KR20080063741A - System for processing points(or milleages) by using voip(voice over internet protocol) phone - Google Patents

Abstract

A system for processing points with a VoIP(Voice of Internet Protocol) phone is provided to enable a customer to manage the points in a mobile terminal without any storage tool for managing the points by processing the points of the customer based on a mobile number of the customer. A communication processor(105) connects a communication channel with a VoIP phone(140) through the network capable of transceiving a message including a point member number of a point provider. An information receiver(110) receives a point processing request message including a point processing number, which is generated by substituting customer mobile number information, point provider code, and a point processing ID code for a point member number system of the point provider, from the VoIP phone connected through the communication channel. An information checker(115) checks point information of a customer stored by linking with the mobile number included in the received message. A point processor(125) processes the points according to the point processing ID code by responding to a check result. When the point processing ID code included in the point processing request message is a code which indicates the usage of points, an information reading unit(120) reads the information related to the approval amount of money and usage points by reading the point processing request message.

Description

System for Processing Points (or Milleages) by Using Voice over Internet Protocol (VoIP) Phone}

1 is a diagram illustrating a point (or mileage) processing system using a V-iPhone according to an embodiment of the present invention.

2 is a diagram illustrating a VIP protocol stack structure according to an embodiment of the present invention.

3 is a view showing the functional configuration of the V-iPhone in accordance with an embodiment of the present invention.

FIG. 4 is an exemplary diagram of a point (or mileage) processing request professional member number (or card number) system including a customer wireless terminal number according to an exemplary embodiment of the present invention.

5 is an exemplary diagram for a point (or mileage) processing identification code according to an embodiment of the present invention.

6 is a diagram illustrating the full point (or mileage) processing request according to an embodiment of the present invention.

7 is a simplified block diagram of an information storage medium according to an embodiment of the present invention.

8 is a simple flowchart of a customer point (or mileage) processing request process according to an embodiment of the present invention.

9 is a simple flowchart of a customer point (or mileage) processing request process according to an embodiment of the present invention.

10 is a simple flowchart of a process of requesting the accumulation (or use) of customer points (or mileage) according to an embodiment of the present invention.

11 is a simple flowchart of a customer point (or mileage) processing process using a customer wireless terminal number according to another embodiment of the present invention.

12 is a simple flow diagram for the process of earning / using customer points (or mileage) in accordance with the present invention.

FIG. 13 is a diagram illustrating a point (or mileage) processing system using a VIO IP phone according to another exemplary embodiment of the present invention.

14 is a diagram illustrating a VIP protocol stack structure according to an embodiment of the present invention.

FIG. 15 is a diagram illustrating a functional configuration of a BIO iPhone according to another embodiment of the present invention. FIG.

16 is a simple flowchart of a customer point (or mileage) processing request process according to another embodiment of the present invention.

<Description of main parts of drawing>

100: point processing server 105: communication processing unit

110: information receiving unit 115: information checking unit

120: information reading section 125: point processing section

130: storage medium

The present invention provides a communication processing means for connecting a communication channel with a BIO IP phone through a communication network capable of professional transmission and reception including a point (or mileage) membership number of a point (or mileage) operator, and the communication channel through the connected communication channel. Operate the point (or mileage) with a customer wireless communication number information and a point (or mileage) processing identification code corresponding to the point (or mileage) service provider unique code and the point (or mileage) processing request information from VIO IP phone Information receiving means for receiving a full point (or mileage) processing request, including a point (or mileage) processing number generated by substituting the operator's point (or mileage) membership number system, and the point (or mileage) processing request The above information stored in association with the wireless communication number information included in the preamble Point for performing point (or mileage) processing according to the point (or mileage) processing identification code corresponding to the information checking means for confirming the point (or mileage) information of the customer and the result of confirming the point (or mileage) information of the customer It relates to a point (or mileage) processing system using a V IP phone including (or mileage) processing means.

Mileage began in earnest with airlines and began in 1981 with the Frequent Flyer Program called A Advantage, which is now used throughout the industry including finance, telecommunications, distribution and transportation. It is true.

 These mileage (or point) services, starting with the means of simply repurchasing, are now a very important marketing tool for businesses and are now actively used as new payment methods in the micropayment market. have.

Mileage service is a service that gives customers a certain mileage when purchasing goods or services, and when the accumulated mileage exceeds a certain number of points, the customer can buy or receive the goods back in cash. Accordingly, the types of mileage services are also appearing in various forms. Recently, due to the development of IT technology and the Internet, the types of mileage services are becoming more complicated and diverse, and their functions are gradually being segmented.

As IT technology advances, various alliances can be formed, and as a result, customer utilization increases and the use of mileage as cash is increasing.

In particular, the micro-payment market has increased due to the payment of existing Internet-enabled contents on the Internet. As a result, in the micro-payment market where there is no proper payment method, mileage is increased in terms of convenience, cash value, various distribution ranges, and micro-payment market. It has become one of the important payment methods in line with the expansion of the

However, as the mileage service becomes complicated and diversified due to the development of IT technology, mileage service or mileage management system is inevitably established in various ways according to mileage service providers.

Therefore, for the mileage service, it is inevitable to feel the cost burden for system construction.

In addition, in managing relationships with various affiliates recently, it is possible to accumulate mileage with a card issued by a member of an affiliated member and an affiliated partner. There is also a cost problem.

Therefore, the present invention can more easily manage the mileage using the mobile phone (number), without a separate storage means (for example, mileage card, etc.) for mileage management (earning, inquiry, use, etc.), mileage service Provided are a method and a system for reducing the cost of changing an existing system or device for providing.

The present invention has been derived to solve the above problems, and connects the communication channel with the VIO IP phone through a communication network capable of professional transmission and reception including the point (or mileage) membership number of the operator (point) Points (or mileage) corresponding to customer wireless communication number information, the point (or mileage) operator specific code and the point (or mileage) processing request information from the VIP phone through the communication processing means, the connected communication channel Information for receiving the full point (or mileage) processing request message including a point (or mileage) processing number generated by substituting the processing identification code into the point (or mileage) membership number system of the point (or mileage) operator. Receiving means and included in the point (or mileage) processing request Information identification means for confirming the point (or mileage) information of the customer stored in association with the radio communication number information and the point (or mileage) processing identification code in response to the result of confirming the point (or mileage) information of the customer The present invention provides a point (or mileage) processing system using a VIO IP phone including a point (or mileage) processing means for performing point (or mileage) processing.

Point (or mileage) processing system using a V IP phone according to the present invention, communication with the V IP phone through a communication network capable of professional transmission and reception including the point (or mileage) membership number of the point (or mileage) operator Communication processing means for connecting a channel, corresponding to the customer wireless communication number information, the point (or mileage) operator's unique code and point (or mileage) processing request information from the VIO IP phone through the connected communication channel; Point (or mileage) processing request message containing a point (or mileage) processing number generated by substituting a point (or mileage) processing identification code into the point (or mileage) membership number system of the point (or mileage) operator. Information receiving means for receiving the point (or mileage) processing Information checking means for confirming the point (or mileage) information of the customer stored in association with the wireless communication number information included in the preamble and the point (or mileage) in response to the result of confirming the point (or mileage) information of the customer And a point (or mileage) processing means for performing point (or mileage) processing according to the process identification code.

According to the present invention, the point (or mileage) processing request information, the point (or mileage) inquiry processing request, the point (or mileage) earning processing request, the point (or mileage) use processing request characterized in that at least one or more It is done.

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 addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

In addition, the 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, and the definitions should be made based on the contents throughout the present invention.

In addition, preferred embodiments of the present invention to be carried out below are provided in each system functional configuration to efficiently describe the technical components constituting the present invention, or system functions that are commonly provided in the technical field to which the present invention belongs. The configuration will be omitted, and described mainly on the functional configuration to be additionally provided for the present invention.

If those skilled in the art to which the present invention pertains, it will be able to easily understand the function of the components that are conventionally used among the omitted functional configuration not shown below, and also the configuration omitted as described above The relationship between the elements and the components added for the present invention will also be clearly understood.

In addition, the preferred embodiment of the present invention to be carried out below will be described as a predetermined means provided on the terminal side or the server side in order to efficiently describe the technical components constituting the present invention, the intention and / or method of those skilled in the art As such, the means can be implemented in a variety of ways.

For example, the means provided on the server side may be a program (e.g., for each means) recorded on the recording medium provided in the server according to the function configuration of the server and / or the unique characteristics (or roles) of the server. A program comprising at least one or more functional units for performing a unique function (or role), and / or the at least one or more means are configured as one independent server so that a plurality of servers It is possible to configure to interwork through the server-to-server interface.

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. I specify that only.

1 is a diagram illustrating a point (or mileage) processing system using the V-iPhone 140 according to an embodiment of the present invention.

In more detail, FIG. 1 uses a V.i.P. phone 140 to accumulate, use, or inquire a predetermined point (or mileage) acquired or owned by at least one or more customers based on their wireless terminal number. A schematic diagram of a point (or mileage) processing system for performing a processing operation.

Referring to FIG. 1 according to a preferred embodiment of the present invention, the point (or mileage) processing system using the V-iPhone 140 links customer wireless terminal number information with point (or mileage) information owned by the customer. A storage medium 130 for processing and storing, 4 digits of a unique operating code of a point (or mileage) operator and a 1 digit of a point (or mileage) processing identification code and 11 digits of a customer wireless terminal in the member number (or card number) input area. V for generating predetermined point (or mileage) processing request information (or full text) including a total of 16 digits and transmitting the generated information (or full text) to a VAN operator (or service provider) server on a communication network. Check the OIP phone 140 and the unique code of the operator of the point (or mileage) included in the point (or mileage) processing request. A VAN operator server (or service provider) and the VAN operator (or service) that transmits the full point (or mileage) processing request message to a point (or mileage) operator network corresponding to the point (or mileage) operator's unique code. Business operator) point (or mileage) processing server (100) to perform a point (or mileage) processing corresponding to the full point (or mileage) processing request transmitted from the server.

According to the method of the present invention, the point (or mileage) processing server 100 is provided in a predetermined point (or mileage) providing (operation) organization, and / or in the point (or mileage) management organization, And / or at a point (or mileage) issuing agency, and / or at a predetermined payment institution (eg, a card company or a financial company, etc.) and / or at a predetermined carrier (eg, a mobile carrier), and It may be possible that all of the provided to the VAN carrier, and thereby the present invention is not limited.

In addition, the point (or mileage) processing server 100 may be included in one server system as shown in FIG. 1 according to the intention of a person skilled in the art, or may be composed of two or more server systems in more detail for each functional means. .

Referring to FIG. 1, the storage medium 130 interoperating with the point (or mileage) processing server 100 includes the point (or mileage) processing server 100 according to the present invention. Store information required for performing a predetermined process (eg, earning, using, inquiry, etc.) for a customer point (or mileage) corresponding to the point (or mileage) processing request generated from .

The V-IPphone 140 generates a V-IP by generating a predetermined point (or mileage) processing request telegram message for the customer's point (or mileage) processing (eg, earning, using, inquiring, etc.). Characterized in that the transmission to the point (or mileage) processing server 100 through a network.

According to the embodiment of the present invention, the storage medium 130 is characterized in that the customer wireless terminal number information and the customer's own point (or mileage) information is stored in association.

Further, the storage medium 130 may include at least one or more points (or mileage) operator information, at least one or more point (or mileage) processing identification code information defined by the point (or mileage) operator, and / or the At least one affiliate store information (or V-iPhone 140 information) corresponding to a point (or mileage) operating operator is stored in a cooperative process.

In addition, the storage medium 130, characterized in that the point (or mileage) processing history (or result) information according to the point (or mileage) processing of the customer is stored in association with the customer wireless terminal information.

Referring to FIG. 1, the service provider server 135 is a server on a communication network that generally provides a service by renting a line from a public telecommunication service provider to increase value added by a high communication processing function. A value added network (VAN) server or a public service provider server or a VIP service provider server 135 that performs a communication process of adding a conversion of a protocol, a code, a form, a media, a speed, and the like to the transmission. Characterized in that it comprises at least one or more.

Meanwhile, in FIG. 1, a point (or mileage) processing request message transmitted from the VIO phone 140 is included in the point (or mileage) processing request message via the service provider server 135 ( Or mileage) is shown as being transmitted to the point (or mileage) processing server 100 corresponding to the unique operator code, but this is only an embodiment for the understanding of the present invention, the service provider server 135 Without relaying, the entire point (or mileage) processing request is transmitted directly from the V-iPhone 140 to the point (or mileage) processing server 100, and / or the service provider server 135 Replace the functionality of the point (or mileage) processing server 100, and / or the point (or mileage) within the service provider system Li server 100 bayida which stated that it is possible to position.

Referring to FIG. 1, the point (or mileage) processing server 100 may perform the point (or mileage) processing function as described above. ) And a communication processor 105 for connecting a communication channel with the service provider server 135 for relaying a communication channel, and a predetermined received from the V-iPhone 140 through the communication processor 105. The information receiving unit 110 that receives point (or mileage) processing request information (or full text) and the received point (or mileage) processing request information (or full text) are read, and the point (or mileage) processing request information is read. An information plate that reads the 11-digit customer wireless terminal number included in the (or full text) and confirms the point (or miles) processing identification code included in the point (or full text) processing request information (or full text) In connection with the storage unit 130 and the storage medium 130 (or the storage medium 130 operating means), and confirms the customer wireless terminal number information matching the 11 digits of the customer wireless terminal number read out, and confirming The confirmed point (or mileage) information using the information checking unit 115 for confirming the customer-owned point (or mileage) information corresponding to the customer wireless terminal number information, and the confirmed point (or mileage) information. And a point (or mileage) processing unit that performs point (or mileage) processing corresponding to the process identification code.

In addition, the point (or mileage) processing server 100 transmits the point (or mileage) processing (use) details (or results) information to the customer wireless terminal and / or the V-iPhone 140. It may be configured to further include an information transmission unit (not shown) for.

The communication processing unit 105 of the point (or mileage) processing server 100 is connected to the communication channel for transmitting the V-iPhone 140 and customer wireless communication number information and predetermined point (or mileage) processing information. It is characterized in that for performing, the communication channel connection and data communication based on the point (or mileage) processing server 100 and the VIP protocol stack structure shown in Figure 2 below.

The information receiving unit 110, when the point (or mileage) processing request information according to the point (or mileage) processing request of at least one or more customers from the VIO iPhone 140 is transmitted, the service provider server 135 Receive the generated point (or mileage) processing request information (or full text) from the; or the point (or mileage) processing request information (or full text) directly from the VIP phone 140 through a predetermined communication network ), And serves as a point (or mileage) processing request information (or full text) receiving means for transmitting to the information reading unit 120 of the point (or mileage) processing server 100.

The information reading unit 120 of the point (or mileage) processing server 100, the information receiving unit 110 is a predetermined point (or mileage) processing request information (or full text) from the V-iPhone 140 When receiving and forwarding), in conjunction with the storage medium 130, it performs a function of a specialized reading means for reading the point (or mileage) processing request information (or full text).

In particular, the information reading unit 120 reads out 11 digits of the customer wireless terminal number included in the point (or mileage) processing request information (or full text), and operates a point (or mileage) operator of the storage medium 130. With reference to the information and / or point (or mileage) processing identification code information, characterized in that to confirm the point (or mileage) processing identification code included in the full point (or mileage) processing request.

In addition, the information reading unit 120 is a point (or mileage) processing identification code included in the point (or mileage) processing request information (or full text) as a result of confirming the point (or mileage) processing identification code points (Or mileage) If it is confirmed by a code instructing to accumulate, the amount of payment information contained in the point (or mileage) processing request information (or full) by reading the point (or mileage) processing request information (or full) And / or further read out points to accumulate (or mileage) information.

In addition, the information reading unit 120 is a point (or mileage) processing identification code included in the point (or mileage) processing request information (or full text) as a result of confirming the point (or mileage) processing identification code points (Or mileage), if it is confirmed by a code indicating the use of the point (or mileage) processing request information (or full text) is read, the amount of payment information contained in the point (or mileage) processing request information (or full text) And / or read point (or mileage) information for use.

The information checking unit 115 of the point (or mileage) management server refers to the customer wireless terminal number information of the storage medium 130 (or the storage medium 130 operating means), and the information reading unit 120. Information confirming means for confirming customer wireless terminal number information matching 11 digits of the customer wireless terminal number read through and confirming point (or mileage) information owned by the customer corresponding to the confirmed customer wireless terminal number information Characterized in performing the function.

The point (or mileage) processing unit 125 of the point (or mileage) processing server 100 uses the point (or mileage) information confirmed through the information checking unit 115, and the information reading unit ( It characterized in that it performs the function of the point (or mileage) processing means for performing a point (or mileage) processing corresponding to the point (or mileage) processing identification code identified through 120.

For example, the point (or mileage) processing unit 125, the point (or mileage) processing identification code included in the point (or mileage) processing request information (or full text) is the information (120) points (or Mileage) is read with a code indicating to accumulate, and when the payment amount information and / or the target point (or mileage) information included in the point (or mileage) processing request information (or full text) is further read, the reading is performed. The storage medium 130 (or storage medium 130) to add a point (or mileage) corresponding to the settled payment amount information and / or the target point (or mileage) information to the point (or mileage) owned by the customer. In connection with the management means), update the point (or mileage) information owned by the customer previously stored in the storage medium 130.

In addition, the point (or mileage) processing unit 125, the point (or mileage) processing identification code that is included in the point (or mileage) processing request information (or full text) is the point (or mileage) processing identification code point (or When reading with a code indicating the use of mileage, and further reading payment amount information and / or target point (or mileage) information contained in the point (or mileage) processing request information (or full text), the reading The storage medium 130 (or storage medium) in order to reduce points (or mileage) corresponding to the settled payment amount information and / or point (or mileage) information of the customer from the point (or mileage) owned by the customer. 130) in connection with the operating means, characterized in that for updating the point (or mileage) information owned by the customer previously stored in the storage medium 130.

According to the method of the present invention, the point (or mileage) processing unit 125, when the identified point (or mileage) processing identification code is a code indicating a point (or mileage) accumulation code, the information transmission through the Point (or mileage) earning processing history (or results) information to the terminal (or server) and / or the customer wireless terminal to transmit, and / or the identified point (or mileage) processing identification code is a point (or In the case of a code indicating the use of mileage, the point (or mileage) usage history (or result) information may be transmitted to the VIOPHphone 140 and / or the customer wireless terminal through the information transmitter. .

In addition, the point (or mileage) processing unit 125, when the identified point (or mileage) processing identification code is a code indicating a point (or mileage) inquiry, the confirmed point (or Mileage) information may be transmitted to the V-iPhone 140 (or server) and / or the customer wireless terminal.

2 is a diagram illustrating a VIP protocol stack structure according to an embodiment of the present invention.

* In more detail, FIG. 2 shows that the VIO IP phone 140 shown in FIG. 1 is the point (or mileage) processing request information (or full text message) through a UDP / IP (and / or TCP / IP) based wired communication network. VIP protocol stack structure for transmitting and receiving the server to the server, if the person having ordinary skill in the art (for example, those who understand the protocol stack structure), see Figure 2 and And / or modify the point (or mileage) processing request information (or full text) while the V-iPhone 140 is connected to a communication network other than the UDP / IP (and / or TCP / IP) based wired communication network. Various implementation methods for the VIP protocol stack structure for transmitting and receiving to the server may be inferred, but the present invention includes all the inferred implementation methods, as shown in FIG. It is not limited to implementation method.

Referring to FIG. 2, the packet transmitted from the V-iPhone 140 to the server in response to the point (or mileage) processing request information (or full text) through the UDP / IP-based wired communication network, The MAC layer of the protocol stack provided in the V-iPhone 140 is repeated by repeating a process generated in the application layer provided in the 5i-phone 140 and adding predetermined packet information to the lower layer of the next step. A lower physical layer is reached, and the packet includes RTP / RTCP related packet information added in the RTP / RTCP protocol layer included in the V-iPhone 140.

Thereafter, the packet is physically provided to the VIO gateway (or gatekeeper) through the physical layer provided to the VIO phone 140 and the physical layer provided to the VIO gateway (or gatekeeper). The RTP / RTCP layer is received through the MAC layer, the network layer, and the transport layer provided in the VIO gateway (or gatekeeper), and then again through the transport layer, the network layer, the MAC layer, and the physical layer. It is received by the physical layer provided in the server.

The packet is then passed through the MAC layer, datalink layer, network layer, transport layer, session layer, and presentation layer on a protocol stack provided in a server on the UDP / IP (and / or TCP / IP) wired network. The application layer performs data processing corresponding to the packet.

The data processing corresponding to the packet may restore the point (or mileage) processing request information (or full text) transmitted from the VIP terminal in response to the received packet.

3 is a diagram showing the functional configuration of the V-iPhone 140 according to an embodiment of the present invention.

In more detail, FIG. 3 illustrates processing of point (or mileage) on a communication network by generating predetermined point (or mileage) processing request information (or telegraphic message) for point (or mileage) processing using the wireless terminal number. It is about the preferred functional configuration of the V IP phone 140 to transmit to the server (100).

Referring to FIG. 3, the illustrated V-iPhone 140 basically includes a control unit 305, a memory unit 335, a key input unit 325, a screen output unit 330, a communication unit 340, and the VIO. It includes a power supply for supplying power to the IP phone 140.

In addition, the V-iPhone 140 may generate a predetermined function (eg, a point (or mileage) processing request generation function using a customer wireless terminal number and a generated point (or mileage) processing request information (or full text)). When performing a transmission function and / or a card payment processing function and / or a printing function, etc. to a server (for example, a point (or mileage) processing server 100, a VAN server, etc.) on the communication network, the V-iPhone 140 ) May be configured to further include a card interface and / or a security application module and / or a printing unit.

Hereinafter, referring to FIG. 3, a functional component that performs each function of the V-iPhone 140 will be described in more detail.

First, the controller 305 of the V-iPhone 140 includes the V-iPhone 140 with at least one input / output command required for the V-iPhone 140 to perform each function. Or, and / or transmitted to or from the functional component connected to the V-iPhone 140 or received from the functional component to control the overall operation of the V-iPhone 140, and between the functional components or Manage the flow of data.

In particular, the control unit 305 is the customer wireless terminal number information and the customer's point (or mileage) input to the V IP phone 140 based on the VoIP protocol stack structure shown in FIG. Combining the predetermined point (or mileage) identification code information corresponding to the processing request and the point (or mileage) operator unique code, and transmits to a server (eg, point (or mileage) management server and / or VAN server) on the network And generating and transmitting predetermined information (or full text (hereinafter, point (or mileage) processing request information (or full text))).

To this end, the controller 305 may include at least one processor and a running memory (eg, a register and / or a random access memory (RAM)) in hardware, including a central processing unit (CPU) / micro processing unit (MPU). ) And a bus for inputting and outputting predetermined data.

In addition, the controller 305 is loaded by the processor from a predetermined recording medium into the execution memory in order to perform at least one or more functions included in the above-described V-iPhone 140 in software. It may include a predetermined program routine (Routine) and / or program data to be processed.

In particular, in FIG. 3, software program using predetermined programs and / or codes recorded on the recording medium for generating point (or mileage) processing request information (or full text) using the customer wireless terminal number according to the present invention. A functional component (for example, an information (or full text) generation unit, a transmission unit, a reception unit, etc.) that can be processed by using the control unit 305 will be described.

Referring to FIG. 3, the control unit 305 of the V-iPhone 140 generates information (or full text) for generating a full point (or mileage) processing request message using a customer wireless terminal number. And the point (or mileage) processing request information (or full text) generated through the information (or full text) generation unit 320 to a server (eg, point (or mileage) processing server 100 and / or on a communication network). VAN server, etc.) is characterized in that it comprises a transmission unit 310 for transmitting.

According to an embodiment of the present invention, the control unit 305 receives point (or mileage) processing history (or result) information corresponding to the point (or mileage) processing request information (or full text) from a server on the communication network. It may be configured to further include a receiving unit 315.

The information (or full text) generation unit 320 configured in the control unit 305 of the V-iPhone 140 is point (or mileage) processing request information (or full text) for processing the point (or mileage) of the customer. In particular, the information (or full text) generation unit 320, and the customer wireless terminal number information input to the VIO phone 140 in the process of generating the point (or mileage) processing request full text; The point (or mileage) processing request information (or full text) may be generated by combining the identification code information and / or the point (or mileage) operator unique code for identifying the type of the point (or mileage) processing.

According to a preferred embodiment, the wireless terminal number information of the customer requesting the point (or mileage) processing is a predetermined key input means (for example, a keypad, a keyboard, a mouse, Key input unit 325 interlocked with the touch screen).

In addition, the wireless terminal number information of the customer making the point (or mileage) processing request, the short-range communication means (for example, infrared ray communication means) that can communicate with the customer wireless terminal and the V-iPhone 140 Radio frequency (RF) communication means, Bluetooth communication means, wireless LAN communication means, Wi-Fi communication means, portable Internet communication means, etc.) Through the communication session formed through the communication means, the wireless terminal number stored in the customer wireless terminal can be delivered to the V-iPhone 140.

In addition, the wireless terminal number information of the customer requesting the point (or mileage) processing, if the customer has an IC card equipped with an IC chip that stores the wireless terminal number information, the V-iPhone 140 The customer wireless terminal number information may be obtained from the customer IC card through a card interface provided in the card interface.

According to a preferred embodiment, the point (or mileage) processing identification code corresponding to the point (or mileage) processing requested by the customer, the customer via the V or IP phone 140 operator VIO iPhone ( The key input unit 325 may be input to a key input unit 325 linked to a predetermined key input unit (for example, a keypad, a keyboard, a mouse, a touch screen, etc.) included in the 140.

Here, the point (or mileage) processing identification code, the point (or mileage) processing type that includes at least one or more customer points (or mileage), point (or mileage) use, point (or mileage) inquiry It is characterized in that the identification code for identification.

For example, the point (or mileage) processing identification code, characterized in that consisting of any number of 1 to 9, the point (or mileage) processing identification code is the point (or mileage) processing type (for example, , Customer points (or mileage), points (or mileage) use, points (or mileage), etc.) can be made in different numbers without overlapping.

Here, when the point (or mileage) processing identification code is an identification code corresponding to the "point (or mileage) earning" processing, it may be made of any one of the numbers from 1 to 9, the point (or mileage ) If the process identification code is an identification code corresponding to the “point (or mileage) use” process, the number from 1 to 9 except the identification code number corresponding to the “point (or mileage)” process. If the point (or mileage) processing identification code is an identification code corresponding to the "point (or mileage) inquiry" processing, corresponding to the "point (or mileage) earning" processing of the numbers from 1 to 9 It consists of numbers other than the identification code number corresponding to the identification code number and the “point (or mileage) use” process. There.

The point (or mileage) service identification code corresponding to the point (or mileage) accumulation, point (or mileage) use, point (or mileage) inquiry, etc. is the point (or mileage) service operator and / or point (or mileage) service It is preferable to set by an agreement concluded between the affiliated stores, etc. One embodiment of the mileage processing identification code will be described with reference to FIG. 4 to help understand the present invention.

According to the present invention, the point (or mileage) processing request information (or full text) generated by the information (or full text) generating unit may include a member number (or card number) input area, wherein the information (or full text) ) The generation unit 320 is a point (or mileage) operator's unique code that is pre-defined (or programmed) in the member number (or card number) input area and the point input through the key input unit 325 ( Or mileage) process identification code 1 digit and the customer wireless terminal number 11 digits.

According to another exemplary embodiment, the four-digit code (or mileage) operator's unique code may be input through the key input unit 325.

4 digits of the unique code (or mileage) operator operating code and 1 digit (or mileage) processing identification code inputted to the member number (or card number) through the information (or full text) generation unit 320 and the customer wireless An embodiment of a 16-digit number system including an 11-digit terminal number will be described in more detail with reference to FIG. 4 below.

According to the exemplary embodiment of the present invention, the information (or full text) generation unit 320 may generate the key input section 325 in the process of generating the point (or mileage) processing request information (or full text) according to the present invention. If the point (or mileage) processing identification code input through the identification code corresponding to the point (or mileage) "earn" or "use", the point (or mileage) processing request information (or full text) to the point ( Or mileage) may further include payment amount information and / or accumulated (or used) point (or mileage) information according to “earn” or “use”.

According to the exemplary embodiment of the present invention, the information (or full text) generation unit 320, in the process of generating the point (or mileage) processing request information (or full text) according to the present invention, the customer "earn" or If the point (or mileage) to be used or viewed is a point (or mileage) used at a particular merchant, the V (i) phone 140 may be added to the point (or mileage) processing request information (or full text). Or terminal) number and / or affiliated store unique code (or number) may be further included.

Payment amount information and / or accumulation according to the point (or mileage) "earn" or "use" to the point (or mileage) processing request information (or full) through the information (or full) generation unit 320 Or use) One embodiment that includes point (or mileage) information and one embodiment that includes the V-iPhone 140 (or terminal) number and / or merchant unique code (or number) shown in Figure 6 below It will be described in more detail through.

The transmission unit 310 configured in the control unit 305 of the V-iPhone 140 receives the point (or mileage) processing request information (or full text) generated by the information (or full text) generator 32. It is characterized in that the transmission to the server on the communication network through the communication unit 340 provided in the V-iPhone 140.

Here, the communication network to which the point (or mileage) processing request information (or full text) is transmitted may include a communication network including at least one of a VIO network, a value added network (VAN), an internet network, a wireless communication network, or a portable internet communication network. It is characterized by that.

According to the exemplary embodiment of the present invention, when the V-iPhone 140 is connected to an external server through an open communication network such as the Internet, the transmission unit 310 completes the generated point (or mileage) processing request. May be encrypted after using a predetermined encryption protocol and then transmitted.

The receiving unit 315 configured in the control unit 305 of the V-iPhone 140 is point (or mileage) processing request information (or mileage) transmitted from the server 100 on the communication network through the transmitting unit 310. After the point (or mileage) processing corresponding to the full text) is performed, the point (or mileage) processing history (or result) transmitted from the server 100 to the V-iPhone 140 is received. .

According to the exemplary embodiment of the present invention, the memory unit 335 included in the V-iPhone 140 may include a predetermined program routine required for the V-iPhone 140 to control the above-described functions. Or code) and / or program data (eg, information or data input / output when an operation by a program routine (or code) is performed).

In addition, the memory unit 335 may include at least one or more storage means including an electrically erasable and programmable read only memory (EEPROM) and / or a flash memory (FM) and / or a hard disk drive (HDD) in hardware. It is preferable to make it.

Here, a predetermined program routine and program data stored in the memory unit 335 (for example, four digits of a point (or mileage) operator according to the present invention and one digit of a point (or mileage) processing identification code and a customer radio) Generate point (or mileage) processing request information (or full text) in which the 11-digit terminal number is input in the member number (or card number) input area, and transmit the generated information (or full text) to the server 100 on the communication network. Control unit 305 performs a predetermined control function through data input or output to perform a function.

According to the exemplary embodiment of the present invention, the key input unit 325 provided in the V-iPhone 140 may include a number key and a character key capable of inputting a character, and Key data generated when the VIO iPhone 140 operator and / or the point (or mileage) processing request customer clicks a predetermined key from a predetermined key input means including a function key or the like. (Key Data) (e.g., key data corresponding to the customer wireless terminal number and / or key data and / or point (or mileage) operating operator unique code corresponding to the point (or mileage) processing identification code requested by the customer Key data corresponding to the control unit 305).

According to an exemplary embodiment of the present invention, the controller 305 reads key data input through the key input unit 325 and associates the key with at least one component provided in the V-iPhone 140. Control predetermined functions and / or predefined tasks corresponding to the data.

In this case, the predetermined function and / or pre-defined operation is a member of the four-point code (or mileage) operating operators unique code and one point (or mileage) processing identification code and 11 customer digits of the wireless terminal number according to the present invention A function (and / or task) for generating point (or mileage) processing request information (or full text) input in the number (or card number) input area, and / or the generated point (or mileage) processing request information (or It is desirable to include a function (and / or a task) for transmitting the full message) to a server on a communication network.

According to the exemplary embodiment of the present invention, the screen output unit 330 provided in the VIO phone 140 has the VIO iPhone 140 having a predetermined function (eg, the point (or mileage) processing request). Outputting to a predetermined screen output means including a liquid crystal display (LCD) and / or a cathode ray tube (CRT) by the controller 305 in the process of generating and transmitting information (or a full text). Output at least one or more information or data that is predefined or defined in real time through a predefined screen interface.

Here, the predefined information or data to be output on the screen from the V-iPhone 140 is the key data input through the key input unit 325, and / or in the V-iphone 140. On the information (or data) stored or generated by the provided component, the information (or data) transmitted and received through the communication unit 340, and / or a predetermined operation result performed by the V-iPhone 140 It is preferable to include at least one or more corresponding information (or data).

For example, the predefined information or data to be output on the screen may include identification code information and / or points corresponding to customer wireless terminal number information and / or point (or mileage) processing request input through the key input unit 325 ( Or mileage) information for generating the operator's unique code and / or point (or mileage) processing request information (or full text) and / or transmission of point (or mileage) processing request information (or full text) and / or points (or Mileage) may include at least one or more points (or mileage) processing history (or result) information received from a server on the communication network in response to the processing request information (or full text).

According to the exemplary embodiment of the present invention, the communication unit 340 provided in the V-iPhone 140 has the V-i-Piphone 140 having four digits of the point (or mileage) operator's unique code and points ( Or mileage) process identification code and 11 digits of the customer wireless terminal number to generate the point (or mileage) processing request information (or full text) entered in the membership number (or card number) input area, and the generated information (or A server (eg, a point (or mileage) processing server 100 and / or a VAN server, etc.) and / or the VIO IP phone on the communication network in a process of transmitting a full message) to a server on a communication network. 140 and a communication session with a terminal (or device) connected via a predetermined cable and / or the terminal (or device) connected with the V-iPhone 140 through a predetermined short-range wireless communication. It characterized in that it provides a predetermined communication means.

In addition, the communication unit 340 may include a predetermined value added network (VAN) or a financial common network or a high-speed Internet (eg, ADSL / VDSL / Cable Network /.../ satellite communication) in hardware. Connect a communication channel with a server (eg, a point (or mileage) processing server 100 and / or a VAN server, etc.) on a wired / wireless communication network through a predetermined communication network including a wired communication network and / or a mobile communication network or a wireless data communication network. Network communication unit 340, and / or cable communication unit 340 for connecting a communication session with a predetermined terminal (or device) through predetermined cable communication, and / or infrared ray communication, RF (Radio Frequency) Short-range for connecting a predetermined terminal (or device) and a short-range wireless communication session through at least one short-range wireless communication means including communication, Bluetooth, Wireless LAN, and Wi-Fi. It comprises at least one communication unit 340, and comprises a communication protocol and / or driver for connecting the communication channel (or communication session) in software.

According to the exemplary embodiment of the present invention, the short-range communication unit 340 is the VIO iPhone 140, which is required in the process of generating the full point (or mileage) processing request according to the present invention as described above Point (or mileage) processing request It is preferable to further comprise the function of receiving the wireless terminal number information of the customer via the short-range wireless communication.

According to the exemplary embodiment of the present invention, the card interface provided in the V-iPhone 140 may include at least one or more information or data (eg, card number information, wireless terminal number information, etc.) included in a card owned by a customer. It provides an interface for reading the.

MS interface that provides an interface between the MS (Magnetic Stripe) card and the V-iPhone 140 based on the ISO / IEC 7810 standard, and / or the contact IC card and the V-o based on the ISO / IEC 7816 standard. A contact IC interface providing an interface between the IP phones 140, and / or a contactless IC interface providing an interface between the contactless IC card and the V-iPhone 140 based on the ISO / IEC 14443 standard. .

According to an embodiment of the present invention, the VIO phone 140 may be additionally provided in the secure application module 350 (Secure Application Module (SAM)) of the VIO phone 140 according to the present invention. (Or mileage) Security requirements, including confidentiality and / or authentication and / or integrity and / or nonrepudiation, which may be required in the creation of the processing request text. Without using a server (or payment server) on the communication network can perform a function as a safety device for performing in a safe and reliable structure in the V-iPhone 140.

For example, the security application module 350, the V-iPhone 140 is a certain security request function (e.g. earn points (or mileage) and / or points (or mileage) use and / or points (or mileage) ) Encrypts or decrypts certain messages (information or data) processed in the process of performing inquiry and / or electronic payment and / or electronic payment functions, and adds an authenticator that prevents forgery (or tampering) of the messages; Alternatively, in the process of performing the security request function, it may perform a function of storing important key information.

According to the exemplary embodiment of the present invention, the print unit provided in the V-iPhone 140 may include a process of performing the point (or mileage) processing function using the V-iPhone 140 using a customer wireless terminal number; And / or output predetermined information or data (e.g., point (or mileage) processing details (or result) information or data according to a point (or mileage) processing request) generated as a result of a predetermined printing device (e.g., a receipt printer). , Printer, etc.).

For example, the printing unit may print point (or mileage) processing history (or result) information or data according to the point (or mileage) processing request in accordance with a predefined printing form through a predetermined printing device. It can be made by including a printing protocol and a driver.

4 is an exemplary diagram of a system for processing a point (or mileage) request request professional member number (or card number) including a customer wireless terminal number according to an embodiment of the present invention.

FIG. 4 is a point (or mileage) generated through the full text generation unit 320 of the VIO iPhone 140 shown in FIG. 3 and transmitted to the point (or mileage) processing server 100 shown in FIG. ) Is a point (or mileage) processing request professional member number (or card number) system, characterized in that the entry in the processing member's membership number (or card number) input area.

According to the present invention, in the member number (or card number) input area of the point (or mileage) processing request text generated through the professional generation unit 320 of the VIO iPhone 140, the VIO iPhone ( Point (or mileage) including at least one customer wireless terminal number input through the key input unit 325 of the 140, at least one point (or mileage) earning, point (or mileage) use, point (or mileage) inquiry The point (or mileage) processing identification code for identifying the processing type and the point (or mileage) operator's unique code are combined and entered.

Referring to FIG. 4A, the 16-digit number system sequentially includes the first four digits of a point (or mileage) operator's unique code 401a and the fifth digit of the point (or mileage) processing identification code 402a. The customer wireless terminal number 403a is characterized by consisting of the remaining 11 digits.

Referring to FIG. 4B, the point (or mileage) operator unique code 401b is "7089", the point (or mileage) processing identification code 402b is "1", and the customer wireless terminal number 403b is " 010 3261 3951 ”, wherein the point (or mileage) processing identification code" 1 "is a predetermined number of the point (or mileage) operator, the" earn "or" Use ”or“ inquiry ”.

Referring to FIG. 4C, when the station number of the customer wireless terminal number is three digits (403c), it corresponds to the case where “0” is added to the first digit of the station number.

5 is an exemplary diagram of a point (or mileage) processing identification code according to an embodiment of the present invention.

5 is a point (or mileage) of the customer point (or mileage) using the customer wireless terminal number in the point (or mileage) processing server 100 using the V-iPhone 140 shown in FIG. One embodiment of a point (or mileage) processing identification code corresponding to the point (or mileage) processing, such as inquiry.

As described above, the point (or mileage) processing identification code presented in the present invention, 1 to 9 is given for the processing of earning, using, inquiry, etc. a predetermined point (or mileage) associated with the customer wireless terminal number It is characterized by being one of the numbers up to.

In addition, the point (or mileage) processing identification code is a point (or mileage) of the total 16-digit number system that is entered in the member number (or card number) input area of the point (or mileage) processing request full text according to the present invention After the four-digit operator code unique, it is characterized in that the number is located fifth.

In addition, the point (or mileage) processing identification code, various points (or mileage, such as "earn", "use", "inquiry", etc. in the point (or mileage) service provided by the point (or mileage) operating operators Corresponding to the process), characterized in that the different numbers from 1 to 9 are given.

For example, when the point (or mileage) processing is point (or mileage) accumulation, it is made up of any number from 1 to 9, and when the point (or mileage) processing is point (or mileage) use. , 1 to 9 of any number except for the number used as an identification code corresponding to the point (or mileage) earned, the point (or mileage) processing if the point (or mileage) inquiry , 1 to 9 of the numbers (or mileage) can be made of any number except the number used as the identification code corresponding to the point (or mileage) earning and the identification code corresponding to the use of the point (or mileage).

Referring to (a) of FIG. 5, point (or mileage) processing identification codes corresponding to “earning”, “use”, “inquiry”, etc. are “1”, “2”, “3”, respectively, (b) For reference, the points (or mileage) processing identification codes corresponding to "earning", "use", "inquiry", etc. are "9", "8", and "7", respectively.

As such, the point (or mileage) processing identification code corresponding to the "earning", "use", "inquiry", etc. may be set differently for each point (or mileage) operator.

6 is a diagram illustrating the full point (or mileage) processing request according to an embodiment of the present invention.

In more detail, in FIG. 6, in the V.iPhone 140 shown in FIG. 3, the point (or mileage) processing request using a conventional credit card payment approval request using a VAN, the point (or Mileage) Total 16 including 4 digits of the operator's unique code and 1 digit of the point (or mileage) processing identification code and 11 digits of the customer's wireless terminal in the member number (or card number) input area of the request for processing. FIG. Is a diagram illustrating an implementation method in which a seat is filled and transmitted to a server on a communication network.

In addition, the present embodiment is presented to more clearly understand the present invention, and those skilled in the art to which the present invention pertains, in describing the entire point (or mileage) processing request shown above, Since you will be familiar with each component of the credit card payment authorization request, the detailed description thereof will be omitted.

In addition, when the communication network between the V-iPhone 140 and the server is not a VAN, the point (or mileage) processing request shown in the full text to indicate that there is enough room to be changed to facilitate the skilled person.

Referring to FIG. 6, a predetermined transaction identifier (eg, 'tg') for requesting processing of a customer wireless terminal number based point (or mileage) according to the present invention is included in the 'transaction division' area of the credit card payment authorization request text message. Whereby the professional relay means (e.g., a VAN server or point (or mileage) operation server, etc.) on the communication network does not request credit card authorization, but points based on the customer wireless terminal number according to the present invention. (Or mileage) to confirm that the request, and can provide the full text to the point (or mileage) operation server, not the credit card company server.

Referring to (a) of FIG. 6, the wireless terminal number information (for example, 11-digit wireless terminal telephone number) of the customer who requests the point (or mileage) processing and the unique code information for the point (or mileage) management operator (for example, 4). Seat) and the point (or mileage) processing identification code (for example, one digit) are included in the 'TRACK II Data' area of the full text server (e.g., a VAN server or a point (or mileage) operating server, etc.) And the server receiving the full message is connected with the wireless terminal number information of the customer (eg, 11-digit wireless terminal telephone number) from the 'TRACK II Data' area with reference to the transaction identifier of the 'transaction classification' area. The point (or mileage) operator identification code information (for example, 4 digits) and the point (or mileage) processing identification code (for example, 1 digit) are read.

7 is a simplified block diagram of an information storage medium 130 according to an embodiment of the present invention.

FIG. 7A illustrates at least one or more points (or mileage) operator information stored in the information storage medium 130 shown in FIG. 1 and at least one or more points defined by the point (or mileage) operator. Or mileage) processing identification code information 702a, and / or at least one or more affiliate store information (or VIO phone 140 information) corresponding to the point (or mileage) operator.

FIG. 7B shows at least one customer wireless terminal number information 701b stored in the information storage medium 130 shown in FIG. 1, and customer point (or mileage) information 702b corresponding to the customer wireless terminal number. It is shown.

8 is a simple flowchart of a customer point (or mileage) processing request process according to an embodiment of the present invention.

FIG. 8 generates the full point (or mileage) processing request based on the customer wireless terminal number through the V-iPhone 140 shown in FIG. 3 according to the present invention, and then on the communication network shown in FIG. This is a simple example of the process sent to the server.

In particular, FIG. 8 shows a key input unit 325 provided with the customer wireless terminal number and / or point (or mileage) processing identification code and / or point (or mileage) operator code in the VIO phone 140. By receiving a key input through the point (or mileage) characterized in that for generating the full text processing request.

Referring to FIG. 8, first, a point (or VAN server, a point (or mileage) management server, etc.) to be transmitted to a server (eg, a VAN server, a point (or mileage) operating server, etc.) in response to a customer's point (or mileage) processing request from the VIO iPhone 140 In order to generate a mileage processing request text, the customer wireless terminal number information and / or point (or mileage) processing identification code information and / or points through a key input unit 325 provided in the VIO phone 140. In operation 800, the operator code information may be input.

Here, the customer wireless terminal number information input through the key input unit 325 is 11 digits, referring to FIG. 4, and the customer wireless terminal number is 10 digits as shown in 403c of FIG. 4. It is characterized by inputting the number "0" after the 3 digits in front.

In addition, the V-iPhone 140 processes the point (or mileage) corresponding to the point (or mileage) processing of the customer to be included in the point (or mileage) processing request to be generated through the key input unit 325. Requires input of the request identification code (number) (805).

When the point (or mileage) processing request identification code (number) corresponding to the point (or mileage) processing of the customer is input through the key input unit 325 (810), the full text generation of the V-iPhone 140 is generated. The unit 32 generates a full point (or mileage) processing request message including the customer wireless terminal number and the point (or mileage) processing identification code input through the key input unit 325 (815).

Here, the point (or mileage) processing request message is characterized in that it further includes a point (or mileage) operator code (4 digits), together with the customer wireless terminal number and the point (or mileage) processing identification code.

And, the transmission unit 310 of the V-iPhone 140 is a server (eg, point (or mileage) management server server on the communication network for the point (or mileage) processing request generated by the professional generation unit 320) , VAN server, etc.) (820).

Then, according to the present invention, the server 100 on the communication network receives the full message (or mileage) processing request transmitted by the V-iPhone 140, and included in the full point (or mileage) processing request message Check the customer wireless terminal number, point (or mileage) processing identification code and point (or mileage) operator code (4 digits) to process the customer's points (or mileage) (for example, earn, use, inquiry, etc.) Will do the work.

When a customer point (or mileage) processing task corresponding to the point (or mileage) processing request message is performed from a server on the communication network, the receiving unit 315 of the V-iPhone 140 is transmitted from the server on the communication network. Processing (or results) for the received point (or mileage) processing request message, and the output (or output) including the received processing history (or result) is received. Can be done (830).

9 is a simple flowchart of a customer point (or mileage) processing request process according to an embodiment of the present invention.

9 is a process of generating the full point (or mileage) processing request based on the customer wireless terminal number through the V-iPhone 140 according to the present invention, and transmitted to the server on the communication network as shown in FIG. As a simple example of the drawing, FIG. 9 receives the customer wireless terminal number information through the short-range communication unit 340 provided in the V-iPhone 140 to generate the full point (or mileage) processing request message. It is characterized by.

According to FIG. 9, the V-iPhone 140 may be started from a process of receiving a predetermined point (or mileage) processing request from a customer (900).

Then, in accordance with the present invention to generate the full point (or mileage) processing request to be sent to a server (eg, VAN server, point (or mileage) management server, etc.) on the communication network in response to the customer's point (or mileage) processing request In order to do so, the short-range communication unit 340 of the V-iPhone 140 waits for a communication session connection with the customer wireless terminal.

When the customer wireless terminal enters the communication session connection range of the short range communication unit 340 provided in the V-iPhone 140 and a predetermined short range communication session is connected between the customer wireless terminal and the short range communication unit 340. In operation 910, the short-range communication unit 340 of the V-iPhone 140 receives the customer wireless terminal number information through a communication session formed with the wireless terminal (920).

According to an embodiment of the present invention, the short range wireless communication between the customer wireless terminal and the short range communication unit 340 of the VIO phone 140 may include infrared ray communication, radio frequency (RF) communication, and Bluetooth (BlueTooth). At least one of a wireless LAN, a Wi-Fi, and the like.

On the other hand, if the short-range communication session between the customer wireless terminal and the short-range communication unit 340 of the V-iPhone 140 is not successfully connected, retry the short-range communication session connection or the key input unit as shown in FIG. 8. The customer wireless terminal number information may be input through a key input through 325 (915).

Meanwhile, the V-iPhone 140 processes the point (or mileage) corresponding to the point (or mileage) processing of the customer to be included in the point (or mileage) processing request to be generated through the key input unit 325. A request for input of a request identification code (number) and / or a point (or mileage) operator specific code is required (925).

When the point (or mileage) processing request identification code (number) corresponding to the customer's point (or mileage) process and / or the point (or mileage) operator's unique code are input through the key input unit 325 (930) ), The professional generation unit 320 of the V-iPhone 140 is a customer wireless terminal number, the point (or mileage) processing identification code and the point (or mileage) management operator input through the key input unit 325 A point (or mileage) processing request message including a code (4 digits) is generated (935).

And, the transmission unit 310 of the V-iPhone 140 is a server (eg, point (or mileage) management server server on the communication network for the point (or mileage) processing request generated by the professional generation unit 320) , VAN server, etc.) (940).

Then, according to the present invention, the server 100 on the communication network receives the full message (or mileage) processing request transmitted by the V-iPhone 140, and included in the full point (or mileage) processing request message Check the customer wireless terminal number, point (or mileage) processing identification code and point (or mileage) operator code (4 digits) to process the customer's points (or mileage) (for example, earn, use, inquiry, etc.) Will do the work.

When a customer point (or mileage) processing task corresponding to the point (or mileage) processing request message is performed from the server 100 on the communication network, the receiving unit 315 of the V-iPhone 140 is a server on the communication network. Receives the processing history (or result) for the transmitted point (or mileage) processing request message from the character (100) (945), and the V-iPhone 140 outputs the received processing history (or result). May be 950.

10 is a simple flowchart of a process of requesting the accumulation (or use) of a customer point (or mileage) according to an embodiment of the present invention.

FIG. 10 illustrates a point (or mileage) processing request generated through the VIO phone 140 when the request (or use) of the customer points (or mileage) is requested through the VIO phone 140. It is a simple flowchart of the process of including the payment amount information of the customer is transmitted to the server on the communication network.

Referring to FIG. 10, the customer requests to earn (or use) points (or mileage) (1000), and responds to the request for earning (or use) of the customer's points (or mileage) on the VIO phone 140. In operation 1005, a process of inputting a point (or mileage) processing request identification code and / or a point (or mileage) operator specific code may be started.

Then, the payment amount of the customer is confirmed in the V-iPhone 140 (1010), the professional generation unit 320 of the V-iphone 140 is the customer wireless terminal number and points (or mileage) A full point (or mileage) processing request message including a process identification code and a point (or mileage) operator specific code is generated 1015.

The full text generation unit 320 of the V-iPhone 140 includes the checked customer payment amount information in the generated point (or mileage) processing request text (1020).

When the complete point (or mileage) processing request message including the customer payment amount information is completed, the transmission unit 320 of the V-iPhone 140 to transfer the generated point (or mileage) processing request to the server on the communication network After transmitting (1025), the server 100 on the network processes the customer points (or mileage) credit (or use) based on the transmitted point (or mileage) processing request (1030), the customer points (Or mileage) earned (or used) details are transmitted to the V-iPhone 140.

Then, the receiving unit 315 of the V-iPhone 140 receives (1035) the processing history (or the result) of the earned (or used) points (or mileage) from the server on the communication network, and The V-iPhone 140 outputs the received processing details (or results).

11 is a simple flowchart of a process of processing a customer point (or mileage) using a customer wireless terminal number according to another embodiment of the present invention.

11 illustrates a service provider server 135 (eg, a VAN) on a specialist network of a point (or mileage) processing request corresponding to a customer point (or mileage) processing request generated in the VIO phone 140 according to the present invention. Server or the like), the process is transmitted directly to the point (or mileage) processing server 100 to perform the point (or mileage) processing corresponding to the customer point (or mileage) processing request message is performed. .

Referring to FIG. 11, the full text generation unit 320 of the V-iPhone 140 receives the full point (or mileage) processing request according to the customer point (or mileage) processing request through the definition of FIGS. 8 to 10. It may be initiated from generating (1100).

Through the above process, when the full text of the point (or mileage) processing request including the customer wireless terminal number and the point (or mileage) processing identification code and the point (or mileage) operator unique code is generated, the VIO iPhone 140 The transmitter 310 transmits the generated point (or mileage) processing request message to the point (or mileage) processing server 100 on the communication network (1105).

And, the receiving unit 110 of the point (or mileage) processing server 100 receives the full point (or mileage) processing request from the V-iPhone 140 and transmits it to the professional reading unit 120 ( 1110).

Then, the specialized reader 120 of the point (or mileage) operation server is included in the full message (or mileage) processing request received from the V IP phone 140 in conjunction with the storage medium 130. Check the point (or mileage) operator code (1115).

In addition, the expert reading unit 120 reads the customer wireless terminal number included in the point (or mileage) processing request message, and also checks the point (or mileage) processing identification code (1120).

When the process of reading the customer wireless terminal number and confirming the point (or mileage) processing identification code is completed, the information checking unit 115 of the point (or mileage) processing server 100 is assigned to the read customer wireless terminal number. The corresponding point (or mileage) information is checked (1125).

And, the point (or mileage) processing unit of the point (or mileage) management server corresponding to the point (or mileage) processing identification code confirmed through the information check unit 115, for the customer point (or mileage) A process (eg, earn, use, query, etc.) is performed (1130).

In the process, when there is a point (or mileage) previously stored corresponding to the customer wireless terminal information, the point (or mileage) processing unit 125 processes (eg, accumulates, uses) the customer point (or mileage). In the process of performing an inquiry, etc., the previously stored point (or mileage) history is updated.

In addition, the information transmission unit of the point (or mileage) processing server 100 to the customer point (or mileage) processing details (or results) of the point (or mileage) processing unit of the V-iPhone 140 and / or customer Transmission to the wireless terminal (1135).

12 is a simplified flow chart of the process of earning / using customer points (or mileage) in accordance with the present invention.

FIG. 12A is a full text of a point (or mileage) processing request corresponding to a request for earning a point (or mileage) of a customer according to an embodiment of the present invention through the VIO phone 140, and a service provider (eg, a VAN). Etc.) Process of accumulating the customer points (or mileage) based on the wireless terminal number of the customer in the point (or mileage) processing server 100 after being transmitted to the corresponding point (or mileage) operation server through a server An example flow diagram for.

Referring to FIG. 12A, the illustrated embodiment may be started from a process in which a customer requests to earn points (or mileage) for a predetermined point (or mileage) generated in response to a payment amount or the like (1200a).

According to the present invention, when the customer wireless terminal number and point (or mileage) earning identification code is input through the key input unit 325 of the VIO iPhone 140 (1205a), the VIO iPhone 140 The full text generation unit generates a full text message (or mileage) processing request according to the customer's point (or mileage) earning request and transmits to the service provider server 135 on the communication network (1210a).

Then, the service provider server 135 checks the point (or mileage) operator unique code included in the full point (or mileage) processing request (1215a), the point of the confirmed point (or mileage) operator (Or mileage) transmits the received point (or mileage) processing request message to the operation server (1220a).

Receiving unit 110 of the point (or mileage) operation server 100 receives the full point (or mileage) processing request from the service provider server 135 (or V-iPhone 140) by a specialized reading unit ( 120 to 1225a, and the expert reading unit 120 of the point (or mileage) management server 120 stores the customer wireless terminal number and the target point (or mileage) information included in the full point (or mileage) processing request. Read out, and also checks the identification code earning points (or miles) (1230a).

In addition, the information check unit 115 of the point (or mileage) management server checks the customer point (or mileage) information corresponding to the read customer wireless terminal number (1235a), the point (or mileage) management server The point (or mileage) processing unit by integrating the point (or mileage) information requested to accumulate according to the point (or mileage) earning identification code to the customer point (or mileage) information confirmed through the information check unit 115 The update process (1240a).

Then, the information storage unit (not shown) of the point (or mileage) management server 100 stores the updated customer point (or mileage) information in association with the customer wireless terminal number information. The data transmission unit (not shown) of the point (or mileage) operation server 800 stores the customer points (or mileage) points (or results) in the VIO iPhone 140 (1245a). And / or to the customer wireless terminal (1250a).

FIG. 12B is a full text of a point (or mileage) processing request corresponding to a request for using a point (or mileage) of a customer according to an embodiment of the present invention is generated through the V-iPhone 140, and a service provider server 135 is provided. After the transmission to the point (or mileage) management server through, the point (or mileage) management server in connection with the customer's wireless terminal number in the pre-stored customer point (or mileage) information in the payment amount An example flow diagram for a process of using the customer point (or mileage) by subtracting the corresponding point (or mileage).

Referring to FIG. 12B, the illustrated embodiment may be started from a process in which a customer requests a use request of a point (or mileage) already held in response to a predetermined payment amount or the like (1200b).

According to the present invention, when the customer wireless terminal number and the point (or mileage) use identification code are input through the key input unit 325 of the V-iPhone 140 (1205b), the V-iPhone 140 The full text generation unit 320 generates a full text message (or mileage) processing request according to the point (or mileage) use request of the customer and transmits to the VAN operator server on the communication network (1210b).

Then, the VAN operator server checks the point (or mileage) operator unique code included in the full point (or mileage) processing request (1215b), the point (or mileage) of the confirmed point (or mileage) operator The transmission of the received point (or mileage) processing request message to the operation server 100 (1220b).

The receiving unit 110 of the point (or mileage) management server receives the full point (or mileage) processing request message from the VAN operator server and transfers it to the expert reading unit 120 (1225b), the point (or mileage) management The specialized reading unit 120 of the server reads the customer wireless terminal number and the payment amount information included in the full point (or mileage) processing request message, and also checks the point (or mileage) earning identification code (1230b).

Then, the information check unit 115 of the point (or mileage) management server checks the customer point (or mileage) information corresponding to the read customer wireless terminal number (1235b), the point (or mileage) management server The point (or mileage) processing unit of 1240b determines whether the point (or mileage) is available by comparing the read payment amount information with the customer point (or mileage) information confirmed through the information checking unit 115 (1240b). .

Here, the point (or mileage) previously held by the customer is smaller than the point (or mileage) corresponding to the payment amount information, and / or the point (or mileage) of the customer has passed a predetermined validity period. If it is not available (1245b), the information transmitter of the point (or mileage) management server may transmit a predetermined error message about the use of the point (or mileage) to the V-iPhone 140 and / or the customer wireless terminal. May be 1250b.

On the other hand, if the customer's existing points (or mileage) can be used in correspondence with the payment amount (1255b), the point (or mileage) processing unit to the payment amount in the confirmed customer point (or mileage) information The update process is performed by subtracting the corresponding point (or mileage) (1260b).

The information storage unit (not shown) of the point (or mileage) management server stores the updated customer point (or mileage) information in the storage medium 130 in association with the customer wireless terminal number information. In operation 1265b, the information transmitter of the point (or mileage) management server transmits the customer point (or mileage) accumulation details (or results) to the VIO phone 140 and / or the customer wireless terminal (1270b). .

13 is a diagram illustrating a point (or mileage) processing system using the V-iPhone 140 according to another embodiment of the present invention.

More specifically, FIG. 13 shows points (or mileage) for performing processing such as earning, using or inquiring a predetermined point (or mileage) acquired or owned by at least one or more customers based on their wireless terminal number. A schematic diagram of the processing system.

Referring to FIG. 13 according to a preferred embodiment of the present invention, the point (or mileage) processing system using the V-iPhone 140 may store customer wireless terminal number information and point (or mileage) information owned by the customer. A storage medium 1330 which is stored in association with each other, a 4-digit point (or mileage) service provider unique code and a 1-digit point (or mileage) processing identification code and a customer wireless terminal number 11 in the member number (or card number) input area. The VIO iPhone 140 which generates a predetermined point (or mileage) processing request full text including a total of 16 digits and transmits the generated full text to a VAN operator (or service provider) server on a communication network. , By identifying the point (or mileage) operating company unique code included in the full point (or mileage) processing request, the point (or E-mail) From the VAN provider server (or service provider) and the VAN provider (or service provider) server that transmits the point (or mileage) processing request message to the point (or mileage) management operator server corresponding to the operator's unique code And a point (or mileage) processing server 1300 for performing point (or mileage) processing corresponding to the full point (or mileage) processing request.

According to the method of the present invention, the point (or mileage) processing server 1300 is provided in a predetermined point (or mileage) providing (operation) organization, and / or in the point (or mileage) management organization, And / or at a point (or mileage) issuing agency, and / or at a predetermined payment institution (eg, a card company or a financial company, etc.) and / or at a predetermined carrier (eg, a mobile carrier), and It may be possible that all of the provided to the VAN operator, and thereby the present invention is not limited thereto.

In addition, the point (or mileage) processing server 1300 may be included in one server system as shown in FIG. 13 according to the intention of a person skilled in the art, or may be composed of two or more server systems in more detail for each functional means. .

Referring to FIG. 13, the storage medium 1330 interoperating with the point (or mileage) processing server 1300 may include the point (or mileage) processing server 1300 according to the present invention. Store information required for performing a predetermined process (eg, earning, using, inquiry, etc.) for the customer point (or mileage) corresponding to the point (or mileage) processing request information generated from .

The V-IPphone 140 generates a V-IP by generating a predetermined point (or mileage) processing request telegram message for the customer's point (or mileage) processing (eg, earning, using, inquiring, etc.). It is characterized in that for transmitting to the point (or mileage) processing server 1300 through a network.

According to the exemplary embodiment of the present invention, the storage medium 1330 is characterized in that the customer wireless terminal number information and the point (or mileage) information owned by the customer is stored in association.

In addition, the storage medium 1330 may include at least one point (or mileage) operator information, at least one point (or mileage) processing identification code information defined by the point (or mileage) operator, and / or the At least one affiliate store information (or V-iPhone 140 information) corresponding to a point (or mileage) operating operator is stored in a cooperative process.

In addition, the storage medium 1330 is characterized in that the point (or mileage) processing history (or result) information according to the point (or mileage) processing of the customer is stored in association with the customer wireless terminal information.

Referring to FIG. 13, the service provider server 135 is a server on a communication network that generally provides a service by renting a line from a public telecommunication service provider to increase value added by a high communication processing function. A value added network (VAN) server or a public service provider server or a VIP service provider server 135 that performs a communication process of adding a conversion of a protocol, a code, a form, a media, a speed, and the like to the transmission. Characterized in that it comprises at least one or more.

Meanwhile, in FIG. 13, a point (or mileage) processing request message transmitted from the V-iPhone 140 is included in the point (or mileage) processing request message via the service provider server 135. (Or mileage) is shown as being transmitted to the point (or mileage) processing server 1300 corresponding to the operating provider unique code, but this is only an embodiment for the understanding of the present invention, the service provider server 135 Without relaying, the entire point (or mileage) processing request is transmitted directly from the V-iPhone 140 to the point (or mileage) processing server 1300, and / or the service provider server 135 Replace the functionality of the point (or mileage) processing server 1300, and / or the point (or mileage) within the service provider system ) Bayida which stated that the process server 1300 may be located.

Referring to FIG. 13, the point (or mileage) processing server 1300 may perform the point (or mileage) processing function as described above. ) And a communication point 1305 for connecting a communication channel with the service provider server 135 for relaying a communication channel, and the VIO phone 140 through the communication processor 1305. Or a key input value corresponding to a predetermined message provided from the ARS processing unit 1335 through the ARS processing unit 1335 and the communication processor 1305 through the communication processing unit 1305. Information receiving unit 1310 for receiving (or data) and a key input value (or data) corresponding to the received predetermined message, and the 11-digit and point (or mileage) processing identification code of the customer wireless terminal number is read. Check The information reading unit 1320 and the storage medium 1330 (or the storage medium 1330 operating means) confirm customer wireless terminal number information matching the 11-digit customer terminal number read; And the information checking unit 115 confirming the customer-owned point (or mileage) information corresponding to the confirmed customer wireless terminal number information, and the confirmed point (or the mileage) information. Or a point (or mileage) processing unit that performs point (or mileage) processing corresponding to a mileage processing identification code.

In addition, the point (or mileage) processing server 1300 transmits the point (or mileage) processing (use) history (or result) information to the customer wireless terminal and / or the V-iPhone 140. It may be configured to further include an information transmission unit (not shown) for.

The communication processing unit 1305 of the point (or mileage) processing server 1300 is connected to the communication channel for transmitting the customer wireless communication number information and predetermined point (or mileage) processing information to the VIO phone 140. It is characterized in that for performing the communication (channel) and data communication based on the point (or mileage) processing server 1300 and the VIP protocol stack structure shown in Figure 14 below.

The ARS processor 1335 is configured to process the point (or mileage) according to the present invention with the VIO phone 140 when the predetermined point (or mileage) processing mode VIO iPhone 140 is connected. Characterized in that it provides a predetermined guide to the V-iPhone 140 in sequence.

For example, when the V-iPhone 140 is connected, the ARS processing unit 1335 is a point (or mileage) processing service to the V-iphone 140. Please enter 4 digits of the operating point (or mileage) operator code, 1 digit of the point (or mileage) processing code, and 11 digits of the customer's wireless communication number. ” The operator preferably performs a predetermined key input in response to the announcement.

The information receiving unit 1310 transmits the point (or mileage) processing request information according to the point (or mileage) processing request of at least one or more customers corresponding to the announcement of the ARS processing unit from the V-iPhone 140. In the case of receiving the generated point (or mileage) processing request information (or full text) from the service provider server 135, or the generated point (directly through a predetermined communication network from the V-iPhone 140) Or point (or mileage) processing request information (or full text) receiving means for receiving mileage) processing request information (or full text) and delivering it to the information reader 1320 of the point (or mileage) processing server 1300. Characterized by performing the role of.

The information reading unit 1320 of the point (or mileage) processing server 1300, the information receiving unit 1310 is a predetermined point (or mileage) processing request information (or full text) from the V-iPhone 140 When receiving and forwarding), in conjunction with the storage medium 130, it performs a function of a specialized reading means for reading the point (or mileage) processing request information (or full text).

In particular, the information reading unit 1320 checks the 11-digit customer wireless terminal number included in the point (or mileage) processing request information (or full text), and operates the point (or mileage) operator of the storage medium 130. With reference to the information and / or point (or mileage) processing identification code information, characterized in that to confirm the point (or mileage) processing identification code included in the full point (or mileage) processing request.

In addition, the information reading unit 1320 is a point (or mileage) processing identification code included in the point (or mileage) processing request information (or full text) as a result of confirming the point (or mileage) processing identification code points (Or mileage) If it is confirmed by a code indicating to accumulate, the point (or mileage) processing request information (or full text) is read, and the amount of payment information included in the point (or mileage) processing request information (or full text) And / or point (or mileage) information for accumulating can be further confirmed.

In addition, the information reading unit 1320 is a point (or mileage) processing identification code included in the point (or mileage) processing request information (or full text) as a result of confirming the point (or mileage) processing identification code points (Or mileage), if it is confirmed by a code indicating the use of the point (or mileage) processing request information (or full text) is read, the amount of payment information contained in the point (or mileage) processing request information (or full text) And / or point of use (or mileage) information may be further confirmed.

The information checking unit 1315 of the point (or mileage) management server 1300 refers to the customer wireless terminal number information of the storage medium 1330 (or the storage medium 1330 operating means), and the information reading unit. Confirming customer wireless terminal number information matching 11 digits of the customer wireless terminal number identified through 1320, and confirming point (or mileage) information owned by the customer corresponding to the confirmed customer wireless terminal number information; Characteristic for performing the function of the information checking means.

The point (or mileage) processing unit 1325 of the point (or mileage) processing server 1300 uses the point (or mileage) information checked through the information checking unit 1315, and the information reading unit ( It is characterized in that it performs the function of the point (or mileage) processing means for performing a point (or mileage) processing corresponding to the point (or mileage) processing identification code identified through 1320.

For example, the point (or mileage) processing unit 1325 may include the point (or mileage) processing request information that the information reading unit 1320 receives in response to the point (or mileage) processing guidance of the ARS processing unit 1335. Point (or mileage) processing identification code included in (or full text) is confirmed by a code indicating the point (or mileage) accumulation, payment amount information included in the point (or mileage) processing request information (or full text) And / or points to the customer (or mileage) corresponding to the confirmed payment amount information and / or the target point (or mileage) information, when further confirming the point (or mileage) information to be accumulated. In order to add to the mileage, in association with the storage medium 1330 (or storage medium 1330 operating means), the customer-owned pre-stored in the storage medium 1330 And updating the point (or mileage) information.

In addition, the point (or mileage) processing unit 1325 is a point (or mileage) processing identification code that the information reading unit 1320 is included in the point (or mileage) processing request information (or full text) point (or When reading with a code indicating the use of mileage, and further reading payment amount information and / or target point (or mileage) information contained in the point (or mileage) processing request information (or full text), the reading The storage medium 1330 (or storage medium) to reduce the point (or mileage) corresponding to the settled payment amount information and / or the point (or mileage) information used in the customer from the point (or mileage) owned by the customer. 1330), and updates the point (or mileage) information owned by the customer previously stored in the storage medium (1330).

According to the method of the present invention, the point (or mileage) processing unit 1325 is, if the identified point (or mileage) processing identification code is a code indicating a point (or mileage) accumulation code, the information transmission unit Point (or mileage) earning processing history (or results) information to the terminal (or server) and / or the customer wireless terminal to transmit, and / or the identified point (or mileage) processing identification code is a point (or In the case of a code indicating the use of mileage, the point (or mileage) usage history (or result) information may be transmitted to the VIOPHphone 140 and / or the customer wireless terminal through the information transmitter. .

In addition, the point (or mileage) processing unit 1325, when the identified point (or mileage) processing identification code is a code indicating a point (or mileage) inquiry, the confirmed point (or Mileage) information may be transmitted to the V-iPhone 140 (or server) and / or the customer wireless terminal.

14 is a diagram illustrating a VIP protocol stack structure according to an embodiment of the present invention.

In detail, FIG. 14 shows that the VIO IP phone 140 shown in FIG. 13 is the point (or mileage) processing request information (or full text) through a UDP / IP (and / or TCP / IP) based wired communication network. Is for a VIP protocol stack structure for transmitting and receiving to the server, if the person having ordinary skill in the art (for example, the protocol stack structure), see Figure 14 and / Or modify the point (or mileage) processing request information (or full text) while the V-iPhone 140 is connected to a communication network other than the UDP / IP (and / or TCP / IP) based wired communication network. Various implementation methods for the VIP protocol stack structure for transmitting and receiving to the server may be inferred, but the present invention includes all the inferred implementation methods, and is shown in FIG. It is not limited to the implemented method.

Referring to FIG. 14, a packet transmitted from the V-iPhone 140 to the server in response to the point (or mileage) processing request information (or full text) through the UDP / IP-based wired communication network, The MAC layer of the protocol stack provided in the VIPphone 140 is repeated by repeating a process generated in the application layer provided in the OIP phone 140 and adding predetermined packet information to the lower layer of the next step. In the above process, the packet includes RTP / RTCP related packet information added in the RTP / RTCP protocol layer included in the V-i-Piphone 140.

Thereafter, the packet is physically provided to the VIO gateway (or gatekeeper) through the physical layer provided to the VIO phone 140 and the physical layer provided to the VIO gateway (or gatekeeper). The RTP / RTCP layer is received through the MAC layer, the network layer, and the transport layer provided in the VIO gateway (or gatekeeper), and then again through the transport layer, the network layer, the MAC layer, and the physical layer. It is received by the physical layer provided in the server. The packet is then passed through the MAC layer, datalink layer, network layer, transport layer, session layer, and presentation layer on a protocol stack provided in a server on the UDP / IP (and / or TCP / IP) wired network. The application layer performs data processing corresponding to the packet.

The data processing corresponding to the packet may restore the point (or mileage) processing request information (or full text) transmitted from the VIP terminal in response to the received packet.

15 is a diagram showing the functional configuration of the V-iPhone 140 according to another embodiment of the present invention.

In more detail, in FIG. 15, a point (or mileage) processing server on a network transmits predetermined point (or mileage) processing request information (or telegraphic message) for point (or mileage) processing using the wireless terminal number. It is to the preferred functional configuration of the V-iPhone 140 to transmit to (1300).

In particular, the V.iPhone 140 shown in FIG. 15 is connected to the ARS processing unit of the point (or mileage) processing server 1300 shown in FIG. 13, and the announcement of the ARS processing unit 1335 is performed. The point (or mileage) processing request information corresponding to the point (or mileage) is characterized in that for transmitting to the processing server 1300.

Referring to FIG. 15, the illustrated V-iPhone 140 basically includes a control unit 305, a memory unit 335, a key input unit 325, a screen output unit 330, a communication unit 340, and the VIO. It includes a power supply for supplying power to the IP phone 140.

In addition, the V-iPhone 140 may generate a predetermined function (eg, a point (or mileage) processing request information generation function using a customer wireless terminal number and generate the generated point (or mileage) processing request information on a server on a communication network ( For example, when performing a transmission function and / or a card payment processing function and / or a printing function) to a point (or mileage) processing server 1300, a VAN server, etc.), the V-iPhone 140 is a card interface. And / or a security application module and / or a printing unit.

Hereinafter, referring to FIG. 15, a functional component that performs each function of the V-iPhone 140 will be described in more detail.

First, the control unit 1305 of the V-iPhone 140 may be provided with the V-iPhone 140 at least one input / output command required for the V-iPhone 140 to perform each function. And / or transfer to or from the functional component connected to the V-iPhone 140 or control the overall operation of the V-iPhone 140 by being received from the functional component, and information or data between the functional components. Manage the flow of

In particular, the control unit 1305 corresponds to the point (or mileage) processing guidance message (or message) of the ARS processing unit 1335 of the point (or mileage) processing server 1300 shown in FIG. 13 according to the present invention. Customer wireless terminal number information input to the V-iPhone 140 and predetermined point (or mileage) identification code information corresponding to the customer's point (or mileage) processing request and the point (or mileage) operator unique code It is characterized in that for transmitting to a server (eg, point (or mileage) operating server and / or VAN server) on the communication network.

To this end, the controller 1305 may include at least one processor and an execution memory (eg, a register and / or a random access memory (RAM)) that include a central processing unit (CPU) / microprocessor unit (MPU) in hardware. And a bus BUS for inputting and outputting predetermined data.

In addition, the controller 1305 is loaded into the execution memory from a predetermined recording medium in order to perform at least one or more functions provided in the above-described V-iPhone 140 by the processor. It may include a predetermined program routine (Routine) and / or program data to be processed.

In particular, in Fig. 15, the software program can be implemented using predetermined programs and / or codes recorded on the recording medium for generating point (or mileage) processing request information (or full text) using the customer wireless terminal number according to the present invention. A functional component (for example, an information (or full text) generation unit, a transmission unit, a reception unit, etc.) that can be processed by the controller 1305 will be described and illustrated.

Referring to FIG. 15, the control unit 1305 of the V-iPhone 140 generates information (or full text) for generating point (or mileage) processing request information using a customer wireless terminal number to be presented by the present invention. A server (eg, a point (or mileage) processing server 1300 on a communication network is configured to transmit the point (or mileage) processing request information (or full text) generated through the unit 1520 and the information (or full text) generation unit 1520. And / or VAN server, etc.).

According to an embodiment of the present invention, the control unit 1305 receives point (or mileage) processing history (or result) information corresponding to the point (or mileage) processing request information (or full text) from a server on the communication network. The receiver 1515 may be configured to further include.

The information (or full text) generation unit 1520 configured in the control unit 1305 of the V-iPhone 140 has point (or mileage) processing request information (or full text) for processing the customer's points (or miles). In particular, the information (or full text) generation unit 1520, in the process of generating the point (or mileage) processing request full text points of the ARS processing section of the point (or mileage) processing server 1300 ( Or identification code information and / or points for identifying the customer wireless terminal number information and the point (or mileage) processing type inputted to the VIO phone 140 in response to the mileage) processing guidance (or message) ( Alternatively, the point (or mileage) processing request information (or full text) including a mileage) operator specific code may be generated.

According to a preferred embodiment, the wireless terminal number information of the customer making the point (or mileage) processing request, the point (or mileage) processing guidance of the ARS processing unit 1535 of the point (or mileage) processing server 1300 In response to the message (or message) to be keyed through the key input unit 1525 that interlocks with a predetermined key input means (for example, a keypad, a keyboard, a mouse, a touch screen, etc.) included in the VIO phone 140. Can be.

In addition, the wireless terminal number information of the customer making the point (or mileage) processing request, the short-range communication means (for example, infrared ray communication means) that can communicate with the customer wireless terminal and the V-iPhone 140 Radio frequency (RF) communication means, Bluetooth communication means, wireless LAN communication means, Wi-Fi communication means, portable Internet communication means, etc.) Through the communication session formed through the communication means, the wireless terminal number stored in the customer wireless terminal can be delivered to the V-iPhone 140.

In addition, the wireless terminal number information of the customer requesting the point (or mileage) processing, corresponding to the point (or mileage) processing guidance (or message) of the ARS processing unit of the point (or mileage) processing server 1300 When the customer has an IC card equipped with an IC chip storing the wireless terminal number information, the card interface provided in the VIO phone 140 may be input to the VIO phone 140. The customer wireless terminal number information can be obtained from the customer IC card.

According to a preferred embodiment, the point (or mileage) processing identification code corresponding to the point (or mileage) processing requested by the customer, the point (or mileage) of the ARS processing unit 1335 of the point (or mileage) processing server 1300 ( Or mileage) is input to the VIO phone 140 in response to a processing announcement (or message), and the VIO iPhone 140 through the customer or the VIO phone 140 operator. The key input unit 1525 may be input to a key input unit 1525 that is linked to a predetermined key input unit (for example, a keypad, a keyboard, a mouse, a touch screen, etc.) included in the.

Here, the point (or mileage) processing identification code, identifying the point (or mileage) processing type that includes at least one or more of the customer point (or mileage) earning, point (or mileage) use, point (or mileage) inquiry Characterized in that the identification code for.

For example, the point (or mileage) processing identification code, characterized in that consisting of any number of 1 to 9, the point (or mileage) processing identification code is the point (or mileage) processing type (for example, , Customer points (or mileage), points (or mileage) use, points (or mileage), etc.) can be made in different numbers without overlapping.

Here, when the point (or mileage) processing identification code is an identification code corresponding to the "point (or mileage) earning" processing, it may be made of any one of the numbers from 1 to 9, the point (or mileage ) If the process identification code is an identification code corresponding to the “point (or mileage) use” process, the number from 1 to 9 except the identification code number corresponding to the “point (or mileage)” process. If the point (or mileage) processing identification code is an identification code corresponding to the "point (or mileage) inquiry" processing, corresponding to the "point (or mileage) earning" processing of the numbers from 1 to 9 It consists of numbers other than the identification code number corresponding to the identification code number and the “point (or mileage) use” process. There.

The point (or mileage) service identification code corresponding to the point (or mileage) accumulation, point (or mileage) use, point (or mileage) inquiry, etc. is the point (or mileage) service operator and / or point (or mileage) service It is preferable to set by an agreement concluded between the merchants, etc., to aid in understanding the present invention, reference will be made to an embodiment of the mileage processing identification code through FIG. 4.

According to another exemplary embodiment of the present invention, the point (or mileage) processing request information (or full text) generated by the information (or full text) generator may include a member number (or card number) input area. The information (or full text) generation unit 1520 is configured with a four-digit point (or mileage) operator code that is predefined (or programmed) in the member number (or card number) input area and the key input unit 1525. Point (or mileage) is input through the processing identification code 1 digit and customer wireless terminal number 11 characterized in that the input.

According to another exemplary embodiment, the four-digit code of the point (or mileage) operator may be input through the key input unit 1525.

The point (or mileage) input to the V-iPhone 140 in response to the point (or mileage) processing guidance message (or message) of the ARS processing unit 1335 of the point (or mileage) processing server 1300. An embodiment of a 16-digit number system including a 4-digit operator unique code, a 1-digit point (or mileage) processing identification code, and a 11-digit customer wireless terminal number will be described with reference to FIG. 4.

According to the exemplary embodiment of the present invention, the information (or full text) generation unit 1520 may generate the key input unit 1525 in the process of generating point (or mileage) processing request information (or full text) according to the present invention. If the point (or mileage) processing identification code input through the identification code corresponding to the point (or mileage) "earn" or "use", the point (or mileage) processing request information (or full text) to the point ( Or mileage) may further include payment amount information and / or accumulated (or used) point (or mileage) information according to "earning" or "use."

According to the method of the present invention, the information (or full text) generation unit 1520, in the process of generating the point (or mileage) processing request information (or full text) according to the present invention, the customer "earn" or If the point (or mileage) to be used or viewed is a point (or mileage) used at a particular merchant, the V (i) phone 140 may be added to the point (or mileage) processing request information (or full text). Or terminal) number and / or affiliated store unique code (or number) may be further included.

Payment amount information and / or accumulation according to the point (or mileage) "earn" or "use" to the point (or mileage) processing request information (or full) through the information (or full) generation unit 1520 ( Or use) One embodiment that includes point (or mileage) information and one embodiment that includes the V-iPhone 140 (or terminal) number and / or merchant ID code (or number) shown in Figure 6 above Reference is made.

The transmission unit 1510 configured in the control unit 1505 of the VIO phone 140 stores the point (or mileage) processing request information (or full text) generated by the information (or full text) generator. It is characterized in that the transmission to the server on the communication network through the communication unit 1540 provided in the IP phone 140.

According to an exemplary embodiment of the present invention, the point (or mileage) processing request information corresponds to a point (or mileage) processing guide message (or message) of the ARS processing unit 1335 of the point (or mileage) processing server 1300. It is input to the V-iPhone 140 is characterized in that it is transmitted to the server.

Here, the communication network to which the point (or mileage) processing request information (or full text) is transmitted may include a communication network including at least one of a VIO network, a value added network (VAN), an internet network, a wireless communication network, or a portable internet communication network. It is characterized by that.

According to the exemplary embodiment of the present invention, when the V-iPhone 140 is connected to an external server through an open communication network such as the Internet, the transmission unit 1510 may complete the generated point (or mileage) processing request message. May be encrypted after using a predetermined encryption protocol and then transmitted.

The receiving unit 1515 of the control unit 1505 of the V-iPhone 140 is connected to the point (or mileage) processing request information (or full text) transmitted from the server on the communication network through the transmitting unit 1510. After the corresponding point (or mileage) processing is performed, the point (or mileage) processing details (or results) transmitted from the server to the V-iPhone 140 is received.

According to the exemplary embodiment of the present invention, the memory unit 1535 included in the V-iPhone 140 may include a predetermined program routine required for the V-iPhone 140 to control the above-described functions. Or code) and / or program data (eg, information or data input / output when an operation by a program routine (or code) is performed).

In addition, the memory unit 1535 may include at least one or more storage means including an electrically erasable and programmable read only memory (EEPROM) and / or a flash memory (FM) and / or a hard disk drive (HDD). It is preferable to make it.

Here, a predetermined program routine and program data stored in the memory unit 1535 (for example, 4 digits of a point (or mileage) operator according to the present invention and 1 digit of a point (or mileage) processing identification code and a customer radio) A function of generating point (or mileage) processing request information (or full text) in which 11-digit terminal number is input in a member number (or card number) input area, and transmitting the generated information (or full text) to a server on a communication network. The control unit 1505 performs a predetermined control function through data input or output to perform the operation.

According to the exemplary embodiment of the present invention, the key input unit 1525 provided in the V-iPhone 140 may include a plurality of number keys and a character key capable of inputting characters, and Key data generated when the VIO iPhone 140 operator and / or the point (or mileage) processing request customer clicks a predetermined key from a predetermined key input means including a function key or the like. (Key Data) (e.g., key data corresponding to the customer wireless terminal number and / or key data and / or point (or mileage) operating operator unique code corresponding to the point (or mileage) processing identification code requested by the customer Key data corresponding to the control unit 1505).

According to an embodiment of the present invention, the control unit 1505 reads the key data input through the key input unit 1525 and associates the key with at least one component provided in the V-iPhone 140. Control predetermined functions and / or predefined tasks corresponding to the data.

In this case, the predetermined function and / or pre-defined operation is a member of the four-point code (or mileage) operating operators unique code and one point (or mileage) processing identification code and 11 customer digits of the wireless terminal number according to the present invention A function (and / or task) of generating point (or mileage) processing request information (or full text) input in the number (or card number) input area, and / or the generated point (or mileage) processing request information ( Or full text) to a server on a communication network.

According to the exemplary embodiment of the present invention, the screen output unit 1530 provided in the VIO phone 140 has the VIO iPhone 140 requesting a predetermined function (eg, the point (or mileage) processing). Outputting to a predetermined screen output means including a liquid crystal display (LCD) and / or a cathode ray tube (CRT) by the controller 1505 in the course of performing information (or a function of generating and transmitting information). Output at least one or more information or data that is predefined or defined in real time through a predefined screen interface.

Here, the predefined information or data to be output on the screen by the V-iPhone 140 may be provided in the key data input through the key input unit 1525 and / or in the V-iphone 140. Corresponding to information (or data) stored or generated by a component, information (or data) transmitted / received through the communication unit 1540, and / or a predetermined operation result performed by the V-iPhone 140. It is preferable to include at least one or more information (or data).

For example, the predefined information or data to be output on the screen corresponds to the point (or mileage) processing guidance message (or message) of the ARS processing unit 1335 of the point (or mileage) processing server 1300. Identification code information and / or point (or mileage) operator's unique code corresponding to customer wireless terminal number information and / or point (or mileage) processing request input through the key input unit 1525 of the V-iPhone 140 Information for generating information and / or point (or mileage) processing request information (or full text) and / or transmission information for point (or mileage) processing request information (or full text) and / or point (or mileage) processing request information (or Corresponding to the full message), the terminal may include at least one or more points (or mileage) processing history (or result) information received from a server on a communication network.

According to the exemplary embodiment of the present invention, the communication unit 340 provided in the V-iPhone 140 has the V-i-Piphone 140 having four digits of the point (or mileage) operator's unique code and points ( Or mileage) process identification code and 11 digits of the customer wireless terminal number to generate the point (or mileage) processing request information (or full text) entered in the membership number (or card number) input area, and the generated information (or A server (eg, a point (or mileage) processing server 1300 and / or a VAN server, etc.) and / or the VIO IP phone 140 in the process of transmitting a full text message) to a server on a communication network. ) And / or a communication session with a terminal (or device) connected via a predetermined cable and / or the terminal (or device) connected with the V-iPhone 140 through a predetermined short-range wireless communication. To provide a predetermined communication means characterized in coming.

In addition, the communication unit 1540 may include a predetermined value added network (VAN) or a financial common network or high-speed Internet (eg, ADSL / VDSL / Cable Network /.../ satellite communication) in hardware. Connect a communication channel with a server (eg, a point (or mileage) processing server 1300 and / or a VAN server, etc.) on a wired / wireless communication network through a predetermined communication network including a wired communication network and / or a mobile communication network or a wireless data communication network. Network communication unit 1540, and / or cable communication unit 1540 for connecting a communication session with a predetermined terminal (or device) through predetermined cable communication, and / or infrared ray communication, RF (Radio Frequency) Near field connection between a predetermined terminal (or device) and a short range wireless communication session through at least one short range wireless communication means including communication, Bluetooth, Wireless LAN, and Wi-Fi. Comprised, including the re-communication unit 1540 at least one, it comprises a communication protocol and / or the driver for connecting the communication channel (or communication session) by software.

According to one embodiment of the invention, the short-range communication unit 1540, as described above, the V-iPhone 140 is required in the process of generating a point (or mileage) processing request in accordance with the present invention Point (or mileage) processing request It is preferably made further comprising the function of receiving the wireless terminal number information of the customer via the short-range wireless communication.

According to the exemplary embodiment of the present invention, the card interface provided in the V-iPhone 140 may include at least one or more information or data (eg, card number information, wireless terminal number information, etc.) included in a card owned by a customer. It provides an interface for reading the.

MS interface that provides an interface between the MS (Magnetic Stripe) card and the V-iPhone 140 based on the ISO / IEC 7810 standard, and / or the contact IC card and the V-o based on the ISO / IEC 7816 standard. A contact IC interface providing an interface between the IP phones 140, and / or a contactless IC interface providing an interface between the contactless IC card and the V-iPhone 140 based on the ISO / IEC 14443 standard. .

According to the exemplary embodiment of the present invention, the secure application module 1550 (SAM) that can be provided in the VIO IP phone 140 has the point (or V) according to the present invention. Security requirements on the network, including confidentiality and / or authentication and / or integrity and / or nonrepudiation, may be required in the process of generating the full mileage request. Without using a server (or payment server) it can perform a function as a safety device for performing in a safe and reliable structure in the VIP phone 140.

For example, the security application module, the V-iPhone 140 is a certain security request function (e.g. earn points (or mileage) and / or points (or mileage) usage and / or points (or mileage) inquiry and And / or encrypt or decrypt any message (information or data) processed in the course of performing an electronic payment and / or electronic payment function, add an authenticator that prevents forgery (or tampering) of the message, or In the process of performing the security request function, it can perform the function of storing important key information.

According to the exemplary embodiment of the present invention, the print unit provided in the V-iPhone 140 may include a process of performing the point (or mileage) processing function using the V-iPhone 140 using a customer wireless terminal number; And / or the predetermined information or data generated as a result (e.g., point (or mileage) processing details (or result) information or data according to a point (or mileage) processing request) and a predetermined printing device (e.g., a receipt printer, Printer).

For example, the printing unit prints point (or mileage) processing history (or result) information or data according to the point (or mileage) processing request in accordance with a predefined printing form through a predetermined printing device. It may comprise a printing protocol and a driver for.

16 is a simple flowchart of a customer point (or mileage) processing request process according to another embodiment of the present invention.

16 is according to a predetermined point (or mileage) processing provided by the point (or mileage) processing server 1300 connected to the communication channel through the V-iPhone 140 shown in FIG. A simple example of the process of transmitting the point (or mileage) processing request information based on the customer wireless terminal number to the server.

In particular, Figure 16 shows the customer wireless terminal number and / or point (or mileage) processing identification code and / or point (or mileage) operator code in the point (or mileage) processing server 1300 shown in FIG. Characterized in that a predetermined point (or mileage) processing to provide a key input via the key input unit 1525 provided in the V-iPhone 140, characterized in that for transmitting the point (or mileage) processing request information to the server do.

Referring to FIG. 16, first, a communication channel for processing a point (or mileage) between the V-iPhone 140 and the point (or mileage) processing server 1300 shown in FIG. 13 according to an embodiment of the present invention. Connect (1600), the V-iPhone 140 requests the point (or mileage) processing of the customer's point (or mileage) from the point (or mileage) processing server 1300 (1605).

Then, the point (or mileage) processing server 1300 generates a predetermined point (or mileage) processing announcement (or message) for processing the point (or mileage) to the V-iPhone 140 (or Extract, and transmit (1610).

The V-iPhone 140 is wirelessly connected to the customer through a key input unit 325 provided in the V-iphone 140 in response to a point (or mileage) processing guidance message (or message) transmitted from the server. Terminal number information and / or point (or mileage) processing identification code information and / or point (or mileage) operator code information is received (1615).

Here, it is revealed that the process of inputting information corresponding to the point (or mileage) processing guidance message (or message) transmitted from the server may be repeatedly performed in the process of implementing the invention of those skilled in the art.

In addition, when the customer wireless terminal number information input through the key input unit 1525 is 11 digits, referring to FIG. 4, the customer wireless terminal number is 10 digits as shown in 403c of FIG. 4. You can enter "0" after the 3 digits in front of,.

When the input of information corresponding to the point (or mileage) processing guidance message (or message) transmitted from the server is completed (1620), the transmission unit 1510 of the V-iPhone 140 receives the input point ( Or mileage) processing request information is transmitted to a server (eg, a point (or mileage) operating server, a VAN server, etc.) on a communication network (1625).

Then, according to the present invention, the server on the communication network receives the point (or mileage) processing request information transmitted by the V-iPhone 140, the customer radio included in the point (or mileage) processing request information Check the terminal number, the point (or mileage) processing identification code and the point (or mileage) operator code (4 digits) to perform the point (or mileage) processing (eg, earning, using, inquiry, etc.) of the customer Done.

When a customer point (or mileage) processing operation corresponding to the point (or mileage) processing request information is performed from a server on the communication network, the receiving unit 1515 of the V-iPhone 140 is transmitted from the server on the communication network. Receives the processing history (or result) for the received point (or mileage) processing request information (1630), and the V-iPhone 140 outputs the received processing history (or result) (screen output, etc.) It may be (1635).

According to the present invention, by providing a point (or mileage) processing method and system based on the customer wireless terminal number using the V-iPhone, the customer can manage the point (or mileage) (earning, inquiry, use, etc.) Without a separate storage means (for example, a point (or mileage) card, etc.), there is an advantage that it is possible to more easily manage the point (or mileage) by using the mobile phone (number) in possession.

In addition, the point (or mileage) operator has the advantage that can reduce the cost for changing the existing system or V-iPhone to provide a point (or mileage) service.

Claims (2)

Communication processing means for connecting a communication channel with a VIO phone through a communication network capable of transmitting and receiving a point (or mileage) member number of a point (or mileage) operator; The point (or mileage) processing identification code corresponding to the customer wireless communication number information, the point (or mileage) operator specific code and the point (or mileage) processing request information from the VIO IP phone through the connected communication channel Information receiving means for receiving a full point (or mileage) processing request including a point (or mileage) processing number generated by substituting the point (or mileage) membership number system of the point (or mileage) operator; Information checking means for confirming the point (or mileage) information of the customer stored in association with the wireless communication number information included in the full point (or mileage) processing request; And And point (or mileage) processing means for performing point (or mileage) processing according to the point (or mileage) processing identification code in response to the check result of the point (or mileage) information of the customer. Point (or mileage) processing system using a VIO IP phone. The method of claim 1, wherein the point (or mileage) processing request information, A point (or mileage) processing system using a BIO IP phone, characterized in that it comprises at least one or more point (or mileage) inquiry processing request, point (or mileage) earning processing request, point (or mileage) use processing request.

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