KR102077749B1 - Order and payment system - Google Patents

Abstract

Disclosed is an order payment system. The order payment system of the present invention comprises: a POS device for performing an order, an order payment, and an order payment cancellation; a table ordering device configured to correspond to a table in a store, and performing an order for each table; a mobile server for performing the online order, order payment, and order payment cancellation through a mobile terminal connected through a table QR code allocated to each table or a store QR code allocated to the store; an order processing device for having a function of receiving and displaying an order history and a processing state included in order data, and changing the processing state; and an integrated management server for providing an order code when an inquiry for processing the order exists, receiving the order data corresponding to the order including the order code, order payment data corresponding to the order payment, and order payment cancel data corresponding to the order payment cancellation, generating and storing a cancel code corresponding to the order payment data, updating the processing state of the order history changed by the order processing device, and providing the order history for the order processing device.

Description

Order payment system {ORDER AND PAYMENT SYSTEM}

The present invention relates to an order payment system, and more particularly, to an order payment system capable of performing orders, order payments and order payment cancellation using a variety of devices.

The order settlement system is a system applied to a store to receive an order and process an order payment for an order history.

A typical order payment system is provided for face-to-face ordering and payment using a POS device or for a visited orderer to order and pay using a kiosk installed in a store.

The face-to-face order payment system has a problem that orders or payments are limited in-store or offline, and orders may be missed or errors in the ordering process, and in some cases, payment for the order may be missing. There is room to be.

In addition, the order payment system using a kiosk is difficult to apply in a general store because it is cumbersome to add an order after paying an order, and is used in a fast food store or a self-service store.

In addition, in the case of a store providing a delivery service, an online order and a payment method may be operated. In this case, however, cancellation of the order payment is allowed within an extremely limited time, which is inconvenient to use the service.

Since the general order payment system does not allow various methods of ordering and payment, it is inconvenient to use the service because ordering and payment are possible in a limited environment.

An object of the present invention is an order payment system that can handle online orders, order payments and order payment cancellations and offline orders, order payments and order payment cancellations, and can use the same or different various devices for orders or order payments. In providing.

In addition, another object of the present invention is to provide an order and order payment environment that can interoperate with the local network environment of the store operating a POS device or kiosk and the public network environment using a mobile terminal.

In addition, another object of the present invention is to provide an order and order payment environment that can link the local network environment of the store operating a table orderer that can be configured as a kiosk or tablet and the public network environment using a mobile terminal.

Further, another object of the present invention is to pay for an order on an offline or local network, pay an order online for an order on an offline or local network, pay an order on an offline or local network for an online order, and order online. The present invention provides an order payment system that supports online order payment.

In addition, another object of the present invention is to provide an order payment system that can easily process order cancellation cancellation.

In addition, another object of the present invention by operating a recovery server in the local network there is an order payment system that can process orders and order payments using the recovery server without access to the integrated management server when there is a connection failure to the public network In providing.

In addition, another object of the present invention is to provide a chat window for the conversation between the management terminal, POS device and the order processor registered as interworking in the local network order to deliver a message to the POS device or order processor if necessary in the management terminal In providing a payment system.

In addition, another object of the present invention to provide an order payment system that can provide a notification message to the mobile terminal of the order when the processing status of the order is terminated or changed.

In addition, another object of the present invention is to provide an order payment system that can make a partial payment for a single order using a plurality of payment means.

Order payment system of the present invention, POS device for performing the order, order payment and order payment cancellation; A table orderer configured to correspond to a table in a store and to perform an order for each table; A mobile server for performing the order online, the order payment, and the order payment cancellation through a mobile terminal connected through a table QR code assigned to each table or a store QR code assigned to the store; An order processor having a function of receiving and displaying an order history and a processing state included in the order data and changing the processing state; And providing the order code if there is an inquiry for processing the order, order data corresponding to the order including the order code, order payment data corresponding to the order payment, and order payment corresponding to the cancellation of the order payment. Integrated management for receiving cancellation data, generating and storing cancellation codes corresponding to the order payment data, updating the processing status of the order details changed by the order processor, and providing the order details to the order processor A server, wherein the integrated management server provides the management terminal with the cancellation code corresponding to the order code in response to a request of a predetermined management terminal connected through the online; The POS device and the mobile server, when there is a cancellation of the payment of the order using the order code, inquires to the integrated management server and the processing state of the order data corresponding to the order code is in a state of being cancelable. Proceed with the order payment cancellation approval using the order data to receive a cancellation approval number, generates a first order payment cancellation data including the cancellation approval number and the order data to transmit to the integrated management server, the order payment Providing an order payment cancellation result corresponding to a cancellation, and if there is a cancellation of the order payment using the cancellation code, proceeding with the order payment cancellation approval using the order data included in the order payment data corresponding to the cancellation code. Receive the cancellation authorization number, the cancellation code, The second order payment cancellation data including the cancellation approval number and the order data is generated and transmitted to the integrated management server, and the order payment cancellation result corresponding to the order payment cancellation is provided.

According to the present invention, it is possible to use various devices that are the same or different for ordering or payment for an order, and interworking an offline environment for operating a POS device or a kiosk and an online environment for using a mobile terminal.

Therefore, the present invention can support offline order payment for offline orders, online order payment for offline orders, offline order payment for online orders, and online order payment for online orders. Payment cancellation can be easily processed.

Therefore, the present invention can provide the advantage of convenient ordering, order payment and order payment cancellation.

In addition, the present invention can operate the recovery server in the local network, when there is a failure to access the public network, without having to access the integrated management server can process orders and payments using the recovery server to ensure the stability of the system It works.

In addition, since the present invention enables a conversation using a chat window between the management terminal, POS device and the order processor registered as interworking, if necessary to deliver the necessary information for providing the service, the management terminal sends a message to the POS device or order processor quickly and securely. There is an effect that can be delivered.

In addition, the present invention has an effect that can provide convenience to the orderer by providing a notification message to the mobile terminal of the orderer when the processing state of the order is terminated or changed.

In addition, the present invention can be divided payment using a plurality of payment means for one order has the effect that it can provide convenience to the orderer.

1 is a block diagram showing a preferred embodiment of the order payment system of the present invention.
2 is a block diagram illustrating a detailed configuration of the integrated management server of FIG.
3 is a flow chart illustrating a method of generating a cancellation code.
4 is a diagram illustrating an order of a mobile terminal and a payment of a mobile terminal using a store QR code.
5 is a diagram illustrating an order of a mobile terminal and a payment of a mobile terminal using a table QR code.
6 is a diagram illustrating an order of a table ordering machine or a POS device and payment of a mobile terminal.
7 illustrates an order and payment of a kiosk.
8 illustrates an order of a POS device;
FIG. 9 is a diagram illustrating orders of POS devices, table orderers, and mobile terminals and payment of POS devices.
10 is a diagram illustrating an order of a table device.
11 is a diagram illustrating canceling an order payment of a mobile terminal using a store QR code.
12 is a diagram illustrating canceling an order payment of a mobile terminal using a table QR code.
FIG. 13 is a diagram illustrating cancellation of an order payment of a kiosk. FIG.
14 is a diagram illustrating cancellation of order payment of a POS device.

Order payment system of the present invention is implemented to use a variety of devices such as mobile terminal, kiosk, table ordering machine, POS device for ordering, and to use one of the mobile terminal, kiosk, POS device for order payment and order payment cancellation. .

In addition, the order payment system of the present invention is configured to configure a local network in an offline environment such as a store, and to interoperate devices such as POS devices or kiosks operated on the local network with mobile terminals operated on the public network.

The present invention can also support offline order payment for offline orders, online order payment for offline orders, offline order payment for online orders, and online order payment for online orders. This is done to make it easier to cancel the payment.

In the description of the present invention, an offline environment may be understood as a store in which a local network is operated, and an online environment may be understood as using a public network. In the foregoing, online may be understood as using a mobile terminal in a public network, and offline may be understood as using a device connected to a local network in a store.

To this end, the order payment system of the present invention may be implemented as shown in FIG.

Referring to FIG. 1, the order payment system includes a kiosk device 10, a table orderer 20, a POS device 30, an order status indicator 40, an order processor 50, and a recovery server 60 installed in a store. Are connected to the local network (LN) and are configured to communicate with the integrated management server (100) via the local network (LN). Among them, the kiosk device 10 and the POS device 30 are displayed as connected through an external payment system (VAN) and a dedicated line for order payment or order cancellation.

In addition, the order payment system of FIG. 1 includes an integrated management server 100, a message server 120, and a mobile server 200, which are connected to a public network PN and via a public network PN a local network ( LN). Among these, the mobile server 200 is displayed as being connected through an external payment system (PG) and the Internet for order payment or order payment cancellation. In addition, the message server 120 may be configured as a Firebase cloud messaging (FCM) server.

In addition, the mobile terminals 300 used by the orderer in the order settlement system may be connected to the mobile server 200 through the public network (PN), and the management terminal 400 used by the store manager is the public network. It may be connected to the integrated management server 100 through the PN. As the mobile terminal 300 and the management terminal 400, a smartphone or a tablet may be used.

The local network (LN) is for communication of devices configured in a store, allocates a private IP for each connected device, and relays the devices in the store to the public network (PN).

A public network (PN) refers to a network in which wired or wireless Internet networks and mobile networks are interworked. Allocates a public IP for each connected device, connects between terminals and servers on the public network (PN), and public networks. Relay connections between servers on the network PN and devices on the local network LM.

In the present invention, a QR code is used for the mobile terminal 300 to access the mobile server 200.

QR code means a two-dimensional code and can be produced to include a variety of information, including Internet access address (URL). The QR code used in the present invention may be divided into a store QR code and a table QR code. The store QR code is configured to include an internet access address (URL) to access the store order page of the mobile server 200. The table QR code is configured to include an internet access address (URL) to access a table order page for each table placed in each store. Table QR codes are designed to correspond one-to-one to each of the tables in a store, and table QR codes corresponding to the same store each have an Internet access address for accessing a different order page.

The store QR code and the table QR code may further include an affiliate store code assigned to each store to distinguish the store, and the table QR code further includes a table code connected to the affiliated party code to distinguish the tables in the store. can do.

The store QR code and the table QR code may be recognized by the mobile terminal 300 by a scan or the like, and the mobile terminal 300 may be connected to the store order page when the store QR code is scanned by way of example. If you scan the table QR code, you can access the table order page.

First, the configuration of devices connected to the local network (LN) will be described.

The kiosk device 10 may be installed at a specific place such as an entrance of a store for unattended reception. The kiosk device 10 is configured to provide a kiosk order page through a screen with menus for ordering, order payment, and order cancellation. The kiosk device 10 is configured to normally operate a kiosk order page by a touch method or to input a cancellation code to be described later, and is configured to obtain orderer payment information through a conventional card lead method for order settlement or order settlement cancellation.

The kiosk device 10 is then set up so that the orderer selects the order details and prepays the selected order details by subsequently performing the order and payment.

The kiosk device 10 queries the integrated management server 100 for information necessary to cancel an order or an order payment, and displays the order payment data generated by the order payment and the order payment cancellation data generated by the order payment cancellation. When the synchronization message is received from the message server 120 and the synchronization message is received from the message server 120, the integrated management server 100 is configured to update the necessary items.

The table orderer 20 may be configured one by one at a table in a store. The table orderer 20 is configured as an order-only device for performing an order for each table. In addition, a table QR code may be attached to each of the tables in the store.

Table orderer 20 may be configured using a tablet or kiosk, provides a table order page through the screen, and is configured to select a menu or confirm the order details by touch.

The table orderer 20 inquires the information necessary for ordering to the integrated management server 100, transmits the order data generated by the order to the integrated management server 100, and receives a synchronization message from the message server 120. In one case, the integrated management server 100 is configured to update the items that need to be updated.

The POS device 30 is configured for face-to-face ordering, order settlement, and order settlement cancellation made offline. The POS device 30 is configured to provide a POS order page with a menu for ordering, order payment, and order cancellation through the screen. The POS device 30 is typically configured to operate a POS order page by a touch method or to input a cancellation code to be described later, and is configured to acquire orderer payment information through a conventional card lead method for order settlement or order settlement cancellation.

The POS device 30 queries the integrated management server 100 for information necessary for ordering, order payment, or order payment cancellation, and displays the order data generated by the order, the order payment data generated by the order payment, and the order payment cancellation. It transmits the order payment cancellation data generated by the integrated management server 100, when receiving a synchronization message from the message server 120 is connected to the integrated management server 100 is configured to update the items that need to be updated.

In addition, the order status indicator 40 is installed at a position where a shopper's orderer can see, and is a device for displaying the order history and processing status. When the order status indicator 50 receives the synchronization message from the message server 120, the order status indicator 50 is configured to access the integrated management server 100 to update and display the order details and the processing status in real time.

In addition, the order processor 50 has a function of displaying the order details and the processing status for each order data and changing the processing status.

The order processor 50 may be configured using a tablet, and is installed in a place where processing of the order details is performed, such as a kitchen in a store, and the processing status of the received order details (eg, start cooking, cooking) Completion) can be changed by touch. When the order processor 50 receives the synchronization message from the message server 120, the order processor 50 is configured to access the integrated management server 100 to update and display the processing status of the new order details and the registered order details in real time.

The recovery server 60 is configured to receive data from the integrated management server 100 in real time as synchronized with the integrated management server 100. The recovery server 60 is a kiosk 10, table orderer 20, POS device 30 on the local network (LN), if there is a connection failure between the local network (LN) and public network (PN) for an unspecified reason It is a server configured for recovery purposes to ensure the normal operation of the order status indicator 40 and the order processor 50.

The kiosk 10, the table orderer 20, the POS device 30, the order status indicator 40, and the order processor 50 connected in-store, i.e., connected to the local network (LN), provide normal connection information and recovery connection information. It is configured to have. Here, the normal connection information is information for connecting to the integrated management server 100 on the public network (PN) when the connection state between the local network (LN) and the public network (PN) is normal, the recovery connection information is for unspecified reasons When the connection failure occurs between the local network (LN) and the public network (PN) due to the information for accessing the recovery server 60 on the local network (LN).

If the connection between the local network (LN) and the public network (PN) is normal, the recovery server 60 in synchronization with the synchronization message of the message server 120, the order corresponding to the store's affiliate number, payment order and cancellation of order payment Data is backed up in real time from the integrated management server (100). If a connection failure occurs between the local network (LN) and the public network (PN), the recovery server 60 is connected to the kiosk 10, table orderer 20, POS device 30 is connected using the recovery connection information To provide the order status indicator 40 and the order processor 50 with data necessary for ordering, order payment, and order cancellation based on the backup data, and stores data received by the order, order payment, and order payment cancellation. . Then, the recovery server 60 is configured to update the data created and changed during the connection failure to the integrated management server 100 when the connection failure is resolved.

Since a specific data transmission method for data backup and recovery between the recovery server 60 and the integrated management server 100 may be variously implemented, a detailed description thereof will be omitted.

On the other hand, looks at the configuration of the servers connected to the public network (PN).

The mobile server 200 is configured to provide a store order page in response to the connection of the mobile terminal 300 using the store QR code and provide a table order page in response to the connection of the mobile terminal 300 using the table QR code. .

The mobile server 200 generates order data, order payment data, and order payment cancellation data corresponding to an order, an order payment, and an order payment cancellation through a store order page or a table order page and transmits the generated data to the integrated management server 100.

The mobile server 200 is connected to the external payment system (PG) and the Internet for approval and cancellation approval in the case of order payment or order payment cancellation.

The message server 120 is connected to a public network (PN) to provide a notification message service. When the synchronization message request is received from the integrated management server 100, the message server 120 transmits a corresponding synchronization message to the local network through the public network (PN). Send to (LN).

In general, the integrated management server 100 located in the public network (PN) is not allowed to access devices located in the local network (LN). Conversely, it is possible for devices located in the local network LN to connect to the integrated management server 100 of the public network. According to the above environment, when an update is required from the integrated management server 100 to a device of the local network (LN), a time and unnecessary network traffic are generated for the device located in the local network (LN) to update the corresponding information.

In order to solve this problem, the message server 120 is configured to transmit a synchronization message informing the local network (LN) of when the update is required by the request of the integrated management server (100).

On the other hand, the integrated management server 100 is connected to the public network (PN) connected to the local network (LN).

The integrated management server 100 is configured to provide an order code if there is an inquiry for processing an order from any one of the kiosk 10, the table orderer 20, the POS device 30, and the mobile terminal 300.

The integrated management server 100 receives and stores order data provided from any one of the kiosk 10, the table orderer 20, the POS device 30, and the mobile terminal 300 in response to the order.

The integrated management server 100 receives the order payment data corresponding to the order payment and order payment cancellation data corresponding to the order payment cancellation from any one of the kiosk 10, POS device 30 and the mobile terminal 300, It is configured to generate and store a cancellation code corresponding to the order payment data, update the processing status of the order details changed by the order processor 50, and provide the order details to the order processor 50.

In addition, the integrated management server 100 generates and stores the cancellation code corresponding to the order payment data. The method of generating the cancellation code will be described later with reference to FIG. 3.

The embodiment of the present invention can conveniently proceed with the order payment cancellation in response to the request of the order payment cancellation of the orderer.

The order settlement cancellation may be performed by dividing the processing state of the order data into a state in which the processing state of the order data may be canceled and the processing state of the order data may not be cancelled. For example, the cancelable state refers to a case in which a processing state of order data is registered as an order reception state before cooking starts when food is ordered in a store. In this case, since the cooking for the food is not started, the order payment cancellation may be allowed. In contrast, the non-cancellable state means a case where the processing state of the order data is registered as cooking start or cooking completion when food is ordered in the store. In this case, since the cooking of the food has been started or the cooking is completed, the cancellation of the order settlement cannot be allowed unless the cancellation of the order settlement is specifically permitted by the manager of the store.

Embodiments of the present invention may be configured to cancel the order payment in the cancelable state using the order code.

In this case, the kiosk 10, the POS device 30 or the mobile server 200, if there is an order payment cancellation using the order code, inquires to the integrated management server 100, the processing status of the order data corresponding to the order code is Inquiry whether the status can be canceled, and if the status is cancelable, proceed with the order payment cancellation approval using order data to receive a cancellation approval number, and generate and manage the first order payment cancellation data including the cancellation approval number and order data. The server 100 transmits the order payment cancellation result corresponding to the order payment cancellation to the orderer.

Embodiments of the present invention may be configured to cancel the order payment of the non-cancellable state using a cancellation code.

In this case, the kiosk 10, the POS device 30, or the mobile server 200, if there is a cancellation of the order payment using the cancellation code, does not inquire whether the processing status of the order data is in a cancelable state, but the order corresponding to the cancellation code. Proceed with the order payment cancellation approval using the order data included in the payment data to receive a cancellation approval number, and generates a second order payment cancellation data including a cancellation code, a cancellation approval number and the order data integrated management server 100 And the order payment cancellation result corresponding to the order payment cancellation to the orderer.

In the embodiment of the present invention, the integrated management server 100 is configured to perform the order, order payment and order payment cancellation as described above. In addition, the integrated management server 100 performs a synchronization request for updating data to devices on the local network (LN) in real time, and performs a notification talk to inform the orderer of the processing status of the order data, and the management terminal It may be configured to provide a conversation function between the 400 and the POS device 30 and the order processor 50.

To this end, the integrated management server 100 is a database 102, data management unit 104, device interlocking unit 106, synchronization request unit 108, update control unit 110, notification talk application 112 as shown in FIG. And the conversation relay application 114.

Among them, the database 102 may store various information such as data related to an order, order settlement, and order cancellation, data for updating a menu of each order page or order page, and order information of the orderer in the order data. .

The data manager 104 generates and provides an order code in response to an inquiry for processing an order, receives the order data, the order payment data, and the order payment cancellation data, stores the order code in the database 102, and orders payment data. Generates a cancellation code corresponding to and stores it in the database 102, and provides a cancellation code corresponding to the order code from the database 102 to the management terminal 400 in response to a request of the management terminal 400. have.

In addition, the device interlocking unit 106 may be configured to control a synchronization request for updating if there is a generation and change of the order data, the order payment data, and the order payment cancellation data of the database 102. In addition, the device interlocking unit 106 may be configured to control a synchronization request for updating the chat window in order to provide the above-described chat function.

In addition, the synchronization request unit 108 may be configured to perform a synchronization message request in response to the control of the device interlocking unit 106.

In addition, the update control unit 110 may be configured to update the generated and changed data of the database 102 to a specific location when there is an update request at a specific location of the local network (LN) receiving the synchronization message corresponding to the synchronization message request. have.

In addition, the notification talk application 112 may be configured to provide notification information including the contact number and the processing status of the orderer to the mobile terminal 300 corresponding to the contact number at the time when the processing status of the order data is updated.

At this time, the notification talk application 112 directly requests the transmission of the notification information to the external SNS server (not shown) or through the mobile server 200 of the notification information to the external SNS server (not shown) You can request a transfer. Unlike this, the notification talk application 112 may be configured as an application for directly transmitting notification information by a method such as a push to the mobile terminal 300 corresponding to the contact number.

The contact number of the orderer stored in the database 102 of the integrated management server 100 may be deleted after a predetermined period of time is restricted.

To this end, the integrated management server 100 checks whether to allow the inquiry to the management terminal 400 when the inquiry of the contact number is requested using the order code in the POS device 30, and if the inquiry is permitted Correspondingly providing the orderer's contact number to the POS device 30.

In addition, the integrated management server 100 provides notification information to the mobile terminal 300 indicating that the order number of the order data is to be deleted when the processing state of the order data is completed and the order payment data is stored, and after a certain time, the orderer Can be configured to delete the contact's contact number from the order data.

The conversation relay application 114 is configured to relay a conversation between the management terminal 400, the POS device 30, and the order processor 50. To this end, the chat relay application 114 provides a chat window to the management terminal 400 and the POS device 30 and the order processor 50 registered to share the chat window with the device interlocking unit 106, and through the chat window. It provides a conversation function through the text between the management terminal 400, POS device 30 and the order processor 50.

At this time, the contents of the chat window provided by the chat relay application 114 are managed in the database 102. Accordingly, when the management terminal 400 located in the public network PN registers the contents in the chat window, the registered contents are updated in the database 102. The device interworking unit 106 performs a synchronization message request to the message server 120 through the synchronization request unit 108 when there is an update of the contents of the chat window of the database 102. Correspondingly, the POS device 30 and the order processor 50 of the local network (LN) that have received the synchronization message from the message server 120 transmit the database 102 via the update control unit 110 of the integrated management server 100. The contents of the dialog window can be updated and the contents registered by the management terminal 400 can be checked. If necessary, the POS device 30 and the order processor 50 may register the content in the chat window provided by the chat relay application 114, and the content registered in the chat window may be stored in the database 102. 30 may check the contents registered in the POS device 30 and the order processor 50 of the local network through a chat window in real time.

Meanwhile, the process related to the cancellation code generation of the data manager 104 may be described with reference to FIG. 3.

When the data management unit 104 of the integrated management server 100 receives the order payment data (S100), the data management unit 104 generates cancellation data corresponding to the order payment data (S120). In this case, the cancellation data may include an order code, merchant code, signature key, cancellation password. Among these, the order code corresponds to the order code of the order data included in the order payment data, the merchant code, the signing key and the cancellation password may be understood as a code having a predetermined value as previously issued to the store.

The data manager 104 generates cancellation data separately after generating the cancellation data as described above (S140). In this case, the cancellation code may be generated as a 6-digit random number code.

Thereafter, the data management unit 104 packages the cancellation data (S160), and the cancellation data may be packaged by an exclusive logical OR of the cancellation data and the cancellation code.

Thereafter, the data manager 104 encrypts the packaged cancellation data (S180), and stores the encrypted cancellation data in the database 102 (S200).

The data manager 104 generates a cancellation code corresponding to all order payment data as shown in FIG. 3 and stores the cancellation data including the cancellation code in the database 102.

As described above, the cancellation data is packaged using the order code and includes a cancellation code. Therefore, the data management unit 104 responds to the request for inquiry of the cancellation code using the order code from the management terminal 400 described later. The cancellation code may be provided to the management terminal 400.

Embodiments of the present invention configured as described above with reference to FIGS. 1 to 3 may use various devices as shown in Table 1 below for ordering, order payment, and order cancellation.

order Order payment Cancel Order Payment Mobile terminal Mobile terminal Mobile terminal Mobile terminal POS device POS device Kiosk Kiosk Kiosk POS device Mobile terminal Mobile terminal POS device POS device POS device Table orderer Mobile terminal Mobile terminal Table orderer POS device POS device

In Table 1, devices used for ordering and order payment may be changed, and order payment and order payment cancellation are performed by the same device because the external payment system is used differently online and offline. Cases of Table 1 for ordering and order payment may be described with reference to FIGS. 4 to 10.

More specifically, FIG. 4 and FIG. 5 illustrate the ordering of the mobile terminal 300 and the payment of the order of the mobile terminal 300. In the case of FIG. 4, the mobile terminal 300 is connected by using a store QR code. 5 illustrates the case where the mobile terminal 300 is connected using the table QR code.

6 illustrates an order payment to the mobile terminal 300 for an order made with the table ordering machine 20 or the POS device 30.

And, Figure 7 illustrates the ordering and payment order in the kiosk (10).

8 illustrates ordering with the POS device 30.

9 illustrates order payment by the POS device 30 for an order placed by the POS device 30, the table ordering machine 20, and the mobile terminal 300.

10 illustrates ordering with the table orderer 20.

On the other hand, with respect to the case of order payment and order payment cancellation, the cases of <Table 1> can be described with reference to FIGS.

More specifically, FIG. 11 and FIG. 12 illustrate canceling an order payment to the mobile terminal 300 using the mobile terminal 300. In the case of FIG. 11, the mobile terminal 300 is stored using a store QR code. ) Is a case where the mobile terminal 300 is connected by using a table QR code.

13 illustrates canceling the order settlement with the kiosk 10 with the order settlement with the kiosk 10.

14 illustrates canceling the order settlement with the POS device.

Detailed descriptions of the respective drawings of FIGS. 4 to 14 will be described as follows.

First, using the shop QR code, ordering to the mobile terminal 300 and payment ordered to the mobile terminal 300 will be described with reference to FIG. In FIG. 4, the order procedure corresponds to steps S10 to S22, and the order payment procedure corresponds to steps P10 to P16.

The ordering procedure begins with the orderer scanning with the store QR code to the mobile terminal 300 for ordering.

The mobile terminal 300 may access the mobile server 200 by scanning the store QR code (S10), and the mobile server 200 provides a store order page to the connected mobile terminal 300 (S12).

The store order page may be provided with a menu for ordering.

When the store order page is provided, the orderer may check the menu using the mobile terminal 300 and select the order history for the order.

When the order selection according to the above result is made by the mobile terminal 300 (S14), the mobile server 200 queries the integrated management server 100 the order details selected for the order in the mobile terminal 300 ( S16).

The integrated management server 100 may inquire step (S16) to query the order code generation for the order, the amount and processing time of the order order details.

The integrated management server 100 may provide the mobile server 2000 with information to be included in the order code and the order data in response to the inquiry requested by the mobile server 200.

 The mobile server 200 provides the order information including the order code, the order details, the amount of money and the processing time, etc. to the mobile terminal 300 and performs a confirmation request (S18).

The orderer may check the order information received through the mobile terminal 300 and determine the order.

The mobile terminal 300 provides the mobile server 200 with information for confirming the order corresponding to the order decision of the orderer (S20). The mobile server 200 generates order data in response to the order confirmation of the mobile terminal 300 and transmits the order data to the integrated management server 100 (S22). The order data may include an order code, order history, amount, order time, affiliate number and processing status, and the affiliate code may be understood as a preset value for each store and store order page.

The integrated management server 100 is stored in the database 110 when the order data is received as described above, the device interlocking unit 106 is located in the local network (LN) POS device 30, the order status indicator 40, The order processor 50 and the recovery server 60 control the synchronization request of the synchronization request unit 108 to update the registered order data. Accordingly, the synchronization request unit 108 performs a synchronization message request for the POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network (LN). In addition, the message server 120 transmits a synchronization message to the POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN. As a result, the POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN update the integrated management server 100 in real time in synchronization with the synchronization message. The order data is updated through the controller 110. Therefore, the order data described above may be stored or displayed in the POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN.

When ordering to the mobile terminal 300 using the store QR code, the orderer is when the outside of the store. In this case, the orderer may proceed with payment for the order immediately after the order or visit the store after the order, and may proceed with payment in the process of receiving the order details.

The mobile server 200 may proceed with the order payment process by providing information for requesting the order payment for the order ended as described above through a store order page or as a separate message.

When the orderer wants to proceed with the payment of the order, the mobile terminal 300 may access the mobile server 200 through the information included in the store order page or a separate message and request an order payment (P10). In this case, the orderer payment information required for payment may be provided from the mobile terminal 300 to the mobile server 200. The orderer payment information may generally be understood to include credit card or account information necessary for payment.

When the mobile terminal 300 receives an order payment request from the mobile terminal 300, the mobile server 200 proceeds with the external payment system PG to approve the order payment and receives the approval number from the external payment system PG (P12).

When the approval number is received, the mobile server 200 generates order payment data and transmits the order payment data to the integrated management server 100 (P14). Here, the order payment data can be understood to include the authorization number and the order data.

In addition, the mobile server 200 provides the order payment information corresponding to the order payment data to the mobile terminal 300 so that the orderer can check the order code or order payment status (P16).

According to the procedure as shown in FIG. 4, the orderer scans the store QR code with the mobile terminal 300 and accesses the mobile server 300, and orders the mobile terminal 300 and pays the order with the mobile terminal 300. It can be done.

At this time, the integrated management server 100 is stored in the database 110 when the order payment data for the order data as described above, the device interlocking unit 106 is the POS device 30 located in the local network (LN) and The recovery server 60 controls the synchronization request of the synchronization request unit 108 to update the registered order data. Accordingly, the synchronization request unit 108 performs a synchronization message request for the POS device 30 and the recovery server 60 located in the local network (LN), and the message server 120 performs the local network (LN). Send a synchronization message to the POS device 30 and the recovery server 60 located in. As a result, the POS device 30 and the recovery server 60 located in the local network LN update the order payment data through the update control unit 110 of the integrated management server 100 in real time in synchronization with the synchronization message. Therefore, the above-described order payment data can be stored in the POS device 30 and the recovery server 60 located in the local network LN.

On the other hand, when the orderer is at a table inside the store, the order and payment of the order may be performed using the table QR code attached to the table. This procedure may be performed as shown in FIG. 5.

In the ordering procedure of FIG. 5, the mobile terminal 300 scans the table QR code to access the mobile server 200 (S11) and the table QR code to the mobile terminal 300 to which the mobile server 200 is connected. The step S13 of providing a corresponding table order page is different from the steps S10 and S12 of FIG. 4. Steps S14 to S22 included in the remaining order procedure are the same as in FIG. 4, and thus redundant description thereof will be omitted.

In addition, in the order payment procedure of FIG. 5, the mobile terminal 300 scans the table QR code to access the mobile server 200 (P2) and the table to the mobile terminal 300 to which the mobile server 200 is connected. A step P4 of providing a table order page corresponding to the QR code is added in contrast to FIG. 4. Steps P10 to P16 included in the remaining order settlement procedure are the same as in FIG. 4, and thus description thereof will not be repeated.

And, the synchronization between the integrated management server 100 and the POS device 30, the order status indicator 40, the order processor 50 and the recovery server 60 located in the local network (LN) with reference to the description of FIG. As it may be understood, duplicate description thereof will be omitted.

Meanwhile, as shown in FIG. 6, the orderer may pay for the order made with the table orderer 20 or the POS device 30 with the mobile terminal 300 in or out of the store.

When ordering with the table ordering machine 20 or the POS device 30, the orderer uses the order code displayed on the table ordering machine 20 or the order code indicated on the order receipt issued by the POS device 30 to confirm the order. Order payment can proceed.

In the order payment procedure of FIG. 6, the mobile terminal 300 scans the store QR code or the table QR code to access the mobile server 200 (P3), and the mobile terminal 300 to which the mobile server 200 is connected. Providing a store order page corresponding to the store QR code or providing a table order page corresponding to the table QR code at step (P5), and using the mobile terminal 300, the mobile server through the store order page or the table order page. An order code is input to 200, a request for payment of an order, and a step (P11) of providing an orderer payment information is different from that of the order payment procedure of FIG. 5, and steps P12 to P16 included in the remaining order payment procedure Since it is the same as FIG. 5, duplicate description thereof will be omitted.

In addition, the synchronization between the integrated management server 100 and the POS device 30, the order status indicator 40, the order processor 50 and the recovery server 60 located in the local network LN corresponding to FIG. As it may be understood with reference to the description of the description thereof will not be repeated.

Meanwhile, the orderer may proceed with the order and payment through the kiosk 10 as shown in FIG. In the case of the kiosk 10, it can be understood as a device that supports a prepaid method of performing an order and an order payment together.

In Fig. 7, the order procedure corresponds to steps S50 and S52, and the order settlement procedure corresponds to steps P52 to P56.

The ordering procedure begins with the orderer manipulating the kiosk ordering page displayed on the kiosk 10 for the order.

The kiosk 10 may receive a kiosk order page from the integrated management server 100 (S50).

The kiosk 10 always displays a kiosk order page to receive an order from the orderer, and the kiosk order page may be provided with a menu for ordering and order settlement, such as the store order page or table order page.

The orderer may select an order through the kiosk order page, and when the orderer selects the order, the kiosk 10 may inquire the order details on the integrated management server 100 and display the inquired order information (S52). In this process, the integrated management server 100 may generate an order code in response to the order history inquiry, and may provide the kiosk 10 with information including the order code and the estimated time of processing.

The kiosk 10 displays the order information corresponding to the inquiry result through the kiosk order page so that the orderer can check.

If the orderer wants to proceed with the payment of the order, he / she may proceed with the order confirmation and payment request through the kiosk order page. In this case, the orderer payment information necessary for payment may be provided to the kiosk 10.

The kiosk 10 proceeds with order payment approval with the external payment system (VAN) and receives the approval number from the external payment system (VAN) when the order confirmation and order payment request of the orderer is received (P52).

The kiosk 10 generates the order payment data when the authorization number is received and transmits the order payment data to the integrated management server 100 (P54).

In addition, the kiosk 10 may issue the order payment information corresponding to the order payment data as an order receipt or transmit the order payment information to the mobile terminal 300 of the orderer obtainable by request (P56).

According to the procedure as shown in FIG. 7, the orderer may complete the order and payment of the order using the kiosk 10. In addition, the synchronization between the integrated management server 100 and the POS device 30, the order status indicator 40, the order processor 50 and the recovery server 60 located in the local network LN corresponding to FIG. As it may be understood with reference to the description of the description thereof will not be repeated.

On the other hand, the orderer may proceed with the order through the POS device 30 of the store, POS device 30 may be operated by the person in charge of the store. In this case, the order procedure by the POS device 30 may proceed as shown in FIG. 8.

The orderer may select an order through a person in charge facing the person who operates the POS device 30 in the store or a person in charge of the person in charge.

The POS device 30 may receive a POS order page from the integrated management server 100 (S40).

The POS device 30 always displays a POS order page in order to receive the orderer, and the POS order page may be provided with a menu for ordering and order settlement, such as the above-described store order page or table order page.

The person in charge of the POS device 30 can select the order selected by the orderer through the POS order page, and when the order is selected, the POS device 30 inquires the order details on the integrated management server 100 and displays the order information. It may be (S42). In this process, the integrated management server 100 may generate an order code in response to the order history inquiry, and may provide the POS device 30 with information including the order code and the estimated time of processing.

When the order confirmation (S44) is performed by the person in charge of the POS device 30, the POS device 30 generates order data in response to the order confirmation and transmits the order data to the integrated management server 100.

The POS device 30 may issue order information corresponding to the order data as an order receipt, and the order receipt may be delivered to the orderer.

On the other hand, the order to the POS device 30, the table ordering machine 20 and the mobile terminal 300 can be ordered payment to the POS device 30, which will be described with reference to FIG.

The POS device 30 may be provided with the POS order page from the integrated management server 100 as described above (S40), and always displays the POS order page in order to receive the orderer.

The orderer provides the person in charge of the POS device 30 with the reception code of the receipt issued by the POS device 30, the reception code displayed on the table ordering machine 20, or the reception code displayed on the order information of the mobile terminal 300. The orderer payment information is provided for order payment. In this case, the provision of the orderer payment information may be understood to include the transfer of payment means such as the transfer of a credit card.

The POS device 30 inquires the order data corresponding to the order code to the integrated management server 100 in response to the input of the order code through the POS order page (S42), and inquires the order data and the orderer payment information. By using the external payment system (VAN) to request the order payment approval and receives the approval number (P46).

Thereafter, the POS device 30 generates order payment data and transmits the order payment data to the integrated management server 100 (P44). Here, the order payment data can be understood to include the authorization number and the order data.

In addition, the POS device 30 provides order payment information corresponding to the order payment data through a receipt, etc. so that the orderer can check (S46).

In addition, synchronization between the integrated management server 100 corresponding to FIGS. 8 and 9 and the POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN. Since it can be understood with reference to the description of Figure 4 will not be repeated description thereof.

On the other hand, the orderer may proceed with the order through the table orderer 20 of the store, the table orderer 20 may be operated by the orderer seated at the table. In this case, the order procedure by the table orderer 20 may proceed as shown in FIG. 10.

The table orderer 20 may receive a table order page from the integrated management server 100 (S60).

The table orderer 20 always displays a table order page to receive the orderer, and the table order page may be provided with a menu for ordering.

The orderer may select an order through the table order page of the table orderer 20, and the table orderer 20 may query the order history on the integrated management server 100 and display the order information inquired when the order is selected. It may be (S62). In this process, the integrated management server 100 may generate an order code in response to the order history inquiry, and may provide the table orderer 20 with information including the order code and the estimated time of processing.

When the order confirmation proceeds by the orderer, the table orderer 20 generates order data in response to the order confirmation and transmits the order data to the integrated management server 100 (S64).

The order information corresponding to the order data may be displayed through the table order page.

In addition, the synchronization between the integrated management server 100 and the POS device 30, the order status indicator 40, the order processor 50 and the recovery server 60 located in the local network LN corresponding to FIG. As it may be understood with reference to the description of the description thereof will not be repeated.

Meanwhile, the cases of Table 1 for canceling order payment may be described with reference to FIGS. 11 to 14.

As described above, the order payment cancellation may be performed by dividing the order data processing state into the state where the order data can be canceled and the processing state of the order data cannot be cancelled. An embodiment of the present invention is configured to cancel an order payment in a cancelable state using an order code, and to cancel an order payment in a non-cancelable state using a cancellation code.

11 and 12 illustrate canceling an order payment to the mobile terminal 300 by placing an order payment with the mobile terminal 300. In the case of FIG. 11, the mobile terminal 300 is connected using a store QR code. 12 illustrates a case where the mobile terminal 300 is connected using a table QR code.

First, referring to FIG. 11, in order to cancel an order payment, the mobile terminal 300 may scan a store QR code and access the mobile server 200 (C10), and the mobile server 200 is connected to the mobile terminal 300. Store order page (C12).

The store order page may provide a menu for canceling an order payment.

When the store order page is provided, the orderer provides the order code for canceling the order payment using the mobile terminal 300 (C14).

When the mobile server 200 receives the order code for canceling the payment of the order through the store order page, the mobile server 200 inquires the integrated management server 100 to inquire whether the processing state of the order data corresponding to the order code is in a cancelable state (C16). ).

The mobile server 200 provides order payment cancellation information and requests confirmation when the order data corresponding to the order code is canceled as a result of the inquiry (C18).

When the mobile terminal 300 confirms the order payment cancellation and the orderer payment information by the orderer (C20), the mobile terminal 300 proceeds with the external payment system (PG) to approve the order payment cancellation and the external payment system (PG). Receive order cancellation authorization number from (C22).

When the mobile terminal 300 receives the order cancellation approval number, the mobile terminal 300 generates the first order payment cancellation data including the cancellation approval number and the order data and transmits it to the integrated management server 100 (C24). The order cancellation result is provided to the orderer (C26).

If, in step C18, the mobile server 200 is in a state in which it is not possible to cancel the order data corresponding to the order code, the mobile server 200 provides information to the mobile terminal 300 indicating that the cancellation is impossible.

In this case, the orderer requests the manager of the management terminal 400 to provide a cancellation code. Various methods, such as face-to-face, call request or SNS, may be used to request an orderer to provide a cancellation code to an administrator.

The manager connects to the integrated management server 100 through the management terminal 400 in response to the requester's cancellation code request, and inquires the processing status of the order data using the order code (M10). The integrated management server 100 may provide an administrator-only page that provides various menus including a cancel code issuing function.

The integrated management server 100 provides the processing state of the order data corresponding to the order code to the management terminal 400 (M12).

The administrator may refuse to provide a cancellation code if the orderer determines that an order payment request is unfair.

However, if it is determined that the manager accepts the order payment request of the orderer, the manager requests the integrated management server 100 to provide a cancellation code through the management terminal 400 (M16), and the integrated management server 100 orders. When receiving payment data, the cancellation code generated as shown in FIG. 3 is provided to the management terminal 400 (M18). The administrator can then pass the cancellation code to the orderer.

The mobile terminal 300 requests the mobile server 200 to cancel the order payment using the cancellation code by the orderer (M20). In this case, the cancellation code and the orderer payment information may be provided in parallel.

The mobile terminal 300 proceeds to cancel the order payment with the external payment system (PG) and receives the order cancellation approval number from the external payment system (PG) (C22).

When the mobile terminal 300 receives the order cancellation approval number, the mobile terminal 300 generates the second order payment cancellation data including the cancellation code, the cancellation approval number, and the order data and transmits it to the integrated management server 100 (M22). The order payment result corresponding to the cancellation is provided to the orderer (C26).

When the first order payment cancellation data or the second order payment cancellation data is received, the integrated management server 100 cancels the order data and the order payment data. The POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN also cancel the order data and the order payment data of the integrated management server 100 by synchronization. Update

On the other hand, the case of canceling the order payment to the mobile terminal 300 to the order payment to the mobile terminal 300 using the table QR code will be described with reference to FIG.

Referring to FIG. 12, in order to cancel an order payment, the mobile terminal 300 may scan a table QR code and access the mobile server 200 (C11), and the mobile server 200 may access the connected mobile terminal 300. Provide a table order page (C13).

The table order page may be provided with a menu for canceling order processing.

When the table order page is provided, the orderer provides the order code for canceling the order payment using the mobile terminal 300 (C14).

In the method of canceling payment of the order of FIG. 12, except for the above-described steps C11 and C13, the remaining steps are the same as in FIG. 11, and thus description thereof will not be repeated.

FIG. 13 illustrates canceling an order settlement with the kiosk 10 with an order settlement with the kiosk 10.

The kiosk 10 may receive a kiosk order page from the integrated management server 100 (C50).

The kiosk 10 always displays the kiosk order page in order to receive an order payment cancellation of the orderer.

The orderer provides the order code to the kiosk 10 to cancel the order payment through the kiosk order page, and the kiosk 10 inquires the integrated management server 100 when the order code for canceling the order payment is received. Inquiry is made as to whether the processing state of the corresponding order data is in the state of being cancelable (C52).

The integrated management server 100 provides an inquiry result to the kiosk 10 (C54), the kiosk 10 provides and confirms the order payment cancellation information when the order data corresponding to the inquiry result order code is in a state of being cancelable. Ask.

When the order payment cancellation confirmation and the orderer payment information provided by the orderer are input, the kiosk 10 proceeds with the external payment system (VAN) to cancel the order payment and receives the order cancellation approval number from the external payment system (VAN). (C56).

When the kiosk 10 receives the order cancellation approval number, the kiosk 10 generates the first order payment cancellation data including the cancellation approval number and the order data and transmits it to the integrated management server 100 (C58). The order payment cancellation result is provided to the orderer (C60).

If, at step C54, the integrated management server 100 provides an inquiry result that the order data corresponding to the order code is not possible to be canceled, the kiosk 10 provides the orderer with information indicating that the cancellation is impossible.

In this case, the orderer requests the manager of the management terminal 400 to provide a cancellation code. Various methods, such as face-to-face, call request or SNS, may be used to request the orderer to provide a cancellation code to the manager.

The manager connects to the integrated management server 100 through the management terminal 400 in response to the requester's cancellation code request, and inquires the processing status of the order data using the order code (M10).

The integrated management server 100 provides the processing state of the order data corresponding to the order code to the management terminal 400 (M12).

The administrator may refuse to provide a cancellation code if the orderer determines that an order payment request is unfair.

However, if it is determined that the manager accepts the order payment request of the orderer, the manager requests the integrated management server 100 to provide a cancellation code through the management terminal 400 (M16), and the integrated management server 100 orders. When receiving payment data, the cancellation code generated as shown in FIG. 3 is provided to the management terminal 400 (M18). The administrator can then pass the cancellation code to the orderer.

The kiosk 10 is requested by the orderer to cancel the order payment using the cancellation code, and at this time, the cancellation code and the orderer payment information may be provided in parallel.

When the kiosk 10 is requested to cancel the order payment using the cancellation code, the kiosk 10 proceeds to cancel the order payment with the external payment system VAN and receives the order cancellation approval number from the external payment system VAN (M50).

When the kiosk 10 receives the order cancellation approval number, the kiosk 10 generates the second order payment cancellation data including the cancellation code, the cancellation approval number, and the order data and transmits it to the integrated management server 100 (M52). The order payment result corresponding to the order is provided to the orderer (C60).

When the first order payment cancellation data or the second order payment cancellation data is received, the integrated management server 100 cancels the order data and the order payment data. The POS device 30, the order status indicator 40, the order processor 50, and the recovery server 60 located in the local network LN also cancel the order data and the order payment data of the integrated management server 100 by synchronization. Update

On the other hand, a case in which the order payment with the POS device 30 is canceled by the POS device will be described with reference to FIG. 14.

Referring to FIG. 14, a POS device 30 is used to cancel an order payment, and the POS device 10 displays a POS order page having a menu for canceling an order payment.

In the method of canceling the payment of the order of FIG. 14, except for providing the POS order page (C51), the remaining steps are the same as in FIG.

Embodiments of the present invention can be implemented to support the partial payment in the case of the order payment described above.

In this case, the mobile server 200 and the POS device 30 generate the divided order data corresponding to the order data for each division unit in response to the division request of the order settlement.

In addition, the mobile server 200 and the POS device 30 perform an order payment approval through communication with an external payment system in response to a request for payment of an order using different order payment information for each of the divided order data and the divided order data. Receive

The mobile server 200 and the POS device 30 generate the partial order payment data including the authorization number and the split order data, and when the order payment approval corresponding to all the split order data corresponding to the order data is completed, the order is completed. The data and the split order payment data may be configured to be integrated and transmitted to the integrated management server 10.

Accordingly, the present invention can use a variety of devices for ordering or order payment, it is possible to implement an order payment system for interlocking an offline environment for operating a POS device or kiosk and an online environment using a mobile terminal.

In addition, the present invention can implement an order payment system that can facilitate the convenience of the orderer by conveniently providing a cancellation for the order payment.

In addition, the present invention can ensure the stability of the operation of the local network when there is a connection failure to the public network by operating a recovery server.

In addition, the present invention can implement an order payment system capable of providing various functions such as a conversation using a chat window between the management terminal, the POS device and the order processor, providing a notification message to the orderer's mobile terminal and split payment.

Claims (16)

POS devices that perform orders, order payments, and order cancellations;
A table orderer configured to correspond to a table in a store and to perform an order for each table;
A mobile server for performing the order online, the order payment, and the order payment cancellation through a mobile terminal connected through a table QR code assigned to each table or a store QR code assigned to the store;
An order processor having a function of receiving and displaying an order history and a processing state included in order data, and changing the processing state;
If there is an inquiry for processing the order, an order code is provided, and the order data corresponding to the order including the order code, the order payment data corresponding to the order payment, and the order payment cancellation corresponding to the order payment cancellation An integrated management server that receives data, generates and stores a cancellation code corresponding to the order payment data, updates the processing status of the order history changed by the order processor, and provides the order history to the order processor ; And
A message server for transmitting a synchronization message to a designated location of a local network through a public network by a request when a synchronization message request is received;
The integrated management server, upon receiving the order payment data, generates the cancellation data including the order code, merchant code, signature key, cancellation password, generates a cancellation code that is a random number, the cancellation data and the Generate cancellation data packaged by combining a cancellation code, encrypt and store the cancellation data, and manage the cancellation code corresponding to the order code in response to a request of a predetermined management terminal connected through the online; Providing to the terminal; And,
The POS device and the mobile server,
If there is a cancellation of the order payment using the order code, if the processing state of the order data corresponding to the order code is canceled by inquiring to the integrated management server, the order payment cancellation approval using the order data is performed. Receive a cancellation approval number, generate and transmit a first order payment cancellation data including the cancellation approval number and the order data to the integrated management server, and provide an order payment cancellation result corresponding to the order payment cancellation; , And
If there is an order payment cancellation using the cancellation code, proceed with the order payment cancellation approval using the order data included in the order payment data corresponding to the cancellation code to receive the cancellation approval number, the cancellation code, Generating and transmitting second order payment cancellation data including the cancellation approval number and the order data to the integrated management server, and providing the order payment cancellation result corresponding to the order payment cancellation;
The table orderer, the POS device and the order processor are located in the local network,
The integrated management server, the mobile server, the mobile terminal, the management terminal and the message server is located in the public network,
The integrated management server proceeds with the synchronization message request to the message server when there is a generation and change of data corresponding to the order code, and the synchronization message of the table orderer, the POS device, or the order processor of the local network. And update the data in response to the update request corresponding to the order payment system. According to claim 1,
The table orderer receives the order code while inquiring the order details of the order to the integrated management server, the order including the order code, the order history, amount, order time, affiliate number and processing status. Generate data by selection of the order and send it to the integrated management server,
The POS device and the mobile server, if there is the order payment using the order code, proceeds with the order payment approval using the order data corresponding to the order code to receive an approval number, and the approval number and the order data. Generating and transmitting the order payment data to the integrated management server, providing the order payment result corresponding to the order payment, and
The mobile terminal is connected to a store order page by scanning the store QR code including the affiliate store code of the store, connected to a store order page provided by the mobile server for payment cancellation, and the merchant code and the table. The table order page provided by the mobile server is scanned by scanning a table QR code including a separate table code, and the order, payment of the order and cancellation of the payment of the order are made using the store order page or the table order page. To perform an order payment system. According to claim 1,
The POS device and the mobile server,
The order code is received while inquiring the order details of the order to the integrated management server, and the order data including the order code, the order details, the amount of money, the order time, the affiliate number, and the processing status is ordered. Generated by selection of the order, in response to a request for order payment using the order data, proceeds with order payment approval through communication with an external payment system, and receives an approval number, and includes the approval number and the order data. The order payment system for generating the order payment data and transmits to the integrated management server. delete According to claim 1,
Further comprising a recovery server to back up data in synchronization with the integrated management server,
The table orderer, the POS device, the order processor and the management terminal has recovery connection information on the local network,
The recovery server,
In synchronization with the synchronization message, data about the order, the order payment and the profit order payment cancellation corresponding to the affiliate number of the store is backed up in the integrated management server,
When a connection failure occurs between the local network and the public network, the order, the order settlement, and the order settlement cancellation are made to the table orderer, the POS device, the order processor, and the management terminal, which are connected by using the recovery connection information. Provide data necessary for storing the data received by the order, payment of the order and cancellation of the order payment, and
And when the connection failure is resolved, updating the data generated and changed during the connection failure to the integrated management server. delete According to claim 1,
The mobile server proceeds with the first order payment approval through a first external payment system (PG) using the order data corresponding to the order through the table orderer, the mobile server, or the POS device, (1) allow cancellation of the order payment only for the first order payment data by the order payment authorization; and
The POS device performs a second order payment approval through a second external payment system (VAN) by using the order data corresponding to the order through the table orderer, the mobile server, or the POS device. 2 Order payment system that allows cancellation of the order payment only for the second order payment data by the order payment approval. According to claim 1,
The mobile server and the POS device generate divided order data corresponding to the order data for each division unit in response to the division request of the order settlement, and use the divided order data and different orderer payment information for each of the divided order data. In response to a request for payment, an order payment approval is received through communication with an external payment system to receive an approval number, and generate the partial order payment data including the approval number and the split order data, and correspond to the order data. And when the order payment approval corresponding to all the partial order data is completed, the order data and the partial order payment data are integrated and transmitted to the integrated management server. According to claim 1,
Kiosk located in the local network; further comprising,
The kiosk,
Perform the order payment for prepayment with the order offline;
Receiving the order code while querying the order management by the order to the integrated management server, the order data including the order code, the order history, amount, order time, affiliate number and the processing status of the order Generate by selection, obtain orderer payment information for prepayment, and proceed with order payment approval through communication with an external payment system in response to a request for order payment using the order data and the orderer payment information Receive, generate and transmit the order payment data including the authorization number and the order data to the integrated management server;
Perform the order payment cancellation for the order payment,
If there is a cancellation of the order payment using the order code, if the processing state of the order data corresponding to the order code is canceled by inquiring to the integrated management server, the order payment cancellation approval using the order data is performed. Receive a cancellation approval number, generate and transmit a first order payment cancellation data including the cancellation approval number and the order data to the integrated management server, and provide an order payment cancellation result corresponding to the order payment cancellation; , And
If there is an order payment cancellation using the cancellation code, proceed with the order payment cancellation approval using the order data included in the order payment data corresponding to the cancellation code to receive the cancellation approval number, the cancellation code, And generating and transmitting second order payment cancellation data including the cancellation approval number and the order data to the integrated management server, and providing the order payment cancellation result corresponding to the order payment cancellation. According to claim 1,
The mobile server requests the order information of the orderer from the mobile terminal and provides the integrated management server with the order data including the contact information.
And the integrated management server transmits the notification information including the contact number of the orderer and the processing state to the mobile terminal corresponding to the contact number at the time when the processing state of the order data is updated. The method of claim 10,
The integrated management server confirms whether to allow the inquiry to the management terminal when the inquiry of the contact information is requested from the POS device, and if the inquiry is allowed to provide the contact number to the POS device in response to the inquiry. Order payment system. The method of claim 10,
The integrated management server provides the notification information indicating that the contact number of the orderer is to be deleted when the processing state of the order data is completed and the order payment data is stored, and the order is assigned to the contact number after a certain time. Order payment system to delete from data. According to claim 1,
The integrated management server provides a chat window for relaying a conversation to the management terminal, the POS device and the order processor, and provides a chat function through a text between the management terminal, the POS device and the order processor through the chat window. Order payment system. The method of claim 1, wherein the integrated management server,
Database;
Generating and providing the order code in response to an inquiry for processing the order, receiving and storing the order data, the order payment data and the order payment cancellation data in the database, and corresponding to the order payment data A data management unit generating a cancellation code and storing the cancellation code in the database, and providing the cancellation code corresponding to the order code to the management terminal in response to a request of the management terminal;
A device interlocking unit controlling a synchronization request for updating if there is a generation or change of the order data, the order payment data, and the order payment cancellation data of the database;
A synchronization request unit which performs a synchronization message request in response to the control of the device linkage unit; And
And an update control unit for updating the generated and changed data of the database to the specific location when an update request is made at a specific location of a local network that receives the synchronization message corresponding to the synchronization message request. The method of claim 14,
The integrated management server is further provided with a notification talk application,
The database stores the order information including the contact information of the orderer,
The notification talk application is an order payment system for transmitting notification information including the contact number of the orderer and the processing status to the mobile terminal corresponding to the contact number at the time when the processing state of the order data is updated. The method of claim 14,
The integrated management server further comprises a dialogue relay application for relaying the dialogue between the management terminal, the POS device and the order processor,
The chat relay application provides a chat window to the management terminal, the POS device and the order processor registered to share a chat window with the device interworking unit, and communicates between the management terminal, the POS device and the order processor through the chat window. Order payment system that provides text chat.

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