TWI354485B - Device for setting of service zone in mobile commu - Google Patents

Description

1354485 t » 24695pif IX. Description of the invention: [Technical town area to which the invention belongs] - The present invention relates to a service area setting of a mobile communication network: device (device for se ga service zone) 'It not only provides special area• The domain service provides an application unit (applic=n unit) for application-specific services directly connected to the mobile communication network via the usable area wireless communication technology, and provides a mobile phone function with a directly connectable mobile communication network. Mobile communication unit (m _ , ^ , 'a convenient method and system for providing regional services; and an application unit for providing regional services. [Prior Art] With the recent communication technology Developments have already provided many wired or wireless communication services to users. For wired communication systems, optical communication networks can be implemented by developing systems related to optical fiber development and the transmission speed and quantity of voice and data have been increased. For wireless communication systems, voice and resources can be provided simultaneously during high-speed mobile Service to the user. Also, for wireless communication services, due to the use of, for example, code division multiple access (CDMA), frequency division multiple access (FDMA), and time division multiplexing ( Time-division multiple access (TDMA) technology for mobile phone services and the use of, for example, wireless local area networks (local area network LAIs, · code division multiplexing (CDMA), and wireless broadband internet (wireless broadband internet) WBI) technology for wireless Internet services, the number of service areas and the number of users has increased rapidly. 1354485 r * 24695pif Due to the development of wireless communication technology and the number of users of corresponding wireless communication services, services Providers and users should consider the reliability and effectiveness of the method of charging fees and providing services. In this regard, recent communication service providers have suggested various discount offers and corresponding methods of charging service fees in order to maintain existing customers and attract new ones. Customer. These suggestions include those provided by mobile communication service providers. A regional service that discounts the usage of mobile communication units in a particular area or provides specific services to mobile communication units in the area. Meanwhile, a personal area network (PAN) technology has recently been proposed. Regional Network (PAN) technology, using regional wireless communication technologies such as ZigBee, Bluetooth, UUIB, and Radio Frequency Identification (RFID) A wireless network such as a personal digital assistant (pDA), a portable computer, an electronic organizer, an MPEG third generation sound file compression format (乂卩) "Portable portable music player (P〇rtable music 贞 打), portable microphone player such as portable muitimedia player (pMp), portable video player, such as digital Portable broadcast receiver (p〇rtabie broadcasting receiver) for multimedia broadcast (dmb) broadcast receiver, portable game console (p〇rta The devices of the portable digital camera can be connected to each other, so that each device can be connected to the mobile communication network via, for example, a mobile communication unit that can directly connect to the mobile communication network, and can easily be 354, 485: The application required for the corresponding device, the data 〇力女名表HH AA 士□土,..

Devices such as portable multimedia players (PMp)

As personal area network (PAN) technology has been widely used in this manner, there is a need to develop a technology for providing a regional service of a mobile communication unit in the prior art to the above application unit. SUMMARY OF THE INVENTION The present invention provides a service area setting device for a mobile communication network that not only provides a specific area service to an application unit that provides a specific application service to a device directly connected to the mobile communication network via a usable area wireless communication technology, and A mobile communication function mobile communication unit; a method and system for providing regional services using the device; and an application unit providing regional services. In an aspect of the present invention, a service area setting device for a predetermined area service provided by a mobile communication network system is provided, the area service serving at least one mobile communication unit providing a mobile communication service by a mobile communication network system and used for at least one It is not possible to directly communicate with the mobile communication network system 1354485 24695pif application unit, this device includes: zone wireless communication device, this area wireless communication device performs regional wireless communication with mobile communication unit and application unit*' wireless communication of this device setting area The effective range is the service area of the mobile communication unit and the application unit; and the mobile communication device performs communication with the mobile communication network, and the mobile communication device is set to be at least one relay and mobile communication network for the mobile communication unit and the application unit. Road system communication. In another aspect of the present invention, a system for providing a regional service includes: a mobile communication network system that provides a mobile communication service including a predetermined regional service to a user using a mobile communication unit; and a mobile communication unit that uses a mobile communication device and The mobile communication network system communicates, communicates with the service area setting device using the regional hotline, and directly uses the service area setting device or the predetermined area service provided by the mobile communication network system in the predetermined area. Throughout, the application unit, which cannot communicate directly with the mobile communication network system. The application unit performs orbit with the service area setting device via the regional wireless communication device, and enables the verification device or the service area setting device and the reservation. The area is served by the predetermined regional service provided by the mobile communication network; and the service area setting device performs the wireless communication with the mobile track unit in the area wireless communication device, and sets the effective range _ riding communication of the regional communication single And the service area of the application unit and the mobile communication device that communicates with the mobile communication network. The mobile communication device is configured to communicate with at least one relay and mobile communication system of the mobile communication unit and the application unit. .

9 1354485 24695pif In another aspect of the invention, a method for providing a regional service of a mobile communication network system is provided, which provides a mobile communication service including a predetermined regional service to a user via a mobile communication unit. [This method includes: setting a device for a service area setting Execute the range of wireless communication with the application unit area. The application unit cannot directly use the mobile communication network system and the mobile communication unit that can use the area wireless communication as the service area; and provide the regional service to the application unit and mobile communication in the service area. unit. In another aspect of the invention, an application unit is provided, comprising: an area wireless communication device that performs wireless communication with an area of a service area setting device, which sets an effective service area of a predetermined area service provided by the mobile communication network system as The original area wireless communication effective range, and communicates with the mobile communication network system; the memory device, wherein the program for storing the regional service registration between the service area setting device and the mobile communication network system and the program connected to the regional service; and the controller The device (c〇ntr〇ller means) performs control between the device and the mobile communication network system for controlling the regional service registration and control setting service area via the service area setting device and the mobile communication network system according to the user's regional service registration request After the regional service registration, if the user is detected as an outbound telephone connection mouth test, and if it is checked that the received area setting status information is valid to the service area setting device, then the controller device executes via the service area setting device. Regional service outbound Telephone (originating call) connection processing. In another aspect of the invention, there is provided an application unit comprising: a regional wireless communication device that performs wireless communication with an area of a service area setting exhibition, wherein the device sets a predetermined area provided by the mobile communication network system < s)

1354485 I 24695pif domain service can be used in the service area of the original area wireless communication and communicate with the mobile communication network system; the memory device, in which the program of the regional service registration between the service area setting device and the mobile communication network system is stored And a program for connecting the area service; and a controller device that periodically executes a program for requesting the area setting device status information from the service area setting device, receives the area setting device status information, and performs control according to the user's regional service registration request Checking whether the area service is valid after the regional service registration between the service area setting device and the regional service registration and control service area setting device and the #动通信网络系统 of the mobile communication network system, and if the user is sensed to make an outgoing call The connection attempt and if it is checked in this program that the regional service is valid, the regional service outbound call processing is performed via the service area setting means. In another aspect of the present invention, an application unit is provided, comprising: an area wireless communication device that performs wireless communication with an area of a service area setting device: the device sets a predetermined area service provided by the mobile communication network system to be available for a service area of an effective area of the original area wireless communication, and communicating with the mobile communication network system; a memory device in which a program for storing the regional service registration between the service area setting device and the mobile communication network system and a program for connecting the regional service; And a controller device that periodically executes a program for requesting the area setting device status information from the service area setting device to receive the area setting device status information, and performs control via the service area setting device and the action according to the user's regional service registration request. If the regional service registration and control service area setting device of the communication network system and the mobile communication network system are registered after the regional service registration, if the scheduled preparatory operation of the (S) 24695pjf telephone connection test is sensed, the inspection area is used if it is sensed to use. For external dialing, and if you are in the area where you perform the regional service, you can use the device to understand the situation. (4) The above and its information and excellent position are more obvious. The details of the drawing are as follows: 【" 0 [Embodiment]

The invention will be described in more detail with reference to the accompanying drawings, in which preferred embodiments of the invention are illustrated. 1 illustrates a system for providing mobile communication network area services in accordance with an embodiment of the present invention. Referring to Table 1, the system for providing the regional service includes a device for setting a service zone (1), a mobile communication unit 21, an application unit i, a mobile communication network system, and a regional service authentication.

Zone-based service authentication server 27, zone-based service subscriber database server 26, billing server 29, and multiple application 4 servers The general structure of the mobile communication network system includes a base station 22 that communicates with the mobile communication unit 21, and a mobile switching center that connects to a signal network 25 such as the No. 7 network ( The mobile switching center; MSC) 24 and a home location register (not shown), and a message service center 28. In addition, in the present invention, the mobile communication network system is also installed via the 12 cs) 1354485 24695pif base station 22 and the service area, and the 爪 爪 〜 逋 逋 网路 网路 网路 网路 网路 网路 也 也 也 也 通讯 通讯 通讯 通讯 通讯 通讯 通讯 通讯Use authentification, monitoring, and statistical processing. °'. The plurality of application server 23 has a connection mobile communication network and provides a plurality of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

The application unit 10 cannot be directly connected to the mobile communication network, but can be connected to the mobile communication network by means of a device that can directly connect to the mobile communication network using the regional wireless communication technology. The application unit 1 includes a personal digital assistant (PDA), a portable electric thin, an electronic notepad, a portable music player such as an mpeg third generation sound file compression format (MP3) player, such as a portable multimedia player. Portable audio and video player (PMP), portable broadcast receiver such as digital multimedia broadcasting (DMB) broadcast receiver, portable game console, and portable digital camera.

The service area setting means 19 is configured to set a service area 20 for providing a specific service in the mobile communication unit 21, a service area for providing a specific service in the application unit 1A, and a relay application unit 1 and a mobile communication network. Communication between. In the mobile communication unit 21, voice communication (i.e., telephone conversation) and data communication (e.g., wireless internet) can be performed. The mobile communication unit 21 can check whether it is located in the service area by communicating with the service area setting means 19. If the mobile communication unit 21 is located in the service area, a specific service can be provided to the mobile communication unit 21. c S.) 1354485 » · 24695pif Regional Service User Database Server 26 will, for example, regional service user information, user's mobile communication unit identification information (eg, unit number) and application unit identification information (eg, unit number), Zone Setting Device Identification (ZSDID), mobile communication unit, and service registration information of the application unit (indicating whether the service has been registered, for example, if it is "1", it is registered, and if it is "〇", it is not registered) And service area setting information (for example, "1" indicates that the mobile communication unit 21 or the application unit 10 is located in the service area and the service area setting means 19 operates normally, and "0" indicates that the mobile communication unit 21 or the application unit 1 is located The database is created and managed outside the service area or the service area setting device 19 fails to operate normally. When the user purchases the service area setting means 19 to receive the area service using the mobile unit 21 or the application unit 1 行动, the mobile communication network service provider registers the mobile communication unit identification information, the application identification information, and, for example, the area setting device identification. (ZSDID) regional service user information. On the other hand, after the user purchases the service area setting device 19, the user can use the mobile communication unit 21 to access the Internet service webpage of the mobile communication network service provider via the Internet and register the mobile communication unit information, the application identification information', and For example, the area setting device identification (ZSDID) of the regional service user information and the like. At this time, the registered information is the basic regional service user information. When requesting the service registration of the mobile communication unit or the application unit to be described later, the regional service user database vocabulary 26 further treats the service registration information as a regional service related to the corresponding mobile communication unit or the corresponding application unit. The database is compiled and managed by user information. In addition, when the mobile communication unit of the registered service or the 14 outgoing call (originating call) attempts, the regional service user resource = > the second device 26 will set the service area setting information (for example, "1" indicates the action of the Tsui Yuan 21 Or the application unit 1 is located in the service area and the service area is set to operate positively, and "〇," indicates that the mobile communication unit 21 or the application is earlier than 10 is located outside the service area or the service area setting device 19 fails to be: The operation is also performed as a regional service user information and is managed. The regional service authentication server 27 executes the program for registering the regional service and the program for canceling the service according to the request of the mobile communication unit 21. The regional service authentication service The device 27 checks the area setting device identification (ZSDH) and the action transmitted by the mobile communication unit or the application unit when the mobile communication unit requests the regional service registration or when the application unit 1 requests the regional service s primary volume via the service area setting device 19. Whether the communication unit identification information or the application identification information and the mobile communication unit information are used by the regional service user database server 26 If it is managed by the regional service subscriber database server 26, the regional service authentication server 27 will notify the corresponding mobile communication unit or the corresponding application unit regional service to register successfully. When the request is cancelled by the mobile communication unit, the regional service is cancelled. And when the mobile communication unit information is cancelled by the database, the regional service authentication server 27 will request to delete all the service user information corresponding to the area setting device identification (ZSDID) and the mobile communication unit identification information transmitted by the mobile communication unit or the application unit or The identification server 29 performs the billing account according to the communication service usage content of the mobile communication unit 21 or the application unit 10 (or the service area setting device 19). When the regional service is the fee discount service, the 'accounting server 29 1354485 • i 24695pif determines whether to discount the corresponding communication fee according to the service area setting information transmitted when the billing server 29 accesses the communication (voice communication or data communication) by the mobile communication unit 21, and according to the The accounting server 29 is installed by the application unit 10 via the service area. 19 access to the service area setting information transmitted during communication (data communication) to determine whether or not to discount the corresponding communication fee. Figure 2 illustrates an embodiment of the present invention, such as the mobile communication unit shown in Figure 1. Referring to Figure 2, the action The communication unit 21 includes a controller 31, a key input unit fkey inputting unit 32, a wireless transmitting and receiving unit 33, a display unit 34, a mobile communication transmitting and receiving unit 35, and a memory. 37. The input unit 32 includes an input key for a user to input numbers and characters, and a function key for selecting a function. The wireless transmitting and receiving unit 33 performs communication with the service area setting means 19. The wireless transmitting and receiving unit 33 may include, for example, Bluetooth wireless network network technology (WPAN), wireless local area network (WLAN), and radio frequency identification. (RFID), Infrared (IR), ZigBee, or Binary CDMA. Here, as an example, when the wireless transmitting and receiving unit 33 is a Bluetooth communication module, the 'Biuet00th' communication module constitutes a wireless channel using the Bluetooth mode to be used with the service area setting means 19 communication. The Bluetooth communication module communicates with the service area 16 1354485 • I 24695pif domain setting device 19 using a 2.4 megahertz (Hz) industrial scientific medic (ISM) band, and by means of preventing interference with another device by A guard band of 2 million Hz (Hz) below the Industrial Scientific Medical (ISM) band and a guard band of 35 megahertz (Hz) above the Industrial Scientific Medical (ISM) band are set. In addition, the Bluet (Biuet〇〇th) module uses a frequency hopping method to basically perform 16 times per second. The output of the Bluetooth module is 1 〇〇 milliwatt (mw) (2 〇 decibel milliwatts (dBm,). The Bluetooth module named Class 1 is characterized by its The communication area setting device 19 can be communicated within a maximum range of 100 meters (m). The wireless transmission and reception unit 33 of the mobile communication unit 21, the wireless transmission and reception unit 41 of the service area setting device 19, and the application unit 10 The sinusoidal transmission and reception unit (see 13 of Fig. 3) has been described using the Blu & Tooth mode. However, those skilled in the art will understand that the present invention is not limited thereto. The indication unit 34 includes, for example, a liquid crystal. The display unit 34 displays a text and a number or a menu screen and displays documents and images according to the control of the controller 31. The mobile communication transmitting and receiving unit is also provided. The voice and data are transmitted to and received from the mobile communication network system. The mobile communication transmitting and receiving unit 35 can use, for example, code division multiplexing (CDMA), frequency division multiplexing (FDMA), time division multiplexing (TDMA), and broadband. Code division multiplexing Wide band code division multiple access (WCDMA), and one of the wireless broadband Internet (WBI) methods to form a communication channel. Under economic considerations, mobile communication and 17 1354485 24695pif receiving unit 35 may use the most widely used The code division multiplexing (CDMa) constitutes a communication channel. The mobile communication transmitting and receiving unit 35 constitutes a data channel for transmitting voice signals to and from the traffic channels of the mobile communication unit 21 and the base station 22, and transmitting and receiving data, and The mobile communication unit 21 or the call channel for transmitting and receiving the short message service (SMS) and the multimedia message service (MMS) is checked. The program for controlling the general operation of the mobile communication unit 21 is stored in the memory. 37. Further, the program and data for setting the service area according to the present invention are stored in the suffix 37. The data generated when the program is executed is temporarily stored in the memory 37. In particular, the memory 37 is required to set the service area. The information is stored in a nonvolatile memory unit. Here, on The information may include authentication server registration status information, service registration status information, area setting, device identification (ZSDID), temporary registration status information (temporary registration status information) TMP-FLAG, service area setting device intrinsic name information, link key information, zone setting device status information, and radio data link identification information (RF data link) Identification information, RF-DLCI). The authentication server registration status information is a message indicating whether the mobile communication unit registers the service area setting device with the regional service authentication server 27 1 Cs Cs 1354485 « * 24695pif. For example, if the mobile communication unit registers the service area setting device with the regional service authentication server 27, the authentication server registration status information can be set to "0x01" ' and if the mobile communication unit does not register the service area setting device with the regional service The authentication server 27' can set the authentication server registration status information to "0x00"' and can set its initial value to "0x00". The area setting device identification (ZSDID) is, for example, 48 bits allocated to the service area setting means. The intrinsic identification information (the identiflcati〇n information). The area setting device identification (ZSDID) is provided by the service area setting means by setting the inquiry link in the service area setting means 19. The mobile communication unit 2 of the regional policy will use the area setting device identification (ZSDID) when discriminating the service area setting device IQ installed by the user at the time of purchase. Further, since the mobile communication unit 21 specifies one or more areas and thus has One or more regional settings device identification (ZSDID), so it is possible to allocate storage - one or more regional settings The space of the device identification (ZSDID) is given to the memory 37. The temporary registration status information TMP_FLAG is a 1-bit flag information indicating that the mobile communication unit registers the service in the regional service authentication servo state 27 in the program of the 5 main volume area service. (flag inf〇rmati〇n) The initial value of the temporary registration status TMP_FLAG is "0" and if the mobile communication unit registers the service with the regional service authentication server 27, its initial value is "Γ. Here, since it takes a long time for the mobile communication unit to complete the service § main volume to the regional service authentication server 27 during the process of registering the regional service, for example, the temporary registration status information FLAG is stored in the memory 37, if Since % ' is also a procedure for terminating the registration area service for the reason of power interruption and is heavy (S > 19 1354485 . 24695pjf repeats the procedure of registering the area service, the procedure of registering the service with the area service authentication server 27 may be omitted. When the service area setting device communicates with the mobile communication unit using the Bluetooth mode, the unique name information of the service area setting device is used. The unique name information of the service area setting device is set when the device is set relative to the service area setting device. The unique name value of the class of device/service (COD) area and obtained by the service area setting device. When the mobile communication unit sets the query link, the unique name information of the service area setting device is used to filter from another a signal message from a surrounding Bluetooth (Bl:uetooth) device. When the mobile communication unit 21 has the largest number, two zone setting device identifications (ZSDIDs) (that is, spaces for storing two names) are assigned to the memory 110. The initial value of the configurable memory 110 is, for example, "LGT_DMID Γ and "LGT_DMID2" The link key information is information for exchanging and matching the area setting device identification (ZSDID) and the area setting device personal identification number code (PIN code) PINCODE in the mobile communication unit using the service area setting means. It is the status code information of the "area setting device status response message" transmitted recently by the service area setting means. The type of the status code information of the "area setting device status response message" can be distinguished as the "normal status" indicating that the area service is valid, The "set value exceeds the movement state" indicating that the movement distance of the service area setting device exceeds the set value, the "hard body abnormal state" indicating the hardware abnormal state of the service area setting device, and the "power shortage state indicating the power supply interruption" Defective status)", and indicating that a reset attempt has occurred Continue to reset the attempt state. You can set the normal 20 < S ) 24695pif status to “0x00000000”, and the status of the zone service invalid can be set to other values. RF data link identification information (RF_DLCI) is when the mobile communication unit uses wireless transmission. And the data link identification information used when the receiving unit 33 and the service area setting device 19 are connected to radio frequency (RF) communication. If a service discovery protocol (SDP) is used whenever radio frequency (RF) communication is connected, the radio frequency data is used. Link identification information (rF_dlci) is not necessary. The controller 31 controls the mobile communication transmitting and receiving unit 35 of the mobile communication unit 21, the display unit 34, the key input unit 32, the wireless communication transmitting and receiving unit 33, the memory 37, and the like. In particular, when the user selects the area service registration using the key input unit 32, the controller 31 performs the service registration of the control area service authentication server 27 and the service registration of the control service area setting means 19. Further, if the user is sensed to make an outbound call attempt, the controller 31 will request the area setting information from the service area setting means 19 and the receiving area setting means status (4) in response to the request. If it is checked that the area setting means that the information is in the normal state in which the area service is valid, the controller 31 performs the outbound telephone processing of the area service (for example, the fee discount service and the free service), and if the area setting device status information is checked, The abnormality state in which the regional service is invalid, the controller 31 performs control to perform general telephone processing. Here, the outgoing call. The attempt is made by or corresponding to the keying and transfer keys of the control button input unit 32 and may be predetermined. The dial-out telephone mouth test includes, for example, a predetermined key of the key wheel person & (example 1354485 • B 24695pif, for example, numeric key) input, backlighting of display unit 34 is turned on ^backlight-tum-on), folding type (f〇ider type The folder-open of the mobile communication unit and the key event of the slide-up of the slidetype mobile communication unit. Further, if the status information of the service area setting means 19 is received by communicating with the service area setting means 19 when attempting to make an outgoing call and checking that the area service is valid, the controller 31 controls the control to have the area service valid. The area service display state of the shape (e.g., the illustrated (iC0n) shape) is displayed in a predetermined area of the display screen of the display unit 34. 3 illustrates an application unit such as that shown in FIG. 1 in accordance with an embodiment of the present invention. Referring to Fig. 3, the application unit 1 includes a controller, a key input unit 12, a no-line transmission and reception unit π, a display unit 14, an application device (appU6), and a memory 17. The key input early element 12 is a user input interface that can be selectively input by the user to implement or perform various functions of a device. Here, if the application unit 10 is a personal digital assistant (PDA), the key input unit 12 may include, for example, a touch pad and a function input button, if the application unit 10 is a portable computer (for example, a notebook computer (notebook) The key input unit 12 may include, for example, a keyboard having a numeric key, a text key, and a function key. If the application unit 10 is an electronic organizer, the key input unit 12 may include, for example, a numeric key, a text key, and a function key. Keyboard. In addition, if the application unit 10 is a portable music player such as an MPEG third generation sound file compression format (MP3) player, a portable video player such as a portable multimedia player (PMP)

(S22 1354485 24695pif, such as a digital multimedia broadcast (DMB) broadcast receiver, a portable broadcaster, a portable game console, and a portable digital camera, the key input, unit 12 may include, for example, multiple functions The key line transmission and receiving unit 13 executes and the service area setting means 19'. (5) The structure of the n hot line transmitting and receiving unit 13 will be described in essence and afterwards, the wireless transmitting and receiving unit 33 of the second mobile communication unit 21 will be explained. The wireless transmission and reception unit 41 of the service area and the device is the same in structure, and therefore, the description will be omitted. _ The display 70 34 & for example, a liquid crystal display (LCD). 4 Display text and numbers according to the control of the controller 31 or display the function menu screen, display the documents and images, etc., and display the application according to the inherent function of the application unit 1 去 ,, the skirt 15 is implemented or executed. Structure of the intrinsic application. = When the application unit 10 is a personal digital assistant (PDA), the application device 15 is a component of the basic function of the Besch Personal Digital Assistant (pDA); when the application unit (1) is For example, when the portable computer of the notebook computer is used, the application device 15 is a component of the basic function of the portable computer; when the application unit 10 is an electronic organizer, the application device 15 is a basic function for implementing the electronic notebook. Component, when the application unit 10 is a portable music player such as an MPEG Third Generation Sound File Compression Format (MP3) player, the application device 15 is a component that implements the basic functions of a music player; When the unit 1 is, for example, a digital multimedia broadcasting (DMB) broadcast receiver, a portable receiver, the application device 15 is a component that implements a portable broadcast receiver = basic function; when the application unit 10 is a portable game Machine time

C S 23 1354485 24695pif , U 构件 构件 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 施 。 。 。 。 应用 应用 应用 应用"--------------------------------------------------------------------------------------------------------------------------------------------------------------- Further, the program and information of the setting service according to the present invention are stored in the record dragon 17. (4) The material is temporarily stored in the memory 17. $ ' f, memory 17 will store the information needed to set up the service area Lu; non-competitive § recall unit. Here, as in the mobile communication unit 21, the information may include the authentication server registration status information, the service registration status information, the area setting device identification (ZSDID), the temporary registration status information TMP_FLAG, and the inherentity of the service area setting device. Name information, link key message, zone setting device status information, and RF data link identification afl (HF_DLCI). These are as described above' and therefore their description will be omitted. The controller 11 controls the application unit 15, the display unit 14, the key input unit 12, the wireless transmitting and receiving unit 13, and the memory φ 17 of the application unit 1A. Specifically, when the user selects the area service registration using the key input unit 12, the controller 11 executes the service registration of the control area authentication server 27 via the service area setting means 19, and controls the service registration of the service area setting means 19. _ In addition, if the user's attempt to make a telephone connection to the mobile communication network is sensed, the controller 11 requests the area setting device status information from the service area setting device 19 and receives the area setting device status information, and if the area setting device status is checked, If the information is in the normal state of the regional service, then 24 c S ) 1354485 24695pif control thief 1 will request the service area setting device 19 to perform telephone connection processing according to the regional service (for example, 'cost discount service and free service), and if it is checked out If the regional service uses the invalid zone setting device state, the controller U will not execute the telephone connection processing procedure and execute the control to notify the user that the regional service is invalid. Here, a telephone connection will be attempted when the communication connection key of the 鐽 wheeling unit 12 is manipulated or a communication connection menu (menu) is selected. Further, if the status information of the service area setting means 丨9 is received due to communication with the service area setting means 19 during the telephone connection attempt and it is checked that the area service is valid, the controller Η controls to indicate that the area service directory is valid. A regional service display (eg, a regional service display in the form of a graphic) of the status may be displayed on a predetermined area of the display screen of the display unit 14. Figure 4 illustrates a service area setting apparatus such as that shown in the drawings in accordance with an embodiment of the present invention. Referring to FIG. 4, the service area setting device 19 includes a controller 39, a wireless transmitting and receiving unit 41, a wired connection interface (wired c_ecti〇n interface) 42, a mobile sensor (moving sens〇r) 43, a memory 45, and a power supply. A power supply unit 46, and a mobile communication transmitting and receiving unit 47. The mobile sensor 43 prevents the user from changing the registered service area after completing the service registration of the service area setting device 19. If the service area setting means 19 moves to the position formed when the service registration is completed, the movement sensor 43 will sense the degree of movement and calculate the degree of movement by the movement distance. If the calculated cumulative distance of movement exceeds a predetermined threshold (thresh〇ld value), the motion sensor 43 will notify the controller 39 that the moving distance exceeds a predetermined threshold (£> 25 1354485 • · 24695pif value. Mobile sensor 43 may be, for example, an acceleration sensor or a global positioning system (GPS) receiver.

The wireless transmitting and receiving unit 41 is configured to perform wireless communication with the area of the mobile communication unit and the application unit 10. The wireless transmitting and receiving unit 41 may use wireless personal area network technology (WPAN) such as Bluetooth, wireless local area network (WLAN), radio frequency (RFID), infrared (IR), group bee (ZigBee), Or Binary cDMa (Binary cDMa). Further, when the power level (P〇Wer c[ass 1) is used as Bluetooth (which is a communication mode), the wireless transmitting and receiving unit 41 is used. The power level will be communicated to the mobile communication unit at a maximum distance of 1 GG (m), and the radius of the service area may be approximately 1 〇〇 (claw). When Bluetooth is used, seven mobile communication units can be registered in the two service area setting means 19. And, the connection interface 42 is used for nurturing communication with the external communication device. In particular, when the user uses a service area downloaded by a personal computer or the like to connect to the Internet network f of the mobile communication network service company, it may be wired when upgrading the embedded software via the wired connection interface 42. Connect the interface to commit. For example, a universal serial bus (univ(10)丨s is used as the wired connection interface 42. The power supply unit 46 includes a rechargeable battery and converts the intersection into direct current (DC) power and is chargeable. Even if no external alternating current (AC) power is applied Up to 26 1354485 . 24695pif power for each component for a predetermined time (for example, 48 hours) The power source unit 46 detects that no external alternating current (AC) power is applied and the condition of the device (for example, due to power outage or intentional movement by the user) The service power supply unit 40 is supplied only for the power supply unit 40 for each component. The power is given to the mobile device so that the movement distance can be accurately calculated even when the user turns off the power of the service area setting device 19 and the mobile service area setting device 19. The power supply unit 46 may be a small dry battery. The program for setting the operation of the device 19 and the data generated during this operation are stored in the memory 45. The memory 45 stores the information required to set the service area. Stored in a non-volatile memory unit. Here, the above information may include area setting device identification (ZSDID), unique name information of the service area setting device, link key information, area setting device status information, and radio frequency data link identification information ( RFJDLCI) φ area setting device identification (ZSDID) is, for example, 48-bit inherent identification information. When the mobile communication unit 21 or the application unit 10 that has been combined with the service area policy discriminates the service area setting device 19 installed by the user at the time of ordering - The area setting device identification (ZSDID) will be used. When the service area setting device is set to communicate with the mobile communication unit or the application unit using the Bluetooth mode, the intrinsic name of the service area setting device tjl.. will be used. The unique name information of the setting device is the unique name value set in the 'device/service level (COD) area at the time of manufacture. The link key information is used in the mobile communication sheet 27 (S) 1354485 » * 24695pif yuan or application unit Zone setting device to exchange and match zone setting device identification (ZSDID) and zone setting device Personal identification digital code _ PINCODE information. The area setting device status information is the last status code information. Area setting - The type of device status code information can be distinguished as indicating that the area service is valid. The "set value exceeds the movement state" of the set value exceeds the set value, the "hardware abnormal state" indicating the hardware abnormal state of the service area setting device, and the "power shortage" indicating the interruption of the power supply and the indication continue to be heavy. Set "Try to reset d try state" of D attempt. It is possible to set the normal status to "0x00000000" and set the status of the area service to be invalid to other values. The radio frequency data link identification information (RF_DLCI) is data link identification information used when the mobile communication unit or the application unit performs radio frequency (RF) communication with the service area setting device 19. If the Service Search Protocol (SDP) is used whenever radio frequency (RF) communication is connected, the radio data link identification information (Rf_jdlci) is unnecessary. Φ The mobile communication transmitting and receiving unit 47 is configured to transmit and receive voice and data with the mobile communication network system, and may constitute, for example, using code division multiplexing (CDMA), frequency division multiplexing (FDMA), and time division multiplexing (TDMA). , Broadband Code Division Multiplexing (WCDMA), and one of the Wireless Broadband Internet (WBI) communication channels. The mobile communication transmitting and receiving unit 47 preferably constitutes a communication channel using a code division multiplexing (CDMA), which is the most widely used communication method, in consideration of economic factors. The mobile communication transmitting and receiving unit 47 may constitute a transmission and reception of a voice signal 28 between the mobile communication unit 21 and the base station 22 (s1354485 24695pif traffic channel, data transmission and reception data channel, and inspection mobile communication unit 21 or Transmitting and receiving a call channel of a short message service (SMS) or a multimedia message service (MMS). The controller 39 controls the wireless transmitting and receiving unit 41, the mobile sensor 43, the pen source early 46, the wired connection interface 42, and the memory 45. And a mobile communication transmitting and receiving unit 47. In particular, the controller 39 performs control transfer area setting means identification (ZSDID) to the mobile communication unit 21 or the application unit 1 according to the program of the registration service of the mobile communication unit 21, and controls

The service is registered in response to a request for service registration by the mobile communication unit 21 or the application unit 1〇. Here, the service registration of the control application unit 10 is divided into two types of control, i.e., the service registration of the area service authentication server 27 and the service registration of the control service area setting means 19 are controlled via the service area setting means 19. In addition, the controller 39 monitors whether the regional service is valid, whether the service area setting device is a pre-news, whether the service area setting device is abnormal, whether the power supply has been interrupted, or whether a relay reset attempt is generated. . The controller 39 stores and manages the monitoring result in the memory 45 as the area setting device status information. In addition, the controller 39 performs the control of the area stored in the memory 45, and returns to the corresponding mobile unit 21 or the corresponding = early response to the mobile communication unit 21 or the application unit. The area of the unit 21 or the application W is set to be a request for a complaint. 29 24695pif Private Entitlement 1 The area service order for providing the area service of the application unit according to the eleventh embodiment will be described in more detail with reference to Figs. 5A, 5B, 7, and 8. In this case, the devices including the small screen are shown as the ones of the screen. Referring to FIG. 5A, when the user selects the user menu using the key input unit 2 of the application unit 1 , the user will be looked at by the controller n. Control display: the menu honour of the display unit 14 (refer to Mi of FIG. 7 and the sub-area of FIG. 8 and when the key input unit 12 is used to select the area service, the display of the control of the controller 11 is displayed on the regional service menu of the display unit 14 = Curtain (refer to M2 of Fig. 7 and Ml2 of Fig. 8) At this time, the user selects the service registration using the key input unit 12 (step S1). As such, the controller u of the application unit 10 views the memory 17 stored. The service registration status information and check whether the application unit 10 service has been registered to the service area setting means 19 (step S3). If it is determined in step S3 that the service registration has been completed, the M3: The unit 14 indicates that the mobile communication unit 21 has been registered with the regional service and terminates the service registration procedure. The service η will control the wireless transmission and reception unit 13 to search for the service area setting in step S3. 19, the peripheral Bluetooth device and the Bluetooth (Biuet〇〇t(1) query connection are set (step S5). As a result, the wireless transmission and reception unit 13 of the application unit 10 is set and the service area setting device 19 When the inquiry line is received by the service area setting device 19 and the area setting device identification (ZSDID) is received, the controller u will control the display unit 24695pif display unit M so that the display area setting device can recognize (Μ·) and the area setting device Fresh screen, as shown in Fig. 8. Thereafter, when the user selects the area setting device identification (ZSDID) using the key input unit 12, the controller 11 will control the display list so that the personal identification digital code of the service area setting device 19 can be displayed. The human screen is shown in Fig. 8. Next, the user uses the key input unit area device 19 appearance_person's job code (step S7, then the controller u is applied = 1 藉 by inputting the personal identification number code to set The wireless transmission and reception unit 41 and the service search protocol (SDP) of the service area setting device S 19 control the wireless transmission and connection π (step S11), and are requested via the wireless transmission and reception unit 13 The zone setting device recognizes (ZSDID) (step S13). The controller 11 controls the display of the early element 14 so that the regional service registration procedure continues, as shown in M15 of Fig. 8. Thereafter, The controller 39 of the service area setting means 19 receiving the area setting device identification (ZSDID) request by the wireless transmitting and receiving unit 41 retrieves the original identification code area setting means identification (ZSDID) stored in the memory 45, and controls the wireless transmission and The receiving unit 41 transmits the zone setting device identification WZSDID) to the mobile communication single core in response to the zone setting device identification (ZSDID) (step S15). Next, the controller 1 of the application unit 1 that has received the response of the area setting device identification (ZSDID) via the wireless transmitting and receiving unit 13 views the authentication server registration status information stored in the memory 17 and the temporary ^ 1354485. 24695pif The status information TMP_FLA G is registered, and it is checked whether the service registration of the regional service authentication server 27 has been completed (step S17). Here, if the service registration of the regional service authentication server 27 has been completed, the authentication servo state is set to, for example, "0x01 '' and the temporary registration status information is set to "", for example, in step S17. If it is checked that the service registration of the regional service authentication server 27 has not been completed, the controller n of the application unit 1 will control the wireless transmission and reception unit 13 and request the service area setting means 19 to register the service registration of the regional service authentication server 27. The service area (in step S19). The controller 39 of the service area setting means 19 that has received the service registration request of the area service authentication server 27 via the wireless transmitting and receiving unit 控制3 controls the mobile communication transmitting and receiving unit 47. To transmit a short message identifier (TID) via the traffic channel notification area service authentication server 27 (in step S19). Here, the service area setting device The identification information area setting device identification (ZSDID) of 19 and the information of the application unit 10 are included in Thereafter, the regional service authentication server 27 queries whether the area setting device identification (ZSDID) and the application unit identification information transmitted by the service area setting means 19 are managed by the area service user database server 26. The setting device identification (ZSDID) and the application unit identification information are managed by the regional service user database server 26, and the regional service authentication server 27 will send out the regional service registration indicating that the corresponding service area setting means 19 has been successfully completed. The remote service identification symbol (TID) message 'receives the service registration request with 32 1354485 24695pif. If the zone setting device identification (ZSDID) and the application unit identification information are not managed by the regional service user database server 26, the area The service authentication server 27 will send a short message having a remote service identification symbol (TID) indicating that the regional service registration of the corresponding service area setting means has failed in response to the service registration request (step S21). The controller 39 of the device 19 checks the response of the service registration request And transmitting the result of checking the service registration response to the corresponding application unit 1 via the wireless transmitting and receiving unit 41. As such, if it is checked that the response of the service registration request has failed, it has been received by the benefit line transmission and the Wei unit 13 Checking the result of the service registration response corresponds to the application of the single U (4) (10) failure of the control plane, as shown in Ml7 of Figure 9. Thereafter, the controller π termination service registration procedure should be = 10. The regional service registration has been successfully completed. In response to the 5 forcible server registration status information of the service "〇_,,, i", for example, the update and storage temporary registration status information TMP FLAG becomes, for example, 1, (step § 23). — The controller 11 of the wind unit unit 70 lG controls the wireless transmission and reception of the wireless transmission and reception area setting unit 19 =: ^5. _ service_book (step 527). Here, it is possible to save the controller 39 of the service area setting means 19 that has received the service 33 1354485 24695pif registration request via the wireless transmitting and receiving unit 41 to control the wireless transmitting and receiving unit 41 to initialize the mobile sensor 43 and store the link. Key (step S29). Here, the initialization of the mobile sensor 43 is performed only when the corresponding service area setting means 19 initially receives the service registration request by one of the mobile communication unit 21 and the application unit 1A, and when the corresponding service area setting means 19 is When another mobile communication unit or application unit receives the service registration request, 'the initialization of the mobile sensor 43 will not be performed.

Next, the controller 39 of the service area setting means 19 controls the wireless transmission and reception unit 41 to transmit a service registration request response to the application unit 10 (step S31). As such, the controller u of the corresponding application unit 1 that has received the service registration request response via the wireless transmitting and receiving unit 13 controls the wireless, transmitting and receiving unit 41 to identify the area setting device (ZSDID) of the storage service area setting means 19. And the link key in the memory 45, the update and storage service registration status information becomes, for example, ''supplement,', and initialization area setting device status information ZSD_STATUS (step S33). At the same time, the application unit ^

The controller η controls the display of the single it 34 to indicate that the service has been successfully completed. The main book' is shown as M16 of Fig. 9. If it is checked in step S17 that the local service authentication server is registered, the controller n of the application unit 1 will control the wireless unit 41 to determine that the service registration procedure is terminated after the service status of the authentication device has been completed. The step - is omitted, and the program is executed after step S23. References 6A, 6B, 7, and 8 will now be described in more detail in accordance with the 34 24695 pif service registration ^ ~ example of the area service provided by the T-communication unit area into the unit ^ 2, ^ 6 6 user's mobile communication When the key input of the unit 21 is displayed on the menu, it will be seen that the menu of the control Mln of the controller 31 is stunned by the ^^ and ... (10) when the input unit 32 selects the 11 domain service, The control of the display sheet ίί1 is displayed on the area of the display unit 34, the service selection = 2, and the _ of FIG. At this time, the user selects the service registration using the key wheel entry unit 32 (step S2). The new material 2 is such that the controller 31 of the mobile communication unit 21 views the memory 37, and the stored service belongs to the status information and checks whether the mobile communication unit has been used to serve the service area setting device 19 (steps). S4). If it is determined in step S4 that the service registration has not been completed, then M3 = as shown in Fig. 7 indicates that the controller 31 will control the display of the single magic 4 to indicate that the mobile communication unit 21 has been stipulated in the regional service and the service registration procedure is terminated. If it is determined in step S4 that the service registration has been completed, the controller 31 will control the wireless transmission and reception unit 33 to search for the service area setting means 19 and set the peripheral Bluetooth device and the Bluetooth query link (step S6). ). As a result, when the wireless transmitting and receiving unit 335 of the mobile communication unit 21 is further connected to the inquiry line of the service area setting means 19 and receives the area setting means identification (ZSDID) by the service area setting means 19, the controller 31 will control the display unit. 34 so that the area setting device identification (ZSDID) and the area setting device identification information search screen can be displayed together, as shown in Ml3 35 1354485 24695pif of FIG. Thereafter, when the user selects the area setting device identification (ZSDID) using the key input unit 32, the controller 31 controls the display unit 34 to display the personal identification digital code of the service area setting device 19 into the screen, as shown in the figure. • 8 is shown in M14. Next, the user inputs the personal identification digital code marked on the appearance of the service area setting means 19 using the key input unit 32 (steps % to S10). Next, the controller 31 of the mobile communication unit 21 controls the wireless transmission and reception unit 33 by inputting the personal identification digital code to set the wireless transmission and reception unit 41 of the service area setting means 19 and the service search protocol (SDP) (step S12)' and request the area setting means identification (ZSDID) via the wireless transmission and reception unit 33 (step S14). At this time, the controller 31 controls the display unit 34 so that the area service registration procedure continues, as shown by M15 of FIG. Thereafter, the controller 39 of the service area setting means 19 that receives the area setting device identification (ZSDID) request via the wireless transmitting and receiving unit 41 recognizes the original identification code area setting means (ZSDID) stored in the memory unit 45. And, the wireless transmitting and receiving unit 41 is controlled to transmit the area setting device identification (ZSDID) to the mobile communication unit 21 in response to the area setting. Device identification (ZSDID) (step S16). Then, the controller 31 of the mobile communication unit 21 that receives the response of the area setting device identification (ZSDID) via the wireless transmitting and receiving unit 33 checks the authentication server registration status information stored in the memory 37 and the temporary registration status information. TMP_FLAG 'and check if the service registration of the regional service 36 1354485. 24695pif authentication server 27 has been completed (step S18). Here, if the service registration of the regional service authentication server 27 has been completed, the authentication server registration status information is set to, for example, "〇X 〇丨, and the temporary registration status information is set to, for example, "1". If at step S18 If it is checked that the service registration of the regional service authentication server 27 has not been completed, the controller 31 of the mobile communication unit 21 will control the mobile communication transmitting and receiving unit 35 and transmit a short message having the notification service to the regional service authentication server 27 via the traffic channel. The remote service identification symbol (TID) of the service registration request (in step S20). Here, the identification information area setting means identification (zs D j D) of the service area setting means 19 and the information of the mobile communication unit 21 are included in Service registration request message. Thereafter, the regional service authentication server 27 queries the area setting device identification (ZSDID) and the mobile communication unit information of the service area setting device 19 transmitted by the mobile communication unit 21 by the regional service user database server. 26 management. If the regional setting device identification (ZSDID) and mobile communication unit information is provided by the regional service user Managed by the library server 26, the regional service authentication server 27 will send a short message with a remote service identification symbol (TID) indicating that the regional service registration of the corresponding mobile communication unit 21 has been successfully completed in response to the service registration request. If the zone setting device identification (ZSDID) and the mobile communication unit information are not managed by the regional service subscriber database server 26, the regional service authentication server 27 will send the zone service s indicating that the corresponding action is λίΐ早元21. The master book has a failed remote service identification symbol (TID) message 'in response to the service registration request (step S22). 37 (S) 1354485 24695pif as such, if it is checked via the mobile communication transmitting and receiving unit 35 The response of the service registration request has failed, and the control unit 31 of the mobile communication unit 21 will control the display unit 34 and display that the service registration has failed 'as shown by M17 of Fig. 8. Thereafter, the controller 31 of the mobile communication unit 21 terminates the service. Registration process.

If it is checked that the regional service registration has been successfully completed in response to the service registration request, the controller 31 of the mobile communication unit 21 updates the authentication server registration status information stored in the copper storage memory 37 to, for example, οχοι, and Updating and storing the temporary registration m-touch becomes "1", for example (step S23). After that, the controller 31 of the mobile communication unit 21 controls the wireless transmission and reception unit 33 to set the service search protocol SDp of the wireless transmission and reception unit 41 of the service area setting means 19 (step S26), and via wireless The transfer and touch unit 33 is required to register with the new service ((4) S28). Here, the above step S26 may be omitted.

In this manner, the controller % of the service domain setting means 19 that has received the service registration request via the wireless transmitting and receiving unit 41 controls the wireless transmission and reception unit 41 to initialize the shift detector 43 and store the link key (step S3). . Here, only when the corresponding service area setting means 19 is initialized by the line list it 21 and the application unit 1G - initial reception service registration request 2 = 仃 movement sensor 43, and when the corresponding service area is set, 19 When the service registration request is received by another mobile communication unit or application unit, initialization of the motion sensor 43 will not be performed. Next, the control area of the service area setting means 19 controls the wireless transmission 38 1354485. The 24695pif sending and receiving unit 41 responds to the mobile communication unit 21 by transmitting a service registration request (step S32). In this manner, the controller 31 of the mobile communication unit 21 that has received the service registration request response controls the wireless transmission and reception unit 41 to store the area setting device identification (ZSDID) of the service area setting means 19 and the link key in the memory 45, update and The storage service registration status information becomes, for example, "〇χ〇1", and the initialization area setting device status information ZSD_STATUS (step S34). At the same time, the controller 3 of the mobile communication unit 21 controls the display unit 34 to indicate that the service registration has not been successfully completed, as shown in M16 of Fig. 8. Right in step S18, it is checked that the service registration has been completed in the regional service authentication server 27, and the control 31 of the mobile communication unit 21 controls no, communicates and touches 41 to determine the status of the registration of the service that has completed the authentication of the other device. The service registration procedure is terminated for abnormal reasons, steps S20 and S22 are omitted, and the program is executed after step S24. The key input unit of the application unit 10 that processes the area service remaining connection when the connection is made according to the embodiment of the present invention will be described in more detail with reference to FIG. 9 as follows: _Internet connection' is controlled by the "Wireless Internet Connection Key" (step S4l). Wrong like this, 'apply early yuan〗 〇 like ^ go 丨

: unit]3 with setting and service_; fixed:=;=:= service search agreement just (step township here IS 39 1354.485. 24695pif thereafter, the controller 11 of the application unit 10 controls the wireless transmitting and receiving unit 13 to transmit The request for the zone setting device (ZSD) status information of the service area setting device 19 (step S45) - the service of the request for receiving the area setting device (ZSD) status information via the wireless transmitting and receiving unit 41 The controller 39 of the area setting device 19 controls the wireless transmitting and receiving unit 41 to read the state stored in the memory 45 and transmits the status information to the application unit 1 as the area setting device (ZSD) status information response (step S47). Here, the zone setting device (ZSD) status information is included in the zone setting device (ZSD) status information response. The type of the zone setting device (ZSD) state information can be classified into a "normal state" indicating that the zone service is valid, "the set value exceeds the movement state" indicating that the movement distance of the service area setting means exceeds the set value, and the "hardware abnormal state of the service area setting means is indicated" "body abnormal state", "power shortage state" indicating power supply interruption, and "continuation reset attempt state" indicating that a resume attempt is continued. If the service area setting means 19 is in "normal state", the area is set, The status information of the fixed device (ZSD) will be, for example, "0x00000000". If the service area setting means 19 is in the "set value exceeds the moving state", the area setting device (ZSD) status information will be, for example, "0x00000001". If the service area is set If the device 19 is in the "hard body abnormal state", the zone setting device (ZSD) state information will be, for example, "0x00000008". If the service region setting device 19 is in the "power shortage state", the zone setting device (ZSD) state information It will be, for example, "0x00000010". If the service area setting means 19 is in the "continue reset attempt state", the area setting means (ZSD) status information will be, for example, 40 (S) 1354485 24695pif "0x00000040". If the area setting is checked The device (ZSD) status information is in a normal condition, and the information of the status setting device (ZSD) status information has been included therein. The controller 21 of the application unit 10 that transmits and receives the area setting device (ZSD) status information response controls the memory 17 to store the area setting device (ZSD) status information in the memory 17 (step S49). The control unit 11 of the unit 10 controls the display unit 14 to display the display area service area as a text and/or a regional service identification symbol (ZSI) (step S51). Here, the regional service identification symbol (ZSI) may be at least one or more regional service identification symbols (ZSI) selected from the group consisting of text, numbers, and illustrations. Thereafter, the controller η of the application unit ίο controls the wireless transmitting and receiving unit 13 to request a telephone connection such as a data telephone or the like to the service area setting means 丨 9 as, for example, a wireless internet connection (step S53). Here, the telephone connection request may include identification information corresponding to the application unit 1 and destination information to be connected (already stored in the corresponding application unit or input by the user such as a universal resource locator (URL), etc.) . As such, the controller 39 of the service area setting means 19 which has received the telephone connection request by the wireless transmitting and receiving unit 41 controls the mobile communication transmitting and receiving unit 35 to perform the telephone connection via the base station 22 to the mobile switching center (MSC) 24. ° Try it. Further, the controller 39 of the service area setting means uses the 1-bit setting of the outbound telephone message (originating message) to indicate the service area setting information of the application unit 10 located in the service area, and the service area setting means 19 indicates the normal operation state (for example, "丨") and the service area (s 41 24 of 5pif spears information is transmitted to the mobile switching center (Msc) 24 (step S55). That is, the controller 39 of the service area setting means 19 performs the area service telephone connection. Therefore, the 'application unit 1' performs the telephone connection to the base station 22 of the communication network via the service area setting means 19 and receives the desired supplementary service via the desired application service (refer to step S57 of FIG. 1). At the same time, the service area setting information is used by the mobile switching center (MSC) 24 and transmitted to the regional service user database server 26 and stored in a database. For example, if the regional service is a service related to the billing account, Discount service or free service, etc., when the billing server 19 billing account, it will refer to and reflect the services managed by the regional service user database server. Domain setting information. Right in step 7 to check out the zone setting device (ZSD) status information is not normal; brother, the controller n of the application unit 1G that has received the zone setting device (ZSD) status information controls the mobile communication and The receiving unit 2 sets the I-set (ZSD) status information in the storage area to the memory v (S49) and the control unit 14 does not display the area service invalid (step 651). When not yet received. When the area of the step SO is set to the ZSD state information, the control of the application unit ί0 will repeatedly perform the above steps. Even in this case, if the area setting device has not been received (the information state is applied) The 1G controller (1) receives the current zone 5 as the zone service area and controls the axis display unit 14 to display the current zone 疋 zoneless service zone. Another real 42 (S) according to the present invention will now be described in more detail with reference to FIG. 1354485 . 24695pif 1 case when the device is electrically connected to the DfM. Qian Qian processing area service telephone According to this embodiment of the invention, the key unit 12 is selected to select the unit of the application unit 10 Step S43 is shown to repeat the execution essentially in the same manner as steps S69 to S77 and the above-mentioned FIG. 499 to the other (10), so that the detailed description of the step_step_step and the step to the simple solution ^1 will be omitted. Steps _ to 2::= are performed as shown in FIG. 9: s7 and step (4) * step is: 7 shown in FIG. 9. S57 is $, and thus detailed description thereof will be omitted. When::: 2 and 2 according to the invention service outbound telephone program The key wheeling unit 32 of the processing area voice two selects, for example, a voice key, (step "on, for example, by manipulating "electric ^ λ . y_ for example, s user manipulation key input unit 34 The controller 31 of the display communication unit 21 controls the display unit 34 to display the honor screen as shown by the milk 2 of Fig. 13. As before, the controller 31 of the mobile communication unit 21 controls and receives = 33 to set and The service area setting device 19 is operated and received by the M1 secret search mosquito (SDp). This can omit the step S44. Hereafter, the controller 31 of the mobile communication unit 21 controls the wireless transmission and reception unit 33 to The request for the area setting device (ZSD) status information of the service area setting means 19 is transmitted (step S46). The service area setting means 19 which has received the request of the area setting means (ZSD) status information via the wireless transmitting and receiving unit 41 The controller 39 controls the wireless transmitting and receiving unit 41 to read the status information stored in the memory 45 and transmits the status information to the mobile communication unit 21 as a regional setting device (ZSD) status information response (step S48). Thus, the zone setting device (ZSD) status information is included in the zone setting device (ZSD) status information response. The type of zone setting device (ZSD) status information can be distinguished as a "normal state" indicating the effective service of the zone service, indicating service The "set value exceeds the movement state" in which the movement distance of the area setting device exceeds the set value, the "hard body abnormal state" indicating the hardware abnormal state of the service area setting device, the "power shortage state" indicating the power supply interruption, and the indication occurrence Continue to reset the attempt to continue the reset attempt state. If the service area setting means 19 is in the "normal state", the area setting means (ZSD) status information will be, for example, "0x00000000". If the service area setting means 19 is "set value exceeds the movement state", the area setting means (ZSD) status information will be, for example, "0x00000001". If the service area setting means 19 is in the "hardware abnormal state", the area setting means (ZSD) status information will be, for example, "0x00000008". If the service area setting device 19 is in the "power shortage state, the area setting device (ZSD) status information will be, for example, "0x00000010". If the service area setting device 19 is in the "continue reset attempt state, then, the area The setting device (ZSD) status information will be, for example, (£ 44 1354485 • 24695pif “0x00000040”. If it is checked that the zone setting device (ZSD) status information is in a normal state, the status setting device (ZSD) status has been received. The controller 31 of the information setting unit (ZSD) status information responding to the mobile communication unit 21 controls the memory 37 to store the area setting unit (ZSD) status information in the memory 37 (step S50). The mobile communication unit 21 The controller 31 controls the display unit 34 to display the display area service area as a text and/or area service identification symbol (ZSI) ' as shown by M14 of Fig. 13 (step S52). ί Here, the area service identification symbol (ZSI) It may be at least one or more regional service identification symbols (ZSI) selected from the group consisting of text, numbers, and illustrations. Thereafter, the controller 31 of the mobile communication unit 21 controls the actions. The communication transmitting and receiving unit 35 performs an attempt to make a telephone connection via the base station 22 to the mobile switching center (MSC) 24. In addition, the controller 31 of the mobile communication unit 21 uses the 1-bit setting of the outgoing telephone message to indicate the mobile communication unit. 21 is located in the service area setting information of the service area, and the service area setting device = 19 indicates a normal operation state (for example, "丨") and the delivery service area is set to the mobile switching center (MSC) 24 (step S54). That is, the controller 31 of the mobile communication unit 21 performs the regional service telephone connection. Δ Therefore, the mobile communication unit 21 performs an electrical connection to the base □ 22 of the mobile communication network and receives the desired service (voice telephone service or material). Telephone service) (step S56). At the same time, the service area setting information is used by the mobile switching center (MSC) 24 to be sent to the regional service user database server 26 and is made into the database I for storage. For example, ' If the regional service is a service related to the billing account, (S) 45 1354485, 24695pif, such as a fee discount service or a free service, etc., when the billing server 19 processes the billing In the account, the service area setting information managed by the regional service user database server. 26 will be referred to and reflected. ' If it is checked in step S48 that the area setting device (ZSD) status information is not in the normal condition, the area setting has been received. The controller 31 of the device (ZSD) status information response mobile communication unit 21 will control the mobile communication transmission and reception unit 35 to store the area setting device (ZSD) status information to the memory body 37 (step S50) and control the display unit 34. Do not display the area service invalid φ (step S5'2). Thereafter, the controller 31 of the mobile communication unit 21 controls the mobile communication transmitting and receiving unit 35 to perform an attempt to make a telephone connection via the base station 22 to the mobile switching center (MSG) 24. Further, the controller 31 of the mobile communication unit 21 uses the 1-bit setting of the outbound telephone message to indicate the service area setting information indicating that the mobile communication unit 21 is located in the service area, and the service area setting means 19 refers to the abnormal operation state (for example, "〇" And, the service area setting information is transmitted to the mobile switching center (MSC) 24 (step S54). That is, the controller 31 of the 'mobile communication φ unit 2' performs a general telephone connection. When the area setting device of step S48 has not been received ( When the ZSD) status information is responded, the controller 31 of the mobile communication unit 21 will repeatedly perform the above steps (10). Even in this case, if the status setting device (ZSD) is not received, the status information is abnormal. The controller 31 of the mobile communication unit 21 will determine that the phase area is not the area service area and that the current area is the area without the area service, as shown, for example, by VH 5 of Fig. 13. Thereafter, the mobile communication unit 21 The controller 31 controls the mobile communication (s 46 1354485. 24695ρίΓ sending and receiving unit 35 to perform an attempt to make a telephone connection via the base station 22 to the mobile switching center (MfC) 24. The control state 31 of the mobile communication unit 2 uses the 1-bit setting of the outgoing telephone message to indicate the service area setting information of the mobile communication unit 21 located in the service area, and the service area setting means 19 indicates the normal operating state (for example, "〇" And transmitting the travel area setting information to the mobile switching center (MSC) 24 (step S54). That is, the controller 31 of the mobile communication unit 21 performs a general telephone connection. See the reference to Fig. 2 for a more detailed description. According to the embodiment of the present invention, in another embodiment of the present invention, the key input unit 32 is in the same manner as the steps S44 to %〇 shown in FIG. The well-reconstruction is essentially the same as steps S70 to S76 and steps S62 to S68 of the above-mentioned FIG. U. Others are the same 'so detailed description will be omitted. With steps S52 to S56, a more detailed embodiment will now be referred to with reference to FIGS. 12 and 13. In the mobile communication unit, the procedure of another service outbound telephone according to the present invention is as follows. θ1 outbound telephone processing area According to this embodiment of the invention, the user's key input form 32 Selecting the telephone connection before the sang & mobile communication unit 21 The same repeated execution of steps S44 to S50 shown in Fig. 11 is essentially the steps S70 to S76 and the above steps S62 to S68 of Fig. u. Others are the same 'so will be omitted Detailed Description of the Invention 42. Steps S52 to S56 Referring now to Figures 13 and 14 for further details of the H (four) roots of the present invention

47 1354m. 24695pif Embodiments are procedures for calling outbound calls in a mobile communication unit. Processing area in % according to this embodiment of the invention. ^ Select the phone connection before the scheduled time by the fall of the second round of the construction of the 70-32 key in the fixed high-speed button (steps if the == execution essentially and the figure shown) is called 'v to S90 for the predetermined time (for example, 1 minute) and the visual status, it is displayed before the second. The user can not be 70 34, so that the user can select the telephone connection. It is appropriate for him to contact the situation. Steps S92, S94, and S% are the same as steps S42 and S56 of Fig. 11, and thus detailed description thereof will be omitted. The key event is predetermined. The key event includes a key input unit scoop pre-key (for example, The input of the numeric key), the backlight of the display unit 34, the folding of the two-type communication unit, and the keying event such as a slide-type action overnight. The specifics of the present invention.实巾,#Request regional service server regional service registration day, can be directly connected to the mobile communication network, white mobile communication unit (such as mobile phone) has been, through the mobile communication 'f ^ transfer out the newsletter to perform regional service Registration request, different Application 〇〇, ',; and the mobile communication unit cannot request the regional service registration by directly sending the newsletter via the mobile communication network, but may request the regional service authentication server's regional service registration via the service area attack device, just like the application The unit is the same. 48 1354485 , 24695pif _ In this case, it is possible to set the mobile communication unit, as shown in Fig. 15 and can set the regional service registration procedure of the mobile communication unit, as shown in Fig. 16B. Here, Fig. 16A Steps S1 of 16B are the same as steps S1 to S33 shown in FIGS. 5Aa and 5B, and it will be easily understood that the application unit 10 in the figure may be replaced by the communication unit 21, and thus (4) is omitted. In the above specific embodiment in which the breakage is illuminating, the direct communication connection unit (for example, a mobile phone) that can directly connect the line=the road has been activated, and is different from the application unit. However, eight^ It is also possible to go through the service area setting device and not directly test the direct telephone connection with the sfl network. In this case, it is possible to set the mobile communication unit, such as 15 shows ', and may set the procedure for handling the regional service telephone connection when the mouth test telephone is connected in the mobile track unit, as shown in Figures 17 to 19. Here, the individual steps of 17 and 18 are essentially the same as Figs. 9 and 1〇 The individual steps shown are the same, and those skilled in the art will readily appreciate that the application unit 1 in the figure may be replaced by the mobile communication unit 21, and thus the description thereof will be omitted. Further, those skilled in the art will readily understand FIG. It is a modified example of the program shown in Fig. 14, and thus the description thereof will be omitted. / When the above embodiment is applied to a service such as a fee discount service or a free service or the like as a regional service, its effect is excellent. The invention can also be applied to other services. Further, the specific embodiment has been described to define that the user area service is valid on the screen of the mobile communication unit or the display unit of the application unit 49 1354485 24695pif state. However, it is also possible to notify the user of the regional service availability status via voice. Further, in the above-described specific embodiment of the present invention, when communication between the service area, the domain setting device and the application unit is performed, and when communication between the service area setting device and the mobile communication unit is performed, it may be included. The encryption program '(encr>Ttion Process), in particular, requires an ideal encryption program when the setting status information of the service area setting device communicates with the application unit and the mobile communication unit. This is to prevent the status information of the service area setting device from being invaded by the hacker and the regional service being improperly used. Also, it is possible to mold the internal components of the service area setting device, especially the controller and the memory, to prevent the information of the service area setting device from being improperly obtained. As described above, according to the present invention, a specific area service can be provided not only to an application unit via a device that cannot directly connect to a mobile communication network but can directly connect to a mobile communication network using a regional wireless communication technology, and can be provided with a direct connection action. Mobile communication unit for mobile phone functions of the communication network. That is, according to the present invention, a plurality of application units can communicate with each other using a service area setting and a hot line area technology, and a mobile communication transmission and reception unit such as a code division multiplexing (CDMA) module is installed in a service area. The setting means is such that the various application units connect the mobile communication network via the corresponding service area setting means in the service area set by the service area setting means. As such, a plurality of application units located in the service area can receive a plurality of regional services provided by the mobile communication network via the service area setting means. In other words, the regional service may include various supplementary services, such as using the application unit to download various content provided by the mobile communication network, uploading the content of the application unit (10) of the action 50 (S) 1354485 24695pif communication network or receiving online games and chat or Availability of webcasts (internet multimedia broadcasts or internet music broadcasts, etc.), as well as services with discounted fees. In addition, according to the present invention, services (such as voice communication, data communication, or short message communication) that can be used in an existing mobile communication unit via a mobile communication network can be provided to an application unit that cannot directly connect to the mobile communication network via the service area setting device. . In this case, the application unit and the service area setting means should be means for performing communication using the area wireless communication method. In addition, software that can use services such as voice communication, data communication, or SMS communication should be installed in the application unit and service area setting device. When the application unit and the mobile communication unit perform voice communication with each other via the service area setting device, an Internet voice protocol (v〇Ip) or the like may be used. Although the preferred embodiment of the present invention has been disclosed, it is not intended to limit the present invention, and those skilled in the art can make a few changes without departing from the spirit of the invention. The scope of protection is subject to the definition of the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of a system for providing mobile communication network area services in accordance with an embodiment of the present invention. 2 is a block diagram of a mobile communication unit such as that shown in FIG. 1 in accordance with an embodiment of the present invention. Figure 3 is a block diagram of an application unit such as that shown in Figure 1 in accordance with an embodiment of the present invention. 51 (S) 1354485 f 24695pif The service area setting of Fig. 1 Fig. 4 is a block diagram of an apparatus according to an embodiment of the present invention. The circles SA and 5 hear the regional service registration procedure of the regional service providing the application unit according to the present invention. Figure 6A and Figure 6B illustrate the regional service registration procedure for the regional service provided by the mobile communication unit.

π FIGS. 7 and 8 illustrate the structure displayed on the display unit when the regional service registration procedure is executed in the application unit and the mobile communication shown in FIGS. 2 and 3. FIG. 9 depicts the application unit not according to the embodiment of the present invention. The handler for the zone service phone connection when trying to connect to the phone. FIG. 10 illustrates a processing procedure of a regional service telephone connection when an application unit is connected to a test power supply in accordance with another embodiment of the present invention. 11 is a diagram showing a processing procedure of a regional service outbound call when an outbound call is attempted in a mobile communication unit according to an embodiment of the present invention. FIG. 12 is a diagram showing a processing procedure of a regional service outbound call when an outbound call is made in a mobile communication unit according to another embodiment of the present invention. Figure 13A shows an example of the structure of a screen displayed on the display unit according to the processing procedure of the area service outbound call when attempting an outbound call in the mobile communication unit shown in Fig. 2. Fig. 14 is a diagram showing another example of the screen according to the present invention. An embodiment of a process for a regional service outbound call when attempting an outbound call in a mobile communication unit in an embodiment. Figure 15 is a schematic illustration of a system for providing a mobile communication network area service in accordance with another embodiment of the present invention.

52 (S 1354485 f 24695pif FIGS. 16A and 16B illustrate a regional service registration procedure for providing an area service of an application unit according to another embodiment of the present invention. FIG. 17 illustrates a mobile communication according to another embodiment of the present invention. The processing procedure of the out-of-office telephone for the out-of-office telephone when attempting the outbound telephone call. Figure 18 is a diagram showing the processing procedure of the out-of-office telephone for the regional service when the dial-out telephone is tried in the mobile communication unit according to another embodiment of the present invention. 19 is a flowchart showing a processing procedure of a regional service outbound call when attempting an outbound call in a mobile communication unit according to another embodiment of the present invention. [Main component symbol description] 1'0 application unit π controller 12 key input Unit 13 Wireless transmitting and receiving unit 14 Display unit 15 Application device 17 Memory 19 Service area setting device 21 Mobile communication unit 22 Base station 23 Application server 24 Mobile switching center 25 Signal network 26 Regional service user database server 27 Area Service Authentication Server 53 1354485 f 24695pif 28 Message Service Center 29 Billing Server, 31 Controller 32 Key Input Unit / 3 3 Wireless transmitting and receiving unit 34 Display unit 35 Mobile communication transmitting and receiving unit 37 Memory φ 39 Controller 41 Wireless transmitting and receiving unit 42 Wired connection interface 43 Mobile sensor 45 Memory 46 Power unit 47 Mobile communication transmission and reception Unit M1 Menu Screen ^ M2 Regional Service Menu Screen M3 Registration Service Screen M4 Regional Service Menu Screen. Mil Menu Screen M12 Regional Service Menu Screen M13 Registration Service Screen Μ 14 Area Setting Device Personal Identification Number Code Entry 荣幕Μ15 Registration Service Screen 54 1354485, 24695pif

M16 Registration Service Screen M17 Registration Service Screen Ml 8 Regional Service Menu Screen ZSI Area Service Identification Symbol 55

Claims (1)

1354485, 24695pifl. For the Chinese patent scope No. 96122008, there is no slash correction for this repair period: X. Patent application scope: [^0月> 曰修(更)正衣' ～----- 1· a service area setting device for a predetermined area service provided by the mobile communication network system, the area service being used for at least one mobile communication unit providing the mobile communication service by the mobile communication network system and for at least one An application unit of the mobile communication network system communication, the service area setting device comprising an area wireless communication device that performs wireless communication with the mobile communication unit and the area of the application unit, wherein the service area setting device sets * wireless communication of the area The effective range serves as a service area of the mobile communication unit and the application unit; a mobile communication device that performs communication with a mobile communication network, the mobile communication device being set to be in at least one of the mobile communication unit and the application unit Following communication with the mobile communication network system; and a motion prevention device, The service area is arbitrarily changed after initially registering the area service, wherein the motion prevention means includes: Φ a motion sensor that senses a movement by setting a location installed when the area service is registered as an initial condition Degree, and converting the degree of movement into a moving distance, and accumulating the converted moving distance; and a controller, if the moving distance of the moving sensor exceeds a predetermined threshold, the controller will The area setting device status information that is referred to when the regional service is attempted to connect to the mobile communication network system is set, and whether the S-Hui area service connection is valid or not is determined to be a connection invalid condition due to the excessive moving distance. 56 ' 24695pifi ' 122008 Chinese patent scope without slash correction This revision date: 100 years 1 0 3 曰 2 · The service area setting device as described in claim 1 of the patent application, in which the mobile communication of the regional service is registered The unit and the application unit will set the device status information in the area. 3. The service area setting device of claim 1, further comprising a power supply unit having a rechargeable battery and converting alternating current (AC) power to direct current (DC) power and charging the rechargeable battery A rechargeable unit, and the power of the rechargeable battery is only supplied to the mobile sensor when no external AC power is supplied to each component. 4. The service area setting device of claim 1, further comprising a wired connection interface for performing data communication with an external device using a data communication cable. 5. The service area of claim 4, wherein the wireless communication unit comprises a device selected from the group consisting of Bluetooth (Bluet00th), wireless local area network (WLAN), and radio frequency identification ( One of the communication modes of RFI), Infrared (IR), ZigBee, Wireless Personal Area Network (pan), and Binary Code Division Multiplexing (CDMA) communication mode. 6. The service area setting device of claim 1, wherein the motion sensor is an acceleration sensor or a global positioning system (Gps) receiver. - 7. The service area setting device according to claim 1, wherein the application unit is selected from a personal digital assistant (PDA), a portable computer, an electronic notebook, such as an MPEG third generation sound file compression format. (MP3) player's portable music player, portable video player such as portable multimedia player (PMP), such as digital multimedia broadcasting 57 1354485, 24695pifl • for the fourth (four) fiber Chinese patent range At least one of a portable broadcast receiver, a portable game machine, and a portable digital camera that corrects the shirt date (10) year 1 month 3 (DMB) broadcast reception H. • 8. A system for providing regional services, including: '---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- "The mobile communication device communicates with the mobile communication network system, communicates using a regional wireless communication farm setting area setting device, and directly uses the service area setting device or communicates with a predetermined area via the service area setting device. The predetermined area service provided by the network system communicates; ^^ an application unit that cannot communicate directly with the mobile device, and the application unit performs via the regional benefit line system and uses the service area setting device or via the service domain The swallowing device communicates with the predetermined area service provided by the system in a predetermined area; and the mobile communication system-service area slave device uses the area wireless communication to wirelessly communicate with the area of the mobile communication unit. The effective range of the communication communication as the mobile communication unit and the area wireless.: area 'and including the execution and the service's riding device', the mobile communication device is set to C: 仃 ' at least one relay of the application unit and the mobile communication network, wherein the service area setting device comprises: - moving The sensor's 58 丄 354485 24695pifl installed when registering the service in the area is the Chinese patent range No. 96122008. There is no slash correction. This correction date: 1 i i 〇 3 3 position δ is the initial a condition to sense a degree of movement, and convert the degree of movement into a moving distance, and accumulating the converted moving distance; and - a controller 'if the moving distance of the moving sensor exceeds the moving distance. The threshold value, the controller will set the area setting device status information that is referenced when attempting the area service to connect to the mobile communication network system, wherein the validity of the £ domain service connection is determined as the excess moving distance is determined as Invalid connection. 9. A system for providing regional services as described in claim 8 wherein the mobile communication network system includes a server for the mobile communication unit, the application unit, and the user registration area of the service area setting device. 10. The system for providing a regional service according to claim 9 of the patent application, wherein the mobile communication unit And the application unit requests service registration from the regional service authentication server using the identification information of the service area setting device obtained by performing regional wireless communication with the service area setting device, and the original identification information, and serves the authentication server in the area. After the service of the service, the service area registration device requests service registration to perform regional service registration. 11. The system for providing regional services as described in claim 8 of the patent application, wherein the action of registering the regional service The communication unit and the application unit will set device status information with reference to the area. *12. The system for providing a regional service according to claim 8 wherein the controller of the service area setting device sets a hardware abnormal state information indicating whether the hardware of the service area setting device is abnormal, and an indication 59 1354485 . 24695pifi is the Chinese patent scope of No. 96122008. There is no slash correction. The date of this correction is: i00 year 1 〇 3 3 The power shortage status information of the power supply interruption, and the continuation reset attempt status information indicating that the continuation of the reset test is performed as This additional area sets the device status information. 13. The system for providing a regional service according to claim 11, wherein the mobile communication unit requests the regional setting device status information from the service area setting device, and analyzes the regional setting received by the service area setting device. Device status information, and if the user checks out when the user makes an outbound telephone connection attempt after completing the service registration with the service area setting device * the service area setting device is in a normal condition, the insertion instruction corresponding to the outbound call is the area The information of the outbound call is sent to the outbound telephone message of the mobile communication network system to perform outbound call processing. 14. The system for providing a regional service according to claim π, wherein if it is checked that the service area setting device is in a normal condition, the mobile communication unit stores the received area setting device status information and will notify The user's regional service is active. 15. The system for providing a regional service as described in claim 11 wherein the mobile communication unit periodically performs a procedure for setting the device status information to the service area setting device, and analyzes the service by the service. The area received by the area setting device sets the device status information, and checks whether the area service is valid when the user makes an outbound telephone connection after the service registration with the service area setting device, and if the area service is checked, 'The next call will be inserted to indicate that the outbound call is a regional service outbound call to the outbound call message to the mobile communication network system to perform outbound call processing. 60 1354485 , 24695pifl is the Chinese patent scope of No. 961 22〇〇8 without a slash correction. This amendment date: 100 years i 〇 3 3 16. The system for providing regional services as described in claim 15 of the patent application' The mobile communication unit stores the received area setting device status information, and if it is checked that the service area setting device is in a normal state, the user will be notified that the regional service is valid. A system for providing a regional service as described in claim 11 wherein the mobile communication unit periodically executes a program for requesting the regional setting device status information from the service area setting device, and analyzes the setting by the service area The area received by the device sets the device status information, and checks whether the service of the area is valid when the user makes an outbound call attempt event after completing the service registration with the service area setting device, and inserts if the service of the area is valid. The information indicating that the corresponding outbound call is a regional service outbound call is to the outbound call message to the mobile communication network system to perform outbound call processing. 18. The system for providing a regional service as described in claim 17 wherein the mobile communication unit stores the received regional setting device status information and if it is checked that the service area setting device is in a normal state φ condition The user will be notified that the regional service is valid. 19. The system for providing a regional service according to claim 17, wherein the event is an input of a predetermined key of the mobile communication unit, a backlight of the display unit, and a folding of the mobile communication unit. Open and at least one of the sliders of a slide type mobile communication unit. 20. A system for providing a regional service as described in claim 14, claim 16, or claim 18, wherein the mobile communication unit uses at least one of a screen display and a button to notify the user that the service in the area is valid. 61 1354485 . 24695pifl Revision date: October 3, 100 is the Chinese patent scope No. 96122008 No-line correction and the system for providing regional services as described in at least the general affairs of the third paragraph, where the screen display includes text Symbol type 0 22. If the system provides the regional service as described in Item 13 of Zhongming Patent (4), if the manufacturer makes an external dialing test, if it is checked, it is not determined by the service area (4). Information or the service area is set to be in a normal condition, and the mobile communication unit will insert information indicating that the corresponding outbound call is a normal outbound call to the mobile communication network. . 23. If the application for the patent service_Article 13, 15, or 17 provides the service of the regional service, the towel service will be transmitted outside the regional service included in the message. The information of the call is dialed to the billing server of the mobile communication network system, and the billing server will apply the corresponding fee discount for the outbound call. 24. A system for providing a regional service as described in claim 8 wherein the application unit is selected from the group consisting of a personal digital assistant (pDA), a portable computer, an electronic note, such as an MPEG third generation sound file compression format. (MP3) portable music player for the player, portable video player such as portable multimedia player (PMP), portable broadcast receiver such as digital multimedia broadcasting (DMB) broadcast receiver, At least one of a portable game machine and a portable digital camera. 25. The system for providing a regional service according to claim 8, wherein the regional wireless communication device comprises a device selected from the group consisting of Bluetooth, wireless local area network (WLAN), and radio frequency identification (RFI; , Infrared (IR), Group 62 24695pifl Correction date: 100 years October 3rd is No. 96122008 No. 5 • 亶卞 寻 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 And one of the binary code division (CDMA) communication modes. 26. A method of providing a regional service of a mobile communication network system, the L-mobile communication unit providing a mobile communication service including a predetermined regional service to a user, the method comprising: setting a device for a service area setting device to perform with an application unit For regional wireless communication, the unit cannot directly (4) the mobile communication network system and the mobile communication unit that can use Weibosi communication as the service area; and provide the regional service to the application unit located in the service area and the a mobile communication network system, wherein the mobile communication network system includes an authentication server, the mobile communication unit, the application unit, and a user registration area service of the service area setting device, and the service area setting device includes a mobile sensing And sensing a degree of movement, converting the degree of movement into a moving distance, and accumulating the converted moving distance 'and if the accumulated moving distance of the (four) controller exceeds a predetermined threshold value, the service Hao Hao Set the device to be connected to the mobile communication network When the system reference zone setting device status information 'wherein the service region is connected ^: No effective due to the excess movement distance to be measured is connected to an invalid state. 27. If applying for the regional service provided by the full-time (4) 26 service communication network system, the mobile communication unit and the application unit that register the regional service will refer to the area to set the device status information. 63 24695pifi . Chinese Patent No. 122 008 No slash correction This revision date: 100 years 1 3 3 3 28. An application unit comprising: an area wireless communication device that performs wireless communication with an area of a service area setting device The service area setting device sets an effective service area of the predetermined area service provided by the mobile communication network system as the effective area of the original area wireless communication, and communicates with the mobile communication network system; a program for connecting the regional service registration program and the regional service between the service area setting device and the mobile communication network system; and a controller device executing control via the service area setting device according to the user's regional service registration request The regional service registration of the mobile communication network system controls and controls the user to make an outbound telephone connection attempt after the regional service registration between the service area setting device and the mobile communication network system, and if it is checked to set the service area The device requests the received area The domain setting status information is valid, and the controller device executes the area service outbound telephone connection processing via the service area setting means. 29. An application unit, comprising: an area wireless communication device that performs wireless communication with an area of a service area setting device, the service area setting device setting a predetermined area service provided by one of the mobile communication network systems for use in the original a service area of one of the effective areas of the area wireless communication, and communicating with the mobile communication network system; a memory device storing a program and a regional service for regional service registration between the service area setting device and the mobile communication network system Even 24695pifl is the Chinese patent scope of No. 96122〇〇8. There is no slash correction. The revision date is: 1 〇 1 〇 曰 曰 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; a program for setting device status information in an area, receiving the area setting device status information, and performing control according to the user's regional service registration request to register and control the service area via the service area setting device and the regional service of the mobile communication network system Setting device and the mobile communication network Check whether the area service is valid after the regional service registration, and if the user is sensed to make an outbound telephone connection attempt and if it is checked in the program that the area service is valid, the area is executed via the service area setting device. Service outbound call processing. 30. An application unit, comprising: an area wireless communication device that performs wireless communication with an area of a service area setting device, wherein the service area setting device sets a predetermined area service provided by one of the mobile communication network systems to be used for the original a service area of one of the effective areas of the regional wireless communication, and communicating with the mobile communication network system; a & memory device, wherein the program for registering the regional service between the service area setting device and the mobile communication network system is stored a program for connecting the regional service, and a controller device that periodically executes a program for requesting the device to set a device state information to the service region setting device, receives the region setting shock state information, and is in the region according to the user The service registration request execution control registers and controls the service area setting device and the mobile communication network I354485 via the service area setting device and the regional service of the mobile communication network system. 24695pifi. The Chinese Patent Range No. 96122008 is not underlined. Date: 10 years 1 If the scheduled service operation of the outbound telephone connection attempt is sensed after the regional service registration between the systems on the 3rd of the month, it is checked whether the service in the area is valid, and if the user is sensed to make an outbound call attempt and if When the out-of-service telephone is used to handle the service in the area, the pen-based setting is set via the service area. 66