KR20040067359A - Location Register Method At The Internal wired, wireless network Co-Service System - Google Patents

Abstract

PURPOSE: A location registration method in a composite wireless terminal-based wired/wireless integrated service system is provided to enable a user to register a call-available phone number in order to automatically attempt call termination through another network in the case of termination failure for a composite wireless terminal that provides a cordless phone function and a mobile communication function. CONSTITUTION: If a user dials an ARS(S100), an MSC/BSC forms the speech path between the ARS and the user(S102). The ARS requests the user to send a phone number(S104) and finds out a caller number(S106). By using the caller number, the ARS confirms whether the user is registered as a wired/wireless integrated service subscriber(S108). If the user is a wired/wireless integrated service subscriber, the ARS requests the user to transmit a call-available phone number(S114). Receiving the call-available phone number(S116), the ARS updates a database in a wired/wireless integrated service control station(S118) and sends an ACK message to the user(S120).

Description

Location registration method in wired / wireless integrated service system based on a composite wireless terminal {Location Register Method At The Internal wired, wireless network Co-Service System}

The present invention relates to a location registration method, and in particular, a user registers a phone number that can be called in order to automatically attempt to receive a call through another network when a call fails for a complex wireless terminal providing the functions of a wireless telephone and a mobile phone. The present invention relates to a location registration method in a wired / wireless integrated service system based on a composite wireless terminal.

The most deemed closest communication in life to the general public is a landline telephone using a public telephone network.

In addition to such landline telephones, home communication devices that can only be moved in residential areas of users began to appear in Korea since the late 1970s, and are commonly referred to as cordless phones.

This radiotelephone has a frequency range of 46 / 49Mhz, an indoor communication distance of 50m, a channel spacing of 25khz, and FM modulation. MCA (Multi Channel Access) method, which is called a request channel method, is commercially available.

In the 1990s, wireless phones in the 900 MHz band appeared in consideration of the improvement of call quality.

As described above, a cordless telephone that is made to be used only in a residential area by wirelessizing the handset of a home general telephone is called CT-1 (First Generation Cordless Phone).

CT-1 can only be used at home, so it cannot be used in public places. In order to improve this point, the first generation cordless phone (CT-2) system, called the outgoing cell phone, was first proposed in the UK in 1989. Has been adopted as a European standard and is currently being serviced in several countries.

If you express the features of CT-2, you can express it as a pedestrian wireless public telephone that can be used as a CT-1 at home and can walk while walking within the 200m radius used as a public telephone in public places.

The disadvantage of CT-2 is that there is no incoming call, no handover. The system that emerged to compensate for these shortcomings is called CT-3 (Third Generation Cordless Phone).

CT-3 can be classified into private network and public network according to the purpose of use, and can be explained mainly from private exchange system (PBX).

Conventionally, private communication system is mainly used for communication system used for business in building, and wireless system was emerged as wireless communication system (Wireless PBX). DECT can also be seen as a system.

The DECT (Digital European Cordless Telephone) system, a representative example of the CT-3 system, was adopted as a European standard in March 1992 by the European Telecommunications Standards Institute (ETSI).

The main characteristic of this system is that the wireless access method is TDMA method and uses 2Ghz band and the channel bandwidth is 1.73Mhz and has 12 time slots per channel.

By developing the CT-3 system to the public network level by supplementing system functions such as handover and roaming, low-tier PCS, a personal communication system evolved from wireless telephones, a system that realizes personal communication that enables communication with anyone, anytime, anywhere (Personal Communication Service) has emerged.

Low Tier Personal Communication Service (PCS) allows wireless and pedestrian and indoor services to be provided as a basis, such as DECT in Europe, Personal Hand-phone System (PHS) in Japan, and PACS in the United States. (Personal Access Communication Service).

On the other hand, there is a high tier Personal Communication Service (PCS) that is microcelled to provide vehicle-oriented services including pedestrians by developing analog cellular technology as a counterpart to the low tier Personal Communication Service (PCS).

Analog cellular, which is the foundation of High Tier Personal Communication Service (PCS), was introduced in October 1983 by AMPS (Advanced Mobile Phone Service) developed by Bell Lab, and introduced the cell concept in the 824 ~ 894Mhz band. The channel band is 30kHz and the modulation method FM.

Analog cellular systems have been used in Europe such as NMT (Nordic Mobile Telephone), TACS (TAC), and NTT.

However, as the number of mobile subscribers increases rapidly in the late 80s, the system has emerged as a way to improve the limitations of capacity and the deterioration of communication quality and various demands of services.

In order to improve capacity, communication quality and data service, which is a disadvantage of analog cellular, Korea developed narrowband CDMA method and started commercial service since early 1996. In the United States, IS-95 CDMA was standardized in July 1993. Both IS-54 TDMA schemes have been developed.

In addition, the GSM (Groupe Special Mobile) method, which used TDMA in Europe in pan-Europe, began earlier than others, and it is characterized by interconnection between European countries.

And in Japan, in early 1993, PDC (Public Digital Communications) method using TDMA was commercialized.

However, such a digital cellular system can be regarded as having solved the call quality and a certain amount of capacity, but can not be regarded as a system that can be used by everyone in the public at low cost, that is, it is not suitable for providing a universal service.

Therefore, what has evolved to become a universal service for digital vehicle mobile phone systems can be called High Tier Personal Communication Service (PCS), which has the advantages of high speed mobility, simple network configuration, and the use of digital cellular technology.

High Tier Personal Communication Service (PCS) systems include Up-band IS-95 CDMA, which evolved from IS-95 CDMA, and DSC-1800 (Digital Communication System), which evolved from GSM.

Meanwhile, as described above, the development of a personal communication service (PCS) system can be divided into a high tier personal communication service (PCS) and a low tier personal communication service (PCS). It is progressing to accommodate the tier method, and the low tier method is also progressing to accommodate the high tier method and ultimately is being integrated into IMT-2000 (FPLMTS, Future Public Land Mobile Telecommunication System).

The communication network of IMT-2000 is a structure of interworking structure by integrating wired and wireless. A network capable of high speed data transmission (384kbps) from low speed data transmission (14.4kbps), which is a wireless environment, is constructed. Many experts predict that the activation of the Internet will become visible.

Recently, various wired / wireless integrated service systems have been developed to integrate wired and wireless networks such as public telephone networks and mobile communication networks, which are already established as a preliminary stage of the IMT-2000, to enable wired and wireless integrated services.

In addition, in recent years, as a wireless terminal having a complex function capable of simultaneously providing a wireless telephone function and a mobile communication function in terms of a terminal, a wireless telephone service through a public telephone network can be provided using a single wireless terminal. At the same time, mobile communication services can be provided using a mobile communication network.

However, the conventional method using a wireless terminal having a complex function has a problem that the called party has to retry setting up a call to another network when a call fails in one network because the general public telephone network and the mobile communication network are separated.

This technology improves this problem by automatically attempting to receive a call through a different network when the incoming call fails for a complex wireless terminal that provides wireless telephone function and mobile communication function. A call forwarding method has been developed in a wired / wireless integrated service system based on a complex wireless terminal that enables a call without attempt.

However, in the automatic call forwarding method in the wired / wireless integrated service system based on the developed composite wireless terminal, the user needs to register his / her current available telephone number and the technical development for this is required.

Accordingly, the present invention has been made in order to solve the above problems, the present invention is possible to automatically try to receive the call through the other network when the incoming call to the complex wireless terminal providing the functions of the wireless phone and the mobile phone It is an object of the present invention to provide a location registration method in a wired / wireless integrated service system based on a composite wireless terminal that allows a user to register a telephone number.

1 is a network structure diagram of a wired / wireless integrated service system based on a composite wireless terminal to which the present invention is applied.

2 is a flowchart illustrating a location registration method using ARS according to an embodiment of the present invention.

3 is a flowchart illustrating a location registration method using SMS according to another embodiment of the present invention.

4 is a message format of the text message of FIG.

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

110, 112: composite wireless terminal 120: wireless telephone access device

130: switch 140: wired and wireless integrated service control station

150: base station controller 160: base station

As described above, the present invention provides a location registration method applied to a wired / wireless integrated service system based on a complex wireless terminal, wherein when a user dials an auto answering system, the exchange / private base station controller establishes a call path with the auto answering system. First step; A second step of the automatic answering system receiving a user identifier from a user and confirming whether the wired / wireless integrated service is a subscriber using the received user identifier; And a third step of updating the database in the wired / wireless integrated service control station by receiving the currently available telephone number if the service subscriber is the service subscriber as a result of the confirmation of the second step.

The present invention also provides a location registration method applied to a wired / wireless integrated service system based on a composite wireless terminal, wherein the user transmits a currently available telephone number to the text message service server of a base station controller using the composite wireless terminal. Stage 1; A second step of the text message service server of the base station controller transmitting the currently available telephone number received from the user to the wired / wireless integrated service control station; And a third step of the wired / wireless integrated service control station updating the database with the currently available telephone number received from the user and sending a confirmation message to the composite wireless terminal.

Now, with reference to the drawings of Figure 1 will be described in detail a preferred embodiment of the present invention.

1 is a network structure diagram of a wired / wireless integrated service system based on a composite wireless terminal to which the present invention is applied.

Referring to the drawings, the wired / wireless integrated service system based on the composite wireless terminal to which the present invention is applied, the composite wireless terminals 110 and 112, the wireless telephone access device 120, the switchboard 130 of the public telephone network, the wired / wireless integrated service control The station 140, the base station controller 150, and the base station 160 are provided.

The composite wireless terminals 110 and 112 may receive a wireless telephone service through the wireless telephone access device 120 and may receive a mobile communication service through the base station 160 of the mobile communication network.

The composite wireless terminals 110 and 112 are provided with two radio frequency (RF) modules to receive a mobile communication service through the base station 160 with one RF module and a wireless telephone access device with another RF module. Through 120, a wireless telephone service may be provided.

The hybrid radio terminals 110 and 112, which are provided with two RF modules and receive a mobile communication service and a radiotelephone service, are called hybrid hybrid radio terminals.

The hybrid hybrid wireless terminal 110 and 112 generally includes a wireless telephone cellular phone unit provided with a wireless telephone service and a mobile communications cellular phone unit provided with a mobile communication service. It consists of the main control part.

Here, the wireless telephone cellular phone unit is composed of a wireless telephone frequency processing unit and a wireless telephone control unit. The wireless telephone frequency processing unit is provided with a separate antenna, unlike an antenna provided by the mobile communication cellular phone unit. 120) to communicate with.

In addition, the mobile communication cellular phone unit is also provided with a separate antenna, and performs communication with the base station 160 by using a dedicated mobile communication frequency using the provided antenna.

That is, in the hybrid type hybrid wireless terminal 110 and 112, when communicating with the radiotelephone access device 120 embedded in the landline, the frequency band of the radiotelephone is used, but the communication with the base station 160 is performed. By using the frequency used for mobile communication, two different band frequencies are used.

In general, it is advantageous for a user to receive a wireless telephone service because a wireless telephone service through a public telephone network is cheaper than a mobile communication service using a general mobile communication network.

Therefore, a holder of the hybrid hybrid wireless terminal 110, 112 can designate that only the wireless telephone can be used by using the built-in user menu when moving to an area where the wireless telephone is available.

In addition, there is another type of composite wireless terminal (110, 112), there is a dedicated wireless terminal of the FA (Frequency Assignment) method, the composite FA of the dedicated FA method is only an RF module that processes the signal of the frequency band of the mobile communication network In addition, the mobile communication service may be provided through the base station 160 of the mobile communication network as well as the wireless telephone service through the wireless telephone access device 120.

In this case, the frequency used by the dedicated FA terminal 110 and 112 uses a frequency band of a general mobile communication network instead of a conventional wireless telephone frequency band.

When the dedicated FA type composite wireless terminal 110 or 112 moves to an area in which a wireless telephone service is provided, the composite wireless terminal 110 or 112 starts to receive an RF signal emitted by the wireless dial-up device 120 or a dedicated pilot. When the reference pilot is taken, the composite wireless terminals 110 and 112 automatically recognize that they have entered the wireless telephone service area and switch to the wireless telephone mode.

Therefore, in the dedicated FA composite wireless terminals 110 and 112, when the user carries the composite wireless terminals 110 and 112 and moves to an area where the wireless telephone service is provided, the mobile communication service is not provided.

In general, it is advantageous for a user to receive a wireless telephone service because a wireless telephone service through a public telephone network is cheaper than a mobile communication service using a general mobile communication network.

However, when a user wants to receive a mobile communication service using a mobile communication network even in a region where a wireless telephone service is available, when the user selects a mobile communication service providing mode using a menu provided in the composite wireless terminals 110 and 112, the wireless telephone is provided. Mobile communication service can be provided even in the area where the service is provided.

Next, a hybrid hybrid wireless terminal 110, 112, which is a hybrid of a hybrid scheme and a dedicated FA scheme, may be implemented. The hybrid hybrid wireless terminal 110, 112 may be an RF module capable of processing a frequency used for a mobile communication network service. When moving to an area that provides a wireless telephone service to provide a dedicated FA for wireless telephone service and FA for general mobile communication services at the same time to provide a wireless communication service as well as to provide a mobile communication service.

The hybrid hybrid wireless terminal 110, 112 starts receiving the RF signal emitted by the wireless dial-up device 120 when the mobile telephone service is moved to an area where a wireless telephone service is provided, or sets a dedicated pilot as its reference pilot. If a reference pilot is set, the composite wireless terminals 110 and 112 automatically recognize that they have entered the wireless telephone service area, so that the wireless telephone service can be used by driving an RF module for the wireless telephone.

Of course, if it is still possible to receive the service from the base station 160 of the mobile communication network hybrid composite wireless terminal (110, 112) provides a mobile communication service at the same time.

In general, it is advantageous for a user to receive a wireless telephone service because a wireless telephone service through a public telephone network is cheaper than a mobile communication service using a general mobile communication network.

Therefore, the user of the hybrid hybrid wireless terminal 110, 112 can be set using a built-in menu so that only the wireless telephone can be used when moving to an area where the wireless telephone is available.

On the other hand, the wireless telephone connection device 120 is embedded in a wired telephone and includes a wireless circuit portion, a baseband circuit portion, a telephone network connection portion, a control circuit portion, and a power supply circuit portion.

In general, the baseband circuit portion of the radiotelephone connection device 120 compresses and expands a voice signal for wireless transmission, modulates and demodulates a connection sequence control signal with the composite wireless terminals 110 and 112, and synthesizes a voice signal and a control signal. Separation and so on.

The radio circuit unit modulates and demodulates a baseband signal to a radio frequency, amplifies a transmit / receive signal at an antenna, oscillates a carrier frequency, detects signal levels of other channel frequencies, and the like.

The control circuit has overall control and includes a call name storage device, an identification device, a carrier sense circuit, and the like, which are essential as a control device of a radio station facility. The power supply circuit converts the necessary DC voltage into a commercial power supply and backs it up to the battery in case of power failure.

In addition, the wireless telephone access device 120 should further include a device capable of generating and controlling a frequency signal dedicated to a mobile communication network when using the composite wireless terminals 110 and 112 using a dedicated FA method.

Next, the wired / wireless integrated service control station 140 is an apparatus for providing interworking between a public telephone network and a mobile communication network, and provides subscriber information on subscribers of a wired / wireless integrated service system supporting a complex wireless terminal and a current callable telephone for each subscriber. The number is being saved.

Here, the subscriber information stored in the wired / wireless integrated service control station 140 includes a mobile communication telephone number used for mobile communication network service, a telephone number of a home wireless telephone receiving a service through a public telephone network, and a telephone number of a business wireless telephone. , Landline phone, etc.

Of course, when the wired / wireless integrated service control station 140 stores the telephone number of the business wireless telephone, the extension number of the subscriber's business wireless telephone must be stored, and (Table 1) shows that the wired / wireless integrated service control station 140 It shows subscriber information that is being saved.

Subscriber Name / Phone Number Mobile phone number Home Wireless Phone Number Business wireless telephone number (extension number) Current call number Hong Gil Dong 016-111-1111 02-333-3333 02-334-3334 (112) 02-333-3333 Gil Sun Hong 016-111-1112 02-333-3334 02-334-3335 (114) 02-334-3335 (114) Giljun Hong ... ... ... ... ... ... ... ... ...

As can be seen from Table 1, for example, Hong-Gil-Dong has a mobile phone number of 016-111-1111, but it can be seen that the current area is 02-333-3333, which is a home wireless phone number. You can see that it is located.

In the following example, Hong Gil-soon can be found that the mobile communication phone number is 016-111-1112, but it is currently located in the workplace as a telephone call number 02-334-3335 (114).

In addition, as the currently available telephone number stored in the wired / wireless integrated service control station 140, the user designates a telephone number that can be called using his / her composite wireless terminal (110, 112). If you move to an area that provides wireless telephony service from a possible area, the user can register using ARS (Auto Recevier Service) or send a phone number change message to the wired / wireless integrated service control station 140 to change the phone number. have.

In this case, when the telephone number is changed by transmitting the telephone number change message, the composite wireless terminal 110 or 112 automatically transmits the telephone number change message to change the telephone number, or the user changes the telephone number. The telephone number change message can be transmitted and changed by a menu operation.

Of course, at this time, if only one subscriber can be designated as a telephone number to be provided with the wireless telephone service, it is not necessary to repeat this change unnecessarily.

Next, the switch 130 of the public telephone network performs a call setup operation from / to the composite wireless terminal 110 through the wireless telephone connection device 120 to enable a call.

The switch 130 of the public telephone network may perform a wired / wireless integrated service when an incoming call attempt to the composite wireless terminals 110 and 112 fails while performing a call setup operation for the composite wireless terminals 110 and 112. The control station 140 inquires whether the wired / wireless integrated service subscriber based on the composite wireless terminal.

When the switch 130 of the public telephone network receives a response signal of a wired / wireless integrated service subscriber based on a complex wireless terminal from the wired / wireless integrated service control station 140, the switch 130 requests transmission of a telephone number that is currently available for telephone / wireless integrated service control. An incoming call is attempted using a currently available telephone number for the combined wireless terminal 110 or 112 received from the station 140. At this time, the wired / wireless integrated service control station 140 may transmit the service subscriber confirmation signal including the telephone number.

For example, when the exchange 130 receives a call setup signal to the business wireless telephone for Hong Gil-dong of (Table 1), the exchange attempts to receive the business wireless telephone, and if the incoming attempt fails, the wired / wireless integrated service control station 140 Attempt to make a call to 02-333-3333, the current phone number in).

Of course, at this time, if the exchange 130 attempts to call the current telephone number 02-333-3333, but also fails to receive the call can be implemented to try to call to the mobile communication number.

Next, the base station controller 150 of the mobile communication network performs a call setup operation from / to the composite wireless terminal 112 through the base station 160, so that the call is possible.

The base station controller 150 of the mobile communication network integrates wired and wireless when an incoming call attempt to the combined wireless terminals 110 and 112 fails (including no response) while performing a call setup operation for the combined wireless terminals 110 and 112. The service control station 140 inquires whether the wired / wireless integrated service subscriber based on the composite wireless terminal.

When the base station controller 150 receives the response signal of the wired / wireless integrated service subscriber based on the complex wireless terminal from the wired / wireless integrated service control station 140, the base station controller 150 requests the transmission of a telephone number that is currently available for the call. The incoming call is attempted using the currently available telephone number for the composite wireless terminal 110, 112 received from the 140.

For example, when the base station controller 150 receives a call setup signal to the mobile communication telephone number for Hong Gil-dong of Table 1, the base station controller 150 attempts to receive the mobile communication telephone number, and if the incoming attempt fails, the wired / wireless integrated service control. Attempt to call the current telephone number 02-333-3333 in the station 140.

Of course, at this time, if the base station controller 150 attempts an incoming call to 02-333-3333, which is a current phone number, and fails to do so, the base station controller 150 may implement the call to a business wireless telephone.

2 is a flowchart illustrating a location registration method using ARS according to an embodiment of the present invention.

Referring to the drawing, in the method of registering a location using ARS according to an embodiment of the present invention, a user first dials to 1588-1000 as an example using a general telephone / composite wireless terminal (step S100). The exchange / base station controller then establishes a call path between the ARS and the user (step S102).

Next, the ARS requests the user connected to the exchange / base station controller to transmit a telephone number (step S104) to find out the calling party number (step S106), and uses the found calling phone number to register as a wired / wireless integrated service subscriber. Check (step S108). In this case, the request for the transmission of the telephone number is received, but the identification number for identifying the resident registration number, the mobile communication telephone number, and various other users can be confirmed to be a subscriber of the wired / wireless integrated service.

As a result of the check, if the subscriber is not a wired / wireless integrated service subscriber, the service is not notified (step S112). If the wired / wireless integrated service subscriber is requested, the transfer of the currently available telephone number is requested (step S114), and the currently available telephone number is received (step S116). ), The database in the wired / wireless integrated service control station is updated (step S118), and a confirmation message is transmitted to the user (step S120).

On the other hand, ARS is a database in the wired / wireless integrated service control station that receives a preliminary callable phone number by requesting the transfer of a preliminary call number to a phone number registered as a callable phone number. Can be stored in

In addition, the ARS may check whether the subscriber is a wired / wireless integrated service subscriber by using the caller ID display service without receiving the caller's telephone number directly from the caller.

3 is a flowchart illustrating a location registration method using SMS according to another embodiment of the present invention.

Referring to the drawings, the location registration method using the SMS according to another embodiment of the present invention, the step of transmitting the user's currently available phone number to the SMS server of the base station controller using the composite wireless terminal (steps S200 to S204) In step S208, the SMS server of the base station controller transmits the currently available phone number received from the user to the wired / wireless integrated service control station. The database is updated with the current phone number available from the wired / wireless integrated service control station. And sending a confirmation message (steps S210 to S214).

The user can select the location registration menu by menu operation in the composite wireless terminal, and this location registration menu allows the subscribers of the wired / wireless integrated service to update the current phone number in the database in the wired / wireless integrated service control station. This menu is provided.

When the user selects the location registration menu (step S200), the composite wireless terminal provides a phone number input window for inputting a current phone number to be updated to the user (step S202), and receives the current phone number. (Step S204).

At this time, when the incoming call to the currently available phone number is not received can be input by requesting the input of the preliminary phone number to try to make a preliminary call.

Next, the composite wireless terminal transmits the text message to the text message service server (SMS server (Short Message Service Server)) of the base station controller (step S206).

Thereafter, the text message service server of the base station controller transmits the received text message to the wired / wireless integrated service control station which is the destination (step S208).

The wired / wireless integrated service control station extracts a user identifier from the received text message to confirm whether the wired / wireless integrated service is a subscriber (step S210), and receives the corresponding phone number in the database as the requested service is an update of the currently available telephone number. The phone number is updated to the currently available telephone number (step S212).

Next, the wired / wireless integrated service control station transmits a confirmation message to the user's composite wireless terminal through the text message service server of the base station controller so that the user can confirm whether or not the database has been updated (step S214).

In this case, the text message structure used may include a source address (SA) 410, a destination address (DA) 420, a service type 430, and a currently available telephone number (as shown in FIG. 4). 440, and the other 450.

Here, the source address field specifies the mobile communication telephone number of the composite wireless terminal, the destination address field specifies the telephone number of the wired / wireless integrated service control station, and the service type field specifies an update request for the currently available telephone number and is available for the current call. In the phone number field, the phone number currently available to call is specified.

In addition, a preliminary telephone number field may be further provided so that a call to the preliminary telephone number may be attempted in case of failure in the incoming call attempt.

Although the present invention has been described in detail with reference to preferred embodiments, the scope of the present invention is not limited to the specific embodiments, and should be interpreted by the appended claims.

According to the present invention as described above, in a wired / wireless integrated service system based on a composite wireless terminal, there is an effect of registering a telephone number that can be called at the present time so as to automatically receive a call from another network.

Claims (12)

In the location registration method applied to a wired / wireless integrated service system based on a composite wireless terminal, A first step in which the exchange / private base station controller establishes a call path with the auto attendant system when the user dials the auto attendant system; A second step of the automatic answering system receiving a user identifier from a user and confirming whether the wired / wireless integrated service is a subscriber using the received user identifier; And And a third step of updating a database in the wired / wireless integrated service control station by receiving a current telephone number if the service subscriber is a service subscriber as a result of the confirmation of the second step. . The method of claim 1, Wherein the user identifier is a mobile communication telephone number location registration method in a wired / wireless integrated service system based on a composite wireless terminal. The method of claim 1, The user identifier is a location registration method in a wired / wireless integrated service system based on a composite wireless terminal, characterized in that the resident registration number. The method according to any one of claims 1 to 3, After the third step, the automatic answering system further includes a fourth step of receiving a preliminary telephone number for the inability to receive a current telephone number from the user and updating the database of the wired / wireless integrated service control station. Location registration method in a wired / wireless integrated service system based on a composite wireless terminal. The method of claim 4, wherein The second step, Step 2-1 of the auto answering system requesting transmission of a user identifier to a user connected to the exchange / base station controller; Step 2-2 in which the auto-response system receives a user identifier from a user; And And a second step of determining whether the automatic answering system is registered as a wired / wireless integrated service subscriber by using the received user identifier. The method of claim 4, wherein The third step, A step 3-1 of requesting transmission of a currently available telephone number if the wired / wireless integrated service subscriber is a check result of the second step; Step 3-2, wherein the automatic answering system receives the current telephone number and updates the database in the wired / wireless integrated service control station; And The method of registering a location in a wired / wireless integrated service system based on a composite wireless terminal, comprising the step 3-3 of the automatic response system transmitting a confirmation message to a user. In the location registration method applied to a wired / wireless integrated service system based on a composite wireless terminal, A first step in which a user transmits a currently available telephone number to the text message service server of a base station controller using the composite wireless terminal; A second step of transmitting, by the text message service server of the base station controller, the currently available telephone number received from the user to the wired / wireless integrated service control station; and In the wired / wireless integrated service system based on the composite wireless terminal, comprising the step of updating the database to the currently available telephone number received from the user and transmitting a confirmation message to the composite wireless terminal. How to register. The method of claim 7, wherein The first step is, Step 1-1, when the user selects a location registration menu, the composite wireless terminal provides a phone number input window to input a currently available phone number; A first step 1-2 in which the composite wireless terminal receives and stores a current telephone number; And The composite wireless terminal includes a first to third steps of transmitting a text message to a text message service server of the base station controller. The method of claim 8, After the first and second steps, the composite wireless terminal provides a user with a preliminary telephone number input window to receive and store a preliminary telephone number, and transmits the input preliminary telephone number to a current telephone number. The location registration method in the wired / wireless integrated service system based on the composite wireless terminal further comprising the step 1-4 of transmitting in addition to. The method of claim 7, wherein The third step, Step 3-1, wherein the wire / wireless integrated service control station extracts a user identifier from the received text message and checks whether the wire / wireless integrated service subscriber is a subscriber; A third step of checking a service type if the service subscriber is a result of the checking in step 3-1; A third step of updating the corresponding phone number in the database to the currently available phone number if the service type is the update of the currently available phone number as a result of step 3-2; And In the wired / wireless integrated service system based on the composite wireless terminal, the wired / wireless integrated service control station comprises a third step of transmitting a confirmation message to the composite wireless terminal of the user through a text message service server of the base station controller. How to register. The method according to any one of claims 7 to 10, The text message, A source address field to which a mobile communication telephone number of the composite wireless terminal is designated; A destination address field to which a telephone number of the wired / wireless integrated service control station is designated; A service type field in which a service type is designated; And A location registration method in a wired / wireless integrated service system based on a composite wireless terminal including a current phone number field to which a current phone number is designated. The method of claim 11, The text message, The method of registering a location in a wired / wireless integrated service system based on a composite wireless terminal, further comprising a preliminary telephone number field for designating a preliminary telephone number upon which an incoming call can be made.