KR20010081683A - Wire/Wireless Communication System Using Mileage and Method thereof - Google Patents

Abstract

The present invention provides a wired and wireless communication system and method for allowing a user to acquire mileage from a plurality of affiliated stores and to perform wired or wireless communication within the obtained mileage range.

According to the present invention, a switch for transmitting and receiving messages with a wired telephone through a wired network and a message with a wireless terminal through a mobile communication network, a plurality of individual mileage servers for storing individual mileages of users obtained from a plurality of affiliated stores; And a communication management server connected to a data communication terminal through the Internet network and receiving and storing individual mileages, and converting the stored mileage into a call mileage. When a user wants to communicate, the communication management server converts the stored call mileage into a callable time. Allow user communication within the available time.

Description

Wire / wireless communication system using mileage and its method {Wire / Wireless Communication System Using Mileage and Method

The present invention relates to a wired / wireless communication system using mileage, and a method thereof, wherein a user makes a call through a landline telephone, a wireless terminal, or a data communication terminal, and then, within a mileage range obtained from a merchant that provides mileage. The present invention relates to a wired and wireless communication system and a method for enabling wireless communication.

Currently, many companies are adopting a system to provide fixed prizes, money or other benefits depending on the extent to which their advertisements or products are purchased as a means of securing fixed customers and increasing their customers. In other words, credit card companies offer mileage and prizes in proportion to the amount of the card used, and refiners and department stores also make their own cards to provide mileage or prizes in proportion to the amount used. In addition, many Internet sites, such as Internet portal sites, now offer benefits such as freebies or free phone calls in exchange for clicking on ads. However, until the consumer is actually benefited by the accumulation of mileage, the user must watch advertisements or purchase goods over a certain limit, and the mileage obtained from other companies can be used to receive mileage for winning prizes, etc. The combined use does not allow most consumers to give up benefits, such as receiving prizes, and the mileage provider is no longer able to achieve its original purpose of securing and growing customers. Therefore, when consumers try to watch advertisements or purchase products, there is a need for immediate compensation for consumer efforts from advertising providers or sellers of products, and the necessity of managing and using the mileage earned by individual companies. . In addition, the advertisement is provided with an Internet service that allows you to make a phone call over the Internet, but in this case, the user has to be provided with a microphone or a speaker.

The present invention has been made to solve the above-described problems, the customer can integrate and manage the mileage obtained from various mileage sources (Internet portal site, etc.) and can perform wired and wireless communication in proportion to the obtained mileage To provide a wired and wireless communication system and a method using the mileage so that.

Still another object of the present invention is to provide a wired / wireless communication system for making a call using an existing wired telephone or a wireless terminal without requiring an additional device such as a microphone or a speaker when making a phone call using the Internet. To provide a method.

1 is a block diagram of a wired and wireless communication system according to the present invention;

2 is a block diagram showing the configuration of the communication management server of FIG. 1;

3 is a flowchart illustrating a process of performing wired and wireless communication according to the present invention.

<Description of the symbols for the main parts of the drawings>

11: wired telephone 12: wireless terminal

13 terminal for data communication 14 switchboard

15: communication management server 16: merchants

17: individual mileage server 18: terminal for data communication

19: web phone 21: switchboard communication module

22: individual mileage communication module 23: Internet communication module

24: Communication Management Module 25: Mileage Database

26: Mileage Database Management Module

27: timer module 28: transaction

In order to achieve the above object, a wired and wireless communication system using the mileage of the present invention, the exchanger for transmitting and receiving messages to and from the wired telephone through the wired network and the mobile terminal through the mobile communication network; A plurality of individual mileage servers for storing individual mileages of the users obtained from the plurality of affiliated stores; and a terminal connected to a data communication terminal through an internet network and receiving the individual mileages of the user stored in the plurality of individual mileage servers. And a communication management server that converts and stores currency mileage. When the user wants to communicate by connecting to the exchange, the communication management server converts the stored call mileage into a talkable time to allow communication of the user within the talkable time.

The communication management server performs conversion between individual mileage and call mileage. Each individual mileage is given a weight to multiply each individual mileage with a corresponding weight, and sum them to convert currency mileage. Each individual mileage shall be determined in the order in which it will be used, so that when converting individual mileages from currency mileages, the remaining individual mileages will be retained first.

Wired and wireless communication method using the mileage of the present invention, the step of obtaining from a plurality of affiliated stores the individual mileage stored in the individual mileage server to the communication management server to store the individual mileage and converting the individual mileage converted into currency mileage; Connecting a user to a switchboard using a wired telephone or a wireless terminal or to a communication management server using a terminal for data communication; Enter the user's member number, password and recipient's phone number when the switchboard is connected to the switch using the wired telephone or wireless terminal, and the user's member number, password, when accessing the communication management server using the data communication terminal. Inputting a user telephone number and a recipient telephone number; It is determined whether the user is a valid member by checking whether the input member number and password match the data stored in the mileage database of the communication management server, and if the member is a member, the call mileage available in the mileage database of the communication management server is Checking whether it remains; If there is a valid member and available call mileage, the communication management server connects the communication with the receiver by transmitting a signal requiring communication to the exchange; When the call is connected, the communication management server reduces the available call time, renews and stores the call mileage when the user or the receiver artificially disconnects the call before the available time becomes '0', and collects individual mileage from the call mileage. Converting and storing the converted data; When the available call time decreases to '0', the communication management server may send a signal to terminate the call connection to the exchange to block the call connection and update and store the user's call mileage as '0'.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is a block diagram of a wired and wireless communication system using mileage according to the present invention. The general wired telephone 11 is connected to the switch 14 through a wired network, and the wireless terminal 12 or the mobile communication terminal such as a mobile phone is connected to the switch 14 through a mobile communication network. The data communication terminal 18 used in the present invention refers to a terminal capable of performing data communication through a wired internet network or a wireless internet network such as a personal computer or a web phone 19 or a smart phone. The personal computer 13 is connected to the exchange 14 via an internet network using a modem or a dedicated line. The exchange 14 is connected to the communication management server 15 to transmit call signals of the wired telephone 11 and the wireless terminal 12. On the other hand, the plurality of affiliated stores 16 has a separate mileage server 17 for granting, storing and managing the mileage when a purchaser purchases his product or sees an advertisement, and the individual mileage server 17 is a leased line or an internet network. It is connected to the communication management server 15 through. The affiliated store 16 may be a card company, an oil refining company, an Internet portal site provider, or the like, and its own mileage server 17 may be contracted with a person who provides the wired / wireless communication system of the present invention. 15) can be connected.

Operation of the wired / wireless communication system of FIG. 1 is as follows.

First, a person who wants to perform communication using the present invention should acquire mileage in advance. The mileage can be obtained when the user uses a card of a credit card company that is one of the merchants 16, uses a card of an oil refinery, or purchases an item at the merchant 16. Alternatively, the mileage can be obtained even when an advertisement or an item is purchased on an internet site that provides mileage such as an internet portal site. The mileage obtained by the user is stored in the individual mileage server 17, the individual mileage stored in the individual mileage server 17 is stored for each mileage in the communication management server 15, and the individual mileages are also stored as call mileages. do. When the individual mileages are summed into currency mileages, weights are added by individual mileages and detailed methods will be described later.

When the user wants to communicate using the wired telephone 11, the user dials the number of the switchboard 14 through the wired network. Similarly, a user who wants to communicate using the wireless terminal 12 dials the number of the switchboard 14 through the mobile communication network. When the switch 14 receives the call request signals of the wired telephone 11 and the wireless terminal 12, the switch 14 transmits a call request signal to the communication management server 15, and the communication management server 15 switches the switch 14 ) Prompts the user for a membership number, password, and recipient phone number. When the user of the landline telephone 11 or the wireless terminal 12 inputs a member number, a password, and a recipient telephone number at the request of the exchange 14, the exchange 14 transmits the information to the communication management server 15. . The member number and password may be set to the same as the member number and password of the affiliated store 16 as necessary or may be separately provided by the communication management server 15.

On the other hand, if you want to communicate using the data communication terminal 18, the personal computer 13 and the web phone 19 to install a web browser for the Internet connection and an application for making a phone call and run a web browser The communication management server 15 is connected through a network. A computer user connected to the communication management server 15 inputs a member number and password, a user telephone number and a recipient telephone number.

When the member number, password, and recipient phone number are transferred from the landline telephone 11, the wireless terminal 12, and the personal computer 13 to the communication management server 15, the communication management server 15 has its own mileage database (DB). Compared with the member number and password stored in the member management DB of) (25) to determine whether to allow communication. If the entered member number and password match the data stored in the member management DB, the call mileage stored in the call mileage DB of the mileage database 25 is checked and the available time and the recipient's phone number are transferred to the exchange 14. If the entered member number and password do not match the data stored in the member management DB, an error message is transmitted to the exchange 14, and a request for re-entry or member registration is performed. Member registration is possible either at the individual mileage server 17 or at the communication management server 15. If it is determined that it is a valid member and the callable time and the recipient's telephone number are transferred to the switch 14, the switch 14 notifies the user of the callable time and then connects with the receiver. At this time, the connection method of the call is as follows. When the user uses the landline telephone 11 or the wireless terminal, the exchange 14 transmits a call signal to the receiver using the input recipient telephone number and enables the call when the receiver picks up the telephone. In the case of using 18, the exchange 14 transmits a call signal to the user and the receiver by using the user's telephone number and the receiver's telephone number, and allows the call to be made when the user and the sender answer the telephone. Therefore, when using the data communication terminal 18, a multi-party call is possible between a user and a plurality of receivers by inputting a plurality of receiver telephone numbers. When the call is connected, the exchange 14 transmits a signal indicating the call connection to the communication management server 15. When there are a plurality of receivers, when a call is connected between at least one receiver and a user, the call connection is transmitted to the communication management server 15. The communication management server 15 manages the call of the user when receiving the call connection signal from the exchange 14.

FIG. 2 is a block diagram illustrating the configuration and operation of the communication management server 15 of FIG. 1. Referring to FIG. 2, the communication management server 15 includes an exchange communication module 21, an individual mileage server communication module 22, an internet communication module 23, a communication management module 24, and a mileage database ( 25, a mileage database management module 26 and a timer module 27. The exchange communication module 21 processes the messages delivered from the exchange 14 and the messages delivered to the exchange 14. That is, messages such as membership number, password, user telephone number, and receiver telephone number inputted from the user to the exchange 14 are transferred to the communication management module 24 through the exchange communication module 21, and vice versa. The valid membership status and the available call time are transmitted from the user 24 to the landline telephone 11, the wireless terminal 12, and the data communication terminal 18 of the user through the switch communication module 21.

The individual mileage server communication module 22 is used to transmit and receive individual mileage between the communication management server 15 and the individual mileage server 17. The individual mileage server 17 stores the individual mileage stored therein in the individual mileage DB of the mileage database of the communication management server 15, and the individual mileage DB is multiplied by the corresponding weight and summed and stored in the call mileage DB. If the user wants to be provided with the services provided by the individual merchants 16 using his / her individual mileage, the individual mileage server requires that the individual mileage be transferred through the individual mileage server communication module 22, thereby The mileage database management module 26 transfers the individual mileage to the individual mileage server 17.

The Internet communication module 23 functions as an interface for the terminal 18 for data communication to connect to the communication management module 24 and includes a member number, a password, a user phone number, a recipient phone number, etc. input from the data communication terminal 18. Data is transmitted to the communication management module 24.

The communication management module 24 receives a call request transmitted from the exchange communication module 21 and the internet communication module 23 and sends a message to the mileage database management module 26 to inquire whether the user is a valid member and valid call mileage. Send a message to query the existence of.

The mileage database 25 includes a member management DB, an individual mileage DB and a currency mileage DB. Membership management DB stores member information such as member number, password and member's name, address, social security number. Individual mileage DB data and currency mileage DB data are mutually converted according to a predetermined rule.

The communication management module 24 sends a corresponding message to the user through the exchange communication module 21 and the internet communication module 23 when the member is not valid or there is no call mileage. If the user is a valid member and confirmed that call mileage exists, the recipient's telephone number (if the user is using a landline telephone 11 or a wireless terminal 12) or the user's telephone number and the recipient's telephone number (the user The terminal 18 for data communication) and the available talk time are sent to the exchange communication module 21 to request a telephone connection. Then, when a signal or message is transmitted from the exchange 14 through the exchange communication module 21 that the telephone is connected, the communication management module 24 generates a transaction 28 to manage subsequent calls and call mileages. The call mileage is converted into a time available for call according to the type of call, such as local, long distance, international and mobile telephones, and is stored in the transaction 28. The timer module 27 generates a signal every designated unit time, transmits the signal to the communication management module 24, and reduces the talkable time of the transaction 28. Callable time decreases until it becomes '0' or until a signal or message indicating that the call is disconnected from the exchange communication module 21 by the user or the receiver terminates the call to the communication management module 24. Decrease. When the available call time decreases to '0', the communication management module 24 transmits a signal to terminate the call connection to the exchange communication module 21 and the exchange communication module 21 signals to terminate the call connection. Send to switch 14 to disconnect the call. When a message from the exchange 14 indicating that the call connection is terminated is communicated through the exchange 14 to the communication management module 24, the communication management module 24 removes the transaction and sends a signal to the mileage database management module 26. The currency mileage of the user in the mileage database is updated and stored as '0'.

If the user or the receiver disconnects the call before the available time becomes '0', when the signal or message indicating that the call is disconnected from the exchange communication module 21 is transmitted to the communication management module 24, the communication management module 24 Stops the process of reducing the available time in the transaction 28 and converts the available time stored in the transaction 28 into currency mileage to convert the currency mileage into the mileage database 25 through the database management module 26. Update and store in the mileage DB. The mileage database management module 26 converts the currency mileage into individual mileages and stores them in the individual mileage DB of the database 25.

The following describes the conversion of currency mileage and individual mileage. This currency mileage and the mutual conversion of individual mileages are made by a mileage database management module. The individual mileages acquired by the merchant 16 and stored in the individual mileage server 17 are respectively a ₁ , a ₂ , a ₃ ,. . . Let's say a _i . Currency mileage is derived from the sum of the above m ₁ , m ₂ , m ₃ , and m ₃ weights. . . , To give the m _i is a call mileage (T) of the individual mileage _{(a i, i = 1,2,3.} ..) And the weight _{(m i, i = 1,2,3.} ..) , As follows: It is obtained from the sum of the products.

T = a ₁ m ₁ + a ₂ m ₂ + a ₃ m ₃ . . . + a _i m _i

The call mileage is calculated and stored each time the individual mileage from the individual mileage server 17 is transferred to the communication management server 15. The rate at which call mileages are reduced is different when using local, intercity, international and mobile phones.

To convert currency mileage into individual mileage, use the following method.

First, the user presets the order of each individual mileage to be reduced when using currency mileage. For example, a ₁ , a ₂ , a ₃ ,. . . , To be used in order to let a _i sikindago the first to reduce a ₁ reduces a _i eventually.

Second, the user uses the currency mileage as △ T and the remaining residual mileage (T '= T- △ T) is the individual mileage to be used last, ie the last individual mileage a _i multiplied by the corresponding weight m _i a _i m _i If a _i m _i is greater than T ', T' divided by weight (m _i ) is updated as T '/ m _i as the last individual mileage a _i and the remaining individual mileages a ₁ , a ₂ , a ₃ ,. . . , a _i-1 are all stored as '0'. Manil a _i m _i is T 'than the smallest, without updating the a _i values are stored as, and a _i and finally individual mileage decrease in other words, for subsequent individual mileage a _i-1, multiplied by the weight values exclude a _i If _-1 m _i-1 and _i m T'-a compares the _{i a i-1 m i-} 1 is greater than the T'-a _i m _i m _{i i} a-T'has the weight m _i-1 Update T'-a _i m _i / m _i-1 to the value of the individual mileage a _i-1 and store the remaining individual mileage values a ₁ , a ₂ , a ₃ ,. . . , a _i-2 are all stored as '0'. On the contrary, when a _i-1 m _i-1 is smaller than T'-a _i m _i , the individual mileage a _i-1 value is stored without being updated later. Then, the individual mileage to be reduced to a _i-2 ,. . . The above process is repeated for a ₃ , a ₂ , and a ₁ sequentially.

This is described with three examples of individual mileage values a ₁ , a ₂ , and a ₃ as follows. Assume that each individual mileage is a ₁ = 1000, a ₂ = 2000, a ₃ = 3000 and let each weight m ₁ = 1, m ₂ = 0.8, m ₃ = 0.3. At this time, the currency mileage T is calculated as follows.

T = 1 × 1000 + 0.8 × 2000 + 0.3 × 3000 = 3500

Here, if the user used the currency mileage 2900, the remaining call mileage T 'becomes 600. Accordingly, as the last individual mileage to be used for a ₃ = 3000 and the weight m ₃ = product of the 0.3 value 900 is a value of 2000, so larger than the value, T, T divided by the value 600 with weight 0.3 m ₃ Value of a ₃ Is updated and stored. The remaining mileages a ₁ and a ₂ are converted into '0'.

This time, if the user used 2200 currency mileage, the remaining call mileage T 'would be 1300. Therefore, since the value 900 multiplied by the individual mileage a ₃ = 3000 and the weight m ₃ = 0.3 to be used last becomes smaller than the value of T ', the value of a ₃ is stored while maintaining 3000 as it is. In addition, since the value 400 of T'-a ₃ m ₃ is smaller than 1600, which is a ₂ m _2, the value of a ₂ is 400 / 0.8 = 500 obtained by dividing 400 by the weight m ₂ . The remaining mileage a ₁ is converted into '0'.

3 is a flowchart illustrating a wired and wireless communication method according to the present invention.

A user who wants to make a call using mileage accesses the switchboard 14 by pressing the switchboard number using the landline telephone 11 or the wireless terminal 12, and at the request of the communication management server, the member number, password, and receiver. Enter your phone number. A user using a data communication terminal 18 such as a personal computer 10 or a web phone 19 executes a web browser to access the communication management server 15 and input a member number, password, user phone number and recipient phone number. (S101). The communication management server 15 checks the entered member number and password to determine whether the user is a valid member (S102). The validity determination and process of the member are made by the communication management module 24, the mileage database 25 and the mileage database management module 26 as described above. If the user is not a valid member, the communication management server 15 transmits the corresponding error message to the wired telephone 11, the wireless terminal 12, or the data communication terminal 18 (S103). If the member is not a member, the communication management server 15 registers a member (S104), and then attempts to access the exchange 14 or the communication management server 15 again. The connection to the communication management server 15 is terminated. If it is a member, it is checked whether the available currency mileage remains (S105). The determination of whether call mileages remain is made by the communication management module 24, the mileage database 25, and the mileage database management module 26, similarly to the member's validity judgment. When it is confirmed that the call mileage is '0', the communication management server 15 transmits a corresponding message to the landline telephone 11, the wireless terminal 12, or the data communication terminal 18 (S106) and the user's connection. Quit. If there is a valid member and available call mileage, the communication management server 15 determines the available time and the recipient's telephone number (if the user uses the landline telephone 11 or the wireless terminal 12) or the user's telephone number and the recipient's telephone. The number (when the user uses the data communication terminal 18) is transferred to the switch 14, and the switch 14 notifies the user of the available time for call and then connects the call (S107). When the user uses the landline telephone 11 or the wireless terminal, the exchange 14 transmits a call signal to the receiver using the input recipient telephone number, and when the receiver picks up the telephone, the call is connected and the user connects the terminal for data communication. 18), the exchange 14 sends a call signal to the user and the receiver using the user's telephone number and the recipient's telephone number, and the call is connected when the user and the sender answer the telephone. When the call is connected, the exchange 14 transmits a signal indicating the call connection to the communication management server 15. When the communication management server 15 receives the call connection signal from the exchange 14, the communication management server 15 generates a transaction 28 to store the available talk time and reduce the available talk time.

Check if the available time is reduced to become '0' (S108) When the available time becomes '0', the communication management server 15 removes the transaction and updates and stores the call mileage of the user as '0'. And update and store all individual miles as '0' (S109). The communication management server 15 sends a signal to the exchange 14 to terminate the call connection so that the call connection is blocked.

Check whether the user or the receiver artificially disconnects the call before the available time becomes '0' (S110). When the call is disconnected, the remaining call time stored in the transaction 28 is converted into the call mileage and the call mileage. And the individual mileage is updated and stored in the individual mileage DB and currency mileage DB (S111). At this time, the currency mileage is updated and stored, and the individual mileage is renewed and stored based on the method of converting from the currency mileage to the individual mileage already described in consideration of the order of use of the individual mileage from the currency mileage.

As described above, the present invention allows the user to add and manage the mileage obtained from the individual companies and to perform wired and wireless communication using the summed mileage, so that when the consumer enters an effort such as watching an advertisement or purchasing a product, Enables immediate compensation for consumer efforts from providers or product sellers. As a result, the advertiser or the seller of the product has the effect of securing a fixed customer and increasing the customer. In addition, the present invention has the advantage that it is convenient to use by using the Internet and the existing landline telephone, wireless terminal and data communication terminal without a separate device such as a microphone or speaker.

Claims (8)

Individual miles earned from a plurality of merchants a ₁ , a ₂ , a ₃ ,. . . In the wired and wireless communication system using the mileage for performing wired or wireless communication by using a, a _i, An exchanger for transmitting and receiving messages to and from a wired telephone through a wired network and for transmitting and receiving a message to and from a wireless terminal through a mobile communication network; A plurality of individual mileage servers for storing individual mileages of a user obtained at the plurality of affiliated stores; A communication management server connected to a data communication terminal and receiving the individual mileage of the user stored in the plurality of individual mileage servers and converting the mileage into a call mileage; If the user wants to communicate by connecting to the exchange, the communication management server converts the stored call mileage to the available time to allow the user's communication within the available time, the wired / wireless communication system using mileage. According to claim 1, The communication management server, An exchange communication module for transmitting and receiving messages with the exchange; An individual mileage server communication module for receiving the individual mileage from the individual mileage server and transmitting the individual mileage converted into individual mileage of the individual mileage server among the call mileages to the individual mileage server; An internet communication module for transmitting and receiving data with the data communication terminal; Receive user input data from the switch communication module and the internet communication module, transmit a message and a call availability time regarding whether a call is connected to the switch communication module and the internet communication module, and generate a transaction to initiate a call of the user and A communication management module for managing termination; A mileage database for storing your membership number and password, your individual mileage, currency mileage, Send a message regarding the membership status and call mileage existence to the communication management module at the request of the communication management module, transmit the individual mileage of the individual mileage server at the request of the individual mileage server, call mileage and individual mileage A mileage database management module for mutually converting and updating the mileage database; And And a timer module for generating a signal every designated unit time, transmitting the signal to the communication management module, and reducing a talkable time of a transaction. The mileage database management module of claim 2, wherein the mileage database management module converts the individual mileages into the currency mileages, wherein the individual mileages a ₁ , a ₂ , a ₃ ,. . . , a _i corresponding to the weights m ₁ , m ₂ , m ₃ ,. . . sets m _i and sums the product of each individual mileage and the corresponding weight a ₁ m ₁ + a ₂ m ₂ + a ₃ m ₃ . . . A wired / wireless communication system using mileage, wherein + a _i m _i is converted into the currency mileage. 4. The method of claim 3, wherein in converting the currency mileage into the individual mileage, the order of each individual mileage to be reduced when using the currency mileage is preset, and the user remains after using the currency mileage. the call mileage T, the last individual mileage of the last individual mileage a _i the weight above multiplied value as compared with the product of the m _i a _i m _i is the remaining call mileage T to be used for "is greater than is the remaining call mileage The value T '/ m _i divided by the weight corresponding to the last individual mileage is updated and stored as the last individual mileage a _i and all remaining individual mileages are stored as'0', If the multiplied value a _i m _i is smaller than the residual currency mileage T ', the last individual mileage value a _i is stored without updating and the next individual mileage to be finally reduced except for the last individual mileage a _i Multiply the corresponding weight value m _i-1 with respect to _-1 by comparing a _i-1 m _i-1 and T'- a _i m _i . If the value of a _i-1 m _i-1 is large, T'-a _i m _i divided by weight m _i-1 T'-a _i m _i / m _i-1 is updated with the value of a _i-1 and the remaining individual mileage values a ₁ , a ₂ , a ₃ ,. . . , a _i-2 is all stored as '0'. If a _i-1 m _i-1 is less than T'-a _i m _i , the value of a _i-1 is not updated and stored as it is. individual mileage a _i-2,. . . Wireline and wireless communication system using the mileage, characterized in that for repeating the process sequentially for a ₃ , a ₂ , a ₁ . Individual miles earned from a plurality of merchants a ₁ , a ₂ , a ₃ ,. . . In the wired and wireless communication method using the mileage for performing wired and wireless communication using, a _i , (a) storing individual mileages by converting individual mileages obtained from the plurality of affiliated stores and stored in individual mileage servers to a communication management server and storing the individual mileages in terms of currency mileages; (b) a user accessing an exchange using a wired telephone or a wireless terminal or accessing a communication management server using a terminal for data communication; (c) Enter the user's member number, password and receiver's phone number when the switchboard is connected to the switchboard using the wired telephone or the wireless terminal, and the member number of the user when accessing the communication management server using the data communication terminal. Entering a password, a user telephone number and a recipient telephone number; (d) determine whether the user is a valid member by checking whether the input member number and password match data stored in the mileage database of the communication management server, and if the member is available to the mileage database of the communication management server. Checking whether currency mileage remains; (e) if the communication mileage is a valid member and available, the communication management server transmits a signal requiring communication to the exchange to connect communication between the user and the receiver; (f) When the call is connected, the communication management server reduces the available call time and when the available call time decreases to '0', the communication management server updates and stores the user's call mileage to '0' and establishes a call connection. Cutting off the call by sending a signal to the exchange to terminate; And, (g) If the user or the receiver artificially disconnected the call before the available time became '0', renew the call mileage ?? Storing and updating and storing the individual mileage from the currency mileage Wired and wireless communication method using the mileage comprising a. 6. The method of claim 5, wherein the step (e) further comprises, when the user uses the landline telephone or the wireless terminal, transmits a call signal to the receiver by using the receiver's telephone number inputted by the exchange and the receiver picks up the telephone. Is connected, and when the user uses the data communication terminal, the exchange transmits a call signal to the user and the receiver using the user's telephone number and the receiver's telephone number, and the call is connected when the user and the sender receive the call. Wired and wireless communication method using the mileage. 7. The method according to claim 5 or 6, wherein in converting the individual mileage into the currency mileage, the individual mileage a ₁ , a ₂ , a ₃ ,. . . , a _i corresponding to the weights m ₁ , m ₂ , m ₃ ,. . . sets m _i and sums the product of each individual mileage and the corresponding weight a ₁ m ₁ + a ₂ m ₂ + a ₃ m ₃ . . . Wired and wireless communication method using the mileage, characterized in that for converting + a _i m _i to the currency mileage 7. The method of claim 5 or 6, wherein in converting the currency mileage into the individual mileage, the order of each individual mileage to be reduced when using the currency mileage is preset, and the user sets the currency mileage. Compare the remaining residual currency mileage T 'to the last individual mileage a _i , the last individual mileage to be used, multiplied by the corresponding weight m _i , if the product and a _i m _i are greater than the residual currency mileage T'. Update and store the remaining currency mileage T '/ m _i divided by the weight corresponding to the last individual mileage as the last individual mileage a _i and store all remaining individual mileages as'0', If the multiplied value a _i m _i is smaller than the residual currency mileage T ', the last individual mileage value a _i is stored without updating and the next individual mileage to be finally reduced except for the last individual mileage a _i Multiply the corresponding weight m _i-1 for _-1 by comparing a _i-1 m _i-1 and T'- a _i m _i , and if the value of a _i-1 m _i-1 is large, T'-a _i m _i divided by weight m _i-1 T'-a _i m _i / m _i-1 is updated with the value of a _i-1 and the remaining individual mileage values a ₁ , a ₂ , a ₃ ,. . . , a _i-2 is all stored as '0'. If a _i-1 m _i-1 is less than T'-a _i m _i , the value of a _i-1 is not updated and stored as it is. mileage a _i-2,. . . A wired and wireless communication method using mileage, characterized in that for repeating the process sequentially for a ₃ , a ₂ , a ₁ .