information.

Here, the j order values may include a product identification value, a size identification value, a state identification value, a number identification value, a container identification value, an amount identification value, a coupon usage identification value, a point accumulation / use identification value, And an identification value.

According to an embodiment of the present invention, the user smartphone 700 can transmit the order request information through the access point of the store. In this case, the order information receiving unit 825 receives the access point And can receive the order request information through the communication unit 808 (or the network communication unit 807).

According to another embodiment of the present invention, the user smartphone 700 can transmit the order request information to the order server 105 (or the payment request receiving means 615) via the access point, The order information receiving unit 825 receives the order request information from the order server 105 (or the order reception request unit 635) connected via the network communication unit 807 (or the access point communication unit 808) can do.

According to another embodiment of the present invention, the user smartphone 700 can transmit the order request information through the wireless communication network to which the user smart phone 700 is connected. If a communication number capable of communicating with the smartphone 700 is allocated to the store system 900, the order information receiver 825 can receive the order request information through the network communication unit 807 have. If the user smartphone 700 transmits the order request information to the order server 105 (or the payment request receiving means 615) through the wireless communication network, the order information receiving unit 825 transmits the order request information to the order server 105 And can receive the order request information from the order server 105 (or the order reception request means 635) through the communication unit 807. [

Upon receipt of the order information transmitted from the smartphone 700, the order information interworking unit 830 outputs j order values included in the received order information through the screen output unit 802. The order information interworking unit 830 extracts i order values corresponding to the qth storage area among the j order values. If there is an order value that does not match the i order values among the j order values, the order information interlocking unit 830 processes the non-matching order value as a blank, Assign the default value.

When the i order values are extracted from the j order values, the order information linking unit 830 constructs order information to be stored in the order information storage medium including the extracted i order values. When the order information is configured, the order information interlocking unit 830 arranges the order information key-inputted through the order information input unit 815 and the order information received from the smart phone 700 according to order order, And transmits it to the order information storage unit 820.

The order information storage unit 820 determines a q-th storage area in which order information is not stored among the Q storage areas stored in the order information storage medium, and stores the order information linking unit 830 in the q- And order information including i order values transmitted from the order information.

Referring to FIG. 8, when the order information received from the smartphone 700 is stored in the order information storage medium, the store system 900 allocates a unique identification number to the order information stored in the order information storage medium And an identification number assigning unit 835 for retaining the identification number.

Herein, the unique identification number does not duplicate an identification number assigned to a plurality of order identification devices (for example, a vibrating bell device) provided in the store, Is an identification number that is assigned so as not to overlap with the identification number assigned to the smartphone and uniquely identifies the order information of the smartphone 700. [

8, when the order information received from the smartphone 700 is stored in the order information storage medium, the store system 900 stores the order information received from the smartphone 700 within a predetermined period of time And a pickup notification unit 845 configured to form a pickup call message corresponding to the pickup condition establishment and to transmit the pick-up call message to the smartphone 700 .

After the order information received from the smartphone 700 is stored in the order information storage medium, the pick-up condition check unit 840 identifies the order item corresponding to the order information received from the smartphone 700 within a predetermined period of time If the pickup condition is established within a predetermined period of time (e.g., the manufacture of the ordered product is completed), the pickup notification unit 845 periodically checks whether the pickup condition is satisfied, And transmits the pick-up call message to the smart phone 700. The pick-

Here, the pick-up condition may be selected by clicking a menu requesting the user to accept the order item through the interface output through the screen output unit 802, or by using the key input unit 803, Is clicked on by the user to request the user to take over.

According to an embodiment of the present invention, the pick-up paging message may include at least one of an authenticator data (for example, an authentication code or an authentication code, which is dynamically generated in the store system 900) Dimensional barcode)). In this case, the smartphone 700 can display the authenticator data.

According to another embodiment of the present invention, the pick-up call message may further include a voice message requesting receipt of the order item. In this case, the smart phone 700 may output the voice message as a sound have.

According to another embodiment of the present invention, the pick-up call message may further include a vibration command code for vibrating a vibrator (not shown) included in the smart phone 700. In this case, the smart phone 700 Can oscillate the vibrator.

FIG. 9 is a diagram illustrating a configuration of a store system 900 according to another embodiment of the present invention.

9 shows an order information storage medium holding unit, an order information input unit 815, an order information storage unit 820, an order information receiving unit 825 The order information interlocking unit 830 and the identification number assigning unit 835 are provided in the POS terminal 150 and the pickup condition confirming unit 840 and the pickup notifying unit 845 are provided in the pickup terminal 135 FIG. For convenience, FIG. 9 does not show the apparatus constituting part constituting the store system 900 for the sake of convenience.

Those skilled in the art will be able to refer to and / or modify the FIG. 9 to find out the program components of the store system 900 shown in FIG. 8 other than the method shown in FIG. The POS terminal 150 and the pick-up terminal 135 in the form of a program or an embodiment of implementing the program constituent part of the store system 900 shown in FIG. 8 in at least three or more different terminals and servers It will be apparent that the invention includes all possible embodiments of the invention.

FIG. 10 is a diagram illustrating a configuration of a store system 900 according to another embodiment of the present invention.

In more detail, FIG. 10 shows a program configuration of the store system 900 shown in FIG. 8 is provided in the POS server 140, and the POS terminal 150 having the apparatus configuration shown in FIG. And a pickup terminal 135 are shown in Fig.

Those skilled in the art will be able to refer to and / or modify the drawing 10 in addition to the illustrative embodiment shown in FIG. 10 in order to make the program components of the store system 900 shown in FIG. The embodiment of the present invention can be implemented in at least one terminal and a server by dividing the program into a plurality of types, and a method of implementing a program constituent part of the store system 900 shown in FIG. 8 in at least three or more different terminals and servers And it is to be understood that the invention includes all possible embodiments thereof.

100: order support server 105: order server
110: Relay server 115: Payment means operating server
120: charge prepaid account management server 125: account management server
135: pick-up terminal 140: POS server
150 POS terminal 700 smart phone

Claims (10)

A method for communicating with a user smartphone and being executed through a server capable of communicating with a store terminal of an offline store,
A first step of receiving order information for ordering at least one merchandise to be sold by the user from a program executed in the user smartphone or sold in an offline shop where the user is scheduled to arrive;
A second step of confirming completion of order settlement of the order information that has been processed by using the payment means selected by the user among the payment means of the user available through the user smartphone;
A third step of providing the order information to the store terminal of the offline store where the user customer is confirmed or the user is scheduled to arrive when the order payment is completed and ordering the order information to the store terminal; And
And a fourth step of processing the pick-up call message corresponding to the pick-up condition establishment to be provided to the program of the user smart phone when the pickup condition of the goods corresponding to the order information received at the store terminal is established,
The user confirmation of the user is made by communicating with a program of the user's smartphone and transmitting the radio signal to the user smart phone, which locates the location of the smart phone, Wherein the at least one resource is acquired based on a result obtained by reading a value obtained through at least one resource available through a program of the smartphone of the user.

The method according to claim 1,
Further comprising the step of providing order data for ordering a product to be sold at the store,
Wherein the first step receives the order information configured through the program of the user smartphone based on the order data.
The information processing apparatus according to claim 1,
Wherein the order information includes information for ordering products that are commonly sold in the store group to which the store belongs.
The method according to claim 1,
Processed through the program of the user smartphone, or
And a payment means operation server connected to the user smart phone.
The information processing apparatus according to claim 1,
When the user enters the store,
Order information and in-store order information input to the store terminal in the store based on the completion time of the order settlement or the time point when the order information is provided to the store terminal are sorted,
Wherein order information is received prior to the completion of the order settlement or when the order information is provided to the store terminal, the order being prior to the order information in the store that has not been entered into the store terminal in the store.
2. The method of claim 1,
And a message for outputting a unique identification number that uniquely identifies the order using the user smart phone so as not to be duplicated through the user smart phone.
2. The method of claim 1,
A program of a user smart phone is provided in a user smart phone to transmit a resource for positioning a smartphone, a radio resource for transmitting and receiving a radio signal in close proximity and detecting a signal strength, a resource for acquiring a pixel- A value obtained through one or more resources available through the program of the < RTI ID = 0.0 >
Wherein the server is identified through a combination of at least one or both of receiving and reading a value obtained from one or more resources from a program of a user smartphone and verifying.
2. The method according to claim 1,
Further comprising the step of providing settlement completion information corresponding to completion of the order settlement to a store terminal of the store.
The method according to claim 1,
Further comprising the step of providing order detail information corresponding to the order information received at the store terminal of the store as a program of the user smartphone.
2. The method of claim 1,
The user smartphone communicates with the program of the user smartphone so that the location of the user smartphone exists within a certain range of the location of the specific store corresponding to the order information and at the same time, And a signal intensity of a predetermined intensity or higher is recognized through the signal strength determination unit.

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