KR20120011776A - Reverse Order Payment Method - Google Patents

Abstract

The reverse order payment method according to the present invention is a reverse order payment method of a server that communicates with a smartphone of a user and communicates with a POS of an offline store visited by the user, wherein the user has visited or is scheduled to visit the store. Identifying at least one product to be sold to the user at the store, constructing order data for ordering at least one of the checked products, and providing the order data to the smartphone; Receiving an order information, checking whether the payment for the order information is completed through the payment means selected by the user among the payment means of the user available through the smart phone, and when the payment is completed, the store By sending the order information and payment 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.

Description

Reverse Ordering Method {Method for Settling Reverse-Order}

The present invention provides a POS server (or POS terminal) provided in the store after payment processing corresponding to an order request for at least one product sold in the store through an application provided in a smartphone of a user who is entering or expected to enter the store. It relates to a reverse order payment method using a smartphone application that accepts the requested order.

Recently, as smart phones are activated, opportunities for providing various application-based services to users by installing applications on the smart phones are increasing.

In the past, an application installed in a mobile phone was manufactured in the form of a virtual machine (VM), and in order to install the application in the mobile phone, a complicated use approval of a communication company was required. There were many limitations in creating and distributing mobile phone applications to mobile phone users, and it was almost impossible to produce / distribute mobile phone applications except for some content providers contracted with mobile operators.

Smartphones that have recently been activated by smartphones can provide the application-based services to the smartphone users by installing various applications without the above restrictions, and the smartphone users can access the server where the smartphone applications are published at any time. You can then download and install the application you want. Thus, operators operating offline stores were given the opportunity to create and distribute applications to smartphone users that can be used in their stores without relying on content providers.

However, the above opportunities only mean that the production / distribution of the smartphone application is different from the conventional mobile phone, and that the opportunity of the store order payment service provided through the smartphone application is never given. no.

In the field of processing an order payment by mounting an application on a customer terminal, most order payment methods proposed up to now include creating an order form through an application on the customer terminal and delivering the order to a POS terminal of a store. Payment for the order is to be processed through the POS terminal.

At this time, the method of delivering the order written through the application of the customer terminal to the POS terminal, the method using the short-range communication, the method of displaying the image containing the contents of the order on the customer terminal and then recognize this through the POS terminal to be. Meanwhile, in order to deliver an order from a customer terminal to a POS terminal by using short-range communication, a short-range communication device must be additionally provided in the POS terminal, and in order to recognize the image and deliver the order from the customer terminal to the POS terminal, There is a problem that a recognition device for extracting the contents of the order by recognizing the image should be additionally provided. In particular, the order payment method as described above is because both the order and payment is made through the POS terminal, the order payment load on the POS terminal is increased, and in some cases it is just POS to write an order using the customer terminal There is a problem that it takes longer than standing in front of the terminal to order and pay orally to the store staff.

An object of the present invention for solving the above problems is to identify a smartphone that has visited or is expected to enter the store, and if the smartphone has visited or is going to the store, the store through an application provided in the user's smartphone. After requesting an order for at least one product to be sold at the same time processing the payment, after the payment processing is completed through the application of the smartphone via the POS server (or POS terminal) equipped with the requested order It is to provide a reverse order payment method using a smartphone application that is accepted by).

The reverse order payment method according to the present invention is a reverse order payment method of a server that communicates with a smartphone of a user and communicates with a POS of an offline store visited by the user, wherein the user has visited or is scheduled to visit the store. Identifying at least one product to be sold to the user at the store, constructing order data for ordering at least one of the checked products, and providing the order data to the smartphone; Receiving an order information, checking whether the payment for the order information is completed through the payment means selected by the user among the payment means of the user available through the smart phone, and when the payment is completed, the store By sending the order information and payment 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.

In the reverse order payment method according to the present invention, the user's store on the basis of at least one state value of the position value of the smartphone and the short-range wireless communication state value between the short-range wireless communication module of the smartphone and the access point in the store. Characterized in that the step further comprises the step of confirming the guest or guest schedule.

The reverse order payment method according to the present invention is characterized in that it further comprises the step of verifying that the payment means selected by the user is a payment means available to process the payment of the order information.

The reverse order payment method according to the present invention, when the order information is received at the POS, further comprising the step of constructing the order history information to identify that the order information has been received by the POS provided to the smartphone It features.

In the reverse order settlement method according to the present invention, the order data includes order data of goods sold on a common condition in a store group to which the store belongs and order data of goods sold on a separate condition in the store. It is characterized by.

In the reverse order payment method according to the invention, the payment is characterized in that processed through the smartphone, or through the payment means operating server connected to the smartphone.

In the reverse order payment method according to the present invention, the POS includes Q (Q> 1) storage areas for storing order information including i (i≥1) order values that are directly keyed through a store employee. Maintaining a medium provided to store the order information keyed from the store in the storage area, when the order information including j (j≥1) order values transmitted from the application is received, the received order information I order values of the j order values included are extracted and stored in a q (1 ≦ q ≦ Q) storage area in which the order information is not stored.

According to the present invention, a point-of-sale server (or POS server) provided in the store after a payment process corresponding to an order request for at least one product sold in the store through an application provided in a smartphone of a user who is entering or is going to the store. By accepting the requested order to the POS terminal, there is an advantage of processing the order payment for goods sold in the store conveniently and quickly without increasing the order payment load to the POS server (or POS terminal).

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

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. 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. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or custom. Therefore, the definition should be made based on the contents throughout the present invention.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is only.

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

In more detail, Figure 1 is provided to the store after payment processing corresponding to the order request for at least one product sold in the store through an application provided in the smartphone 700 of the user who is in the store or is going to visit the store. The reverse order payment system configuration for accepting the requested order to the POS server 140 (or POS terminal 150), which is a person of ordinary skill in the art, the present invention By referring to and / or modifying the present invention, various implementation methods for the reverse order settlement system may be inferred, but the present invention includes all the implementation methods inferred, and only the implementation method shown in FIG. The technical features are not limited.

According to the present invention, the reverse order settlement system, the user's smart phone 700 with the application shown in Figure 7, the access point (130) provided in the store and the store provided in the The POS terminal 150, the pick-up terminal 135, and the POS system 140 connected to the POS terminal 150 (or the pick-up terminal 135) including the at least one store system 900 and the smart phone ( 700 is connected to the order support server 100 to support the order request through the application, and receives the order request from the smart phone 700 to maintain until the payment processing is completed and store the order information processed payment The order server 105 and the smartphone 700 that deliver to the system 900 is connected to the smart phone 700 in order to the requested request to the order server 105 in accordance with the payment request through the application (or payment program associated with the application) It comprises a relay server 110 for processing a payment, POS server 140 and the POS terminal 150 on the store system 900 are each configured as a separate computer or a single computer The pick-up terminal 135 on the store system 900 may be integrally connected to the POS terminal 150 or may be configured separately from the POS terminal 150.

The smartphone 700 determines an n (1 ≦ n ≦ N) stores of the N (N ≧ 1) stores including the store system 900 that the smartphone 700 has visited or is expected to visit. The application is processed to process the payment of the n-th store. The application configures order information requesting an order of at least one product sold in the n-th store in association with the order support server 100, and the smartphone (or an application) via a smartphone ( 700) a store for determining a payment medium identifying any one of the P (P≥1) payment methods available to the user to process payment for the payment amount derived from the order information, and accepting the order; Store identification value for identifying the and the determined payment medium information and order information is transmitted to the order server 105.

The order support server 100 stores and maintains order data for a product sold in a store in an order data maintenance medium, identifies a smartphone 700 visited or scheduled to visit the store, and the smartphone 700 After confirming the location of the store to be located, the order data is combined with the order interface in the store and output to the application.

According to an exemplary embodiment of the present invention, the order support server 100 is periodically obtained from r (1≤1≤R) resources among R (R> 1) resources provided in the smartphone 700. A store discrimination information medium for maintaining at least one set of identification values necessary for identifying the store that the smartphone 700 has visited or is going to visit based on the resource status value, and is provided in the smartphone 700. When the resource state value obtained from the three resources is included in a predetermined range of the resource state determination value held in the store determination information medium, the smartphone 700 stores a store corresponding to the resource state determination value among the N stores. This may be determined as the n-th store that has been or is going to visit.

According to another exemplary embodiment of the present invention, the order support server 100 includes the store discrimination information medium, and the function of determining the n-th store that the smartphone 700 has visited or is going to visit is the smartphone. It may be provided in the application of 700, in this case, the order support server 100 provides the resource state determination value maintained in the store discrimination information medium to the application, the smart phone 700 enters or visits The planned n-th store can be determined.

According to another embodiment of the present invention, the store identification information medium is provided in the smartphone 700, and the function of determining the n-th store that the smartphone 700 has visited or is going to visit is the smartphone ( 700 may be provided in the application, in which case the order support server 100 receives information from the smartphone 700 to determine the n-th store that the smartphone 700 has visited or is going to visit.

The order support server 100 is the order data maintenance medium in a state connected with the smart phone 700 via a connection point 130 (or a wireless communication network connected to the smart phone 700) provided in the store On the basis of the order data maintained in the application through the application for the smart phone 700 is a visitor or at the store to support the order request for at least one product sold in the store, and the order data maintenance medium is the smartphone ( When provided within 700, the order support server 100 may not include the order data maintenance medium.

According to an exemplary embodiment of the present invention, the order support server 100 maintains order data for sales items for each store sold in the N stores in the order data holding medium, and stores the N stores from the application. If the smart phone 700 is a visitor or an order of the n-th store to be requested is requested, the order data of the n-th store is extracted from the order data maintenance medium.

According to another exemplary embodiment of the present invention, the order support server 100 orders the order data to a product sold in a specific store (or a store group selling the same product among the N stores) of the N stores. The order data of the n-th store is extracted from the order data maintenance medium when the order of the specific store (or store group) is requested from the application.

According to an embodiment of the present invention, when the application is provided with t (t≥1) order interface output functions that are combined with the order data and set j (j≥1) order values, the order support server ( 100 transmits the order data extracted from the order data maintenance medium to the application to be combined with the t order interfaces and output.

According to another embodiment of the present invention, if the application is provided with a function of outputting t order data provided by the order support server 100, the order support server 100 may be configured to the t order interfaces. The order data extracted from the order data holding medium is combined and then delivered to the application for processing.

According to another exemplary embodiment of the present invention, when the order data maintaining medium is provided in the smartphone 700, the order support server 100 may provide only the t order interfaces, and if the smart When the order data holding medium is maintained in the phone 700 and the application is provided with a function for outputting the t order interfaces, the order support server 100 may be omitted.

In the application of the smart phone 700 to input j order values for ordering at least one product through the t order interface to configure the order information, and to process the payment for the payment amount derived from the order information When determining a payment medium (eg, payment method type and payment method issuer, etc.) identifying a payment method, the order server 105 is connected to the access point 130 (or the smartphone 700) from the application. Wireless communication network) receives a store identification value and payment medium information and order information for identifying the n-th store that the smartphone 700 has visited or is going to visit, and receives the received store identification value, payment medium information, and order information. Order by linking with the smartphone 700 information (or an application identification value that uniquely identifies 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 maintenance medium, the order server 105 requests to pay the payment amount derived from the order information through a user's payment means corresponding to the payment medium information. Invoice information is configured and provided to the application.

The application of the smartphone 700 confirms the approval of the payment request of the user of the smartphone 700 for the invoice information from the order server 105. According to an embodiment of the present invention, when the application inputs user authentication information (eg, user password, user identification number for identifying the user, user personal information (name, social security number, etc.)), the user approves a payment request. It is determined that this has been confirmed.

The application acquires payment means information of a user corresponding to the payment medium in association with approval of the payment request of the user, and includes a payment request including payment amount information, user authentication information, and payment amount information derived from the order information. The data is configured and transmitted to the relay server 110.

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

In addition, the payment means information of the user may be extracted from the payment means information holding medium (eg, USIM memory, smart phone 700 memory) provided in the smart phone 700 or may be keyed by the user. If the relay server 110 is provided with the payment means information holding medium, and the user authentication information and the payment means information of the user is connected to the payment means information holding medium, the application is the user authentication information payment of the user Can be obtained as means information. If the user's payment means processes a payment through a payment program associated with the application, the payment request data is configured through the payment program to access the access point 130 (or the smartphone 700). Wireless communication network) and may be transmitted to the relay server 110 through a secure communication channel between the application and the relay server 110.

When the payment request data is received from the smartphone 700, the relay server 110 is a payment that the payment means information is actually available to the user of the smartphone 700 based on the information contained in the payment request data Verify that it is a means.

According to the exemplary embodiment of the present invention, the relay server 110 compares and authenticates the user authentication information included in the payment request data and the user authentication information maintained in the medium, so that the payment medium of the user of the smart phone 700 can be compared. You can verify that the payment method is available. Alternatively, the relay server 110 compares whether the name of the payment means information included in the payment request data matches the user corresponding to the user authentication information, and 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 operating server 115 equipped with a payment means holding medium for holding the payment means. .

According to an embodiment of the present invention, when the verified payment means corresponds to a user's charging prepaid account connected to the rechargeable prepaid card, the relay server 110 operates a payment means maintaining medium for maintaining the charging prepaid account. The charging prepaid account operating server 120 is selected.

According to another exemplary embodiment of the present invention, when the verified payment means corresponds to the user's financial account (eg, real account, virtual account, etc.) of the user, the relay server 110 maintains the financial account. Select the account management server 125 that operates the payment medium maintenance medium.

According to the embodiment of the present invention, the payment means may further include a credit card payment means, a check card payment means, a phone bill payment means, in which case the relay server 110 is a payment means for maintaining each payment means The payment means operating server 115 for operating the maintenance medium may be selected.

When the payment means operating server 115 is provided with a payment means maintenance medium for maintaining the payment means of the user, the relay server 110 is maintained on the payment means maintenance medium via the payment means operation server 115. Withdraw the payment amount from the payment means of the user so that the payment is processed.

According to an embodiment of the present invention, when the payment means corresponds to a user's charging prepaid account connected to the rechargeable prepaid card, the relay server 110 charges the user's charge prepaid through the selected payment means operating server 115. Withdraw the payment amount from the account so that the payment is processed.

According to another exemplary embodiment of the present invention, when the payment means corresponds to the user's financial account, the relay server 110 receives the payment amount from the user's financial account through the selected payment means operating server 115. Withdraw money so that the payment is processed.

If the payment means is credit card payment means, check card payment means, phone bill payment means, the relay server 110 through the payment means operating server 115 corresponding to each payment means payment for the payment amount It can be treated as post- or direct debit.

When the payment for the payment amount is completed through the user's payment means 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, the payment medium information, and the order information held on the order information holding medium in response to the payment completion, and the POS server 140 (or the POS terminal 150 corresponding to the store identification value). Send the order to)).

When payment is completed through the charging prepaid account, the payment request data received from at least one smartphone 700 according to the embodiment of the present invention, the relay server 110 is at least one completed through the charging prepaid account The settlement information for the settlement is aggregated, and the settlement prepaid account management server 120 is metabolized through the calculated settlement information. Here, the normal ambassador of the charge prepaid account includes an ambassador that withdraws and pays the funds corresponding to the completed payment amount from the financial account that deposits the actual funds of the amount charged in the at least one user prepaid account.

Alternatively, when payment is completed through the financial account with the payment request data received from at least one smartphone 700, the relay server 110 aggregates the settlement information for the at least one payment completed through the financial account. In addition, the account operation server 125 instructs and metabolizes the settlement withdrawal of the aggregated settlement information.

If a point is paid for the payment processing through the at least one point system affiliated with or connected to the store in the payment processing process for the payment request data or the points accumulated to the user are used, the relay server 110. ) Settles point payments through the point system, or setstled points used.

In addition, the relay server 110 constitutes the settlement information for each store, and transmits the settlement information for each store to the POS server 140 of each affiliate store for settlement, and the POS server 140 is the relay server 110. Receive settlement information for each store from) and process settlement. According to an implementation method, the relay server 110 may configure settlement information for each store group to which the store belongs.

After the payment completion information is delivered to the order server 105, if the order history inquiry is requested from the application, the order server 105 is sent to the order information maintenance medium in response to a request for order history inquiry from the application. Order history information including the maintained payment medium information and order information can be configured and provided to the application. If the order history inquiry is requested while the payment completion information is not transmitted to the order server 105, the order server 105 may request the application to retransmit the bill information to process a payment.

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 user's charge prepaid account in response to the payment withdrawal request of the relay server 110. The charging prepaid account operation server 120 metabolizes the settlement information collected by the relay server 110 in response to the settlement metabolism request of the relay server 110.

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

When the payment amount is withdrawn from the user's financial account through the account operation server 125, the settlement amount of the withdrawal payment amount after deducting a predetermined fee is deposited into the account corresponding to the POS server 140.

The POS server 140 receives the store identification value, the payment medium information, and the 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 the POS server 140 (or the order server) to the order information that is directly keyed through a store employee. Insert the order information received from the (105) and maintain it in the order information storage medium, the order information received from the POS server 140 (or order server 105) (that is, order information ordered through the application) ) Is provided to the pickup terminal 135. In this case, the POS terminal 150 generates the order information received from the POS server 140 (or the order server 105) through an application of the smartphone 700 instead of the order information input by the store employee. By indicating that the order information can be provided to the pick-up terminal 135.

According to the present invention, the POS terminal 150 has an order having Q (Q> 1) storage areas for storing order information including i (i≥1) order values keyed through the store staff. Retaining the information storage medium, and stores the order information keyed through the store staff in the storage area, when the order information including j (j≥1) order values transmitted from the application is received, the reception I order values are extracted from the j order values included in the received order information, and stored in the q (1 ≦ q ≦ Q) storage area where the order information is not stored.

The pickup terminal 135 identifies the order information received from the application from the POS terminal 150 and the order information directly input through the store staff, and the order product corresponding to the identified order information. Periodically check whether the pickup condition is satisfied (e.g., input of a finished product (key) of the ordered product). If the pickup condition of the ordered product is established, the pickup terminal 135 notifies the POS terminal 150 of pickup of the ordered product in response to the establishment of the pickup condition, and the POS terminal 150 notifies the POS. The pickup notification message for the order goods is transmitted to the server 140 (or the order server 105).

If the pickup of the order goods corresponding to the order information is notified from the POS terminal 150, the POS server 140 transmits a pickup notification message for the order goods to the order server 105.

When the pickup for the ordered goods is notified from the POS server 140 (or POS terminal 150), the order server 105 is connected to the store 130 (or the smart phone 700) Transmits a pickup call message for the ordered product to the application through a wireless communication network connected to

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

In more detail, Figure 2 is provided to the store after payment processing corresponding to the order request for at least one product sold in the store through an application provided in the smartphone 700 of the user who is in the store or is going to visit the store. The process of accepting the requested order to the POS server 140 (or POS terminal 150), which is a person of ordinary skill in the art, see FIG. Or may be modified to infer various implementation methods (e.g., some implementation steps have been omitted or reordering) for the reverse order settlement process, but the present invention includes all implementation methods inferred However, the technical features are not limited only to the implementation method illustrated in FIG. 2.

Referring to FIG. 2, the application of the smartphone 700 determines a store in which the user of the smartphone 700 has visited or is going to visit the user in cooperation with the order support server 100 (200), and the order support server 100 ) After confirming the order data of the store that the user of the smartphone 700 has visited or is going to visit (205), by combining the order data with t order interfaces for setting j order values corresponding to the order data Provided to the application, the application outputs the t order interfaces (210).

The application sets order information including j order values through the t order interfaces (215), and the smartphone 700 and a store identification value identifying a store visited or scheduled to be visited by a user of the smartphone 700. The payment medium information identifying the payment method to be used for payment among the P payment means available to the user and the order information for ordering at least one product sold in the store are configured and transmitted to the order server 105 (220). In operation 225, the order server 105 receives the store identification value, payment medium information, and order information from the application and maintains the received order identification medium on the order information maintaining medium.

The order information derives a payment amount for ordering an order product corresponding to the order information from j order values (eg, amount identification value, coupon use identification value, point earning / use identification value, etc.) included in the order information. In operation 230, billing information for requesting payment of the payment amount is provided to the application through a payment means of a user corresponding to the payment medium information.

If the payment request for the bill information is approved through the application, the application configures payment request data requesting payment of a payment amount through a payment means corresponding to the payment medium, and transmits it to the relay server 110. In operation 240, the relay server 110 verifies whether the payment means is a payment method 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 holding medium for holding the verified payment means of the user. In operation 250, payment withdrawal is processed from the payment means of the user to the selected payment means operation server 115 (255).

If the payment amount is processed 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), the order server 105 ) Transmits the store identification value, the payment medium information, and the order information maintained in the order information holding medium to the store system 900 (265), and the store system 900 performs the process shown in FIG. do.

After the payment processing is completed, the application requests the order history inquiry to the order server 105, and correspondingly, the order server 105 includes payment medium information and order information maintained on the order information holding medium. To configure the order history information to provide to the application (270).

3 is a diagram illustrating a process of picking up a reverse order payment ordered goods according to an embodiment of the present invention.

In more detail, FIG. 3 shows an order payment process for at least one product sold in the store through an application included in the smartphone 700 of the user who is entering or expected to enter the store according to the process shown in FIG. After that, as shown in the process to the user to pick up the order-processed order goods in the store system 900 configured to include at least one POS server 140, POS terminal 150 and the pick-up terminal 135 as For those of ordinary skill in the art to which the present invention pertains, various implementation methods (e.g., some steps are omitted or changed in order) of the pick-up process of the ordered product are referred to and modified with reference to FIG. It can be inferred from the implementation method), but the present invention includes all the implementation methods inferred above, and only the implementation method shown in FIG. This technical feature is not limited. For example, those of ordinary skill in the art to which the present invention pertains may refer to and / or modify the drawing 3 so that the POS server 140 and the POS terminal 150 are configured as a single computer, or the pick-up. When the terminal 135 is integrated with the POS terminal 150, the pick-up process of the ordered product may be inferred, and the present invention includes all the inferable implementation methods.

Referring to FIG. 3, after an order is processed for at least one product sold in the store through an application included in the smartphone 700 of the user who is entering or is going to the store according to the process illustrated in FIG. 2. The order server 105 transmits the store identification value, the payment medium information, and the order information maintained on the order information maintenance medium to the POS server 140 (or POS terminal 150) (300). The POS terminal 150 inserts the order information received through the POS server 140 into the order information directly inputted through the store staff and maintains it in the order information storage medium (305), and the pickup terminal 135 The order information maintained in the order information storage medium is transmitted (310), and the pickup terminal 135 displays the order information (315), and then a pickup condition for an order product corresponding to the order information is established. Until Should not.

If the pickup condition for the ordered product corresponding to the order information is established, the pickup terminal 135 notifies the POS terminal 150 of the pickup for the ordered product (320), and the POS terminal 150 Relays the pickup notification to the POS server 140 (325), the POS server 140 constructs a pickup notification message according to the pickup notification, and transmits the pickup notification message to the order server 105 (330). The order server 105 constructs a pickup call message according to the pickup notification and sends it to the application (335).

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

In more detail, FIG. 4 shows an order payment process for at least one product sold in the store through an application provided in the smartphone 700 of the user who is entering or expected to enter the store according to the process shown in FIG. After that, the payment process is shown, and if one of ordinary skill in the art to which the present invention belongs, various implementation methods for the settlement process by referring to and / or modified in Figure 4 (e.g., Some steps may be omitted, or the order of implementation may be changed), but the present invention includes all the implementation methods inferred, and the technical features are not limited to the implementation method shown in FIG. No.

Referring to FIG. 4, after an order is processed for at least one product sold in the store through an application included in the smartphone 700 of the user who is entering or is going to the store according to the process shown in FIG. The relay server 110 collects settlement information for at least one reverse order payment (400), and requests a settlement ambassador to the payment means operating server 115 for each order payment (405).

Each payment means operating server 115 processes the settlement ambassador for the reverse order payment in response to the settlement ambassador request (410), the settlement price of the payment amount to the account of the store corresponding to the POS server 140 (E.g., an amount less a fee from a settlement amount) is deposited (415).

If the point payment occurs in the reverse order settlement process, the relay server 110 to settle the point payment through the point system for operating the point (420), and the settlement ambassador through the payment means operating server 115 Compose the store-specific settlement information according to and transmits to the POS server 140 (425).

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

(A) and (b) of FIG. 5 show that an application and an order support server 100 are linked to each other when the user of the smartphone 700 enters or is going to visit the store, and the user of the smartphone 700 enters or is going to visit the store. This is an example of a screen that automatically identifies.

5 (c) illustrates an example of a screen in which order data of a store visited or scheduled to be visited by a user is combined with t order interfaces and output through an application.

5D illustrates a screen for outputting bill information received from the order server 105 after an order request through an application.

FIG. 5E illustrates an order payment completion screen, and FIG. 5F illustrates a screen for receiving and outputting a pickup call message.

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

In more detail, FIG. 6 is provided to the store after payment processing corresponding to an order request for at least one product sold in the store through an application included in the smartphone 700 of the user who is entering or is going to the store. The program function configuration of the reverse order payment system for accepting the requested order to the POS server 140 (or POS terminal 150), the person having ordinary skill in the art to which the present invention pertains, Although various ways of combining the respective means of constituting the reverse ordering system by referring to and / or modifying the present figure 6 may be inferred, the present invention includes all the inferred implementation methods, and the present figure. The technical features are not limited only to the implementation method shown in FIG. Each means shown in FIG. 6 may consist of a single computer or both of two or more independent computers. For example, each means shown in FIG. 6 is applied to at least one server of the application of the smartphone 700 shown in FIG. 1, the order support server 100, the order server 105, and the relay server 110. It is manifestly possible that the invention is not limited by the server on which the respective means are implemented.

Reverse order payment system according to the present invention, the user's smartphone 700, the access point (130) provided in the store, the POS terminal 150 and the pickup terminal provided in the store (135) And a POS system 140 connected to the POS terminal 150 (or the pick-up terminal 135) and at least one server connected to the store system 900 and at least one payment means operating server 115. Program function configuration implemented in.

Referring to FIG. 6, the reverse order settlement system includes an order data holding medium for holding order data of a store, and includes order support means for coupling the order data to the order interface at the store and outputting the order data to the application ( 600 may be provided, and the order support means 600 may check the location of a store in which the smartphone 700 provided with the application is located.

According to one embodiment of the present invention, the order support means 600 is based on the resource state value periodically obtained from r resources among the R resources provided in the smartphone 700, the smartphone 700 A store discrimination information medium which maintains at least one set of identification values necessary for identifying the visited or prospective store, wherein the resource state value obtained from the r resources provided in the smartphone 700 is determined by the store discrimination; When included in a predetermined range of the resource status determination value maintained in the information medium, the smart phone 700 may determine the store corresponding to the resource status determination value among the N stores as the n-th store that the smartphone 700 has visited or is going to visit. Can be.

According to another exemplary embodiment of the present invention, the order support means 600 is provided with the store identification information medium, and the function of determining the n-th store that the smartphone 700 has visited or is going to visit is the smartphone. It may be provided in the application of the 700, in this case, the order support means 600 provides the resource state determination value maintained in the store discrimination information medium to the application, the smart phone 700 is visited or visited The planned n-th store can be determined.

According to another embodiment of the present invention, the store identification information medium is provided in the smartphone 700, and the function of determining the n-th store that the smartphone 700 has visited or is going to visit is the smartphone ( 700 may be provided in the application, in this case, the order support means 600 is provided with the information from the smartphone 700 to determine the n-store that the smartphone 700 has visited or scheduled to visit.

The order support means 600 is the order data maintenance medium in a state in communication with the smart phone 700 via a connection point 130 (or wireless communication network connected to the smart phone 700) provided in the store On the basis of the order data maintained in the application through the application for the smart phone 700 is a visitor or at the store to support the order request for at least one product sold in the store, and the order data maintenance medium is the smartphone ( When provided within 700, the order support means 600 may not include the order data holding medium.

According to an exemplary embodiment of the present invention, the order support means 600 maintains order data for sales goods for each store sold in the N stores in the order data holding medium, and stores the N stores from the application. If the smart phone 700 is a visitor or an order of the n-th store to be requested is requested, the order data of the n-th store is extracted from the order data maintenance medium.

According to another exemplary embodiment of the present invention, the order support means 600 orders the order data to a product sold in a specific store (or a store group selling the same product among the N stores) of the N stores. The order data of the n-th store is extracted from the order data maintenance medium when the order of the specific store (or store group) is requested from the application.

According to an embodiment of the present invention, when the application is provided with t (t≥1) order interface output functions that are combined with the order data and set j (j≥1) order values, the order support means ( 600 transmits the order data extracted from the order data maintenance medium to the application to be combined with the t order interfaces and output.

According to another embodiment of the present invention, when the application is provided with a function for outputting t order data provided by the order support means 600, the order support means 600 is connected to the t order interfaces. The order data extracted from the order data holding medium is combined and then delivered to the application for processing.

According to another exemplary embodiment of the present invention, when the order data maintenance medium is provided in the smartphone 700, the order support means 600 may provide only the t order interfaces, and if the smart When the order data holding medium is maintained in the phone 700 and the application is provided with a function for outputting the t order interfaces, the order support means 600 may be omitted.

Referring to FIG. 6, the reverse order settlement system includes a store identification value for identifying a store that has been visited or scheduled to be visited by a user of the smartphone 700 from an application of the smartphone 700 and available to the user of the smartphone 700. Order information receiving means for receiving payment medium information identifying a payment method to be used for payment among P (P≥1) payment means and order information for ordering at least one product sold in the store and maintaining the order information holding medium in the order information holding medium. 605 and payment request means 610 for configuring bill information for requesting payment of the payment amount derived from the order information through a payment means corresponding to the payment medium information and providing the same to the application.

In the application of the smart phone 700 to input j order values for ordering at least one product through the t order interface to configure the order information, and to process the payment for the payment amount derived from the order information When determining a payment medium (eg, payment method type and payment method issuer, etc.) for identifying a payment method, the order information receiving means 605 determines that the access point 130 (or the smartphone 700 is received from the application). Connected wireless communication network) receives the store identification value and payment medium information and order information identifying the n-th store that the smartphone 700 has visited or is going to visit, and receives the received store identification value and payment medium information and Associate order information with the smartphone 700 information (or an application identification value that uniquely identifies an application of the smartphone 700) Order is maintained over the medium information storage.

When the payment medium information and the order information are stored in the order information maintaining medium, the payment requesting means 610 requests to pay the payment amount derived from the order information through a payment means of a user corresponding to the payment medium information. Configure bill information to provide to the application.

Referring to Figure 6, the reverse order payment system, the payment request receiving means for receiving the payment request data for requesting the payment of the payment amount using the payment means from the application of the smart phone 700 and A payment means operating server 115 having verification means 620 for verifying whether the payment means is an available payment means of the user of the smartphone 700 and a payment means holding medium for maintaining the verified payment means; A payment processing means 630 which selects and selects a payment selection means 625 and withdraws the payment amount from a payment means of a user held in the payment means holding medium through the selected payment means operation server 115; Store identification value, payment medium information, and order information held on the order information holding medium to the POS server 140 (or POS terminal 150) corresponding to the store identification value. It is provided with an order receiving request means 635 to transmit and accept the order.

The application of the smartphone 700 confirms the approval of the payment request of the user of the smartphone 700 for the invoice information from the payment requesting means 610. According to an embodiment of the present invention, when the application inputs user authentication information (eg, user password, user identification number for identifying the user, user personal information (name, social security number, etc.)), the user approves a payment request. It is determined that this has been confirmed.

The application acquires payment means information of a user corresponding to the payment medium in association with approval of the payment request of the user, and includes a payment request including payment amount information, user authentication information, and payment amount information derived from the order information. The data is configured and transmitted to the payment request receiving means 615.

Here, the payment request data is the payment request receiving means through a secure communication channel between the application and the payment request receiving means 615 based on an access point 130 (or a wireless communication network connected to the smartphone 700) ( 615).

In addition, the payment means information of the user may be extracted from the payment means information holding medium (eg, USIM memory, smart phone 700 memory) provided in the smart phone 700 or may be keyed by the user. If the payment request receiving means 615 is provided with the payment means information holding medium, and the user authentication information and the payment means information of the user is connected to the payment means information holding medium, the application the user authentication information to the user It can be obtained as the payment means information of. If the user's payment means processes a payment through a payment program associated with the application, the payment request data is configured through the payment program to access the access point 130 (or the smartphone 700). Wireless communication network) may be transmitted to the payment request receiving means 615 through a secure communication channel between the application and the payment request receiving means 615.

When the payment request receiving means 615 receives the payment request data from the smartphone 700, the verification means 620 is the payment means information is based on the information contained in the payment request data on the smartphone (700) Verify that the user is actually available payment methods.

According to the method of the present invention, the verification means 620 compares and authenticates the user authentication information included in the payment request data and the user authentication information maintained in the medium, and the payment medium is the user of the smart phone 700. You can verify that the payment method is available. Alternatively, the verification means 620 compares whether the name of the payment means information included in the payment request data matches the user corresponding to the user authentication information, and 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 payment selection means 625 selects a payment means operating server 115 equipped with a payment means holding medium for holding the payment means. do.

According to an embodiment of the present invention, when the verified payment means corresponds to a user's charging prepaid account connected with the rechargeable prepaid card, the payment selecting means 625 operates a payment means maintaining medium for maintaining the charging prepaid account. Select the charging prepaid account operating server 120 to.

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

According to the embodiment of the present invention, the payment means may further include a credit card payment means, a check card payment means, a phone bill payment means, in which case the payment selection means 625 is a payment for maintaining each payment means It is possible to select the payment means operating server 115 for operating the means holding medium.

When the payment means operating server 115 is provided with a payment means maintenance medium for maintaining the payment means of the user, the payment processing means 630 is connected to the payment means maintenance medium through the payment means operation server 115. The payment is withdrawn from the payment means of the user maintained so that the payment is processed.

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

According to another embodiment of the present invention, when the payment means corresponds to the user's financial account, the payment processing means 630 is the payment amount from the user's financial account through the selected payment means operating server 115 Withdraw money so that the payment is processed.

If the payment means are credit card payment means, check card payment means, phone bill payment means, the payment processing means 630 to pay for the payment amount through the payment means operating server 115 corresponding to each payment means; Can be treated as post- or direct debit.

When the payment for the payment amount is completed through the user's payment means included in the payment request data, the order receiving request means 635 and the store identification value held in the order information holding medium in response to the payment completion; The payment medium information and the order information are transmitted to the POS server 140 (or POS terminal 150) corresponding to the store identification value to receive the order.

Referring to Figure 6, the reverse order payment system, pickup notification confirmation means 640 for confirming the pick-up (Pick-up) notification for the goods ordered from the POS server 140 (or POS terminal 150) And pickup call means 645 for sending a pickup call message for the ordered goods to the application.

The POS server 140 receives the store identification value, the payment medium information, and the order information from the order receiving request means 635 and transmits the order information to the POS terminal 150 that receives the order corresponding to the order information. To pass.

The POS terminal 150 receives the order information from the POS server 140 (or the order receiving request means 635), and the POS server 140 (or the order information that is directly inputted through a store employee). The order information received from the order receiving request means 635 is inserted and maintained in the order information storage medium, and the order information received from the POS server 140 (or the order receiving request means 635) (that is, the application). Order information) is provided through the pickup terminal 135. At this time, the POS terminal 150 uses the application of the smart phone 700 that the order information received from the POS server 140 (or the order receiving request means 635) is not the order information input by the store staff. The order information generated through the display may be provided to the pickup terminal 135.

According to the present invention, the POS terminal 150 has an order having Q (Q> 1) storage areas for storing order information including i (i≥1) order values keyed through the store staff. Retaining the information storage medium, and stores the order information keyed through the store staff in the storage area, when the order information including j (j≥1) order values transmitted from the application is received, the reception I order values are extracted from the j order values included in the received order information, and stored in the q (1 ≦ q ≦ Q) storage area where the order information is not stored.

The pickup terminal 135 identifies the order information received from the application from the POS terminal 150 and the order information directly input through the store staff, and the order product corresponding to the identified order information. Periodically check whether the pickup condition is satisfied (e.g., input of a finished product (key) of the ordered product). If the pickup condition of the ordered product is established, the pickup terminal 135 notifies the POS terminal 150 of pickup of the ordered product in response to the establishment of the pickup condition, and the POS terminal 150 notifies the POS. The pickup notification message for the order goods is transmitted to the server 140 (or pickup notification confirming means 640).

If the POS terminal 150 is notified of the pickup of the ordered goods corresponding to the order information, the POS server 140 transmits a pickup notification message for the ordered goods to the pickup notification confirming means 640. .

When the pickup for the ordered goods is notified from the POS server 140 (or POS terminal 150) to the pickup notification confirming means 640, the pickup calling means 645 is a connection point provided in the store. 130, (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 Figure 6, the reverse order payment system, the settlement accounting means 650 for aggregating the settlement processing information and the charge prepaid account operating means to metabolize the aggregated settlement information or the account Settlement processing means 655 for instructing and metabolizing the settlement withdrawal of the settlement information through the operating means.

When payment is completed through the charging prepaid account for the payment request data received from at least one smartphone 700 according to the embodiment of the present invention, the settlement counting means 650 is at least one completed through the charging prepaid account The settlement information for the settlement of the, and the settlement processing means 655 metabolizes the aggregated settlement information through the charge prepaid account operating server 120. Here, the normal ambassador of the charge prepaid account includes an ambassador that withdraws and pays the funds corresponding to the completed payment amount from the financial account that deposits the actual funds of the amount charged in the at least one user prepaid account.

Alternatively, when payment is completed through the financial account for the payment request data received from at least one smartphone 700, the settlement counting means 650 may provide settlement information for the at least one payment completed through the financial account. The settlement processing means 655 instructs and metabolizes the settlement withdrawal of the aggregated settlement information through the account management server 125.

Referring to FIG. 6, the reverse order settlement system may include a point settlement means 660 for calculating point payments through a point system, or an affiliate store that forms settlement information for each store through the POS server 140 of each affiliate store. A payment means 665 is further provided.

In the payment processing process for the payment request data, if a point is paid for the payment processing through at least one point system affiliated with or connected to the store, or the points accumulated to the user are used, the point settlement means 660. ) Settles point payments through the point system, or setstled points used.

The merchant settlement means 665 constitutes the settlement information for each store, and transmits the settlement information for each store to the POS server 140 of each affiliate store for settlement, and the POS server 140 sets the merchant settlement means 665. Receive settlement information for each store from) and process settlement. According to an implementation method, the settlement counting means 650 may configure settlement information for each store group to which the store belongs.

Referring to FIG. 6, the reverse order settlement system configures order history information including payment medium information and order information held on the order information holding medium in response to an order history inquiry request from the application. Further provided is provided order history providing means (670).

When the order history inquiry is requested from the application, the order history providing means 670 may include order history information including payment medium information and order information held in the order information maintenance medium in response to a request for order history inquiry from the application. It can be configured to provide to the application. If the order history inquiry is requested while the payment completion information is not delivered to the order history providing means 670, the order history providing means 670 retransmits the billing information to the application to process a payment. You can request

Those skilled in the art to which the present invention pertains, based on the process shown in Figures 2 to 4, the respective means of the reverse order payment system shown in Figure 6 through the smartphone 700 application It will be possible to derive a process of processing the reverse order payment, a detailed description thereof will be omitted for convenience.

7 is a diagram showing a functional configuration of the smart phone 700 according to the embodiment of the present invention.

In more detail, FIG. 7 illustrates N (N ≧ 1) based on a resource state value periodically obtained from r (1 ≦ 1 ≦ R) resources among R (R> 1) resources included in the smartphone 700. M of the (n) (1 ≤ n ≤ N) stores and M (M ≥ 1) store group that the smartphone 700 user has visited (or scheduled to visit) m (1≤) m≤M) t (t≥1) order interfaces that automatically determine j (j> 1) order values for the order of the m-th store group after automatically determining the store group. To output a smart phone 700 having a function configuration with a program for processing the order payment for the target product of the n-th store, if you have ordinary knowledge in the technical field to which the present invention belongs, By referring to and / or modifying the Figure 7 may be inferred various implementation methods for the function of the smart phone 700, the present invention 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 smart phone 700 of FIG. 7 may further include various functional configurations of a mobile phone (or smart phone 700) that is currently / later released in addition to the functional component shown in FIG. 7, whereby the present invention It is clear that it is not limited.

Referring to FIG. 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, and a sound output unit ( 705, sound input unit 706, USIM reader unit 707, USIM 708, location positioning module 710, near field communication module 711, camera module 712, and battery 709 for power supply. It is provided.

The controller 701 is a generic term for a functional configuration that controls the operation of the smartphone 700, and includes at least one processor and an execution memory, and each function component and bus provided in the smartphone 700 may include: BUS). According to the present invention, the control unit 701 loads and calculates at least one program code included in the smartphone 700 through the processor into the execution memory, and calculates at least one function through the bus. Transfer to the component to control the operation of the smartphone 700. Hereinafter, for convenience, a functional component that is implemented in the form of program code will be described in the control unit 701 of FIG. However, in FIG. 7, at least one application program for processing orders of at least one store and an application management program for managing the application program are separately shown as separate programs, but the present invention is limited thereto. Nevertheless, it will be apparent that both 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 a store-specific order module of the application management program.

The memory unit 713 is a generic term for a nonvolatile memory included in the smartphone 700, and includes at least one program code executed through the controller 701 and at least one data set used by the program code. Save it and keep it. The memory unit 713 is basically a system program code and system data set corresponding to the operating system of the smartphone 700, a communication program code and communication data set for processing a wireless communication connection of the smartphone 700 and at least One application program code and an 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 generic term for a communication configuration for connecting wireless communication, and includes at least one antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving radio frequency signals of a specific frequency band. It is connected to the control unit 701 by a bus and transmits a calculation result corresponding to wireless communication among various calculation results of the control unit 701 through wireless communication, or receives data through wireless communication to the control unit 701. At the same time as the transmission, it maintains the procedure of connection, registration, communication, handoff of the wireless communication.

According to an embodiment of the present invention, the wireless network communication module 702 is configured to perform at least one mobile communication network connection, location registration, call processing, call connection, data communication, and handoff according to the CDMA / WCDMA standard. It includes. Meanwhile, according to the intention of the person skilled in the art, the wireless network communication module 702 is IEEE 802.16? According to the specification, the mobile internet communication may further include a mobile internet communication configuration for performing at least one connection, location registration, data communication, and handoff according to the standard. It is clear that this is not a limitation.

The screen output unit 703 is composed of a screen output device (eg, a liquid crystal display (LCD) device) and an output module for driving the same, and is connected to the control unit 701 by a bus to perform various operations of the control unit 701. The calculation result corresponding to the screen output is output to the screen output device.

The key input unit 704 is composed of a key input device (or a touch screen device interlocked with the screen output unit 703) having at least one key button, and an input module for driving the key input device. A command connected to a bus to command various operations of the controller 701 may be input, or data required for calculation of the controller 701 may be input.

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 by a bus to correspond to the sound output among various calculation results of the control unit 701. The calculation result is output 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 sound data input through the microphone to the controller 701. The sound module encodes and encodes a sound signal input through the microphone.

The USIM reader unit 707 is a generic term for a configuration for exchanging at least one data set with a universal subscriber identity module (Universal Subscriber Identity Module) mounted on or detached from the smartphone 700 based on ISO / IEC 7816 standard. As an example, the data sets are exchanged in a half-duplex communication through an APDU (Application Protocol Data Unit).

The USIM 708 is a SIM type card provided with an IC chip according to the ISO / IEC 7816 standard, an input / output interface including at least one contact point connected to the USIM reader unit 707, and at least one IC. An IC chip memory for storing a program code and a data set for a chip, and the program code for the IC chip or extracts the data set according to at least one command transmitted from the smart phone 700 connected to the input and output interface (or Processing) and a processor for transmitting to the input / output interface.

According to an embodiment of the present invention, the memory of the USIM 708 is a payment means (eg, credit card, debit card, debit card, issued by the at least one card company (or financial company) to the user of the smartphone 700, Payment means information corresponding to the cash card, electronic bank account, customer account) and the applet program code for operating the payment means can be recorded.

The positioning module 710 is composed of a GPS positioning module for positioning the moving position of the smartphone 700, and receives the satellite signal transmitted from at least three or more GPS satellites orbiting the earth orbit the smart phone ( The movement position information of 700 is calculated.

According to another embodiment of the present invention, the location positioning module 710 is connected with the positioning device on the communication network associated with at least two base stations (or access point 130) and the smart phone 700 and the base station (or access) Point 130 may include a terrestrial positioning module for positioning the position of the smart phone 700 in a terrestrial positioning method using the frequency arrival time (or arrival angle) between.

The short range wireless communication module 711 is configured as a short range communication module for connecting a communication session using a radio frequency signal as a communication medium within a predetermined distance, preferably RFID communication, Bluetooth communication, Wi-Fi communication of ISO 180000 series standard And at least one of public wireless communication. According to the exemplary 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 charge coupled device (CCD), and a camera module for driving the same, and acquires bitmap data input to the CCD through the optical unit. The bitmap data may include both still image data and moving image data.

According to the present invention, the location positioning module 710, the short-range wireless communication module 711 and the camera module 712 is capable of obtaining a resource state value among the resources provided in the smartphone 700 R (R> 1 Included in) resources.

Referring to FIG. 7, the smartphone 700 may identify a resource state 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 driven from the resource state value, and the application. And a medium holding unit 715 for connecting the event identification values for identifying the driving event to be held in the shop discrimination information medium. The store determination information medium may include at least one of a storage area of the memory unit 713, a memory area of the USIM 708, and a variable allocation area or a declaration area of a program code area constituting the program code of the present invention. Or store identification information medium on a communication network accessible through the short range wireless communication module 711 or the wireless network communication module 702, and the present invention is limited by an implementation method of implementing the store identification information medium. It is clear that it is not.

If the location information module 710 is included in the R resources, the resource status determination value includes a store location coordinate value corresponding to the location of N (N≥1) stores, the store location coordinate value May be connected to a store identification value identifying the N stores.

Here, the store location coordinate value includes a store location coordinate value compared with the location coordinate value of the smart phone 700 calculated through the location positioning module 710, and the store location coordinate value includes the store location coordinate value. Geographic information data (eg, map data, or data indicating the movement path for each location coordinate) may further include.

The store identification value may include at least one of a store unique number and a store unique code assigned to the N stores so as not to overlap, or a business registration number assigned to each of the N stores, a store name and a store location combination name, At least one of a store address, store representative information, and a store phone number may be included.

According to an exemplary embodiment of the present invention, the store identification value includes j order value items that specify j (1 ≦ j ≦ J) order values required to process an order of each store among the J (J ≧ 1) order values. It may include an identifier or be associated with j order value item identifiers.

If the short-range wireless communication module 711 is included in the R resources, the resource state determination values are provided in the N stores to connect respective communication points to the short-range wireless communication module 711 and the communication session. 130 includes an access point identification value that uniquely identifies the device, wherein the access point identification value may be associated with a store identification value that identifies the N stores.

Here, the access point identification value includes at least one unique IP address and MAC address fixedly assigned to the access point 130, or a unique code value and a unique number value uniquely recorded in the medium of the access point 130. It may include at least one of the device serial number.

According to the present invention, the access point identification value is transmitted from the access point 130 to the smartphone 700 at the request of the smartphone 700, or the smartphone 700 is the access point In the process of forming a communication session with 130 may be shared and delivered to the smart phone (700).

If the camera module 712 is included in the R resources, the resource state determination value corresponds to an image displayed on the store IDs attached to the N stores from image data obtained through the camera module 712. And a pixel matrix region detection value for detecting a pixel region and a store identification value matching the pixel matrix identification value extracted from the pixel region detected through the pixel matrix region detection value.

Here, the pixel matrix area detection value is a value for reading image data obtained through the camera module 712 of the smartphone 700, and the encoded image (eg, 2D barcode) displayed on the store identifications attached to the N stores. Image), a logo image, a hue / saturation value for each pixel for the glyph / symbol image, an average value of the hue / saturation, a geometry, and a symbol / glyph pattern value.

The store identification value is matched with a pixel matrix identification value extracted from the pixel region detected through the pixel matrix region detection value. When the image displayed on the store identification is an encoded image, the store identification value is allocated to not overlap the N stores. Include at least one store identification number and store identification code, or include at least one of a business registration number assigned to each of the N stores, a store name and store location combination name, a store address, store representative information, and a store telephone number. Can be. If the image displayed on the store identification sheet is a logo image or a pattern / symbol image, the store identification value may include an image pattern value comparable to the logo image or pattern / symbol image.

According to the present invention, the medium holding unit 715 may further connect M (M≥1) store group identification values to which at least one of the N stores belongs, and maintain the same in the store determination information medium. For example, in the case of a franchise store consisting of 100 stores, the 100 stores are independent stores for each region, but the 100 stores belong to a single store group because the names are the same and the merchandise is the same. When the store group identification value is maintained in the store determination information medium, the application identification value may be maintained in the store determination information medium in connection with the store group identification value and may be connected to the store group identification value. The number of values is K (K ≧ M) greater than or equal to the number of store group identification values.

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

According to an embodiment of the present invention, when the K applications are composed of K separate application files, the application identification value may include a file name of each application file, a unique identification value included in a file header, and each application file. It may include at least one hash value hashing a specific area, a hash value 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) (eg, after the common application is executed, the common application loads a specific application module). Each application function and execution environment, 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). At least one of a unique identification value included in a file header, a hash value hashing a specific region of each application module (or resource file), and a hash value hashing each application module (or resource file).

Referring to FIG. 7, the smartphone 700 determines whether a resource state value (or a combination of r resource state values) periodically obtained from r (1 ≦ 1 ≦ R) resources of the R resources is determined by a store. And a resource status checking unit 720 for checking whether the resource status determination value (or a combination of r resource status determination values) held in the information medium is within a predetermined range, The resource status value for the store and a store identification value for identifying a store corresponding to the resource state value among N (N≥1) stores are connected and maintained, the smartphone among the N stores based on the resource state value (700) The apparatus further includes a store determination unit 725 that determines at least one n-th (1 ≦ n ≦ N) store that the user has visited (or scheduled to visit).

If the location positioning module 710 is included in the R resources, the location positioning module 710 of the smart phone 700 using at least one positioning module of the GPS positioning module and the terrestrial positioning module. The position coordinate value is periodically calculated, and the resource state checking unit 720 determines the final position coordinate value among the position coordinates of the smartphone 700 periodically positioned through the position positioning module 710.

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

Here, the position state value is not only the current position coordinate value of the real-time positioning smartphone 700, but also the final position coordinate value of the smartphone 700 is geographic data (eg, map data, or for each position coordinate). Data indicating the movement path). That is, if the final position coordinate value is a coordinate value on a position coordinate system corresponding to the position positioning module 710, the position state value is whether the final position coordinate value is a roadway on a road, and which side of the roadway is on which side of the sidewalk. It means a value that determines the status of delivery, inside or outside the building.

For example, if the position coordinate value of the smartphone 700 periodically positioned through the position positioning module 710 is moving along the roadway, the final position coordinate value includes a position coordinate value having a constant error value. On the other hand, the position state value corresponding to the final position coordinate value is a value for determining that the smart phone 700 is located on the roadway on the geographic information data. Alternatively, if the position coordinate value of the smartphone 700 periodically positioned through the position positioning module 710 is not being positioned for a predetermined time, the final position coordinate value includes a position coordinate value last positioned before a predetermined time. On the other hand, the position state value corresponding to the final position coordinate value is a value for determining that the smart phone 700 is located in a building accessible from the final position on the geographic information data. On the other hand, the N stores are mostly located indoors where GPS satellite signals are not received. Accordingly, the resource status checking unit 720 maintains the final position coordinate value of the smartphone 700 periodically positioned through the position positioning module 710 to check the position state value of the smartphone 700. do.

When the final position coordinate value (or the position state value corresponding to the final position coordinate value) of the smartphone 700 is confirmed, the store determination unit 725 determines the final position coordinate value of the smartphone 700 and the store. By comparing the N store location coordinate values held in the discriminant information medium, i (i ≧ 1) store location coordinate values in close proximity to the final location coordinate value are identified.

When i stores available for the user of the smartphone 700 are identified, the store determination unit 725 may include geographic information data (eg, map data or each location) including the identified i store location coordinate values. After the i-copper line is connected between the final location coordinates of the smartphone 700 and the i-store location coordinates based on the data indicating the movement path for each coordinate, the shortest copper line or the pre-set of the connected i-wires. The at least one store capable of short wire connection within a predetermined rank is determined as at least one n-th store that the user of the smartphone 700 has visited or is planning to visit.

For example, when the smartphone 700 is finally located at the side of the center of the roadway, the linear distance from the final location of the smartphone 700 to the store location across the roadway is the smartphone 700 Although closer than the straight line distance to the store location existing on the same side as the final location of the), to the store across the road by crossing the crosswalk to move to the store across from the final location of the smartphone 700 If the line of the longer becomes longer, the store determining unit 725 is at least one n-th shop that the user of the smartphone 700 has visited or is going to visit the store existing on the same side as the final position of the smartphone 700; 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 at a location within a predetermined distance, and the resource. The state checking unit 720 detects a communication target of a communication protocol standard in the same radio frequency signal band detected near a predetermined distance based on a communication protocol standard for a radio frequency signal band corresponding to the short range wireless communication module 711. A protocol is applied to detect at least one access point 130 present in the reach of the radio frequency signal.

When at least one access point 130 close to the predetermined distance is detected, the resource state checking unit 720 detects the detection target access point based on the communication target detection protocol in the process of detecting the access point 130. Identify an access point identification value of 130 or identify an access point uniquely assigned to the access point 130 from the access point 130 by attempting to connect a communication session to the detected access point 130 Receive a value.

According to an exemplary embodiment of the present invention, the resource status checking unit 720 maintains a reference frequency signal strength for determining the access point 130 to obtain the access point identification value in a store discrimination information medium, and at least the detected Identification point of the connection point 130 of the one connection point 130, the connection point 130 whose strength of the radio frequency signal transmitted from the connection point 130 is equal to or greater than the reference frequency signal strength held in the shop identification information medium. ) And then the access point identification value is obtained from the determined access point 130.

Here, the reference signal strength is based on the distance between the smartphone 700 and the connection point 130 and the presence of radio wave disturbance / interference / shielding material between the smartphone 700 and the connection point 130. The strength enough to determine whether the smartphone 700 has entered or is going to enter the store provided with the connection point 130, and within a certain ratio of the frequency transmission intensity standard of the connection point 130. Determined by the range.

The resource status checking unit 720 compares the access point identification values obtained through the resource status checking unit 720 with the N access point identification values held in the store discrimination information medium, and maintains them in the store discrimination information medium. I-store access point identification values that match the identified access point identification values and are within a certain distance from the smartphone 700.

When the i store access points 130 are identified, the store determiner 725 compares the magnitudes of the radio frequency signal strengths for a predetermined time transmitted from the i store access points 130 to access the i stores. The i store access points 130 are sorted in ascending order according to the order of the magnitude of the radio frequency signal strength transmitted from the point 130.

In addition, the store determination unit 725 acquires a magnitude of the radio frequency signal strength transmitted from the i store access points 130 for a predetermined time and maintains the same in a store determination information medium for a predetermined time, and during the predetermined time. Through the statistical processing (e.g., calculating the average / deviation of the radio frequency signal strength change amount), the radio frequency signal strength change amount is stabilized (e.g., the radio frequency). The average / variation with respect to the signal strength change amount) sorts the i-store access points 130 in descending order based on the pattern.

The store determination unit 725 may increase the radio frequency signal strength based on an ascending order of radio frequency signal strength magnitudes transmitted from the i store access points 130 and a descending order of the radio frequency signal intensity change patterns. The at least one store having a store access point 130 that is larger and has a more stable radio frequency signal strength change pattern is determined as at least one n-th store that the user of the smartphone 700 has visited or is planning to visit. .

If the camera module 712 is included in the R resources, the camera module 712 obtains image data of a subject in front of the camera lens on a predetermined frame basis, and the resource state checking unit 720 Acquires image data corresponding to any one of the video data of the image data obtained through the camera module 712.

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

When the color / saturation value for each pixel is extracted, the resource state checking unit 720 compares a value obtained from the pixel region divided based on the extracted color / saturation value with the pixel matrix region detection value. A pixel region having a similar value within a range is detected as the pixel matrix region.

According to an exemplary embodiment of the present invention, when the pixel matrix region detection value is a color / saturation value for each pixel, the resource state checking unit 720 may determine a pixel region divided based on the extracted color / saturation value for each pixel region. A pixel area having a similar value within a preset range may be detected as the pixel matrix area by comparing a hue / saturation value with the pixel matrix area detection value.

Alternatively, when the pixel matrix region detection value is an average value of hue / saturation, the resource state checking unit 720 may determine the hue / saturation value of the pixel region divided based on the extracted hue / saturation value for each pixel region. An average value may be calculated, and the pixel area having a similar value within a predetermined range may be detected as the pixel matrix area by comparing the calculated color / saturation average value with the pixel matrix area detection value.

Alternatively, when the pixel matrix region detection value is a geometric structure or a symbol / pattern pattern value, the resource state checking unit 720 may define a boundary line for the pixel region divided based on the extracted color / saturation value for each pixel region. The pixel region having a similar value within a predetermined range may be detected by comparing the geometry or symbol / pattern pattern value of the determined boundary line with the pixel matrix region detection value.

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

When the geometry of the pixel matrix region is determined, the resource state checking unit 720 determines an angle between the pixel matrix surface displayed in the image data and the camera lens surface through the perspective ratio included in the geometry of the pixel matrix region. Calculate Here, the angle includes the pixel matrix surface and the camera lens surface in the x, y, z axis angle value.

When the angle formed between the pixel matrix surface and the camera lens surface is calculated, the resource state checking unit 720 substitutes the calculated angle into a preset coordinate conversion equation so that the pixel matrix surface and the camera lens surface are parallel to each other. Coordinate transform the pixel matrix area.

If the pixel matrix area is coordinate-transformed so that the pixel matrix plane and the camera lens plane are parallel, the resource state checking unit 720 identifies the pixel matrix area from the coordinate-transformed pixel matrix area. Extract

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

According to another embodiment of the present invention, when the image displayed on the store identification is a logo image or a pattern / symbol image, the pixel matrix identification value is compared with the pixel pattern value or pattern / pattern / pixel pattern value of the pixel matrix area. It may include a symbol image pattern value.

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 discrimination information medium, where n is equal to or equal to (1 ≦ 1). n≤N) The store corresponding to the store identification value is determined as the n-th store visited by the user (or scheduled to visit).

Referring to FIG. 7, when the resource state value is within a predetermined range of the resource state determination value, the smartphone 700 may include an application corresponding to the nth store in a program memory of the smartphone 700. An application checking unit 730 for checking whether the application is confirmed; and activating an application mode for executing the application if the application is confirmed; An application operation unit 735 for activating an application mode, 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, the event value and the application; Mode It will be provided with the application control section 745 that controls such that the application is loaded.

When at least one n-th store that the user has visited or is going to be visited is determined through the store determination unit 725, the application checking unit 730 may set the n-th store corresponding to the n-th store from the store determination information medium. Check at least one application identification value associated with the store identification value. If the m-th store group identification value for identifying the m-th (1≤m≤M) store group to which the n-th store identification value belongs is maintained in the store determination information medium, the application checking unit 730 stores the store. The m-th store group identification value to which the n-th store belongs is identified from the determination information medium, and at least one application identification value connected to the m-th store group identification value is checked.

When at least one application identification value associated with the n-th store identification value (or the m-th (1≤m≤M) store group identification value to which the n-th store belongs) is identified, the application checking unit 730 may determine the smart phone ( An application identification value for identifying each application is extracted from the application recorded in the program memory of 700; and the extracted application identification value and the application identification value held in the store discrimination information medium are compared to the program memory. The application connected to the n-th store identification value (or the m-th (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 operation unit 735 activates an application mode (hereinafter referred to as an "application execution mode" for convenience) for executing the application recorded in the program memory. Here, the application mode refers to an operation state of a program, not an actually defined operation mode, and the present invention is not limited by 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 region and then executes the application in response to a selection event of the icon (or content). As an application mode, the event detector 740 detects a selection event of an icon (or content) displayed on the screen region, and the application controller 745 responds to the selection event of the icon (or content). Launches at least one application associated with the n-th store that has visited or is going to visit.

According to the second embodiment of the present invention, the application execution mode displays an icon (or content) corresponding to the application on a program selection screen of the smart phone 700 and then selects the icon (or content) event. In response, the application mode for executing the application, the event detection unit 740 detects a selection event of the icon (or content) displayed on the program selection screen, the application control unit 745 of the icon (or content) In response to the selection event, the user executes at least one application associated with the n-th store visited or to be visited.

According to the third embodiment of the present invention, the application execution mode detects at least one signal (or combination of signals) associated with the operation of the smartphone 700 as a trigger signal to provide an application execution request interface for the application. An application mode for executing the application by detecting a user's response to the interface after displaying, wherein the event detector 740 detects a user's response to the application execution request interface, and the application controller 745 Run at least one application associated with an n-th store that the user has visited or is planning to visit based on the user's response.

According to the fourth embodiment of the present invention, the application execution mode is an application mode for automatically executing the application by detecting at least one signal (or combination of signals) associated with the operation of the smartphone 700 as a trigger signal. The event detection unit 740 detects a trigger signal associated with an operation of the smartphone 700, and the application control unit 745 is associated with an n-th store that the user has visited or is going to visit based on the trigger signal. Automatically launch at least one application.

On the other hand, when the application is not recorded in the program memory, the application operating unit 735 downloads the application from the program storage medium on the communication network and writes to the program memory (hereinafter referred to as "application installation mode" for convenience) Can be activated).

According to the first exemplary embodiment of the present invention, the application installation mode selects the icon (or content) after displaying an icon (or content) corresponding to the nth store (or m-th store group) on a screen region. An application mode in which an application associated with the nth store (or the mth store group to which the nth store belongs) is downloaded and recorded in the program memory in response to an event, wherein the event detector 740 displays an icon displayed on the screen region. Upon detecting a selection event (or content), the application control unit 745 downloads the application from a program storage medium on a communication network and records the application in the program memory in response to the selection event of the icon (or content).

According to the second embodiment of the present invention, the application installation mode may display an icon (or content) corresponding to the nth store (or mth store group) on a program selection screen of the smartphone 700, and then the An application mode for downloading an application associated with the n-th store (or the m-th store group to which the n-th store belongs) in response to a selection event of an icon (or content) and recording it in the program memory. Detecting a selection event of an icon (or content) displayed on the program selection screen, the application control unit 745 downloads the application from a program storage medium on a communication network in response to the selection event of the icon (or content) and the program. Write to memory.

According to the third embodiment of the present invention, the application installation mode detects the at least one signal (or combination of signals) associated with the operation of the smartphone 700 as a trigger signal to detect the n-th store (or n-th store). An application mode for downloading an application associated with the m-th store group belonging to the program and recording it in the program memory, wherein the event detector 740 detects a trigger signal associated with an operation of the smartphone 700, and the application controller ( 745 downloads the application from the program storage medium on the communication network and writes it to the program memory based on the trigger signal.

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

According to another exemplary 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 connected and maintained to a program storage medium on the communication network, the application control unit 745 may be configured to store the application. The application installation data can be downloaded by providing an n-th store identification value (or m-th store group identification value) to an application operation server, and the present invention is not limited thereto.

After the application is downloaded to the program memory and recorded in the program memory, the application controller 745 may automatically switch the application mode to the application execution mode, whereby the downloaded application may be executed.

Referring to FIG. 7, the smartphone 700 maintains order data for merchandise sold by an m-th store group to which an n-th store visited by a user (or scheduled to be visited) belongs to the N stores. The holding part 750 is provided.

According to the present invention, the order data for the goods sold in the N stores is an order data maintenance medium including a storage area of the memory unit 713, the short-range wireless communication module 711 or a wireless network communication module 702 ) Is stored and maintained in at least one order data holding medium of the order data holding medium including a database on a communication network accessible through the network, and after the n-th store which the user has visited (or scheduled to visit) is determined, the order data The holding unit 750 obtains (or receives) order data for a product sold in the n-th store from the order data holding medium and maintains the order data of the n-th store until the order 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) 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 specifying j (1 ≦ j ≦ J) order values required to process an order through each order data among the J (J ≧ 1) order values. It may include an item identifier or may be associated with j order value item identifiers. In this case, the interface output unit 755 may automatically determine j order value items to be combined with each order data based on the order value item identifiers. have.

According to an exemplary embodiment of the present invention, the order data further includes order data of the n-th store including at least one of a product name, an image, a selling price, and a discount rate (or a discount amount) that are sold separately in the n-th store. can do.

According to an exemplary embodiment of the present invention, the order data of the n-th store may include a product name, an image, a selling price, a discount rate (or And at least one piece of data of the discount amount) according to the setting of the n-th store.

For example, the order data of the n-th store combines at least two products included in the order data common to the m-th store group to form a set product, and then includes a product name, an image, and a sale of the set product. It may include at least one price.

Alternatively, the order data of the n-th store maintains a product name, an image, and a sale price included in the order data common to the m-th store group, but changes the common discount rate (or a discount amount) to the n-th store discount rate (or Discount data) may include order data.

According to another exemplary embodiment of the present invention, the order data of the n-th store may include at least one of a product name, an image, a selling price, and an n-th store discount rate (or a discount amount) for products sold separately in the n-th store. It may include.

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

Referring to FIG. 7, the smartphone 700 sets j (1 ≦ j ≦ J) order values required to order a product actually sold at the n-th store among the J (J ≧ 1) order values. An interface output unit 755 for combining and outputting order data of the m th store to which the n th store belongs to t (t≥1) order interfaces, and j order values set through the t order interfaces The order information configuration unit 760 constituting the order information and the order request information for providing the order information to the order server 105 (or the order information receiving means 605) to form the order server 105 ( Or an order processing unit 765 for receiving the order by transferring the order information receiving means 605).

According to an exemplary embodiment of the present invention, the interface output unit 755 configures T (T≥1) order interfaces for setting J order values for processing orders for all products sold in the N stores. And the n-th store that the user has visited (or scheduled to visit) is determined, the interface output unit 755 is configured to store at the m-th store to which the n-th store belongs among the J order values. Configure and output t (1 ≤ t ≤ T) order interfaces for setting j (1 ≤ j ≤ J) order values required to actually order the merchandise to be sold, wherein the j order values are displayed on the t order interfaces. Combines and outputs the order data required for setting.

According to another exemplary embodiment of the present invention, the interface output unit 755 has a function of outputting t (t≥1) order interfaces for processing an order for a product sold in an nth store among the N stores. And the n-th store visited by the user (or scheduled to be visited) is determined, the interface output unit 755 is required to order a product of the m-th store group to which the n-th store belongs. Outputs t (t ≧ 1) order interfaces for setting) order values, and combines and outputs order data necessary for setting the j order values to the t order interfaces.

Here, the j order values include a product identification value that uniquely identifies at least one product sold in the n-th store, and includes a size identification value, a status identification value, a number identification value, and a container for each of the products. It comprises at least one identification value of the identification value, the amount identification value, coupon use identification value, point earning / usage identification value, receipt issuance identification value.

When the order data holding unit 750 further maintains order data of the n-th store for goods sold separately in the n-th store, the interface output unit 755 may transmit the n-th order to the t order interfaces. The store's order data can be combined and output. Alternatively, the interface output unit 755 may combine and output the order data of the m-th store and the order data of the n-th store to t order interfaces.

According to an exemplary embodiment of the present invention, the t ordering interface includes an interface for setting j '(1 ≦ j' ≦ j) user-specified order values among the j order values, and a preset value is automatically input (j -j ') auto-specified order values. For example, the amount identification value of the j order values may be included in the (j-j ') automatic designation order values, and other remaining identification values may be included in the j' user designation order values.

When j order values are set through the t order interfaces, the order information configuration unit 760 may combine the j order values set through the t order interfaces to substantially sell in the nth store. Configure 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 designated 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 the person skilled in the art, the order information configuration unit 760 may configure the order information by combining some order values among the j order values. The order information includes a product identification value for the product to be ordered, the size identification value, status identification value, number identification value, container identification value, amount identification value, coupon use identification value, point earning / usage identification value, receipt The issue identification value can be optionally included. For example, even if the j order values include a coupon use identification value requesting the use of a coupon, if the condition for using the coupon corresponding to the coupon use identification value is not satisfied, the coupon use identification value is determined as the above. It can be omitted from the order information.

When the order information is configured by the order information configuration unit 760, the order processing unit 765 transmits the order information of the short range wireless communication module 711 and the wireless network communication module 702 to the order server 105. (Or the order information receiving means 605) determines a communication module for transmission. If the short range wireless communication module 711 is connected to the access point 130 of the n-th store, the order processing unit 765 transmits the order information to the order server 105 through the short range wireless communication module 711. (Or the order information receiving means 605) to the communication module to determine. On the other hand, if the short range wireless communication module 711 is not connected to the access point 130 of the n-th store, the order processing unit 765 sends the wireless network communication module 702 the order information to the order server ( 105) (or the order information receiving means 605).

When the communication module for transmitting the order information to the order server 105 (or order information receiving means 605) is determined, the order processing unit 765 identifies a store that the user of the smartphone 700 has visited or is planning to visit. An order for ordering payment medium information for identifying a payment method to be used for payment among P (P≥1) payment methods available to the smart phone 700 user and ordering at least one product to be sold in the store Configures information, and transmits the configured order request information to the order server 105 (or 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, the order request information is the It may be delivered to the order server 105 (or order information receiving means 605) via the access point 130 of the n-th store.

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

Referring to FIG. 7, the smartphone 700 receives bill information from the order server 105 (or the payment requesting means 610), and the j through the payment means of the user corresponding to the payment medium. And a payment processing unit 770 for processing payment for payment amounts derived from the order values.

The payment processing unit 770 receives bill information from the order server 105 (or payment requesting means 610), and the payment processing unit among P (P≥1) payment means available in the smartphone 700. P (1≤p≤P) payment means available through the payment module provided at 770 and configured to be interoperable with the payment processing unit 770 to be used through at least one payment program recorded in the program memory Identify possible p '(1≤p'≤ (Pp)) payment methods and process payment for the order information received by the payment means of any of the p payment means and p' payment means Decide on your payment method. If the p payment means and p 'payment means include two or more payment means, the payment processing unit 770 outputs a payment method selection interface and then selects a payment method selected through the payment method selection interface. Select as the payment method of. On the other hand, if the p payment means and p 'payment means including any one payment means, the payment processing unit 770 selects the only payment means as the payment means of the user.

When the payment means of the user is determined, the payment processing unit 770 obtains the user's payment means information from the USIM 708 or receives a key input. In addition, the payment processing unit 770 deduces a payment amount based on an amount identification value among j order values included in the order information configured by the order information configuration unit 760 or is included in the order reception data. After confirming the payment amount, the store identification information maintained in the smartphone 700 or included in the order receipt data, and confirming the payment amount and store identification information, and includes the payment amount and store identification information Configure payment information.

The payment processing unit 770 combines the obtained payment means information of the user (or input) with the configured payment information to configure payment request data, and then the payment request data corresponding to the payment means of the user Process to be sent to. For example, the payment request data is transmitted to the payment server through the short-range wireless communication module 711 through the access point 130 of the n-th store, or the wireless communication network to which the wireless network communication module 702 is connected. It may be transmitted to the payment server through. Alternatively, 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 processing unit 775 which receives and outputs a pickup call message corresponding to establishment of a pickup condition for the order information.

The store system 900 periodically checks whether a pickup condition for delivering an order product corresponding to the order information ordered through the order processing unit 765 to the user of the smartphone 700 is established, and the pickup within a predetermined time period. When the condition is established (e.g., the manufacture of the ordered goods is completed), the pickup corresponding to the pickup condition is established, and the order server 105 (or the pickup calling means 645) calls the pickup according to the pickup notification. Configure a message and send it to the smartphone 700.

Here, the pickup condition is a menu (or button) for requesting the user to take over the order product through the interface (or key input module of the pickup terminal 135) displayed on the pickup terminal 135 of the store system 900. Is established by clicking.

The pickup processing unit 775 receives and outputs the pickup call message through any one of the short range wireless communication module 711 and the wireless network communication module 702.

According to the method of the present invention, the pickup call message may include a unique identification number that does not overlap with an identification number assigned to the order identification device provided in the n-th store, in which case the pickup processing unit 775 The screen output unit 703 may output a unique identification number included in the pickup call message.

According to an embodiment of the present invention, the pickup call message is an authenticator dynamically generated at the point of sale system 900 (or order server 105, or pickup call means 645) at the time of constructing the message. It may further include data (for example, an authentication code or a barcode encoded with an authentication code), in which case the pickup processing unit 775 outputs the authenticator data through the screen output unit 703. can do.

According to another exemplary embodiment of the present invention, the pickup call message may further include a voice message requesting receipt of the ordered product, in which case the pickup processing unit 775 may transmit the sound through the sound output unit 705. The voice message may be output.

According to another exemplary embodiment of the present invention, the pickup call message may further include a vibration command code for vibrating an oscillator (not shown) provided in the smartphone 700, in which case the pickup processing unit 775 ) May vibrate the vibrator of the smartphone 700.

8 is a diagram showing the configuration of a buried system 900 according to an embodiment of the present invention.

In more detail, FIG. 8 illustrates 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 may refer to and / or modify this drawing 8 to implement various implementation methods (e.g., some components are omitted, subdivided, or combined) for the buried system 900. It may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited to the implementation method illustrated in FIG. For example, FIG. 8 illustrates that the store system 900 is implemented in any one device (eg, POS terminal 150) provided in a store, but the present invention is not limited thereto. 900 may be implemented through two or more devices.

Referring to FIG. 8, the store system 900 supplies power to the control unit 801, the memory unit 809, the screen output unit 802, the key input unit 803, the network communication unit 807, and the store system 900. It is provided with a power supply unit 806 for supplying, and provided with an access point (Access Point) provided in the private store may further include an access point communication unit 808 for communicating with the access point. According to an embodiment 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 control unit 801 is a generic term for a functional configuration that controls the operation of the store system 900. The controller 801 includes at least one processor and an execution memory, and includes each function component unit and bus provided in the store system 900. BUS). According to the present invention, the control unit 801 loads and computes at least one program code included in the store system 900 through the processor into the execution memory, and calculates at least one function through the bus. Transfer to the component to control the operation of the store system (900). Hereinafter, for convenience, a functional component implemented in the form of program code will be described in the control unit 801 of FIG.

The memory unit 809 is a generic term for a nonvolatile memory included in the store system 900. The memory unit 809 may include at least one program code executed through the controller 801 and at least one data set used by the program code. Save it and keep 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, and at least One application program code and an 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 (eg, a brand name, a selling price, etc.) for a product sold in the store. If the store system 900 is provided with a barcode reader unit, the product information is connected with barcode data read from a barcode attached to each product, and if the store system 900 is provided with an RFID reader unit, the product The information may be linked with RFID data that is read from an RFID tag attached to each product. The control unit 801 is provided with a program configuration for providing order management for the products sold in the store by using the product information stored in the memory unit 809.

The screen output unit 802 includes a screen output device (for example, a liquid crystal display (LCD) device) and an output module for driving the same, and is connected to the control unit 801 by a bus to perform various operations of the control unit 801. The calculation result corresponding to the screen output is 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 interworking with the screen output unit 802) and an input module for driving the key input device, and the control unit 801 A command connected to a bus to command various operations of the controller 801 may be input, or data required for calculation of the controller 801 may be input.

The network communication unit 807 is configured as a communication module for connecting the store system 900 to at least one of a wired communication network and a wireless communication network, and connects a communication channel with a device (or server) provided on the communication network, It is connected to the control unit 801 by bus and transmits an operation result corresponding to a communication process among various operation results of the control unit 801 to the device (or server) through a communication network, or the device (or server) through a communication network. Receives data from and transfers it to the controller 801.

According to the method of the present invention, the network communication unit 807 is an order server 105 (or order reception request means 635) relaying the order request information transmitted from the smart phone 700 of the user visiting the store ) And a communication channel can be connected.

The access point communication unit 808 is composed of a short-range communication module for connecting a communication session with the access point using a radio frequency signal reaching within a certain distance as a communication medium, preferably RFID communication, Bluetooth of ISO 180000 series standard It may include at least one of communication, Wi-Fi communication, public wireless communication. Alternatively, the access point communication unit 808 may connect a communication session with the access point through wired communication. According to an embodiment of the present invention, the access point communication unit 808 may be integrated with the network communication unit 807.

The card reader module 804 includes a card interface that reads card information from a payment card held by a customer and transfers the card information to the controller 801, and the card interface according to the method of executing the store system 900. It may further include a payment module for processing the card payment by combining the card information read through the amount information delivered from the control unit 801. According to the exemplary embodiment of the present invention, the card reader module 804 may be implemented in the form of an external device that is embedded in the store system 900 or communicates with the store system 900 through a cable (near field communication). May be omitted.

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

The printing module 805 includes the printing paper storage box, a printer, and a driver for driving the printer. The printing module 805 is connected to the control unit 801 by a bus and corresponds to a print process among various calculation results of the control unit 801. Print a result, or connected to the card reader module 804 to print a payment receipt.

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

Here, the i order values are a product identification value identifying a product sold in the store, a size identification value, a state identification value, a number identification value, a container identification value, an amount identification value, a coupon use identification value for the product. It may be made, including at least one of the points earned / used identification value, receipt issuance identification value, the order value does not need to be maintained for a certain time for the sale / management of the order value can be omitted.

The media operating unit 810 sets the memory unit 809 as an order information storage medium for maintaining the storage area, thereby maintaining Q storage areas in the memory unit 809, or using program code for using the order information. An order information storage medium for holding the order information may be declared and maintained in a program code area which can be referred to. Alternatively, the media operation unit 810 may set an order information storage medium for maintaining the storage area in a storage medium on a communication network to maintain Q storage areas.

Referring to FIG. 8, the store system 900 includes an order information input unit 815 for inputting i order values matching the storage items of the storage area through the key input unit 803 and storing the order information. The order information storage unit 820 stores order information in a q (1?

The order information input unit 815 outputs an order information input interface for inputting i order values to the screen output unit 802, and the media operating unit through the key input unit 803 based on the order information input interface. The i order values matched with the storage item of the storage area held by 810 are inputted.

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

Referring to FIG. 8, the store system 900 may include: an order information receiver configured to receive order information including j (j≥1) order values set through a smart phone 700 of a user visiting the store ( 825), when the order information is received, outputs j order values included in the received order information, extracts i order values corresponding to the q th storage area among the j order values, and then orders the order. After configuring the order information to be stored in the information storage medium and the order information interlocking unit 830 for delivering to the order information storage unit 820, the order information storage unit 820 is stored in the order information storage medium Q The configured order information is stored in a q (1 ≦ q ≦ Q) storage area in which no order information is stored among the two storage areas.

A user who visits a store equipped with the store system 900 configures order information including j order values through his smart phone 700, and then uses the access point 130 provided in the store for short distance. When order request information including the order information is transmitted through at least one of wireless communication and wireless network communication, the order information receiving unit 825 may include at least one of the network communication unit 807 and the access point communication unit 808. Receives the order request information through the communication unit, and extracts the order information contained in the order request information.

Here, the j order values are a product identification value, a size identification value, a status identification value, a number identification value, a container identification value, an amount identification value, a coupon use identification value, a point accumulation / use identification value, a receipt issuance And at least one of the identification values.

According to an exemplary embodiment of the present invention, the user smartphone 700 may transmit the order request information through the access point of the store, in which case the order information receiver 825 is an access point connected to the access point. The order request information may be received through the communication unit 808 (or the network communication unit 807).

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

According to another exemplary embodiment of the present invention, the user smartphone 700 may transmit the order request information through a wireless communication network connected thereto. If a communication number for communication connection with the smartphone 700 is assigned to the store system 900, the order information receiver 825 may 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 payment request receiving means 615) through the wireless communication network, the order information receiving unit 825 is the network The order request information may be received from the order server 105 (or the order reception request unit 635) through the communication unit 807.

When the order information transmitted from the smartphone 700 is received, the order information interlocking unit 830 outputs j order values included in the received order information through the screen output unit 802. The order information linkage unit 830 extracts i order values corresponding to the q th 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 mismatched order value as a blank or displays the corresponding order value item. Assign a default value.

When i order values are extracted from the j order values, the order information linker 830 configures 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 received through the order information input unit 815 and the order information received from the smartphone 700 according to the order of the order. Transfer to the order information storage unit 820.

The order information storage unit 820 determines a qth storage area in which the order information is not stored among the Q storage areas maintained in the order information storage medium, and the order information interworking unit 830 in the qth storage area. Stores order information including i order values delivered from.

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 assigns a unique identification number to the order information stored in the order information storage medium. The identification number allocator 835 may be further provided.

Here, the unique identification number is not duplicated with the identification number assigned to a plurality of order identification devices (for example, vibration bell device) provided in the store, another visitor who requested the order through the smart phone 700 in the store The identification number is assigned so as not to overlap with the identification number assigned to the smartphone, it is an identification number that uniquely identifies the order information of the smartphone (700).

Referring to FIG. 8, the store system 900 stores the order information received from the smartphone 700 on the order information received from the smartphone 700 within a predetermined time after the order information is stored in the order information storage medium. A pickup condition checking unit 840 for checking whether a pickup condition is satisfied, and a pickup notification unit 845 for processing a pickup call message corresponding to the pickup condition establishment to be transmitted to the smartphone 700. .

After the order information received from the smartphone 700 is stored in the order information storage medium, the pickup condition confirming unit 840 selects an order product corresponding to the order information received from the smartphone 700 within a predetermined time. Periodically checking whether a condition to be delivered to the user of the smartphone 700 is established, and if the pickup condition is established within a predetermined time (for example, completion of manufacturing of the ordered product), the pickup notification unit 845 receives the pickup condition. A pickup call message corresponding to the establishment is constructed and processed to be transmitted to the smartphone 700.

Here, the pick-up condition is clicked on a menu requesting the user to take over the order product through the interface output through the screen output unit 802, or user the order product through the key input unit 803 Is established by clicking on a button requesting to take over.

According to an exemplary embodiment of the present invention, the pickup call message includes authenticator data (eg, an authentication code or a barcode encoded with an authentication code) dynamically generated in the store system 900 at the time of composing the message. Dimension bar code)), and in this case, the smartphone 700 may output the authenticator data.

According to another exemplary embodiment of the present invention, the pickup call message may further include a voice message requesting receipt of the ordered product, in which case the smartphone 700 may output the voice message as a sound. have.

According to another exemplary embodiment of the present invention, the pickup call message may further include a vibration command code for vibrating an oscillator (not shown) provided in the smartphone 700, in which case the smartphone 700 ) May vibrate the vibrator.

9 is a diagram showing the configuration of a buried system 900 according to another embodiment of the present invention.

In more detail, FIG. 9 illustrates an order information storage medium holding unit, an order information input unit 815, an order information storage unit 820, and an order information receiving unit 825 among the program components of the store system 900 illustrated in FIG. 8. ), The order information linkage unit 830 and the identification number assignment unit 835 are provided in the POS terminal 150, and the pickup condition checking unit 840 and the pickup notification unit 845 are provided in the pickup terminal 135. System configuration is shown. For the sake of convenience, FIG. 9 is not shown for the sake of convenience.

Those skilled in the art to which the present invention pertains may refer to, and / or modify, the program configuration of the buried system 900 shown in FIG. 8 in addition to the implementation method shown in FIG. A method for implementing the POS terminal 150 and the pick-up terminal 135 by dividing the form, or the method for implementing a program component of the store system 900 illustrated in FIG. 8 in at least three other terminals and a server. It will be apparent that the present invention includes all possible methods of derivation.

10 is a diagram showing the configuration of a buried system 900 according to another embodiment of the present invention.

In more detail, in FIG. 10, the program component of the store system 900 illustrated in FIG. 8 is provided in the POS server 140, and the POS terminal 150 includes the device component illustrated in FIG. 8. And a system configuration provided with the pickup terminal 135.

Those skilled in the art to which the present invention pertains may refer to, and / or modify, the program configuration of the buried system 900 shown in FIG. 8 in addition to the implementation method shown in FIG. It is possible to derive an implementation method for implementing at least one terminal and a server divided into forms, or an implementation method for implementing a program component of the store system 900 illustrated in FIG. 8 in at least three other terminals and servers. It is to be apparent that the present invention encompasses all possible implementations of the foregoing.

100: order support server 105: order server
110: relay server 115: payment method operating server
120: charging prepaid account management server 125: account management server
135: pickup terminal 140: POS server
150: POS terminal 700: smartphone

Claims (7)

In the reverse order payment method of the server that communicates with the user's smartphone and can communicate with the POS of the offline store visited by the user,
Identifying at least one product sold to the user at the store when the user enters or is scheduled to visit the store;
Constructing order data for ordering at least one product among the identified products and providing the order data to the smartphone;
Receiving order information input by a user from the smartphone;
Checking whether payment for the order information is completed through a payment method selected by the user among payment methods of the user available through the smartphone; And
Upon completion of the payment, transmitting the order information and the payment completion information to the POS of the store and requesting that the order information is arranged and inserted based on the order settlement completion time in the order payment processing information in the store; Including reverse order payment method.
The method of claim 1,
Checking the user's shop visitor or schedule of the visitor based on at least one state value of the location status value of the smart phone and the short range wireless communication status value between the short range wireless communication module of the smart phone and the access point in the store; Reverse order payment method comprising the.
The method of claim 1,
And verifying whether the payment means selected by the user is an available payment method for processing the payment of the order information.
The method of claim 1,
When the order information is received at the POS, the reverse order payment method characterized in that it further comprises the step of constructing the order history information to identify that the order information has been received by the POS provided to the smartphone.
The method of claim 1, wherein the order data,
Reverse order settlement method characterized in that it comprises the order data of goods sold on a common condition in the store group to which the store belongs and the goods sold on the individual conditions in the store.
The method of claim 1, wherein the payment,
Reverse order payment method characterized in that processed through the smartphone, or through a payment means operating server connected to the smartphone.
The method of claim 1, wherein the POS,
Recalling order information keyed from a store by maintaining a medium having Q (Q> 1) storage areas for storing order information including i (i≥1) order values that are keyed directly through the store staff. When order information including j (j≥1) order values transmitted from the application is received in the storage area, i order values are extracted by extracting i order values from the j order values included in the received order information. And storing information in a q-th (1? Q? Q) storage area in which no information is stored.

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